File: tubtiv_2he.htm

Content and applicaton of the "TUB text_image_vocabulary (tubtiv)"

Users which have some experience with tubtiv can omit the following two links quick start and background.

For a quick start of the tubtiv the study of the the minimum (min) information about the tubtiv is usefull, see in a new window
http://farbe.li.tu-berlin.de/tubtiv_mine.htm in e (English) or
http://farbe.li.tu-berlin.de/tubtiv_ming.htm in g (German).

or see in the same window
tubtiv_mine.htm in e (English) or
tubtiv_ming.htm in g (German).

For the background of tubtiv the study of the general (gen) information is usefull. Included is the historic development of the colour-image technology between 1998 and 2024, see in a new window
http://farbe.li.tu-berlin.de/tubtiv_gene.htm in e (English) or
http://farbe.li.tu-berlin.de/tubtiv_geng.htm in g (German).

or see in the same window
tubtiv_gene.htm in e (English) or
tubtiv_geng.htm in g (German).

The following part of the tubtiv includes Section 2 (2019-2024), in the Language e (English)


/pdf-image series (260), /pdf-image (A4), /pdf-sub images (A6), /htm-connections

Remarks with some proposals for the search in the Section 2 (2019-2024), Chapter A to E, F to Z are under work.

See this Section 2 in a new window (in the problem case with too many open links)
http://farbe.li.tu-berlin.de/tubtiv_2he.htm or
http://color.li.tu-berlin.de/tubtiv_2he.htm

1 An output of pdf-files is expected. The files "connections" are under work and are empty.
2 Go allways back and do not open to many images.

3 Work in one tubtiv window is the usual option.

4 It may be an advantage to open tubtiv in two windows.
- Use both windows for the same "search term".
- Find the browser options: "search in the window file", "go forwards" and "go backwards".
- Use the same "search-term hit" in both windows.
- Use the right window for navigation, and go then back to the "search-term hit".

Content of the tubtiv
Section 2 (2019-2024), Chapter A to E, F to Z are under work.

/ge2s.htm, /gea0/gea0l0np.pdf, /gea0/gea0.htm
2gea0 TUB-test chart gea0; Grey samples for intervall scaling
2gea0 Evaluation example and evaluation of grey steps
2gea0 of the series W-CBMRYG and CBMRYG-N with 3 or 17 steps

/ge2s.htm, /gea1/gea1l0np.pdf, /gea1/gea1.htm
2gea1 TUB-test chart gea1; Colour samples for intervall scaling
2gea1 Evaluation example and evaluation of colour steps
2gea1 of the series W-CBMRYG and CBMRYG-N with 3 or 17 steps

/ge2s.htm, /gea2/gea2l0np.pdf, /gea2/gea2.htm
2gea2 TUB-test chart gea2; Colour samples for intervall scaling
2gea2 Evaluation example and evaluation of colour steps
2gea2 of the series W-CBMRYG and CB-N with 3 or 17 steps

/ge2s.htm, /gea3/gea3l0np.pdf, /gea3/gea3.htm
2gea3 TUB-test chart gea3;Colour samples for intervall scaling
2gea3 Evaluation example and evaluation of colour steps
2gea3 of the series MRYG-N and W-N with 3 and 5 or 17 steps

/ge2s.htm, /gea4/gea4l0np.pdf, /gea4/gea4.htm
2gea4 TUB-test chart gea4; Colour samples for intervall scaling
2gea4 Evaluation example and evaluation of colour steps
2gea4 of the series W-CBMRYG with 5 or 17 steps

/ge2s.htm, /gea5/gea5l0np.pdf, /gea5/gea5.htm
2gea5 TUB-test chart gea5; Colour samples for intervall scaling
2gea5 Evaluation example and evaluation of colour steps
2gea5 of the series CBMRYG-N mit 5 or 17 steps

/ge2s.htm, /gea6/gea6l0np.pdf, /gea6/gea6.htm
2gea6 TUB-test chart gea6; Colour samples for intervall scaling
2gea6 Evaluation example and evaluation of 33 grey steps
2gea6 of the serie W - mean grey U with 3 or 5x5 or 17 steps

/ge2s.htm, /gea7/gea7l0np.pdf, /gea7/gea7.htm
2gea7 TUB-test chart gea7; Colour samples for intervall scaling
2gea7 Evaluation example and evaluation of 33 grey steps
2gea7 of the series mean grey U - N with 3 or 5x5 or 17 steps

/ge2s.htm, /gea8/gea8l0np.pdf, /gea8/gea8.htm
2gea8 TUB-test chart gea8; Colour samples for Gamma calculation
2gea8 Evaluation example and evaluation of 33 grey steps
2gea8 of the serie W-N with 3 or 5x5 or 17 steps

/ge2s.htm, /gea9/gea9l0np.pdf, /gea9/gea9.htm
2gea9 TUB-test chart gea9; Colour samples for Gamma calculation
2gea9 Evaluation example and evaluation of 33 grey steps
2gea9 of the series W-N with 3 or 5x5 or 17 steps

/ge2s.htm, /geb0/geb0l0np.pdf, /geb0/geb0.htm
2geb0 TUB-test chart geb0; Grey samples for intervall scaling
2geb0 Evaluation example and evaluation of grey steps
2geb0 of the series N-W=N00w-N16w=W with 3 or 5 or 17 steps

/ge2s.htm, /geb1/geb1l0np.pdf, /geb1/geb1.htm
2geb1 TUB-test chart geb1; Colour samples for intervall scaling
2geb1 Evaluation example and evaluation of colour steps
2geb1 of the series N-R=N00r-N16r=R with 3 or 5 or 17 steps

/ge2s.htm, /geb2/geb2l0np.pdf, /geb2/geb2.htm
2geb2 TUB-test chart geb2; Colour samples for intervall scaling
2geb2 Evaluation example and evaluation of colour steps
2geb2 of the series N-G=N00g-N16g=G with 3 or 5 or 17 steps

/ge2s.htm, /geb3/geb3l0np.pdf, /geb3/geb3.htm
2geb3 TUB-test chart geb3;Colour samples for intervall scaling
2geb3 Evaluation example and evaluation of colour steps
2geb3 of the series N-B=N00b-N16b=B with 3 or 5 or 17 steps

/ge2s.htm, /geb4/geb4l0np.pdf, /geb4/geb4.htm
2geb4 TUB-test chart geb4; Colour samples for intervall scaling
2geb4 Evaluation example and evaluation of colour steps
2geb4 of the series N-C=N00c-N16c=C with 3 or 5 or 17 steps

/ge2s.htm, /geb5/geb5l0np.pdf, /geb5/geb5.htm
2geb5 TUB-test chart geb5; Colour samples for intervall scaling
2geb5 Evaluation example and evaluation of colour steps
2geb5 of the series N-M=N00m-N16m=M with 3 or 5 or 17 steps

/ge2s.htm, /geb6/geb6l0np.pdf, /geb6/geb6.htm
2geb6 TUB-test chart geb6; Colour samples for intervall scaling
2geb6 Evaluation example and evaluation of colour steps
2geb6 of the series N-Y=N00y-N16y=Y with 3 or 5 or 17 steps

/ge2s.htm, /geb7/geb7l0np.pdf, /geb7/geb7.htm
2geb7 TUB-test chart geb7; Colour samples for intervall scaling
2geb7 Evaluation example and evaluation of colour steps
2geb7 of the series R-W=R00w-R16w=W with 3 or 5 or 17 steps

/ge2s.htm, /geb8/geb8l0np.pdf, /geb8/geb8.htm
2geb8 TUB-test chart geb8; Colour samples for intervall scaling
2geb8 Evaluation example and evaluation of colour steps
2geb8 of the series G-W=G00w-G16w=W with 3 or 5 or 17 steps

/ge2s.htm, /geb9/geb9l0np.pdf, /geb9/geb9.htm
2geb9 TUB-test chart geb9; Colour samples for intervall scaling
2geb9 Evaluation example and evaluation of colour steps
2geb9 of the series B-W=B00w-B16w=W with 3 or 5 or 17 steps

/ge2s.htm, /gec0/gec0l0np.pdf, /gec0/gec0.htm
2gec0 TUB-test chart gec0; Grey samples for intervall scaling
2gec0 Evaluation of grey steps of the series N-W=N00w-N16w=W
2gec0 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gec1/gec1l0np.pdf, /gec1/gec1.htm
2gec1 TUB-test chart gec1; Colour samples for intervall scaling
2gec1 Evaluation of colour steps of the series N-R=N00r-N16r=R
2gec1 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gec2/gec2l0np.pdf, /gec2/gec2.htm
2gec2 TUB-test chart gec2; Colour samples for intervall scaling
2gec2 Evaluation of colour steps of the series N-G=N00g-N16g=G
2gec2 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gec3/gec3l0np.pdf, /gec3/gec3.htm
2gec3 TUB-test chart gec3;Colour samples for intervall scaling
2gec3 Evaluation of colour steps of the series N-B=N00b-N16b=B
2gec3 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gec4/gec4l0np.pdf, /gec4/gec4.htm
2gec4 TUB-test chart gec4; Colour samples for intervall scaling
2gec4 Evaluation of colour stepsof the series N-C=N00c-N16c=C
2gec4 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gec5/gec5l0np.pdf, /gec5/gec5.htm
2gec5 TUB-test chart gec5; Colour samples for intervall scaling
2gec5 Evaluation of colour steps of the series N-M=N00m-N16m=M
2gec5 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gec6/gec6l0np.pdf, /gec6/gec6.htm
2gec6 TUB-test chart gec6; Colour samples for intervall scaling
2gec6 Evaluation of colour steps of the series N-Y=N00y-N16y=Y
2gec6 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gec7/gec7l0np.pdf, /gec7/gec7.htm
2gec7 TUB-test chart gec7; Colour samples for intervall scaling
2gec7 Evaluation of colour steps of the series R-W=R00w-R16w=W
2gec7 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gec8/gec8l0np.pdf, /gec8/gec8.htm
2gec8 TUB-test chart gec8; Colour samples for intervall scaling
2gec8 Evaluation of colour steps of the series G-W=G00w-G16w=W
2gec8 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gec9/gec9l0np.pdf, /gec9/gec9.htm
2gec9 TUB-test chart gec9; Colour samples for intervall scaling
2gec9 Evaluation of colour steps of the series B-W=B00w-B16w=W
2gec9 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /ged0/ged0l0np.pdf, /ged0/ged0.htm
2ged0 TUB-test chart ged0; Grey samples for intervall scaling
2ged0 Evaluation of grey steps of the series N-W=N00w-N16w=W
2ged0 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /ged1/ged1l0np.pdf, /ged1/ged1.htm
2ged1 TUB-test chart ged1; Colour samples for intervall scaling
2ged1 Evaluation of colour steps of the series N-R=N00r-N16r=R
2ged1 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /ged2/ged2l0np.pdf, /ged2/ged2.htm
2ged2 TUB-test chart ged2; Colour samples for intervall scaling
2ged2 Evaluation of colour steps of the series N-G=N00g-N16g=G
2ged2 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /ged3/ged3l0np.pdf, /ged3/ged3.htm
2ged3 TUB-test chart ged3;Colour samples for intervall scaling
2ged3 Evaluation of colour steps of the series N-B=N00b-N16b=B
2ged3 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /ged4/ged4l0np.pdf, /ged4/ged4.htm
2ged4 TUB-test chart ged4; Colour samples for intervall scaling
2ged4 Evaluation of colour stepsof the series N-C=N00c-N16c=C
2ged4 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /ged5/ged5l0np.pdf, /ged5/ged5.htm
2ged5 TUB-test chart ged5; Colour samples for intervall scaling
2ged5 Evaluation of colour steps of the series N-M=N00m-N16m=M
2ged5 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /ged6/ged6l0np.pdf, /ged6/ged6.htm
2ged6 TUB-test chart ged6; Colour samples for intervall scaling
2ged6 Evaluation of colour steps of the series N-Y=N00y-N16y=Y
2ged6 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /ged7/ged7l0np.pdf, /ged7/ged7.htm
2ged7 TUB-test chart ged7; Colour samples for intervall scaling
2ged7 Evaluation of colour steps of the series R-W=R00w-R16w=W
2ged7 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /ged8/ged8l0np.pdf, /ged8/ged8.htm
2ged8 TUB-test chart ged8; Colour samples for intervall scaling
2ged8 Evaluation of colour steps of the series G-W=G00w-G16w=W
2ged8 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /ged9/ged9l0np.pdf, /ged9/ged9.htm
2ged9 TUB-test chart ged9; Colour samples for intervall scaling
2ged9 Evaluation of colour steps of the series B-W=B00w-B16w=W
2ged9 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /gee0/gee0l0np.pdf, /gee0/gee0.htm
2gee0 TUB-test chart gee0; Grey samples for intervall scaling
2gee0 Evaluation of grey steps of the series N-W=N00w-N16w=W
2gee0 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gee1/gee1l0np.pdf, /gee1/gee1.htm
2gee1 TUB-test chart gee1; Colour samples for intervall scaling
2gee1 Evaluation of colour steps of the series N-R=N00r-N16r=R
2gee1 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gee2/gee2l0np.pdf, /gee2/gee2.htm
2gee2 TUB-test chart gee2; Colour samples for intervall scaling
2gee2 Evaluation of colour steps of the series N-G=N00g-N16g=G
2gee2 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gee3/gee3l0np.pdf, /gee3/gee3.htm
2gee3 TUB-test chart gee3;Colour samples for intervall scaling
2gee3 Evaluation of colour steps of the series N-B=N00b-N16b=B
2gee3 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gee4/gee4l0np.pdf, /gee4/gee4.htm
2gee4 TUB-test chart gee4; Colour samples for intervall scaling
2gee4 Evaluation of colour stepsof the series N-C=N00c-N16c=C
2gee4 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gee5/gee5l0np.pdf, /gee5/gee5.htm
2gee5 TUB-test chart gee5; Colour samples for intervall scaling
2gee5 Evaluation of colour steps of the series N-M=N00m-N16m=M
2gee5 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gee6/gee6l0np.pdf, /gee6/gee6.htm
2gee6 TUB-test chart gee6; Colour samples for intervall scaling
2gee6 Evaluation of colour steps of the series N-Y=N00y-N16y=Y
2gee6 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gee7/gee7l0np.pdf, /gee7/gee7.htm
2gee7 TUB-test chart gee7; Colour samples for intervall scaling
2gee7 Evaluation of colour steps of the series R-W=R00w-R16w=W
2gee7 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gee8/gee8l0np.pdf, /gee8/gee8.htm
2gee8 TUB-test chart gee8; Colour samples for intervall scaling
2gee8 Evaluation of colour steps of the series G-W=G00w-G16w=W
2gee8 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gee9/gee9l0np.pdf, /gee9/gee9.htm
2gee9 TUB-test chart gee9; Colour samples for intervall scaling
2gee9 Evaluation of colour steps of the series B-W=B00w-B16w=W
2gee9 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gef0/gef0l0np.pdf, /gef0/gef0.htm
2gef0 TUB-test chart gef0; Grey samples for intervall scaling
2gef0 Evaluation of grey steps of the series N-W=N00w-N16w=W
2gef0 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gef1/gef1l0np.pdf, /gef1/gef1.htm
2gef1 TUB-test chart gef1; Colour samples for intervall scaling
2gef1 Evaluation of colour steps of the series C-W=C00w-C16w=W
2gef1 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gef2/gef2l0np.pdf, /gef2/gef2.htm
2gef2 TUB-test chart gef2; Colour samples for intervall scaling
2gef2 Evaluation of colour steps of the series M-W=M00w-M16w=W
2gef2 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gef3/gef3l0np.pdf, /gef3/gef3.htm
2gef3 TUB-test chart gef3; Colour samples for intervall scaling
2gef3 Evaluation of colour steps of the series Y-W=Y00w-Y16w=W
2gef3 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gef4/gef4l0np.pdf, /gef4/gef4.htm
2gef4 TUB-test chart gef4; Colour samples for intervall scaling
2gef4 Evaluation of colour steps of the series C-W=C00w-C16w=W
2gef4 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /gef5/gef5l0np.pdf, /gef5/gef5.htm
2gef5 TUB-test chart gef5; Colour samples for intervall scaling
2gef5 Evaluation of colour steps of the series M-W=M00w-M16w=W
2gef5 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /gef6/gef6l0np.pdf, /gef6/gef6.htm
2gef6 TUB-test chart gef6; Colour samples for intervall scaling
2gef6 Evaluation of colour steps of the series Y-W=Y00w-Y16w=W
2gef6 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /gef7/gef7l0np.pdf, /gef7/gef7.htm
2gef7 TUB-test chart gef7; Colour samples for intervall scaling
2gef7 Evaluation of colour steps of the series C-W=C00w-C16w=W
2gef7 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gef8/gef8l0np.pdf, /gef8/gef8.htm
2gef8 TUB-test chart gef8; Colour samples for intervall scaling
2gef8 Evaluation of colour steps of the series M-W=M00w-M16w=W
2gef8 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gef9/gef9l0np.pdf, /gef9/gef9.htm
2gef9 TUB-test chart gef9; Colour samples for intervall scaling
2gef9 Evaluation of colour steps of the series Y-W=Y00w-Y16w=W
2gef9 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /geg0/geg0l0np.pdf, /geg0/geg0.htm
2geg0 TUB-test chart geg0; Grey samples for intervall scaling
2geg0 Evaluation example of the series N-W=N00w-N16w=W
2geg0 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /geg1/geg1l0np.pdf, /geg1/geg1.htm
2geg1 TUB-test chart geg1; Colour samples for intervall scaling
2geg1 Evaluation example of the series N-R=N00r-N16r=R
2geg1 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /geg2/geg2l0np.pdf, /geg2/geg2.htm
2geg2 TUB-test chart geg2; Colour samples for intervall scaling
2geg2 Evaluation example of the series N-G=N00g-N16g=G
2geg2 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /geg3/geg3l0np.pdf, /geg3/geg3.htm
2geg3 TUB-test chart geg3;Colour samples for intervall scaling
2geg3 Evaluation example of the series N-B=N00b-N16b=B
2geg3 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /geg4/geg4l0np.pdf, /geg4/geg4.htm
2geg4 TUB-test chart geg4; Colour samples for intervall scaling
2geg4 Evaluation exampleof the series N-C=N00c-N16c=C
2geg4 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /geg5/geg5l0np.pdf, /geg5/geg5.htm
2geg5 TUB-test chart geg5; Colour samples for intervall scaling
2geg5 Evaluation example of the series N-M=N00m-N16m=M
2geg5 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /geg6/geg6l0np.pdf, /geg6/geg6.htm
2geg6 TUB-test chart geg6; Colour samples for intervall scaling
2geg6 Evaluation example of the series N-Y=N00y-N16y=Y
2geg6 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /geg7/geg7l0np.pdf, /geg7/geg7.htm
2geg7 TUB-test chart geg7; Colour samples for intervall scaling
2geg7 Evaluation example of the series R-W=R00w-R16w=W
2geg7 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /geg8/geg8l0np.pdf, /geg8/geg8.htm
2geg8 TUB-test chart geg8; Colour samples for intervall scaling
2geg8 Evaluation example of the series G-W=G00w-G16w=W
2geg8 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /geg9/geg9l0np.pdf, /geg9/geg9.htm
2geg9 TUB-test chart geg9; Colour samples for intervall scaling
2geg9 Evaluation example of the series B-W=B00w-B16w=W
2geg9 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /geh0/geh0l0np.pdf, /geh0/geh0.htm
2geh0 TUB-test chart geh0; Grey samples for intervall scaling
2geh0 Evaluation example of the series N-W=N00w-N16w=W
2geh0 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /geh1/geh1l0np.pdf, /geh1/geh1.htm
2geh1 TUB-test chart geh1; Colour samples for intervall scaling
2geh1 Evaluation example of the series N-R=N00r-N16r=R
2geh1 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /geh2/geh2l0np.pdf, /geh2/geh2.htm
2geh2 TUB-test chart geh2; Colour samples for intervall scaling
2geh2 Evaluation example of the series N-G=N00g-N16g=G
2geh2 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /geh3/geh3l0np.pdf, /geh3/geh3.htm
2geh3 TUB-test chart geh3;Colour samples for intervall scaling
2geh3 Evaluation example of the series N-B=N00b-N16b=B
2geh3 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /geh4/geh4l0np.pdf, /geh4/geh4.htm
2geh4 TUB-test chart geh4; Colour samples for intervall scaling
2geh4 Evaluation exampleof the series N-C=N00c-N16c=C
2geh4 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /geh5/geh5l0np.pdf, /geh5/geh5.htm
2geh5 TUB-test chart geh5; Colour samples for intervall scaling
2geh5 Evaluation example of the series N-M=N00m-N16m=M
2geh5 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /geh6/geh6l0np.pdf, /geh6/geh6.htm
2geh6 TUB-test chart geh6; Colour samples for intervall scaling
2geh6 Evaluation example of the series N-Y=N00y-N16y=Y
2geh6 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /geh7/geh7l0np.pdf, /geh7/geh7.htm
2geh7 TUB-test chart geh7; Colour samples for intervall scaling
2geh7 Evaluation example of the series R-W=R00w-R16w=W
2geh7 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /geh8/geh8l0np.pdf, /geh8/geh8.htm
2geh8 TUB-test chart geh8; Colour samples for intervall scaling
2geh8 Evaluation example of the series G-W=G00w-G16w=W
2geh8 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /geh9/geh9l0np.pdf, /geh9/geh9.htm
2geh9 TUB-test chart geh9; Colour samples for intervall scaling
2geh9 Evaluation example of the series B-W=B00w-B16w=W
2geh9 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /gei0/gei0l0np.pdf, /gei0/gei0.htm
2gei0 TUB-test chart gei0; Grey samples for intervall scaling
2gei0 Evaluation example of the series N-W=N00w-N16w=W
2gei0 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gei1/gei1l0np.pdf, /gei1/gei1.htm
2gei1 TUB-test chart gei1; Colour samples for intervall scaling
2gei1 Evaluation example of the series N-R=N00r-N16r=R
2gei1 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gei2/gei2l0np.pdf, /gei2/gei2.htm
2gei2 TUB-test chart gei2; Colour samples for intervall scaling
2gei2 Evaluation example of the series N-G=N00g-N16g=G
2gei2 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gei3/gei3l0np.pdf, /gei3/gei3.htm
2gei3 TUB-test chart gei3;Colour samples for intervall scaling
2gei3 Evaluation example of the series N-B=N00b-N16b=B
2gei3 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gei4/gei4l0np.pdf, /gei4/gei4.htm
2gei4 TUB-test chart gei4; Colour samples for intervall scaling
2gei4 Evaluation exampleof the series N-C=N00c-N16c=C
2gei4 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gei5/gei5l0np.pdf, /gei5/gei5.htm
2gei5 TUB-test chart gei5; Colour samples for intervall scaling
2gei5 Evaluation example of the series N-M=N00m-N16m=M
2gei5 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gei6/gei6l0np.pdf, /gei6/gei6.htm
2gei6 TUB-test chart gei6; Colour samples for intervall scaling
2gei6 Evaluation example of the series N-Y=N00y-N16y=Y
2gei6 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gei7/gei7l0np.pdf, /gei7/gei7.htm
2gei7 TUB-test chart gei7; Colour samples for intervall scaling
2gei7 Evaluation example of the series R-W=R00w-R16w=W
2gei7 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gei8/gei8l0np.pdf, /gei8/gei8.htm
2gei8 TUB-test chart gei8; Colour samples for intervall scaling
2gei8 Evaluation example of the series G-W=G00w-G16w=W
2gei8 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gei9/gei9l0np.pdf, /gei9/gei9.htm
2gei9 TUB-test chart gei9; Colour samples for intervall scaling
2gei9 Evaluation example of the series B-W=B00w-B16w=W
2gei9 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gej0/gej0l0np.pdf, /gej0/gej0.htm
2gej0 TUB-test chart gej0; Grey samples for intervall scaling
2gej0 Evaluation example of the series N-W=N00w-N16w=W
2gej0 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gej1/gej1l0np.pdf, /gej1/gej1.htm
2gej1 TUB-test chart gej1; Colour samples for intervall scaling
2gej1 Evaluation example of the series C-W=C00w-C16w=W
2gej1 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gej2/gej2l0np.pdf, /gej2/gej2.htm
2gej2 TUB-test chart gej2; Colour samples for intervall scaling
2gej2 Evaluation example of the series M-W=M00w-M16w=W
2gej2 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gej3/gej3l0np.pdf, /gej3/gej3.htm
2gej3 TUB-test chart gej3; Colour samples for intervall scaling
2gej3 Evaluation example of the series Y-W=Y00w-Y16w=W
2gej3 with 5 or 9 of 17 steps; surround mean Grey U=N08w

/ge2s.htm, /gej4/gej4l0np.pdf, /gej4/gej4.htm
2gej4 TUB-test chart gej4; Colour samples for intervall scaling
2gej4 Evaluation example of the series C-W=C00w-C16w=W
2gej4 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /gej5/gej5l0np.pdf, /gej5/gej5.htm
2gej5 TUB-test chart gej5; Colour samples for intervall scaling
2gej5 Evaluation example of the series M-W=M00w-M16w=W
2gej5 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /gej6/gej6l0np.pdf, /gej6/gej6.htm
2gej6 TUB-test chart gej6; Colour samples for intervall scaling
2gej6 Evaluation example of the series Y-W=Y00w-Y16w=W
2gej6 with 5 or 9 of 17 steps; surround dark Grey D=N08w

/ge2s.htm, /gej7/gej7l0np.pdf, /gej7/gej7.htm
2gej7 TUB-test chart gej7; Colour samples for intervall scaling
2gej7 Evaluation example of the series C-W=C00w-C16w=W
2gej7 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gej8/gej8l0np.pdf, /gej8/gej8.htm
2gej8 TUB-test chart gej8; Colour samples for intervall scaling
2gej8 Evaluation example of the series M-W=M00w-M16w=W
2gej8 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gej9/gej9l0np.pdf, /gej9/gej9.htm
2gej9 TUB-test chart gej9; Colour samples for intervall scaling
2gej9 Evaluation example of the series Y-W=Y00w-Y16w=W
2gej9 with 5 or 9 of 17 steps; surround light Grey H=N08w

/ge2s.htm, /gek0/gek0l0np.pdf, /gek0/gek0.htm
2gek0 TUB-test chart gek0; Affine output on displays
2gek0 Hue trianle red: luminous or blackish colours?
2gek0 Affine systematic reduction of the grey rgb values

/ge2s.htm, /gek1/gek1l0np.pdf, /gek1/gek1.htm
2gek1 TUB-test chart gek1; Affine output on displays; surround grey
2gek1 1080 colours according to ISO 9241-306: luminous or blackish?
2gek1 Affine systematic reduction of the grey rgb values

/ge2s.htm, /gek2/gek2l0np.pdf, /gek2/gek2.htm
2gek2 TUB-test chart gek2; Affine output on displays; surround white
2gek2 1080 colours according to ISO 9241-306: luminous or blackish?
2gek2 Affine systematic reduction of the grey rgb values

/ge2s.htm, /gek3/gek3l0np.pdf, /gek3/gek3.htm
2gek3 TUB-test chart gek3; CIE data of NCS colour system
2gek3 80 step NCS hue circle of maximum chromaticness
2gek3 XYZ, LabCh*, and YABCh data for Yw=100 and Yw=8

/ge2s.htm, /gek4/gek4l0np.pdf, /gek4/gek4.htm
2gek4 TUB-test chart gek4; CIE data of Ostwald colours
2gek4 80 step hue circle of maximum chromatic value CAB
2gek4 XYZ, LabCh*, and YABCh data for Yw=100 and Yw=8

/ge2s.htm, /gek5/gek5l0np.pdf, /gek5/gek5.htm
2gek5 TUB-test chart gek5; CIE data of Ostwald colours
2gek5 comparison with CIE data of the NCS colour system for D
2gek5 XYZ, LabCh*, and YABCh data as function of hue

/ge2s.htm, /gek6/gek6l0np.pdf, /gek6/gek6.htm
2gek6 TUB-test chart gek6; CIE data of Ostwald colours
2gek6 comparison with CIE data of the sRGB colour space
2gek6 XYZ, LabCh*, and YABCh data as function of hue

/ge2s.htm, /gek7/gek7l0np.pdf, /gek7/gek7.htm
2gek7 TUB-test chart gek7; CIE data of sRGB colour system
2gek7 48 step sRGB hue circle of maximum chromatic value CAB
2gek7 XYZ, LabCh*, and YABCh data for Yw=100 and Yw=8

/ge2s.htm, /gek8/gek8l0np.pdf, /gek8/gek8.htm
2gek8 TUB-test chart gek8; Ostwald optimal colours
2gek8 16 step elementary hue circle and 5 grey steps
2gek8 XYZ, LabCh*, and YABCh colour data

/ge2s.htm, /gek9/gek9l0np.pdf, /gek9/gek9.htm
2gek9 TUB-test chart gek9; Ostwald optimal colours
2gek9 CAB-Y diagrams of equal hue planes for
2gek9 Ym=520-770, with XYZ, YABCh data for D65, Yw=10

/ge2s.htm, /gel0/gel0l0np.pdf, /gel0/gel0.htm
2gel0 TUB-test chart gel0; Grey samples for intervall scaling
2gel0 Evaluation example of the series N-W=N00w-N16w=W
2gel0 with 3 or 5 or 9 steps; surround mean Grey U=N08w

/ge2s.htm, /gel1/gel1l0np.pdf, /gel1/gel1.htm
2gel1 TUB-test chart gel1; Colour samples for intervall scaling
2gel1 Evaluation example of the series N-R=N00r-N16r=R
2gel1 with 3 or 5 or 9 steps; surround mean Grey U=N08w

/ge2s.htm, /gel2/gel2l0np.pdf, /gel2/gel2.htm
2gel2 TUB-test chart gel2; Colour samples for intervall scaling
2gel2 Evaluation example of the series N-G=N00g-N16g=G
2gel2 with 3 or 5 or 9 steps; surround mean Grey U=N08w

/ge2s.htm, /gel3/gel3l0np.pdf, /gel3/gel3.htm
2gel3 TUB-test chart gel3;Colour samples for intervall scaling
2gel3 Evaluation example of the series N-B=N00b-N16b=B
2gel3 with 3 or 5 or 9 steps; surround mean Grey U=N08w

/ge2s.htm, /gel4/gel4l0np.pdf, /gel4/gel4.htm
2gel4 TUB-test chart gel4; Colour samples for intervall scaling
2gel4 Evaluation example of the dark grey series N-W=N00w-N16w=W
2gel4 with 3 or 5 or 9 steps; surround dark Grey D=N04w

/ge2s.htm, /gel5/gel5l0np.pdf, /gel5/gel5.htm
2gel5 TUB-test chart gel5; Colour samples for intervall scaling
2gel5 Evaluation example of the light grey series N-W=N00w-N16w=W
2gel5 with 3 or 5 or 9 steps; surround light Grey H=12w

/ge2s.htm, /gel6/gel6l0np.pdf, /gel6/gel6.htm
2gel6 TUB-test chart gel6; Colour samples for intervall scaling
2gel6 Evaluation example of the dark mean grey series N-W=N00w-N16w=W
2gel6 with 3 or 5 or 9 steps; surround dark mean Grey d=N04w

/ge2s.htm, /gel7/gel7l0np.pdf, /gel7/gel7.htm
2gel7 TUB-test chart gel7; Colour samples for intervall scaling
2gel7 Evaluation example of the dark series N-W=N00w-N16w=W
2gel7 with 3 or 5 or 9 steps; surround mean Grey U=N08w

/ge2s.htm, /gel8/gel8l0np.pdf, /gel8/gel8.htm
2gel8 TUB-test chart gel8; Colour samples for intervall scaling
2gel8 Evaluation example of the light series N-W=N00w-N16w=W
2gel8 with 3 or 5 or 9 steps; surround mean Grey U=N08w

/ge2s.htm, /gel9/gel9l0np.pdf, /gel9/gel9.htm
2gel9 TUB-test chart gel9; Colour samples for intervall scaling
2gel9 Evaluation example of the dark mean grey series N-W=N00w-N16w=W
2gel9 with 3 or 5 or 9 steps; surround mean Grey U=N08w

/ge2s.htm, /gem0/gem0l0np.pdf, /gem0/gem0.htm
2gem0 TUB-test chart gem0; PostScript eps code
2gem0 for the output steering and output linearisation
2gem0 Outputs: start (N), real (R), inverse (B) & linearised

/ge2s.htm, /gem1/gem1l0np.pdf, /gem1/gem1.htm
2gem1 TUB-test chart gem1; 5 steps W-P2, 9 steps N-W, with image
2gem1 complete the series W-P2 on HDR displays with Photoshop,
2gem1 display reflection C_YP8 according to ISO 9241-306, g_rel=1,00

/ge2s.htm, /gem2/gem2l0np.pdf, /gem2/gem2.htm
2gem2 TUB-test chart gem2; 5 steps W-P2, 9 steps N-W, with image
2gem2 complete the series W-P2 on HDR displays with Photoshop,
2gem2 display reflection C_YP5 according to ISO 9241-306, g_rel=0,7

/ge2s.htm, /gem3/gem3l0np.pdf, /gem3/gem3.htm
2gem3 TUB-test chart gem3; 5 steps W-P2, 9 steps N-W, with image
2gem3 complete the series W-P2 on HDR displays with Photoshop,
2gem3 display reflection C_YP0 according to ISO 9241-306, g_rel=0,4

/ge2s.htm, /gem4/gem4l0np.pdf, /gem4/gem4.htm
2gem4 TUB-test chart gem4; 5 steps W-P2, 9 steps N-W, with image
2gem4 complete the series W-P2 on HDR displays with Photoshop,
2gem4 display reflection C_YP15 according to ISO 9241-306, g_rel=2,10

/ge2s.htm, /gem5/gem5l0np.pdf, /gem5/gem5.htm
2gem5 TUB-test chart gem5; 5 steps W-P2, 9 steps N-W, with image
2gem5 complete the series W-P2 on HDR displays with Photoshop,
2gem5 display reflection according to ISO 9241-306, g_rel=2,00

/ge2s.htm, /gem6/gem6l0np.pdf, /gem6/gem6.htm
2gem6 TUB-test chart gem6; 5 steps W-P2, 9 steps N-W, with image
2gem6 complete the series W-P2 on HDR displays with Photoshop,
2gem6 display reflection according to ISO 9241-306, g_rel=0,50

/ge2s.htm, /gem7/gem7l0np.pdf, /gem7/gem7.htm
2gem7 TUB-test chart gem7; 5 steps W-P2, 9 steps N-W, with image
2gem7 complete the series W-P2 on HDR displays with Photoshop,
2gem7 display reflection according to ISO 9241-306, g_rel=1,50

/ge2s.htm, /gem8/gem8l0np.pdf, /gem8/gem8.htm
2gem8 TUB-test chart gem8; 5 steps W-P2, 9 steps N-W, with image
2gem8 complete the series W-P2 on HDR displays with Photoshop,
2gem8 display reflection according to ISO 9241-306, g_rel=0,66

/ge2s.htm, /gem9/gem9l0np.pdf, /gem9/gem9.htm
2gem9 TUB-test chart gem9; 5 steps W-P2, 9 steps N-W, with image
2gem9 complete the image P2-W on HDR displays with Photoshop,
2gem9 optimization for 0,5 < g_rel < 2,1, reference g_rel=0,7

/ge2s.htm, /gen0/gen0l0np.pdf, /gen0/gen0.htm
2gen0 TUB-test chart gen0; Grey samples for intervall scaling
2gen0 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gen0 with 3 or 5 or 9 steps; surrounds U=N08w, D=N04w, H=N12w, d=N06w

2gen0 TUB-test chart gen1; Colour samples for intervall scaling
2gen0 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gen0 with 3 or 5 or 9 steps; constant surround mean Grey U=N08w

/ge2s.htm, /gen2/gen2l0np.pdf, /gen2/gen2.htm
2gen2 TUB-test chart gen2; Colour samples for intervall scaling
2gen2 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gen2 with 3 or 5 or 9 steps; surrounds U=N08w and D=N04w

/ge2s.htm, /gen3/gen3l0np.pdf, /gen3/gen3.htm
2gen3 TUB-test chart gen3;Colour samples for intervall scaling
2gen3 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gen3 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gen4/gen4l0np.pdf, /gen4/gen4.htm
2gen4 TUB-test chart gen4; Colour samples for intervall scaling
2gen4 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gen4 with 3 or 5 or 9 steps; surrounds U=N08w und D=N04w

/ge2s.htm, /gen5/gen5l0np.pdf, /gen5/gen5.htm
2gen5 TUB-test chart gen5; Colour samples for intervall scaling
2gen5 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gen5 with 3 or 5 or 9 steps; surrounds U=N08w und D=N12w

/ge2s.htm, /gen6/gen6l0np.pdf, /gen6/gen6.htm
2gen6 TUB-test chart gen6; Colour samples for intervall scaling
2gen6 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gen6 with 3 or 5 or 9 steps; surrounds U=N08w und D=N10w

/ge2s.htm, /gen7/gen7l0np.pdf, /gen7/gen7.htm
2gen7 TUB-test chart gen7; Colour samples for intervall scaling
2gen7 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gen7 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gen8/gen8l0np.pdf, /gen8/gen8.htm
2gen8 TUB-test chart gen8; Colour samples for intervall scaling
2gen8 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gen8 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gen9/gen9l0np.pdf, /gen9/gen9.htm
2gen9 TUB-test chart gen9; Colour samples for intervall scaling
2gen9 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gen9 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /geo0/geo0l0np.pdf, /geo0/geo0.htm
2geo0 TUB-test chart geo0; Grey samples for intervall scaling
2geo0 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2geo0 with 3 or 5 or 9 steps; surrounds U=N08w, D=N04w, H=N12w, d=N06w

/ge2s.htm, /geo1/geo1l0np.pdf, /geo1/geo1.htm
2geo1 TUB-test chart geo1; Colour samples for intervall scaling
2geo1 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2geo1 with 3 or 5 or 9 steps; constant surround mean Grey U=N08w

/ge2s.htm, /geo2/geo2l0np.pdf, /geo2/geo2.htm
2geo2 TUB-test chart geo2; Colour samples for intervall scaling
2geo2 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2geo2 with 3 or 5 or 9 steps; surrounds U=N08w and D=N04w

/ge2s.htm, /geo3/geo3l0np.pdf, /geo3/geo3.htm
2geo3 TUB-test chart geo3;Colour samples for intervall scaling
2geo3 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2geo3 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /geo4/geo4l0np.pdf, /geo4/geo4.htm
2geo4 TUB-test chart geo4; Colour samples for intervall scaling
2geo4 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2geo4 with 3 or 5 or 9 steps; surrounds U=N08w und D=N04w

/ge2s.htm, /geo5/geo5l0np.pdf, /geo5/geo5.htm
2geo5 TUB-test chart geo5; Colour samples for intervall scaling
2geo5 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2geo5 with 3 or 5 or 9 steps; surrounds U=N08w und D=N12w

/ge2s.htm, /geo6/geo6l0np.pdf, /geo6/geo6.htm
2geo6 TUB-test chart geo6; Colour samples for intervall scaling
2geo6 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2geo6 with 3 or 5 or 9 steps; surrounds U=N08w und D=N10w

/ge2s.htm, /geo7/geo7l0np.pdf, /geo7/geo7.htm
2geo7 TUB-test chart geo7; Colour samples for intervall scaling
2geo7 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2geo7 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /geo8/geo8l0np.pdf, /geo8/geo8.htm
2geo8 TUB-test chart geo8; Colour samples for intervall scaling
2geo8 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2geo8 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /geo9/geo9l0np.pdf, /geo9/geo9.htm
2geo9 TUB-test chart geo9; Colour samples for intervall scaling
2geo9 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2geo9 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gep0/gep0l0np.pdf, /gep0/gep0.htm
2gep0 TUB-test chart gep0; Grey samples for intervall scaling
2gep0 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gep0 with 3 or 5 or 9 steps; surrounds U=N08w, D=N04w, H=N12w, d=N06w

/ge2s.htm, /gep1/gep1l0np.pdf, /gep1/gep1.htm
2gep1 TUB-test chart gep1; Colour samples for intervall scaling
2gep1 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gep1 with 3 or 5 or 9 steps; constant surround mean Grey U=N08w

/ge2s.htm, /gep2/gep2l0np.pdf, /gep2/gep2.htm
2gep2 TUB-test chart gep2; Colour samples for intervall scaling
2gep2 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gep2 with 3 or 5 or 9 steps; surrounds U=N08w and D=N04w

/ge2s.htm, /gep3/gep3l0np.pdf, /gep3/gep3.htm
2gep3 TUB-test chart gep3;Colour samples for intervall scaling
2gep3 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gep3 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gep4/gep4l0np.pdf, /gep4/gep4.htm
2gep4 TUB-test chart gep4; Colour samples for intervall scaling
2gep4 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gep4 with 3 or 5 or 9 steps; surrounds U=N08w und D=N04w

/ge2s.htm, /gep5/gep5l0np.pdf, /gep5/gep5.htm
2gep5 TUB-test chart gep5; Colour samples for intervall scaling
2gep5 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gep5 with 3 or 5 or 9 steps; surrounds U=N08w und D=N12w

/ge2s.htm, /gep6/gep6l0np.pdf, /gep6/gep6.htm
2gep6 TUB-test chart gep6; Colour samples for intervall scaling
2gep6 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gep6 with 3 or 5 or 9 steps; surrounds U=N08w und D=N10w

/ge2s.htm, /gep7/gep7l0np.pdf, /gep7/gep7.htm
2gep7 TUB-test chart gep7; Colour samples for intervall scaling
2gep7 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gep7 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gep8/gep8l0np.pdf, /gep8/gep8.htm
2gep8 TUB-test chart gep8; Colour samples for intervall scaling
2gep8 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gep8 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gep9/gep9l0np.pdf, /gep9/gep9.htm
2gep9 TUB-test chart gep9; Colour samples for intervall scaling
2gep9 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gep9 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /geq0/geq0l0np.pdf, /geq0/geq0.htm
2geq0 TUB-test chart geq0; Grey samples for intervall scaling
2geq0 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2geq0 with 3 or 5 or 9 steps; surrounds U=N08w, D=N04w, H=N12w, d=N06w

/ge2s.htm, /geq1/geq1l0np.pdf, /geq1/geq1.htm
2geq1 TUB-test chart geq1; Colour samples for intervall scaling
2geq1 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2geq1 with 3 or 5 or 9 steps; constant surround mean Grey U=N08w

/ge2s.htm, /geq2/geq2l0np.pdf, /geq2/geq2.htm
2geq2 TUB-test chart geq2; Colour samples for intervall scaling
2geq2 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2geq2 with 3 or 5 or 9 steps; surrounds U=N08w and D=N04w

/ge2s.htm, /geq3/geq3l0np.pdf, /geq3/geq3.htm
2geq3 TUB-test chart geq3;Colour samples for intervall scaling
2geq3 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2geq3 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /geq4/geq4l0np.pdf, /geq4/geq4.htm
2geq4 TUB-test chart geq4; Colour samples for intervall scaling
2geq4 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2geq4 with 3 or 5 or 9 steps; surrounds U=N08w und D=N04w

/ge2s.htm, /geq5/geq5l0np.pdf, /geq5/geq5.htm
2geq5 TUB-test chart geq5; Colour samples for intervall scaling
2geq5 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2geq5 with 3 or 5 or 9 steps; surrounds U=N08w und D=N12w

/ge2s.htm, /geq6/geq6l0np.pdf, /geq6/geq6.htm
2geq6 TUB-test chart geq6; Colour samples for intervall scaling
2geq6 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2geq6 with 3 or 5 or 9 steps; surrounds U=N08w und D=N10w

/ge2s.htm, /geq7/geq7l0np.pdf, /geq7/geq7.htm
2geq7 TUB-test chart geq7; Colour samples for intervall scaling
2geq7 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2geq7 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /geq8/geq8l0np.pdf, /geq8/geq8.htm
2geq8 TUB-test chart geq8; Colour samples for intervall scaling
2geq8 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2geq8 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /geq9/geq9l0np.pdf, /geq9/geq9.htm
2geq9 TUB-test chart geq9; Colour samples for intervall scaling
2geq9 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2geq9 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /ger0/ger0l0np.pdf, /ger0/ger0.htm
2ger0 TUB-test chart ger0; Grey samples for intervall scaling
2ger0 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2ger0 with 3 or 5 or 9 steps; surrounds U=N08w, D=N04w, H=N12w, d=N06w

/ge2s.htm, /ger1/ger1l0np.pdf, /ger1/ger1.htm
2ger1 TUB-test chart ger1; Colour samples for intervall scaling
2ger1 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2ger1 with 3 or 5 or 9 steps; constant surround mean Grey U=N08w

/ge2s.htm, /ger2/ger2l0np.pdf, /ger2/ger2.htm
2ger2 TUB-test chart ger2; Colour samples for intervall scaling
2ger2 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2ger2 with 3 or 5 or 9 steps; surrounds U=N08w and D=N04w

/ge2s.htm, /ger3/ger3l0np.pdf, /ger3/ger3.htm
2ger3 TUB-test chart ger3;Colour samples for intervall scaling
2ger3 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2ger3 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /ger4/ger4l0np.pdf, /ger4/ger4.htm
2ger4 TUB-test chart ger4; Colour samples for intervall scaling
2ger4 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2ger4 with 3 or 5 or 9 steps; surrounds U=N08w und D=N04w

/ge2s.htm, /ger5/ger5l0np.pdf, /ger5/ger5.htm
2ger5 TUB-test chart ger5; Colour samples for intervall scaling
2ger5 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2ger5 with 3 or 5 or 9 steps; surrounds U=N08w und D=N12w

/ge2s.htm, /ger6/ger6l0np.pdf, /ger6/ger6.htm
2ger6 TUB-test chart ger6; Colour samples for intervall scaling
2ger6 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2ger6 with 3 or 5 or 9 steps; surrounds U=N08w und D=N10w

/ge2s.htm, /ger7/ger7l0np.pdf, /ger7/ger7.htm
2ger7 TUB-test chart ger7; Colour samples for intervall scaling
2ger7 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2ger7 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /ger8/ger8l0np.pdf, /ger8/ger8.htm
2ger8 TUB-test chart ger8; Colour samples for intervall scaling
2ger8 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2ger8 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /ger9/ger9l0np.pdf, /ger9/ger9.htm
2ger9 TUB-test chart ger9; Colour samples for intervall scaling
2ger9 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2ger9 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /ges0/ges0l0np.pdf, /ges0/ges0.htm
2ges0 TUB-test chart ges0; PostScript EPS Code
2ges0 EPS code and images, basic EPS code for output of
2ges0 inverse iages, gamma=2, and 0,

/ge2s.htm, /ges1/ges1l0np.pdf, /ges1/ges1.htm
2ges1 TUB-test chart ges1; PostScript EPS Code
2ges1 Invers data in images, indermediate output j, xyrehj, xyinhj,
2ges1 and images for invers gamma=2 & 0,5, and 1,5 & 0,66

/ge2s.htm, /ges2/ges2l0np.pdf, /ges2/ges2.htm
2ges2 TUB-test chart ges2; PostScript EPS Code
2ges2 Invers gamma images
2ges2 Images for invers gamma=2 & 0,5, and 1,5 & 0,66

/ge2s.htm, /ges3/ges3l0np.pdf, /ges3/ges3.htm
2ges3 TUB-test chart ges3; PostScript EPS Code
2ges3 EPS code and tables, xyreh_256 for fast calculation of
2ges3 inverse data xyinh_256 for output linearisation, (gamma=1)

/ge2s.htm, /ges4/ges4l0np.pdf, /ges4/ges4.htm
2ges4 TUB-test chart ges4; PostScript EPS Code
2ges4 Inverse tables and images, xyreh_256 for fast calculation
2ges4 of xyinh_256, images for invers gamma=2 & 0,

/ge2s.htm, /ges5/ges5l0np.pdf, /ges5/ges5.htm
2ges5 TUB-test chart ges5; PostScript EPS Code
2ges5 Inverse tables and images, xyreh_256 for fast calculation
2ges5 of xyinh_256, images for invers gamma=1,5 & 0,66

/ge2s.htm, /ges6/ges6l0np.pdf, /ges6/ges6.htm
2ges6 TUB-test chart ges6; PostScript EPS Code
2ges6 Tables for invers gamma, xyreh_256 for fast calculation of
2ges6 xyinh_256, for invers gamma=2 & 0,5, and 1,5 & 0,66

/ge2s.htm, /ges7/ges7l0np.pdf, /ges7/ges7.htm
2ges7 TUB-test chart ges7; PostScript EPS Code
2ges7 Tables for invers gamma, xreh_xred_256 for relation between
2ges7 data in hex for invers gamma=2 & 0,5, and 1,5 & 0,66

/ge2s.htm, /ges8/ges8l0np.pdf, /ges8/ges8.htm
2ges8 TUB-test chart ges8; PostScript EPS Code
2ges8 EPS code and tables, xreh_yred_256 for relation xrehj & yredj
2ges8 & xyreh_256 for fast calculation of xyinh_256, gamma=

/ge2s.htm, /ges9/ges9l0np.pdf, /ges9/ges9.htm
2ges9 TUB-test chart ges9; PostScript EPS Code
2ges9 EPS code and tables, xyreh_256, Basic relation between xrehj &
2ges9 yrehj & xyinh_256 produced by FF_LM and xyreh_256, gamma=

/ge2s.htm, /get0/get0l0np.pdf, /get0/get0.htm
2get0 TUB-test chart get0; PostScript EPS Code
2get0 EPS code and tables, xreh_yred_1024 for relation xrehj & yredj
2get0 & xyreh_1024 for fast calculation of xyinh_1024, gamma=

/ge2s.htm, /get1/get1l0np.pdf, /get1/get1.htm
2get1 TUB-test chart get1; PostScript EPS Code
2get1 EPS code and tables, xyreh_1024, Basic relation between xrehj &
2get1 yrehj & xyinh_1024 produced by FF_LM and xyreh_1024, gamma=

/ge2s.htm, /get2/get2l0np.pdf, /get2/get2.htm
2get2 TUB-test chart get2; PostScript EPS Code
2get2 Invers (antagonistic) gamma images
2get2 Images for invers gamma=2 & 0,5, and 1,5 & 0,66

/ge2s.htm, /get3/get3l0np.pdf, /get3/get3.htm
2get3 TUB-test chart get3; Colour samples for interval scaling
2get3 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2get3 with 3 or 5 or 9 steps; surrounds U=N08w and D=N04w

/ge2s.htm, /get4/get4l0np.pdf, /get4/get4.htm
2get4 TUB-test chart get4; Colour samples for interval scaling
2get4 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2get4 with 3 or 5 or 9 steps; surrounds U=N08w und D=N04w

/ge2s.htm, /get5/get5l0np.pdf, /get5/get5.htm
2get5 TUB-test chart get5; Colour samples for interval scaling
2get5 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2get5 with 3 or 5 or 9 steps; surrounds U=N08w und D=N12w

/ge2s.htm, /get6/get6l0np.pdf, /get6/get6.htm
2get6 TUB-test chart get6; ISO-colour file and loop:
2get6 File ->Print ->Scan ->File; Application ISO-colour files of
2get6 ISO 9241-306:2018 & ISO/IEC 15775:2022 for linearization

/ge2s.htm, /get7/get7l0np.pdf, /get7/get7.htm
2get7 TUB-test chart get7; 1080 colours with 9 step colour series
2get7 with Gamma(rel)=1,000 for linearised display output
2get7 for maximal 15 display reflections according to ISO 9241-30

/ge2s.htm, /get8/get8l0np.pdf, /get8/get8.htm
2get8 TUB-test chart get8; 1080 colours with 9 step colour series
2get8 with Gamma(rel)=0,775 for linearised display output
2get8 for maximal 15 display reflections according to ISO 9241-30

/ge2s.htm, /get9/get9l0np.pdf, /get9/get9.htm
2get9 TUB-test chart get9; 1080 colours with 9 step colour series
2get9 with Gamma(rel)=0,500 for linearised display output
2get9 for maximal 15 display reflections according to ISO 9241-30

/ge2s.htm, /geu0/geu0l0np.pdf, /geu0/geu0.htm
2geu0 TUB-test chart geu0; Affin output on displays, surround grey
2geu0 1080 colours according to ISO 9241-306: luminous or blackish
2geu0 affin reduction of all rgb* values with chroma

/ge2s.htm, /geu1/geu1l0np.pdf, /geu1/geu1.htm
2geu1 TUB-test chart geu1; Affin output on displays, surround grey
2geu1 1080 colours according to ISO 9241-306: luminous or blackish
2geu1 affin reduction of all rgb* values with chroma

/ge2s.htm, /geu2/geu2l0np.pdf, /geu2/geu2.htm
2geu2 TUB-test chart geu2; Affin output on displays, surround grey
2geu2 1080 colours according to ISO 9241-306: luminous or blackish
2geu2 affin reduction of all rgb* values with chroma

/ge2s.htm, /geu3/geu3l0np.pdf, /geu3/geu3.htm
2geu3 TUB-test chart geu3; Affin output on displays, surround grey
2geu3 1080 colours according to ISO 9241-306: luminous or blackish
2geu3 affin reduction of all rgb* values with chroma

/ge2s.htm, /geu4/geu4l0np.pdf, /geu4/geu4.htm
2geu4 TUB-test chart geu4; Affin output on displays, surround grey
2geu4 1080 colours according to ISO 9241-306: luminous or blackish
2geu4 affin reduction of all rgb* values with chroma

/ge2s.htm, /geu5/geu5l0np.pdf, /geu5/geu5.htm
2geu5 TUB-test chart geu5; Affin output on displays, surround grey
2geu5 1080 colours according to ISO 9241-306: luminous or blackish
2geu5 affin reduction of all rgb* values with chroma

/ge2s.htm, /geu6/geu6l0np.pdf, /geu6/geu6.htm
2geu6 TUB-test chart geu6; Affin output on displays, surround grey
2geu6 1080 colours according to ISO 9241-306: luminous or blackish
2geu6 affin reduction of all rgb* values with chroma

/ge2s.htm, /geu7/geu7l0np.pdf, /geu7/geu7.htm
2geu7 TUB-test chart geu7; Affin output on displays, surround grey
2geu7 1080 colours according to ISO 9241-306: luminous or blackish
2geu7 affin reduction of all rgb* values with chroma

/ge2s.htm, /geu8/geu8l0np.pdf, /geu8/geu8.htm
2geu8 TUB-test chart geu8; Affin output on displays, surround grey
2geu8 1080 colours according to ISO 9241-306: luminous or blackish
2geu8 affin reduction of all rgb* values with chroma

/ge2s.htm, /geu9/geu9l0np.pdf, /geu9/geu9.htm
2geu9 TUB-test chart geu9; Different example EPS codes for EPS images
2geu9 for code changes: http://color.li.tu-berlin.de/gey1/gey1l0np.txt
2geu9 for image change: http://color.li.tu-berlin.de/gey1/gey1l0np.pdf

/ge2s.htm, /gev0/gev0l0np.pdf, /gev0/gev0.htm
2gev0 TUB-test chart gev0; Grey samples for intervall scaling
2gev0 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gev0 with 3 or 5 or 9 steps; surrounds U=N08w, D=N04w, H=N12w, d=N06w

/ge2s.htm, /gev1/gev1l0np.pdf, /gev1/gev1.htm
2gev1 TUB-test chart gev1; Colour samples for intervall scaling
2gev1 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gev1 with 3 or 5 or 9 steps; constant surround mean Grey U=N08w

/ge2s.htm, /gev2/gev2l0np.pdf, /gev2/gev2.htm
2gev2 TUB-test chart gev2; Colour samples for intervall scaling
2gev2 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gev2 with 3 or 5 or 9 steps; surrounds U=N08w and D=N04w

/ge2s.htm, /gev3/gev3l0np.pdf, /gev3/gev3.htm
2gev3 TUB-test chart gev3;Colour samples for intervall scaling
2gev3 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gev3 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gev4/gev4l0np.pdf, /gev4/gev4.htm
2gev4 TUB-test chart gev4; Colour samples for intervall scaling
2gev4 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gev4 with 3 or 5 or 9 steps; surrounds U=N08w und D=N04w

/ge2s.htm, /gev5/gev5l0np.pdf, /gev5/gev5.htm
2gev5 TUB-test chart gev5; Colour samples for intervall scaling
2gev5 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gev5 with 3 or 5 or 9 steps; surrounds U=N08w und D=N12w

/ge2s.htm, /gev6/gev6l0np.pdf, /gev6/gev6.htm
2gev6 TUB-test chart gev6; Colour samples for intervall scaling
2gev6 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gev6 with 3 or 5 or 9 steps; surrounds U=N08w und D=N10w

/ge2s.htm, /gev7/gev7l0np.pdf, /gev7/gev7.htm
2gev7 TUB-test chart gev7; Colour samples for intervall scaling
2gev7 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gev7 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gev8/gev8l0np.pdf, /gev8/gev8.htm
2gev8 TUB-test chart gev8; Colour samples for intervall scaling
2gev8 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gev8 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gev9/gev9l0np.pdf, /gev9/gev9.htm
2gev9 TUB-test chart gev9; Colour samples for intervall scaling
2gev9 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gev9 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gew0/gew0l0np.pdf, /gew0/gew0.htm
2gew0 TUB-test chart gew0; Grey samples for intervall scaling
2gew0 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gew0 with 3 or 5 or 9 steps; surrounds U=N08w, D=N04w, H=N12w, d=N06w

/ge2s.htm, /gew1/gew1l0np.pdf, /gew1/gew1.htm
2gew1 TUB-test chart gew1; Colour samples for intervall scaling
2gew1 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gew1 with 3 or 5 or 9 steps; constant surround mean Grey U=N08w

/ge2s.htm, /gew2/gew2l0np.pdf, /gew2/gew2.htm
2gew2 TUB-test chart gew2; Colour samples for intervall scaling
2gew2 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gew2 with 3 or 5 or 9 steps; surrounds U=N08w and D=N04w

/ge2s.htm, /gew3/gew3l0np.pdf, /gew3/gew3.htm
2gew3 TUB-test chart gew3;Colour samples for intervall scaling
2gew3 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gew3 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gew4/gew4l0np.pdf, /gew4/gew4.htm
2gew4 TUB-test chart gew4; Colour samples for intervall scaling
2gew4 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gew4 with 3 or 5 or 9 steps; surrounds U=N08w und D=N04w

/ge2s.htm, /gew5/gew5l0np.pdf, /gew5/gew5.htm
2gew5 TUB-test chart gew5; Colour samples for intervall scaling
2gew5 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gew5 with 3 or 5 or 9 steps; surrounds U=N08w und D=N12w

/ge2s.htm, /gew6/gew6l0np.pdf, /gew6/gew6.htm
2gew6 TUB-test chart gew6; Colour samples for intervall scaling
2gew6 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gew6 with 3 or 5 or 9 steps; surrounds U=N08w und D=N10w

/ge2s.htm, /gew7/gew7l0np.pdf, /gew7/gew7.htm
2gew7 TUB-test chart gew7; Colour samples for intervall scaling
2gew7 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gew7 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gew8/gew8l0np.pdf, /gew8/gew8.htm
2gew8 TUB-test chart gew8; Colour samples for intervall scaling
2gew8 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gew8 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gew9/gew9l0np.pdf, /gew9/gew9.htm
2gew9 TUB-test chart gew9; Colour samples for intervall scaling
2gew9 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gew9 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gex0/gex0l0np.pdf, /gex0/gex0.htm
2gex0 TUB-test chart gex0; Grey samples for intervall scaling
2gex0 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gex0 with 3 or 5 or 9 steps; surrounds U=N08w, D=N04w, H=N12w, d=N06w

/ge2s.htm, /gex1/gex1l0np.pdf, /gex1/gex1.htm
2gex1 TUB-test chart gex1; Colour samples for intervall scaling
2gex1 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gex1 with 3 or 5 or 9 steps; constant surround mean Grey U=N08w

/ge2s.htm, /gex2/gex2l0np.pdf, /gex2/gex2.htm
2gex2 TUB-test chart gex2; Colour samples for intervall scaling
2gex2 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gex2 with 3 or 5 or 9 steps; surrounds U=N08w and D=N04w

/ge2s.htm, /gex3/gex3l0np.pdf, /gex3/gex3.htm
2gex3 TUB-test chart gex3;Colour samples for intervall scaling
2gex3 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gex3 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gex4/gex4l0np.pdf, /gex4/gex4.htm
2gex4 TUB-test chart gex4; Colour samples for intervall scaling
2gex4 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gex4 with 3 or 5 or 9 steps; surrounds U=N08w und D=N04w

/ge2s.htm, /gex5/gex5l0np.pdf, /gex5/gex5.htm
2gex5 TUB-test chart gex5; Colour samples for intervall scaling
2gex5 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gex5 with 3 or 5 or 9 steps; surrounds U=N08w und D=N12w

/ge2s.htm, /gex6/gex6l0np.pdf, /gex6/gex6.htm
2gex6 TUB-test chart gex6; Colour samples for intervall scaling
2gex6 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gex6 with 3 or 5 or 9 steps; surrounds U=N08w und D=N10w

/ge2s.htm, /gex7/gex7l0np.pdf, /gex7/gex7.htm
2gex7 TUB-test chart gex7; Colour samples for intervall scaling
2gex7 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gex7 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gex8/gex8l0np.pdf, /gex8/gex8.htm
2gex8 TUB-test chart gex8; Colour samples for intervall scaling
2gex8 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gex8 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gex9/gex9l0np.pdf, /gex9/gex9.htm
2gex9 TUB-test chart gex9; Colour samples for intervall scaling
2gex9 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gex9 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gey0/gey0l0np.pdf, /gey0/gey0.htm
2gey0 TUB-test chart gey0; Grey samples for intervall scaling
2gey0 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gey0 with 3 or 5 or 9 steps; surrounds U=N08w, D=N04w, H=N12w, d=N06w

/ge2s.htm, /gey1/gey1l0np.pdf, /gey1/gey1.htm
2gey1 TUB-test chart gey1; Colour samples for intervall scaling
2gey1 Grey scale of N-W=N00w-N16w=W with Gamma=1, 2, 0,5, and 1,
2gey1 with 3 or 5 or 9 steps; constant surround mean Grey U=N08w

/ge2s.htm, /gey2/gey2l0np.pdf, /gey2/gey2.htm
2gey2 TUB-test chart gey2; Colour samples for intervall scaling
2gey2 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gey2 with 3 or 5 or 9 steps; surrounds U=N08w and D=N04w

/ge2s.htm, /gey3/gey3l0np.pdf, /gey3/gey3.htm
2gey3 TUB-test chart gey3;Colour samples for intervall scaling
2gey3 Evaluation of N-W=N00w-N16w=W with Gamma=1,0, and 2,
2gey3 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gey4/gey4l0np.pdf, /gey4/gey4.htm
2gey4 TUB-test chart gey4; Colour samples for intervall scaling
2gey4 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gey4 with 3 or 5 or 9 steps; surrounds U=N08w und D=N04w

/ge2s.htm, /gey5/gey5l0np.pdf, /gey5/gey5.htm
2gey5 TUB-test chart gey5; Colour samples for intervall scaling
2gey5 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gey5 with 3 or 5 or 9 steps; surrounds U=N08w und D=N12w

/ge2s.htm, /gey6/gey6l0np.pdf, /gey6/gey6.htm
2gey6 TUB-test chart gey6; Colour samples for intervall scaling
2gey6 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gey6 with 3 or 5 or 9 steps; surrounds U=N08w und D=N10w

/ge2s.htm, /gey7/gey7l0np.pdf, /gey7/gey7.htm
2gey7 TUB-test chart gey7; Colour samples for intervall scaling
2gey7 Functions Gamma=1,0 and 2,0 for N-W=N00w-N16w=W
2gey7 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gey8/gey8l0np.pdf, /gey8/gey8.htm
2gey8 TUB-test chart gey8; Colour samples for intervall scaling
2gey8 Functions Gamma=1,0 and 0,5 for N-W=N00w-N16w=W
2gey8 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gey9/gey9l0np.pdf, /gey9/gey9.htm
2gey9 TUB-test chart gey9; Colour samples for intervall scaling
2gey9 Functions Gamma=1,0 and 1,5 for N-W=N00w-N16w=W
2gey9 with 3 or 5 or 9 steps; constant surround U=N08w

/ge2s.htm, /gez0/gez0l0np.pdf, /gez0/gez0.htm
2gez0 TUB-test chart gez0; Layout of test charts
2gez0 Four single images (0/1)-(3/7)n per page
2gez0 in the size 120mm x 85mm

/ge2s.htm, /gez3/gez3l0np.pdf, /gez3/gez3.htm
2gez3 TUB-test chart gez3; Layout of test charts
2gez3 4 multi images (0/1)-(3/7)a in size 120mm x 85mm
2gez3 16 sub images (0/1)-(1..8)a in size 60mm x 40mm

/ge2s.htm, /gez4/gez4l0np.pdf, /gez4/gez4.htm
2gez4 TUB-test chart gez4; Layout of test charts
2gez4 4 multi images (0/1)-(3/7)a in size 120mm x 85mm
2gez4 8 sub images (0/1)-(1/3/5/7)a in size 120mm x 40mm

/ge2s.htm, /gez5/gez5l0np.pdf, /gez5/gez5.htm
2gez5 TUB-test chart gez5; Layout of test charts
2gez5 4 multi images (0/1)-(3/7)a in size 120mm x 85mm
2gez5 8 sub images (0/1)-(3/4/7/8)a in size 60mm x 80mm

/ge2s.htm, /gez6/gez6l0np.pdf, /gez6/gez6.htm
2gez6 Four multi images (0/1)-(3/7)n per page
/fe2s.htm, /fea0/fea0l0np.pdf, /fea0/fea0.htm
2fea0 TUB-test chart fea0; ISO-colour file and colour loop:
2fea0 ISO file -> print -> scan -> ISO file; application of
2fea0 ISO 9241-306 & ISO/IEC 15775: input and output linearization

/fe2s.htm, /fea1/fea1l0np.pdf, /fea1/fea1.htm
2fea1 TUB-test chart fea1; Colour management according to ISO 15076-1
2fea1 :2010, ISO 20677:2018, and with 729(=9x9=9) equally spaced
2fea1 rgb*-PCS-PCC data according to ISO 9241-306:2018

/fe2s.htm, /fea2/fea2l0np.pdf, /fea2/fea2.htm
2fea2 TUB-test chart fea2; Colour management according to ISO 15076-1
2fea2 :2010, ISO 20677:2018, and with 729(=9x9=9) equally spaced
2fea2 rgb*-PCS-PCC data according to ISO 9241-306:2018

/fe2s.htm, /fea3/fea3l0np.pdf, /fea3/fea3.htm
2fea3 TUB-test chart fea3; Lightness L* in colourimetry
2fea3 Relative lightness T* of the sRGB primary colours
2fea3 Spacing for adjacent and separate colours

/fe2s.htm, /fea4/fea4l0np.pdf, /fea4/fea4.htm
2fea4 TUB-test chart fea4; Achromatic thresholds, 5 Lu on Y
2fea4 thresholds delta_L (0,4s), contrast and lightness; experi-
2fea4 mental data of Lingelbach and Richter without adaptation

/fe2s.htm, /fea5/fea5l0np.pdf, /fea5/fea5.htm
2fea5 TUB-test chart fea5; Achromatic thresholds, 5 Lu & Lm on Y
2fea5 thresholds delta_L (0,4s), contrast and lightness; experi-
2fea5 mental data of Lingelbach and Richter with adaptation

/fe2s.htm, /fea6/fea6l0np.pdf, /fea6/fea6.htm
2fea6 TUB-test chart fea6; Relative elementary colour vision
2fea6 of the antagonistic TUBLAB model, threshold ts=0,00&0,01
2fea6 log[sensitivity and responses], O/L & M/L

/fe2s.htm, /fea7/fea7l0np.pdf, /fea7/fea7.htm
2fea7 TUB-test chart fea7; Relative elementary colour vision
2fea7 of the antagonistic TUBLAB model, threshold ts=0,02&0,03
2fea7 log[sensitivity and responses], O/L & M/L

/fe2s.htm, /fea8/fea8l0np.pdf, /fea8/fea8.htm
2fea8 TUB-test chart fea8; Relative elementary colour vision
2fea8 of the antagonistic TUBLAB model, threshold ts=0,00&0,01
2fea8 log[sensitivity and responses], O/V & M/V

/fe2s.htm, /fea9/fea9l0np.pdf, /fea9/fea9.htm
2fea9 TUB-test chart fea9; Scaling and thresholds of achromatic
2fea9 and chromatic colours as function of chromaticity
2fea9 and luminance for adaptation times 0,1s and 25s

/fe2s.htm, /feb0/feb0l0np.pdf, /feb0/feb0.htm
2feb0 TUB-test chart feb0; Luminance contrast L/delta_L
2feb0 as function of luminance presentation time 0,1s; sensitivity
2feb0 of LMS and V & V' for day and night vision

/fe2s.htm, /feb1/feb1l0np.pdf, /feb1/feb1.htm
2feb1 TUB-test chart feb1; Logarithmic spectralsensitivities
2feb1 L, M & B; S-shaped achromatic and chromatic
2feb1 responses as function of luminance L and line elements

/fe2s.htm, /feb2/feb2l0np.pdf, /feb2/feb2.htm
2feb2 TUB-test chart feb2; Single and double-line elements;
2feb2 responses and differences; antagonistic response function;
2feb2 thresholds and scaling for achromatic and chromatic colours

/fe2s.htm, /feb3/feb3l0np.pdf, /feb3/feb3.htm
2feb3 TUB-test chart feb3; Complementary colours;
2feb3 logarithmic antagonistic symmetric response and
2feb3 saturation for contrasts & chromaticity diagrams

/fe2s.htm, /feb4/feb4l0np.pdf, /feb4/feb4.htm
2feb4 TUB-test chart feb4; Logarithmic response and
2feb4 saturation for contrasts; chromaticity diagrams; response
2feb4 and discrimination as function of luminance

/fe2s.htm, /feb5/feb5l0np.pdf, /feb5/feb5.htm
2feb5 TUB-test chart feb5; Colour vision and physiology;
2feb5 reflection range for surface colours; physiological
2feb5 response as function of luminance and chromaticity

/fe2s.htm, /feb6/feb6l0np.pdf, /feb6/feb6.htm
2feb6 TUB-test chart feb6; HPE-CIE 1931 02-degree colourimetry
2feb6 between CIEXYZ and HPE-LMS; cone sensitivity
2feb6 and spectral value functions for illuminant E, log data

/fe2s.htm, /feb7/feb7l0np.pdf, /feb7/feb7.htm
2feb7 TUB-test chart feb6; HPE-CIE 1931 02-degree colourimetry
2feb7 between CIEXYZ and HPE-LMS; cone sensitivity
2feb7 and spectral value functions for illuminant E, linear data

/fe2s.htm, /feb8/feb8l0np.pdf, /feb8/feb8.htm
2feb8 TUB-test chart feb8; Wavelength ranges of 6
2feb8 Ostwald colours, chromatic values, C=25:1, +-signals
2feb8 Reflections R, Rr=R/0,18, Rs=log(Rr), hue threshold dhA2B2=6

/fe2s.htm, /feb9/feb9l0np.pdf, /feb9/feb9.htm
2feb9 TUB-test chart feb9; Wavelength ranges of 6
2feb9 Ostwald colours, chromatic values, C=2:1, +-signals
2feb9 Reflections R, Rr=R/0,18, Rs=log(Rr), hue threshold dhA2B2=18

/fe2s.htm, /fec0/fec0l0np.pdf, /fec0/fec0.htm
2fec0 TUB-test chart fec0; Ostwald-optimal colours
2fec0 4 illuminants D65, D50, P40, A, hue plane YB, 0< Y <100
2fec0 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fec1/fec1l0np.pdf, /fec1/fec1.htm
2fec1 TUB-test chart fec1; Ostwald-optimal colours
2fec1 4 illuminants D65, D50, P40, A, hue plane YB, -50< L*CIE <50
2fec1 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fec2/fec2l0np.pdf, /fec2/fec2.htm
2fec2 TUB-test chart fec2; Ostwald-optimal colours
2fec2 4 illuminants D65, D50, P40, A, hue plane YB, -50< L*CIr <50
2fec2 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fec3/fec3l0np.pdf, /fec3/fec3.htm
2fec3 TUB-test chart fec3; Ostwald-optimal colours
2fec3 4 illuminants D65, D50, P40, A, hue plane YB, -50< L*TUr <50
2fec3 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fec4/fec4l0np.pdf, /fec4/fec4.htm
2fec4 TUB-test chart fec4; Ostwald-optimal colours
2fec4 4 illuminants D65, D50, P40, A, hue plane YB, -50< L*TAr <50
2fec4 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fec5/fec5l0np.pdf, /fec5/fec5.htm
2fec5 TUB-test chart fec5; Ostwald-optimal colours
2fec5 4 illuminants D65, D50, P40, A, hue plane YB, 0< Y <100
2fec5 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fec6/fec6l0np.pdf, /fec6/fec6.htm
2fec6 TUB-test chart fec6; Ostwald-optimal colours
2fec6 4 illuminants D65, D50, P40, A, hue plane YB, 0< L*CIE <100
2fec6 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fec7/fec7l0np.pdf, /fec7/fec7.htm
2fec7 TUB-test chart fec7; Ostwald-optimal colours
2fec7 4 illuminants D65, D50, P40, A, hue plane YB, 0< L*CIr <100
2fec7 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fec8/fec8l0np.pdf, /fec8/fec8.htm
2fec8 TUB-test chart fec8; Ostwald-optimal colours
2fec8 4 illuminants D65, D50, P40, A, hue plane YB, 0< L*TUr <100
2fec8 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fec9/fec9l0np.pdf, /fec9/fec9.htm
2fec9 TUB-test chart fec9; Ostwald-optimal colours
2fec9 4 illuminants D65, D50, P40, A, hue plane YB, 0< L*TAr <100
2fec9 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fed0/fed0l0np.pdf, /fed0/fed0.htm
2fed0 TUB-test chart fed0; Ostwald-optimal colours
2fed0 4 illuminants D65, D50, P40, A, hue plane YB, 0< Y <100
2fed0 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fed1/fed1l0np.pdf, /fed1/fed1.htm
2fed1 TUB-test chart fed1; Ostwald-optimal colours
2fed1 4 illuminants D65, D50, P40, A, hue plane YB, -50< L*CIE <50
2fed1 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fed2/fed2l0np.pdf, /fed2/fed2.htm
2fed2 TUB-test chart fed2; Ostwald-optimal colours
2fed2 4 illuminants D65, D50, P40, A, hue plane YB, -50< L*CIr <50
2fed2 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fed3/fed3l0np.pdf, /fed3/fed3.htm
2fed3 TUB-test chart fed3; Ostwald-optimal colours
2fed3 4 illuminants D65, D50, P40, A, hue plane YB, -50< L*TUr <50
2fed3 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fed4/fed4l0np.pdf, /fed4/fed4.htm
2fed4 TUB-test chart fed4; Ostwald-optimal colours
2fed4 4 illuminants D65, D50, P40, A, hue plane YB, -50< L*TAr <50
2fed4 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fed5/fed5l0np.pdf, /fed5/fed5.htm
2fed5 TUB-test chart fed5; Ostwald-optimal colours
2fed5 4 illuminants D65, D50, P40, A, hue plane YB, 0< Y <100
2fed5 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fed6/fed6l0np.pdf, /fed6/fed6.htm
2fed6 TUB-test chart fed6; Ostwald-optimal colours
2fed6 4 illuminants D65, D50, P40, A, hue plane YB, 0< L*CIE <100
2fed6 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fed7/fed7l0np.pdf, /fed7/fed7.htm
2fed7 TUB-test chart fed7; Ostwald-optimal colours
2fed7 4 illuminants D65, D50, P40, A, hue plane YB, 0< L*CIr <100
2fed7 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fed8/fed8l0np.pdf, /fed8/fed8.htm
2fed8 TUB-test chart fed8; Ostwald-optimal colours
2fed8 4 illuminants D65, D50, P40, A, hue plane YB, 0< L*TUr <100
2fed8 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fed9/fed9l0np.pdf, /fed9/fed9.htm
2fed9 TUB-test chart fed9; Ostwald-optimal colours
2fed9 4 illuminants D65, D50, P40, A, hue plane YB, 0< L*TAr <100
2fed9 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fee0/fee0l0np.pdf, /fee0/fee0.htm
2fee0 TUB-test chart fee0; Ostwald-optimal colours
2fee0 4 illuminants D65, D50, P40, A, hue plane CR, 0< Y <100
2fee0 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fee1/fee1l0np.pdf, /fee1/fee1.htm
2fee1 TUB-test chart fee1; Ostwald-optimal colours
2fee1 4 illuminants D65, D50, P40, A, hue plane CR, -50< L*CIE <50
2fee1 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fee2/fee2l0np.pdf, /fee2/fee2.htm
2fee2 TUB-test chart fee2; Ostwald-optimal colours
2fee2 4 illuminants D65, D50, P40, A, hue plane CR, -50< L*CIr <50
2fee2 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fee3/fee3l0np.pdf, /fee3/fee3.htm
2fee3 TUB-test chart fee3; Ostwald-optimal colours
2fee3 4 illuminants D65, D50, P40, A, hue plane CR, -50< L*TUr <50
2fee3 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fee4/fee4l0np.pdf, /fee4/fee4.htm
2fee4 TUB-test chart fee4; Ostwald-optimal colours
2fee4 4 illuminants D65, D50, P40, A, hue plane CR, -50< L*TAr <50
2fee4 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fee5/fee5l0np.pdf, /fee5/fee5.htm
2fee5 TUB-test chart fee5; Ostwald-optimal colours
2fee5 4 illuminants D65, D50, P40, A, hue plane CR, 0< Y <100
2fee5 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fee6/fee6l0np.pdf, /fee6/fee6.htm
2fee6 TUB-test chart fee6; Ostwald-optimal colours
2fee6 4 illuminants D65, D50, P40, A, hue plane CR, 0< L*CIE <100
2fee6 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fee7/fee7l0np.pdf, /fee7/fee7.htm
2fee7 TUB-test chart fee7; Ostwald-optimal colours
2fee7 4 illuminants D65, D50, P40, A, hue plane CR, 0< L*CIr <100
2fee7 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fee8/fee8l0np.pdf, /fee8/fee8.htm
2fee8 TUB-test chart fee8; Ostwald-optimal colours
2fee8 4 illuminants D65, D50, P40, A, hue plane CR, 0< L*TUr <100
2fee8 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fee9/fee9l0np.pdf, /fee9/fee9.htm
2fee9 TUB-test chart fee9; Ostwald-optimal colours
2fee9 4 illuminants D65, D50, P40, A, hue plane CR, 0< L*TAr <100
2fee9 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fef0/fef0l0np.pdf, /fef0/fef0.htm
2fef0 TUB-test chart fef0; Ostwald-optimal colours
2fef0 4 illuminants D65, D50, P40, A, hue plane GM, 0< Y <100
2fef0 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fef1/fef1l0np.pdf, /fef1/fef1.htm
2fef1 TUB-test chart fef1; Ostwald-optimal colours
2fef1 4 illuminants D65, D50, P40, A, hue plane GM, -50< L*CIE <50
2fef1 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fef2/fef2l0np.pdf, /fef2/fef2.htm
2fef2 TUB-test chart fef2; Ostwald-optimal colours
2fef2 4 illuminants D65, D50, P40, A, hue plane GM, -50< L*CIr <50
2fef2 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fef3/fef3l0np.pdf, /fef3/fef3.htm
2fef3 TUB-test chart fef3; Ostwald-optimal colours
2fef3 4 illuminants D65, D50, P40, A, hue plane GM, -50< L*TUr <50
2fef3 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fef4/fef4l0np.pdf, /fef4/fef4.htm
2fef4 TUB-test chart fef4; Ostwald-optimal colours
2fef4 4 illuminants D65, D50, P40, A, hue plane GM, -50< L*TAr <50
2fef4 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fef5/fef5l0np.pdf, /fef5/fef5.htm
2fef5 TUB-test chart fef5; Ostwald-optimal colours
2fef5 4 illuminants D65, D50, P40, A, hue plane GM, 0< Y <100
2fef5 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fef6/fef6l0np.pdf, /fef6/fef6.htm
2fef6 TUB-test chart fef6; Ostwald-optimal colours
2fef6 4 illuminants D65, D50, P40, A, hue plane GM, 0< L*CIE <100
2fef6 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fef7/fef7l0np.pdf, /fef7/fef7.htm
2fef7 TUB-test chart fef7; Ostwald-optimal colours
2fef7 4 illuminants D65, D50, P40, A, hue plane GM, 0< L*CIr <100
2fef7 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fef8/fef8l0np.pdf, /fef8/fef8.htm
2fef8 TUB-test chart fef8; Ostwald-optimal colours
2fef8 4 illuminants D65, D50, P40, A, hue plane GM, 0< L*TUr <100
2fef8 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /fef9/fef9l0np.pdf, /fef9/fef9.htm
2fef9 TUB-test chart fef9; Ostwald-optimal colours
2fef9 4 illuminants D65, D50, P40, A, hue plane GM, 0< L*TAr <100
2fef9 4 contrasts C >288:1, 25:1, 16:1, 9:1

/fe2s.htm, /feg0/feg0l0np.pdf, /feg0/feg0.htm
2feg0 TUB-test chart feg0; YB and GM data for 8 Dxx illuminants
2feg0 CIE 2 degree observer, CIEXYZ, LABJND, and CIELAB data
2feg0 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feg1/feg1l0np.pdf, /feg1/feg1.htm
2feg1 TUB-test chart feg1; YB and GM data for 8 Pxx illuminants
2feg1 CIE 2 degree observer, CIEXYZ, LABJND, and CIELAB data
2feg1 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feg2/feg2l0np.pdf, /feg2/feg2.htm
2feg2 TUB-test chart feg2; YB and GM data for 8 Dxx illuminants
2feg2 CIE 2 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2feg2 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feg3/feg3l0np.pdf, /feg3/feg3.htm
2feg3 TUB-test chart feg3; YB and GM data for 8 Pxx illuminants
2feg3 CIE 2 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2feg3 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feg4/feg4l0np.pdf, /feg4/feg4.htm
2feg4 TUB-test chart feg4; YB and GM data for 8 Dxx illuminants
2feg4 CIE 2 degree observer, CIEXYZ, LABJND, and CIELAB data
2feg4 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feg5/feg5l0np.pdf, /feg5/feg5.htm
2feg5 TUB-test chart feg5; YB and GM data for 8 Pxx illuminants
2feg5 CIE 2 degree observer, CIEXYZ, LABJND, and CIELAB data
2feg5 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feg6/feg6l0np.pdf, /feg6/feg6.htm
2feg6 TUB-test chart feg6; YB and GM data for 8 Dxx illuminants
2feg6 CIE 2 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2feg6 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feg7/feg7l0np.pdf, /feg7/feg7.htm
2feg7 TUB-test chart feg7; YB and GM data for 8 Pxx illuminants
2feg7 CIE 2 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2feg7 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feg8/feg8l0np.pdf, /feg8/feg8.htm
2feg8 TUB-test chart feg8; YB and GM data for 8 Dxx illuminants
2feg8 CIE 2 degree observer, CIEXYZ, LABJND, and CIELAB data
2feg8 YABCabh data, wavelength lamda(1,2,d,c) of optimal colors

/fe2s.htm, /feg9/feg9l0np.pdf, /feg9/feg9.htm
2feg9 TUB-test chart feg9; YB and GM data for 8 Pxx illuminants
2feg9 CIE 2 degree observer, CIEXYZ, LABJND, and CIELAB data
2feg9 YABCabh data, wavelength lamda(1,2,d,c) of optimal colors

/fe2s.htm, /feh0/feh0l0np.pdf, /feh0/feh0.htm
2feh0 TUB-test chart feh0; YB and GM data for 8 Dxx illuminants
2feh0 CIE 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2feh0 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feh1/feh1l0np.pdf, /feh1/feh1.htm
2feh1 TUB-test chart feh1; YB and GM data for 8 Pxx illuminants
2feh1 CIE 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2feh1 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feh2/feh2l0np.pdf, /feh2/feh2.htm
2feh2 TUB-test chart feh2; YB and GM data for 8 Dxx illuminants
2feh2 CIE 10 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2feh2 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feh3/feh3l0np.pdf, /feh3/feh3.htm
2feh3 TUB-test chart feh3; YB and GM data for 8 Pxx illuminants
2feh3 CIE 10 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2feh3 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feh4/feh4l0np.pdf, /feh4/feh4.htm
2feh4 TUB-test chart feh4; YB and GM data for 8 Dxx illuminants
2feh4 CIE 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2feh4 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feh5/feh5l0np.pdf, /feh5/feh5.htm
2feh5 TUB-test chart feh5; YB and GM data for 8 Pxx illuminants
2feh5 CIE 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2feh5 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feh6/feh6l0np.pdf, /feh6/feh6.htm
2feh6 TUB-test chart feh6; YB and GM data for 8 Dxx illuminants
2feh6 CIE 10 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2feh6 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feh7/feh7l0np.pdf, /feh7/feh7.htm
2feh7 TUB-test chart feh7; YB and GM data for 8 Pxx illuminants
2feh7 CIE 10 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2feh7 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/fe2s.htm, /feh8/feh8l0np.pdf, /feh8/feh8.htm
2feh8 TUB-test chart feh8; YB and GM data for 8 Dxx illuminants
2feh8 CIE 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2feh8 YABCabh data, wavelength lamda(1,2,d,c) of optimal colors

/fe2s.htm, /feh9/feh9l0np.pdf, /feh9/feh9.htm
2feh9 TUB-test chart feh9; YB and GM data for 8 Pxx illuminants
2feh9 CIE 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2feh9 YABCabh data, wavelength lamda(1,2,d,c) of optimal colors

/fe2s.htm, /fei0/fei0l0np.pdf, /fei0/fei0.htm
2fei0 TUB-test chart fei0; 1080 colours Grid 2g-d0
2fei0 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fei0 1-Minus-Relation (1MR) and Device Hue (DH)

/fe2s.htm, /fei1/fei1l0np.pdf, /fei1/fei1.htm
2fei1 TUB-test chart fei1; 1080 colours Grid 2o_d0
2fei1 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fei1 1-Minus-Relation (1MR) and Device Hue (DH)

/fe2s.htm, /fei2/fei2l0np.pdf, /fei2/fei2.htm
2fei2 TUB-test chart fei2; 1080 colours Grid 2e_d0
2fei2 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fei2 1-Minus-Relation (1MR) and Device Hue (DH)

/fe2s.htm, /fei3/fei3l0np.pdf, /fei3/fei3.htm
2fei3 TUB-test chart fei3; 1080 colours Grid 2g_di & pixel graphic
2fei3 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fei3 1-Minus-Relation (1MR) and Device Hue (DH)

/fe2s.htm, /fei4/fei4l0np.pdf, /fei4/fei4.htm
2fei4 TUB-test chart fei4; 1080 colours Grid 2e_di & pixel graphic
2fei4 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fei4 1-Minus-Relation (1MR) and Device Hue (DH)

/fe2s.htm, /fei5/fei5l0np.pdf, /fei5/fei5.htm
2fei5 TUB-test chart fei5; 1080 colours Grid 2g_e0
2fei5 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fei5 1-Minus-Relation (1MR) and Device to Elemetary Hue (DEH)

/fe2s.htm, /fei6/fei6l0np.pdf, /fei6/fei6.htm
2fei6 TUB-test chart fei6; 1080 colours Grid 2o_e0
2fei6 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fei6 1-Minus-Relation (1MR) and Device to Elemetary Hue (DEH)

/fe2s.htm, /fei7/fei7l0np.pdf, /fei7/fei7.htm
2fei7 TUB-test chart fei7; 1080 colours Grid 2e_e0
2fei7 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fei7 1-Minus-Relation (1MR) and Device to Elemetary Hue (DEH)

/fe2s.htm, /fei8/fei8l0np.pdf, /fei8/fei8.htm
2fei8 TUB-test chart fei8; 1080 colours Grid 2g_ei & pixel graphic
2fei8 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fei8 1-Minus-Relation (1MR) and Device to Elemetary Hue (DEH)

/fe2s.htm, /fei9/fei9l0np.pdf, /fei9/fei9.htm
2fei9 TUB-test chart fei9; 1080 colours Grid 2e_ei & pixel graphic
2fei9 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fei9 1-Minus-Relation (1MR) and Device to Elemetary Hue (DEH)

/fe2s.htm, /fej0/fej0l0np.pdf, /fej0/fej0.htm
2fej0 TUB-test chart fej0; Fab(xr)-model for visual responses
2fej0 tanh(xr) with e^xr/a and 10^xr/a'
2fej0 a'=a ln(10); a^n = a^1,0; 2 x 8 images

/fe2s.htm, /fej1/fej1l0np.pdf, /fej1/fej1.htm
2fej1 TUB-test chart fej1; Fab(xr)-model for vis
2fej1 tanh(xr) with e^xr/a and 10^xr/a'
2fej1 a'=a ln(10); a^n = a^1,0; 4 x 4 images

/fe2s.htm, /fej2/fej2l0np.pdf, /fej2/fej2.htm
2fej2 TUB-test chart fej2; Fab(xr)-model for visual responses
2fej2 tanh(xr) with e^xr/a and 10^xr/a'
2fej2 a'=a ln(10); a^n = a^0,7; 4 x 4 images

/fe2s.htm, /fej3/fej3l0np.pdf, /fej3/fej3.htm
2fej3 TUB-test chart fej3; Fab(xr)-model for visual responses
2fej3 tanh(xr) with e^xr/a and 10^xr/a'
2fej3 a'=a ln(10); a^n = a^0,5; 4 x 4 images

/fe2s.htm, /fej4/fej4l0np.pdf, /fej4/fej4.htm
2fej4 TUB-test chart fej4; Fab(xr)-model for visual responses
2fej4 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2fej4 a'=a ln(10); a^n = a^1,0; 4 x 4 images

/fe2s.htm, /fej5/fej5l0np.pdf, /fej5/fej5.htm
2fej5 TUB-test chart fej5; Fab(xr)-model for visual responses
2fej5 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2fej5 a'=a ln(10); a^n = a^0,7; 4 x 4 images

/fe2s.htm, /fej6/fej6l0np.pdf, /fej6/fej6.htm
2fej6 TUB-test chart fej6; Fab(xr)-model for visual responses
2fej6 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2fej6 a'=a ln(10); a^n = a^0,5; 4 x 4 images

/fe2s.htm, /fej7/fej7l0np.pdf, /fej7/fej7.htm
2fej7 TUB-test chart fej7; Fab(xr)-model for visual responses
2fej7 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2fej7 a'=a ln(10); a^n = a^1,0; 4 x 4 images

/fe2s.htm, /fej8/fej8l0np.pdf, /fej8/fej8.htm
2fej8 TUB-test chart fej8; Fab(xr)-model for visual responses
2fej8 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2fej8 a'=a ln(10); a^n = a^0,7; 4 x 4 images

/fe2s.htm, /fej9/fej9l0np.pdf, /fej9/fej9.htm
2fej9 TUB-test chart fej9; Fab(xr)-model for visual responses
2fej9 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2fej9 a'=a ln(10); a^n = a^0,5; 4 x 4 images

/fe2s.htm, /fek0/fek0l0np.pdf, /fek0/fek0.htm
2fek0 TUB-test chart fek0; Achromatic receptor responses
2fek0 Components of absolute and relative responses in figures
2fek0 Hyperbel function equations and mahematical derivation

/fe2s.htm, /fek1/fek1l0np.pdf, /fek1/fek1.htm
2fek1 TUB-test chart fek1; Achromatic receptor responses F(x)
2fek1 Change of derivation F'(x) with parameter a
2fek1 Experiments as function of sample distance and adaptation

/fe2s.htm, /fek2/fek2l0np.pdf, /fek2/fek2.htm
2fek2 TUB-test chart fek2; Achromatic thresholds, 5 Lu & Lm on Y
2fek2 thresholds delta_L (0,4s), contrast and lightness; experi-
2fek2 mental data of Lingelbach and Richter with adaptation

/fe2s.htm, /fek3/fek3l0np.pdf, /fek3/fek3.htm
2fek3 TUB-test chart fek3; Fab(xr)-model for visual responses
2fek3 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2fek3 a'=a ln(10); a^n = a^0,7; 4 x 4 images

/fe2s.htm, /fek4/fek4l0np.pdf, /fek4/fek4.htm
2fek4 TUB-test chart fek4; Additive colour mixture, spectral
2fek4 mixture to optimal colours of Ostwald, ideal
2fek4 projector colours, mixture with colour integrator for D65

/fe2s.htm, /fek5/fek5l0np.pdf, /fek5/fek5.htm
2fek5 TUB-test chart fek5; 16 grey steps and NW for
2fek5 the Television-Luminous-Systems TLS00, TLS18, TLS70;
2fek5 data rgb* and CIELAB LabC*h for 3 reflections

/fe2s.htm, /fek6/fek6l0np.pdf, /fek6/fek6.htm
2fek6 TUB-test chart fek6; Relative colour television system
2fek6 Standard sRGB device according to IEC 61966-2-1
2fek6 CIE data of 3 basic and 3 mixture colours, Yw=88,6

/fe2s.htm, /fek7/fek7l0np.pdf, /fek7/fek7.htm
2fek7 TUB-test chart fek7; 1080 colours Grid 2g_di & flower image
2fek7 File data: rgb/cmy0/000n/w & rgb*=1,25&1,56->1,00rgb*; 3 pages
2fek7 1-Minus-Relation (1MR) and Device Hue (DH)

/fe2s.htm, /fek8/fek8l0np.pdf, /fek8/fek8.htm
2fek8 TUB-test chart fek8; 1080 colours Grid 2g_di & flower image
2fek8 File data: rgb/cmy0/000n/w & rgb*=1,25&1,56->0,80rgb*; 3 pages
2fek8 1-Minus-Relation (1MR) and Device Hue (DH)

/fe2s.htm, /fek9/fek9l0np.pdf, /fek9/fek9.htm
2fek9 TUB-test chart fek9; 1080 colours Grid 2g_di & flower image
2fek9 File data: rgb/cmy0/000n/w & rgb*=1,25&1,56->0,64rgb*; 3 pages
2fek9 1-Minus-Relation (1MR) and Device Hue (DH)

/fe2s.htm, /fel0/fel0l0np.pdf, /fel0/fel0.htm
2fel0 TUB-test chart fel0; 1080 colours Grid whv_d10 & image
2fel0 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fel0 Parameter: 1MR, DH, Ufield=w, Uimage=Hv, GammaR=1,0

/fe2s.htm, /fel1/fel1l0np.pdf, /fel1/fel1.htm
2fel1 TUB-test chart fel1; 1080 colours Grid whv_d10 & image
2fel1 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fel1 Parameter: 1MR, DH, Ufield=w, Uimage=Hv, GammaR=1,0

/fe2s.htm, /fel2/fel2l0np.pdf, /fel2/fel2.htm
2fel2 TUB-test chart fel2; 1080 colours Grid uhv_d10 & image
2fel2 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fel2 Parameter: 1MR, DH, Ufield=u, Uimage=Hv, GammaR=1,0

/fe2s.htm, /fel3/fel3l0np.pdf, /fel3/fel3.htm
2fel3 TUB-test chart fel3; 1080 colours Grid ulv_d10 & image
2fel3 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fel3 Parameter: 1MR, DH, Ufield=u, Uimage=Hv, GammaR=1,0

/fe2s.htm, /fel4/fel4l0np.pdf, /fel4/fel4.htm
2fel4 TUB-test chart fel4; 1080 colours Grid uhv_d09 & image
2fel4 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fel4 Parameter: 1MR, DH, Ufield=u, Uimage=Hs, GammaR=0,9

/fe2s.htm, /fel5/fel5l0np.pdf, /fel5/fel5.htm
2fel5 TUB-test chart fel5; 1080 colours Grid ulv_d09 & image
2fel5 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fel5 Parameter: 1MR, DH, Ufield=u, Uimage=Hs, GammaR=0,9

/fe2s.htm, /fel6/fel6l0np.pdf, /fel6/fel6.htm
2fel6 TUB-test chart fel6; 1080 colours Grid uhv_d08 & image
2fel6 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fel6 Parameter: 1MR, DH, Ufield=u, Uimage=Hs, GammaR=0,8

/fe2s.htm, /fel7/fel7l0np.pdf, /fel7/fel7.htm
2fel7 TUB-test chart fel7; 1080 colours Grid ulv_d08 & image
2fel7 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fel7 Parameter: 1MR, DH, Ufield=u, Uimage=Hs, GammaR=0,8

/fe2s.htm, /fel8/fel8l0np.pdf, /fel8/fel8.htm
2fel8 TUB-test chart fel8; 1080 colours Grid uhv_e10 & image
2fel8 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fel8 Parameter: 1MR, DEH, Ufield=u, Uimage=Hv, GammaR=1,0

/fe2s.htm, /fel9/fel9l0np.pdf, /fel9/fel9.htm
2fel9 TUB-test chart fel9; 1080 colours Grid ulv_e10 & image
2fel9 Data in file: rgb/cmy0/000n/w/nnn0/www; 3 pages
2fel9 Parameter: 1MR, DEH, Ufield=u, Uimage=Hv, GammaR=1,0

/fe2s.htm, /fem0/fem0l0np.pdf, /fem0/fem0.htm
2fem0 TUB-test chart fem0; Frame-File PS-Code (FF_PS)
2fem0 Main file: different loops for PS-Code changes
2fem0 Transfer of PS-Code: setgray & setcmykcolor -> setrgbcolor

/fe2s.htm, /fem1/fem1l0np.pdf, /fem1/fem1.htm
2fem1 TUB-test chart fem1; Frame-File PS-Code (FF_PS)
2fem1 Definition of PS-colour spaces DeviceGray/RGB/CMYK
2fem1 Output and steering of test chart AE49 of ISO 9241-306

/fe2s.htm, /fem2/fem2l0np.pdf, /fem2/fem2.htm
2fem2 TUB-test chart fem2; Frame-File PS-Code (FF_PS)
2fem2 Definition of PS-colour spaces DeviceGray/RGB/CMYK
2fem2 Output and steering of test chart AE49 of ISO 9241-306

/fe2s.htm, /fem3/fem3l0np.pdf, /fem3/fem3.htm
2fem3 TUB-test chart fem3; Test charts 1 and 2 according
2fem3 to DIN 33872-5; Agreement of the elementary
2fem3 colours, Discrimination of 20 hues (Yes/No)?

/fe2s.htm, /fem4/fem4l0np.pdf, /fem4/fem4.htm
2fem4 TUB-test chart fem4; Basis of the development
2fem4 of ISO and CIE-standard documents; Accessibility to data
2fem4 Links and basis literature; visual thresholds

/fe2s.htm, /fem5/fem5l0np.pdf, /fem5/fem5.htm
2fem5 TUB-test chart fem5; Nine step grey scaling
2fem5 for 4 display reflections Yref=3,6, 1,8, 0,9, 90
2fem5 and black YN=3,6 & white YW=90, normalization: grey U

/fe2s.htm, /fem6/fem6l0np.pdf, /fem6/fem6.htm
2fem6 TUB-test chart fem6; Contrast experiments
2fem6 Linear and logarithmic relative lightness and contrast
2fem6 three-dimensional colour values; reflection factor of R, Y, G, B

/fe2s.htm, /fem7/fem7l0np.pdf, /fem7/fem7.htm
2fem7 TUB-test chart fem7; Display system sRGB according to
2fem7 IEC 61966-2-1 (1,8 < Y < 500), CIE dataset of 3 basic and
2fem7 3 mixture colours, Data CIEXYZ, YD0/P0/P1/P2=90,100,200,500

/fe2s.htm, /fem8/fem8l0np.pdf, /fem8/fem8.htm
2fem8 TUB-test chart fem8; Display system sRGB according to
2fem8 IEC 61966-2-1 (1,8 < Y < 360), CIE dataset of 3 basic and
2fem8 3 mixture colours, Data CIEXYZ, YD0/P1/P2=90, 180, 360

/fe2s.htm, /fem9/fem9l0np.pdf, /fem9/fem9.htm
2fem9 TUB-test chart fem9; Display system sRGB according to
2fem9 IEC 61966-2-1 (1,8 < Y < 500), CIE dataset of 3 basic and
2fem9 3 mixture colours, Data CIEXYZ, YD0/P1/P2=100, 200, 500

/fe2s.htm, /fen0/fen0l0np.pdf, /fen0/fen0.htm
2fen0 TUB-test chart fen0; Colour threshold experiments
2fen0 as function of luminance and distance of the samples
2fen0 Colour threshold function Fab and derivation as function of a

/fe2s.htm, /fen1/fen1l0np.pdf, /fen1/fen1.htm
2fen1 TUB-test chart fen1; 1080 colours Grid 2g_di & flower image
2fen1 File data: rgb/cmy0/000n/w &rgb*<=1,25; clipping ->1,00 for rgb*
2fen1 1-Minus-Relation (1MR) and Device Hue (DH)

/fe2s.htm, /fen2/fen2l0np.pdf, /fen2/fen2.htm
2fen2 TUB-test chart fen2; 1080 colours Grid 2g_di & flower image
2fen2 File data: rgb/cmy0/000n/w &rgb*<=1,56; clipping ->1,00 for rgb*
2fen2 1-Minus-Relation (1MR) and Device Hue (DH)

/fe2s.htm, /fen3/fen3l0np.pdf, /fen3/fen3.htm
2fen3 TUB-test chart fen3; Colour-display systems, sRGB according
2fen3 to IEC 61966-2-1, and WCGa according to ISO 22028-5
2fen3 3 basic and mixture colours: CIEXYZ and CIELAB, Yw=88,6

/fe2s.htm, /fen4/fen4l0np.pdf, /fen4/fen4.htm
2fen4 TUB-test chart fen4; Colour-display systems, sRGB according
2fen4 to IEC 61966-2-1, and WCGa according to ISO 22028-5
2fen4 3 basic and mixture colours: CIEXYZ and CIELAB, Yw=100

/fe2s.htm, /fen5/fen5l0np.pdf, /fen5/fen5.htm
2fen5 TUB-test chart fen5; Colour-display systems
2fen5 sRGB according IEC 61966-2-1, WCGa according to ISO 22028-5,
2fen5 3 basic and mixture colours: CIEXYZxy, Y=100 and 90

/fe2s.htm, /fen6/fen6l0np.pdf, /fen6/fen6.htm
2fen6 TUB-test chart fen6; Colour-display systems
2fen6 sRGB according IEC 61966-2-1, WCGa according to ISO 22028-5,
2fen6 3 basic and mixture colours: CIELAB, Y=100 and 90

/fe2s.htm, /fen7/fen7l0np.pdf, /fen7/fen7.htm
2fen7 TUB-test chart fen7;Colour-display systems
2fen7 sRGB according IEC 61966-2-1, WCGa according to ISO 22028-5,
2fen7 3 basic and mixture colours: TUBLAB2, Y=100 and 90

/fe2s.htm, /fen8/fen8l0np.pdf, /fen8/fen8.htm
2fen8 TUB-test chart fen8;Colour-display systems
2fen8 sRGB according IEC 61966-2-1, WCGa according to ISO 22028-5,
2fen8 basic & mixture colours: CIEXYZxy, CIELAB, TUBLAB2, Y=100

/fe2s.htm, /fen9/fen9l0np.pdf, /fen9/fen9.htm
2fen9 TUB-test chart fen9;Colour-display systems
2fen9 sRGB according IEC 61966-2-1, WCGa according to ISO 22028-5,
2fen9 basic & mixture colours: CIEXYZxy, CIELAB, TUBLAB2, Y=90

/fe2s.htm, /feo0/feo0l0np.pdf, /feo0/feo0.htm
2feo0 TUB-test chart feo0; Scaling of display colours
2feo0 achromatic colurs between white W and black N, contrast
2feo0 W:N=90:3,6, P2:p2=800:4 with YnW, YnU, see ISO 22028-5

/fe2s.htm, /feo1/feo1l0np.pdf, /feo1/feo1.htm
2feo1 TUB-test chart feo1; Scaling of display colours
2feo1 achromatic colurs between white W and black N, contrast
2feo1 W:N=90:3,6, P1:p1=400:4 with YnW, YnU, see ISO 22028-5

/fe2s.htm, /feo2/feo2l0np.pdf, /feo2/feo2.htm
2feo2 TUB-test chart feo2; Scaling of display colours
2feo2 achromatic colurs between white W and black N, contrast
2feo2 W:N=90:3,6, P2:p2=1000:4 with YnW, YnU, see ISO 22028-5

/fe2s.htm, /feo3/feo3l0np.pdf, /feo3/feo3.htm
2feo3 TUB-test chart feo3; Scaling of display colours
2feo3 achromatic colurs between white W and black N, contrast
2feo3 W:N=90:3,6, P1:p1=448:3,6 with YnW, YnU, see ISO 22028-5

/fe2s.htm, /feo4/feo4l0np.pdf, /feo4/feo4.htm
2feo4 TUB-test chart feo4; Scaling of display colours
2feo4 achromatic colurs between white W and black N, contrast
2feo4 W:N=90:3,6, P2:p2=800:4 with LrW, LrU, see ISO 22028-5

/fe2s.htm, /feo5/feo5l0np.pdf, /feo5/feo5.htm
2feo5 TUB-test chart feo5; Scaling of display colours
2feo5 achromatic colurs between white W and black N, contrast
2feo5 W:N=90:3.6, P1:p1=400:4 with LrW, LrU, see ISO 22028-5

/fe2s.htm, /feo6/feo6l0np.pdf, /feo6/feo6.htm
2feo6 TUB-test chart feo6; Scaling of display colours
2feo6 achromatic colurs between white W and black N, contrast
2feo6 W:N=90:3,6, P2:p2=1000:4 with LrW, LrU, see ISO 22028-5

/fe2s.htm, /feo7/feo7l0np.pdf, /feo7/feo7.htm
2feo7 TUB-test chart feo7; Scaling of display colours
2feo7 achromatic colurs between white W and black N, contrast
2feo7 W:N=100:4, P2:p2=448:3,6 with LrW, LrU, see ISO 22028-5

/fe2s.htm, /feo8/feo8l0np.pdf, /feo8/feo8.htm
2feo8 TUB-test chart feo8; Scaling of display colours
2feo8 achromatic colurs between white W and black N, contrast
2feo8 W:N=100:4, P2:p2=1000:3,6, LrW, LrU, see ITU-R BT.2390-10, 5.31

/fe2s.htm, /feo9/feo9l0np.pdf, /feo9/feo9.htm
2feo9 TUB-test chart feo9; Scaling of display colours
2feo9 achromatic colurs between white W and black N, contrast
2feo9 W:N=100:4, P2:p2=1000:3,6, LrW, LrU, see ITU-R BT.2390-10, 5.31

/fe2s.htm, /fep0/fep0l0np.pdf, /fep0/fep0.htm
2fep0 TUB-test chart fep0; LMS-R24-colour vision model
2fep0 cone ratio L:M:S=red:green:blue=16:8:1
2fep0 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /fep1/fep1l0np.pdf, /fep1/fep1.htm
2fep1 TUB-test chart fep1; LMS-R24-colour vision model
2fep1 ratio L:M:S=yellow:greenish yellow:redish blue=16:8:1
2fep1 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /fep2/fep2l0np.pdf, /fep2/fep2.htm
2fep2 TUB-test chart fep2; LMS-R24-colour vision model
2fep2 adaptation of the sensitivities 570,557,545, LVM->(LVM)/V
2fep2 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /fep3/fep3l0np.pdf, /fep3/fep3.htm
2fep3 TUB-test chart fep3; LMS-R24-colour vision model
2fep3 adaptation of the sensitivities 595,570,545, OLM->(OLM)/L
2fep3 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /fep4/fep4l0np.pdf, /fep4/fep4.htm
2fep4 TUB-test chart fep4; LMS-R24-colour vision model
2fep4 4 adaptations of 620,570,520,470, LVM->(LVM)/V
2fep4 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /fep5/fep5l0np.pdf, /fep5/fep5.htm
2fep5 TUB-test chart fep5; LMS-R24-colour vision model
2fep5 4 adaptations of 620,570,520,470, OLM->(OLM)/L
2fep5 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /fep6/fep6l0np.pdf, /fep6/fep6.htm
2fep6 TUB-test chart fep6; LMS-R24-colour vision model
2fep6 4 adaptations of 620,570,520,470, OLM->(OLM)/L
2fep6 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /fep7/fep7l0np.pdf, /fep7/fep7.htm
2fep7 TUB-test chart fep7; LMS-R24-colour vision model
2fep7 4 adaptations of 595,570,545,520, OLM->(OLM)/L
2fep7 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /fep8/fep8l0np.pdf, /fep8/fep8.htm
2fep8 TUB-test chart fep8; LMS-R24-colour vision model
2fep8 WN antagonisme of sensitivities 547,457, V,N->V/g,N/g
2fep8 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /fep9/fep9l0np.pdf, /fep9/fep9.htm
2fep9 TUB-test chart fep9; LMS-R24-colour vision model
2fep9 YB antagonisme of sensitivities 570,470, Y,B->J/G,B/G
2fep9 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /feq0/feq0l0np.pdf, /feq0/feq0.htm
2feq0 TUB-test chart feq0; LMS-R24-colour vision model
2feq0 cone ratio L:M:S=red:green:blue=16:8:1
2feq0 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /feq1/feq1l0np.pdf, /feq1/feq1.htm
2feq1 TUB-test chart feq1; LMS-R24-colour vision model
2feq1 ratio L:M:S=yellow:greenish yellow:redish blue=16:8:1
2feq1 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /feq2/feq2l0np.pdf, /feq2/feq2.htm
2feq2 TUB-test chart feq2; LMS-R24-colour vision model
2feq2 adaptation of the sensitivities 570,557,545, LVM->(LVM)/V
2feq2 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /feq3/feq3l0np.pdf, /feq3/feq3.htm
2feq3 TUB-test chart feq3; LMS-R24-colour vision model
2feq3 adaptation of the sensitivities 595,570,545, OLM->(OLM)/L
2feq3 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /feq4/feq4l0np.pdf, /feq4/feq4.htm
2feq4 TUB-test chart feq4; LMS-R24-colour vision model
2feq4 4 adaptations of 620,570,520,470, LVM->(LVM)/V
2feq4 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /feq5/feq5l0np.pdf, /feq5/feq5.htm
2feq5 TUB-test chart feq5; LMS-R24-colour vision model
2feq5 4 adaptations of 620,570,520,470, OLM->(OLM)/L
2feq5 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /feq6/feq6l0np.pdf, /feq6/feq6.htm
2feq6 TUB-test chart feq6; LMS-R24-colour vision model
2feq6 4 adaptations of 620,570,520,470, OLM->(OLM)/L
2feq6 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /feq7/feq7l0np.pdf, /feq7/feq7.htm
2feq7 TUB-test chart feq7; LMS-R24-colour vision model
2feq7 4 adaptations of 595,570,545,520, OLM->(OLM)/L
2feq7 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /feq8/feq8l0np.pdf, /feq8/feq8.htm
2feq8 TUB-test chart feq8; LMS-R24-colour vision model
2feq8 WN antagonisme of sensitivities 547,457, V,N->V/g,N/g
2feq8 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /feq9/feq9l0np.pdf, /feq9/feq9.htm
2feq9 TUB-test chart feq9; LMS-R24-colour vision model
2feq9 YB antagonisme of sensitivities 570,470, Y,B->J/G,B/G
2feq9 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/fe2s.htm, /fer0/fer0l0np.pdf, /fer0/fer0.htm
2fer0 TUB-test chart fer0; LMS-R24-colour vision model
2fer0 cone ratio L:M:S=red:green:blue=16:8:1
2fer0 log & lin[sensitivities & ratios], lin[thresholds]=0,1

/fe2s.htm, /fer1/fer1l0np.pdf, /fer1/fer1.htm
2fer1 TUB-test chart fer1; LMS-R24-colour vision model
2fer1 ratio L:M:S=yellow:greenish yellow:redish blue=16:8:1
2fer1 log & lin[sensitivities & ratios], lin[thresholds]=0,1

/fe2s.htm, /fer2/fer2l0np.pdf, /fer2/fer2.htm
2fer2 TUB-test chart fer2; LMS-R24-colour vision model
2fer2 adaptation of the sensitivities 570,557,545, LVM->(LVM)/V
2fer2 log & lin[sensitivities & ratios], lin[thresholds]=0,1

/fe2s.htm, /fer3/fer3l0np.pdf, /fer3/fer3.htm
2fer3 TUB-test chart fer3; LMS-R24-colour vision model
2fer3 adaptation of the sensitivities 595,570,545, OLM->(OLM)/L
2fer3 log & lin[sensitivities & ratios], lin[thresholds]=0,1

/fe2s.htm, /fer4/fer4l0np.pdf, /fer4/fer4.htm
2fer4 TUB-test chart fer4; LMS-R24-colour vision model
2fer4 4 adaptations of 620,570,520,470, LVM->(LVM)/V
2fer4 log & lin[sensitivities & ratios], lin[thresholds]=0,1

/fe2s.htm, /fer5/fer5l0np.pdf, /fer5/fer5.htm
2fer5 TUB-test chart fer5; LMS-R24-colour vision model
2fer5 4 adaptations of 620,570,520,470, OLM->(OLM)/L
2fer5 log & lin[sensitivities & ratios], lin[thresholds]=0,1

/fe2s.htm, /fer6/fer6l0np.pdf, /fer6/fer6.htm
2fer6 TUB-test chart fer6; LMS-R24-colour vision model
2fer6 4 adaptations of 620,570,520,470, OLM->(OLM)/L
2fer6 log & lin[sensitivities & ratios], lin[thresholds]=0,1

/fe2s.htm, /fer7/fer7l0np.pdf, /fer7/fer7.htm
2fer7 TUB-test chart fer7; LMS-R24-colour vision model
2fer7 4 adaptations of 595,570,545,520, OLM->(OLM)/L
2fer7 log & lin[sensitivities & ratios], lin[thresholds]=0,1

/fe2s.htm, /fer8/fer8l0np.pdf, /fer8/fer8.htm
2fer8 TUB-test chart fer8; LMS-R24-colour vision model
2fer8 WN antagonisme of sensitivities 547,457, V,N->V/g,N/g
2fer8 log & lin[sensitivities & ratios], lin[thresholds]=0,1

/fe2s.htm, /fer9/fer9l0np.pdf, /fer9/fer9.htm
2fer9 TUB-test chart fer9; LMS-R24-colour vision model
2fer9 YB antagonisme of sensitivities 570,470, Y,B->J/G,B/G
2fer9 log & lin[sensitivities & ratios], lin[thresholds]=0,1

/fe2s.htm, /fes0/fes0l0np.pdf, /fes0/fes0.htm
2fes0 TUB-test chart fes0; Grey samples for intervall scaling
2fes0 Evaluation example and evaluation of grey steps
2fes0 of the series W-CBMRYG and CBMRYG-N with 3 of 17 steps

/fe2s.htm, /fes1/fes1l0np.pdf, /fes1/fes1.htm
2fes1 TUB-test chart fes1; Colour samples for intervall scaling
2fes1 Evaluation example and evaluation of colour steps
2fes1 of the series W-CBMRYG and CBMRYG-N with 3 of 17 steps

/fe2s.htm, /fes2/fes2l0np.pdf, /fes2/fes2.htm
2fes2 TUB-test chart fes2; Colour samples for intervall scaling
2fes2 Evaluation example and evaluation of colour steps
2fes2 of the series W-CBMRYG and CB-N with 3 of 17 steps

/fe2s.htm, /fes3/fes3l0np.pdf, /fes3/fes3.htm
2fes3 TUB-test chart fes3;Colour samples for intervall scaling
2fes3 Evaluation example and evaluation of colour steps
2fes3 of the series MRYG-N and W-N with 3 and 5 of 17 steps

/fe2s.htm, /fes4/fes4l0np.pdf, /fes4/fes4.htm
2fes4 TUB-test chart fes4; Colour samples for intervall scaling
2fes4 Evaluation example and evaluation of colour steps
2fes4 of the series W-CBMRYG with 5 of 17 steps

/fe2s.htm, /fes5/fes5l0np.pdf, /fes5/fes5.htm
2fes5 TUB-test chart fes5; Colour samples for intervall scaling
2fes5 Evaluation example and evaluation of colour steps
2fes5 of the series CBMRYG-N mit 5 of 17 steps

/fe2s.htm, /fes6/fes6l0np.pdf, /fes6/fes6.htm
2fes6 TUB-test chart fes6; Colour samples for intervall scaling
2fes6 Evaluation example and evaluation of 33 grey steps
2fes6 of the serie W - mean grey U with 3 or 5x5 of 17 steps

/fe2s.htm, /fes7/fes7l0np.pdf, /fes7/fes7.htm
2fes7 TUB-test chart fes7; Colour samples for intervall scaling
2fes7 Evaluation example and evaluation of 33 grey steps
2fes7 of the series mean grey U - N with 3 or 5x5 of 17 steps

/fe2s.htm, /fes8/fes8l0np.pdf, /fes8/fes8.htm
2fes8 TUB-test chart fes8; Colour samples for Gamma calculation
2fes8 Evaluation example and evaluation of 33 grey steps
2fes8 of the serie W-N with 3 or 5x5 of 17 steps

/fe2s.htm, /fes9/fes9l0np.pdf, /fes9/fes9.htm
2fes9 TUB-test chart fes9; Colour samples for Gamma calculation
2fes9 Evaluation example and evaluation of 33 grey steps
2fes9 of the series W-N with 3 or 5x5 of 17 steps

/fe2s.htm, /fet0/fet0l0np.pdf, /fet0/fet0.htm
2fet0 TUB-test chart fet0; Grey samples for intervall scaling
2fet0 Evaluation example and evaluation of grey steps
2fet0 of the series W-N=W00n-W16n=N with 3 or 5 of 17 steps

/fe2s.htm, /fet1/fet1l0np.pdf, /fet1/fet1.htm
2fet1 TUB-test chart fet1; Colour samples for intervall scaling
2fet1 Evaluation example and evaluation of colour steps
2fet1 of the series R-N=R00n-R16n=N with 3 or 5 of 17 steps

/fe2s.htm, /fet2/fet2l0np.pdf, /fet2/fet2.htm
2fet2 TUB-test chart fet2; Colour samples for intervall scaling
2fet2 Evaluation example and evaluation of colour steps
2fet2 of the series G-N=G00n-G16n=N with 3 or 5 of 17 steps

/fe2s.htm, /fet3/fet3l0np.pdf, /fet3/fet3.htm
2fet3 TUB-test chart fet3;Colour samples for intervall scaling
2fet3 Evaluation example and evaluation of colour steps
2fet3 of the series B-N=B00n-B16n=N with 3 or 5 of 17 steps

/fe2s.htm, /fet4/fet4l0np.pdf, /fet4/fet4.htm
2fet4 TUB-test chart fet4; Colour samples for intervall scaling
2fet4 Evaluation example and evaluation of colour steps
2fet4 of the series C_N=C00n-C16n=N with 3 or 5 of 17 steps

/fe2s.htm, /fet5/fet5l0np.pdf, /fet5/fet5.htm
2fet5 TUB-test chart fet5; Colour samples for intervall scaling
2fet5 Evaluation example and evaluation of colour steps
2fet5 of the series M_N=M00n-M16n=N with 3 or 5 of 17 steps

/fe2s.htm, /fet6/fet6l0np.pdf, /fet6/fet6.htm
2fet6 TUB-test chart fet6; Colour samples for intervall scaling
2fet6 Evaluation example and evaluation of colour steps
2fet6 of the series Y-N=Y00n-Y16n=N with 3 or 5 of 17 steps

/fe2s.htm, /fet7/fet7l0np.pdf, /fet7/fet7.htm
2fet7 TUB-test chart fet7; Colour samples for intervall scaling
2fet7 Evaluation example and evaluation of colour steps
2fet7 of the series R-W=R00w-R16w=W with 3 or 5 of 17 steps

/fe2s.htm, /fet8/fet8l0np.pdf, /fet8/fet8.htm
2fet8 TUB-test chart fet8; Colour samples for intervall scaling
2fet8 Evaluation example and evaluation of colour steps
2fet8 of the series G-W=G00w-G16w=W with 3 or 5 of 17 steps

/fe2s.htm, /fet9/fet9l0np.pdf, /fet9/fet9.htm
2fet9 TUB-test chart fet9; Colour samples for intervall scaling
2fet9 Evaluation example and evaluation of colour steps
2fet9 of the series B-W=B00w-B16w=W with 3 or 5 of 17 steps

/fe2s.htm, /feu0/feu0l0np.pdf, /feu0/feu0.htm
2feu0 TUB-test chart feu0; Relative colour reproduction
2feu0 Colourimetric c*-transformation and olv*i output
2feu0 Formula c*i = a c*^b; 6 rgb-colours (RYGCBM)d; see fgx0

/fe2s.htm, /feu1/feu1l0np.pdf, /feu1/feu1.htm
2feu1 TUB-test chart feu1; Relative colour reproduction
2feu1 Colourimetric c*-transformation and olv*i-text output
2feu1 Formula c*i = a c*^b; 6 rgb-colours (RYGCBM)d; see fgx1

/fe2s.htm, /feu2/feu2l0np.pdf, /feu2/feu2.htm
2feu2 TUB-test chart feu2; Relative colour reproduction
2feu2 Colourimetric c*-transformation and olv*i output
2feu2 Formula c*i = a c*^b; 16 rgb-colours (R..Y..G..B)d; see fgx2

/fe2s.htm, /feu3/feu3l0np.pdf, /feu3/feu3.htm
2feu3 TUB-test chart feu3; Relative colour reproduction
2feu3 Colourimetric c*-transformation and olv*i-text output
2feu3 Formula c*i = a c*^b; 16 rgb-colours (R..Y..G..B)d; see fgx3

/fe2s.htm, /feu4/feu4l0np.pdf, /feu4/feu4.htm
2feu4 TUB-test chart feu4; 1080 Standard colours G
2feu4 Data (rgb/000n/w/nnn0/www)d -> olv*i; 3 pages
2feu4 see fex4 for Frame-File Colour-Management FF_CM

/fe2s.htm, /feu5/feu5l0np.pdf, /feu5/feu5.htm
2feu5 TUB-test chart feu5; 1080 opponent colours O
2feu5 Data (rgb/000n/w/nnn0/www)d -> olv*i; 3 pages
2feu5 see fex5 for Frame-File Colour-Management FF_CM

/fe2s.htm, /feu6/feu6l0np.pdf, /feu6/feu6.htm
2feu6 TUB-test chart feu6; 1080 standard colours G
2feu6 Data (rgb/000n/w/nnn0/www)d -> olv*i; 5 pages
2feu6 see fex6 for Frame-File Colour-Management FF_CM

/fe2s.htm, /feu7/feu7l0np.pdf, /feu7/feu7.htm
2feu7 TUB-test chart feu7; 1080 opponent colours O
2feu7 Data (rgb/000n/w/nnn0/www)d -> olv*i; 5 pages
2feu7 see fex7 for Frame-File Colour-Management FF_CM

/fe2s.htm, /feu8/feu8l0np.pdf, /feu8/feu8.htm
2feu8 TUB-test chart feu8; 1080 standard colours G
2feu8 Data (rgb/000n/w/nnn0/www)d -> olv*i; 11 pages
2feu8 see fex8 for Frame-File Colour-Management FF_CM

/fe2s.htm, /feu9/feu9l0np.pdf, /feu9/feu9.htm
2feu9 TUB-test chart feu9; 1080 opponent colours O
2feu9 Data (rgb/000n/w/nnn0/www)d -> olv*i; 11 pages
2feu9 see fex9 for Frame-File Colour-Management FF_CM

/fe2s.htm, /fev0/fev0l0np.pdf, /fev0/fev0.htm
2fev0 TUB-test chart fev0; Relative colour reproduction
2fev0 Colourimetric c*-transformation and rgb*id output
2fev0 Formula c*i = a c*^b; 6 rgb-colours (RYGCBM)d; see fgy0

/fe2s.htm, /fev1/fev1l0np.pdf, /fev1/fev1.htm
2fev1 TUB-test chart fev1; Relative colour reproduction
2fev1 Colourimetric c*-transformation and rgb*id-text output
2fev1 Formula c*i = a c*^b; 6 rgb-colours (RYGCBM)d; see fgy1

/fe2s.htm, /fev2/fev2l0np.pdf, /fev2/fev2.htm
2fev2 TUB-test chart fev2; Relative colour reproduction
2fev2 Colourimetric c*-transformation and rgb*id output
2fev2 Formula c*i = a c*^b; 16 rgb-colours (R..Y..G..B)d; see fgy2

/fe2s.htm, /fev3/fev3l0np.pdf, /fev3/fev3.htm
2fev3 TUB-test chart fev3; Relative colour reproduction
2fev3 Colourimetric c*-transformation and rgb*id-text output
2fev3 Formula c*i = a c*^b; 16 rgb-colours (R..Y..G..B)d; see fgy3

/fe2s.htm, /fev4/fev4l0np.pdf, /fev4/fev4.htm
2fev4 TUB-test chart fev4; 1080 standard colours G
2fev4 Data (rgb/000n/w/nnn0/www)d -> rgb*id; 3 pages
2fev4 see fey4 for Frame-File Colour-Management FF_CM

/fe2s.htm, /fev5/fev5l0np.pdf, /fev5/fev5.htm
2fev5 TUB-test chart fev5; 1080 opponent colours O
2fev5 Data (rgb/000n/w/nnn0/www)d -> rgb*id; 3 pages
2fev5 see fey5 for Frame-File Colour-Management FF_CM

/fe2s.htm, /fev6/fev6l0np.pdf, /fev6/fev6.htm
2fev6 TUB-test chart fev6; 1080 standard colours G
2fev6 Data (rgb/000n/w/nnn0/www)d -> rgb*id; 5 pages
2fev6 see fey6 for Frame-File Colour-Management FF_CM

/fe2s.htm, /fev7/fev7l0np.pdf, /fev7/fev7.htm
2fev7 TUB-test chart fev7; 1080 opponent colours O
2fev7 Data (rgb/000n/w/nnn0/www)d -> rgb*id; 5 pages
2fev7 see fey7 for Frame-File Colour-Management FF_CM

/fe2s.htm, /fev8/fev8l0np.pdf, /fev8/fev8.htm
2fev8 TUB-test chart fev8; 1080 standard colours G
2fev8 Data (rgb/000n/w/nnn0/www)d -> rgb*id; 11 pages
2fev8 see fey8 for Frame-File Colour-Management FF_CM

/fe2s.htm, /fev9/fev9l0np.pdf, /fev9/fev9.htm
2fev9 TUB-test chart fev9; 1080 oponent colours O
2fev9 Data (rgb/000n/w/nnn0/www)d -> rgb*id; 11 pages
2fev9 see fey9 for Frame-File Colour-Management FF_CM

/fe2s.htm, /few0/few0l0np.pdf, /few0/few0.htm
2few0 TUB-test chart few0; Receptor responses and lightness;
2few0 Lightness L*TUBLOG,W, L*CIELAB, L*IECsRGB;
2few0 theoretical and visual metric for SDR and HDR

/fe2s.htm, /few1/few1l0np.pdf, /few1/few1.htm
2few1 TUB-test chart few1; 5&9&16 steps P2-W and W-N, with image,
2few1 Flower motif range W-N for SDR displays in pixel graphics,
2few1 display reflection according to ISO 9241-306, g_rel=1,000

/fe2s.htm, /few2/few2l0np.pdf, /few2/few2.htm
2few2 TUB-test chart few2; 5&9&16 steps P2-W and W-N, with image,
2few2 Flower image range P2_N for HDR displays in pixel graphics,
2few2 display reflection according to ISO 9241-306, g_rel=1,000

/fe2s.htm, /few3/few3l0np.pdf, /few3/few3.htm
2few3 TUB-test chart fej3; Fab(xr)-model for visual responses
2few3 tanh(xr) with e^xr/a and 10^xr/a', lightness L*TUBLOG,U
2few3 a'=a ln(10); a^n = a^0,5; 4 x 4 images

/fe2s.htm, /few4/few4l0np.pdf, /few4/few4.htm
2few4 TUB-test chart few4; Fab(xr)-model for visual responses
2few4 tanh(xr) with e^xr/a and 10^xr/a', lightness L*TUBLOG, L*CIELAB
2few4 a'=a ln(10); a^n = a^0,5; 4 x 4 images

/fe2s.htm, /few5/few5l0np.pdf, /few5/few5.htm
2few5 TUB-test chart few5; 9 steps P2-W, 13 steps W-N, without image
2few5 complete the serie P2-W on HDR displays with Photoshop,
2few5 display reflection according to ISO 9241-306, g_rel=1,000

/fe2s.htm, /few6/few6l0np.pdf, /few6/few6.htm
2few6 TUB-test chart few6; 9 steps P2-W, 13 steps W-N, without image
2few6 complete the serie P2-W on HDR displays with Photoshop,
2few6 display reflection according to ISO 9241-306, g_rel=0,775

/fe2s.htm, /few7/few7l0np.pdf, /few7/few7.htm
2few7 TUB-test chart few7; 9 steps P2-W, 13 steps W-N, with image
2few7 complete the series P2-W on HDR displays with Photoshop,
2few7 display reflection according to ISO 9241-306, g_rel=1,000

/fe2s.htm, /few8/few8l0np.pdf, /few8/few8.htm
2few8 TUB-test chart few8; 9 steps P2-W, 13 steps W-N, with image
2few8 complete the series P2-W on HDR displays with Photoshop,
2few8 display reflection according to ISO 9241-306, g_rel=0,775

/fe2s.htm, /few9/few9l0np.pdf, /few9/few9.htm
2few9 TUB-test chart few9; 9 steps P2-W, 13 steps W-N, without image
2few9 for linearized display output; visual optimization
2few9 for 15 Gamma vallues 0,5 < g_rel < 2,1, g_rel=1,000

/fe2s.htm, /fex0/fex0l0np.pdf, /fex0/fex0.htm
2fex0 TUB-test chart fex0; 5 steps P2-W, 9 steps W-N, without image
2fex0 complete the serie P2-W on HDR displays with Photoshop,
2fex0 display reflection C_YP8 according to ISO 9241-306, g_rel=1,000

/fe2s.htm, /fex1/fex1l0np.pdf, /fex1/fex1.htm
2fex1 TUB-test chart fex1; 5 steps P2-W, 9 steps W-N, without image
2fex1 complete the serie P2-W on HDR displays with Photoshop,
2fex1 display reflection C_YP5 according to ISO 9241-306, g_rel=0,775

/fe2s.htm, /fex2/fex2l0np.pdf, /fex2/fex2.htm
2fex2 TUB-test chart fex2; 5 steps P2-W, 9 steps W-N, with image
2fex2 complete the series P2-W on HDR displays with Photoshop,
2fex2 display reflection C_YP8 according to ISO 9241-306, g_rel=1,000

/fe2s.htm, /fex3/fex3l0np.pdf, /fex3/fex3.htm
2fex3 TUB-test chart fex3; 5 steps P2-W, 9 steps W-N, with image
2fex3 complete the series P2-W on HDR displays with Photoshop,
2fex3 display reflection C_YP5 according to ISO 9241-306, g_rel=0,775

/fe2s.htm, /fex4/fex4l0np.pdf, /fex4/fex4.htm
2fex4 TUB-test chart fex4; 5 steps P2-W, 9 steps W-N, without image
2fex4 for linearized display output; visual optimization
2fex4 for 15 Gamma vallues 0,5 < g_rel < 2,1, no reference

/fe2s.htm, /fex5/fex5l0np.pdf, /fex5/fex5.htm
2fex5 TUB-test chart fex5; 5 steps P2-W, 9 steps W-N, with image
2fex5 for linearized displays output with Photoshop, visual
2fex5 optimization for 0,5 < g_rel < 2,1, reference g_rel=1,000

/fe2s.htm, /fex6/fex6l0np.pdf, /fex6/fex6.htm
2fex6 TUB-test chart fex6; 5 steps P2-W, 9 steps W-N, with image
2fex6 for linearized displays output with Photoshop, visual
2fex6 optimization for 0,5 < g_rel < 2,1, reference g_rel=0,775

/fe2s.htm, /fex7/fex7l0np.pdf, /fex7/fex7.htm
2fex7 TUB-test chart fex7; 9 steps P2-W, 17 steps W-N, without image
2fex7 for linearized display output; visual optimization
2fex7 for 15 Gamma values 0,5 < g_rel < 2,1, no reference

/fe2s.htm, /fex8/fex8l0np.pdf, /fex8/fex8.htm
2fex8 TUB-test chart fex8; 9 steps P2-W, 17 steps W-N, without image
2fex8 complete the image P2-W on HDR displays with Photoshop,
2fex8 optimization for 0,5 < g_rel < 2,1, reference g_rel=1,000

/fe2s.htm, /fex9/fex9l0np.pdf, /fex9/fex9.htm
2fex9 TUB-test chart fex9; 9 steps P2-W, 17 steps W-N, without image
2fex9 complete the image P2-W on HDR displays with Photoshop,
2fex9 optimization for 0,5 < g_rel < 2,1, reference g_rel=0,775

/fe2s.htm, /fey0/fey0l0np.pdf, /fey0/fey0.htm
2fey0 TUB-test chart fey0; Grey samples for intervall scaling
2fey0 Evaluation example and evaluation of grey steps
2fey0 of the series W-N=W00n-W16n=N with 5 or 9 of 17 steps

/fe2s.htm, /fey1/fey1l0np.pdf, /fey1/fey1.htm
2fey1 TUB-test chart fey1; Colour samples for intervall scaling
2fey1 Evaluation example and evaluation of colour steps
2fey1 of the series R-N=R00n-R16n=N with 5 or 9 of 17 steps

/fe2s.htm, /fey2/fey2l0np.pdf, /fey2/fey2.htm
2fey2 TUB-test chart fey2; Colour samples for intervall scaling
2fey2 Evaluation example and evaluation of colour steps
2fey2 of the series G-N=G00n-G16n=N with 5 or 9 of 17 steps

/fe2s.htm, /fey3/fey3l0np.pdf, /fey3/fey3.htm
2fey3 TUB-test chart fey3;Colour samples for intervall scaling
2fey3 Evaluation example and evaluation of colour steps
2fey3 of the series B-N=B00n-B16n=N with 5 or 9 of 17 steps

/fe2s.htm, /fey4/fey4l0np.pdf, /fey4/fey4.htm
2fey4 TUB-test chart fey4; Colour samples for intervall scaling
2fey4 Evaluation example and evaluation of colour steps
2fey4 of the series C_N=C00n-C16n=N with 5 or 9 of 17 steps

/fe2s.htm, /fey5/fey5l0np.pdf, /fey5/fey5.htm
2fey5 TUB-test chart fey5; Colour samples for intervall scaling
2fey5 Evaluation example and evaluation of colour steps
2fey5 of the series M_N=M00n-M16n=N with 5 or 9 of 17 steps

/fe2s.htm, /fey6/fey6l0np.pdf, /fey6/fey6.htm
2fey6 TUB-test chart fey6; Colour samples for intervall scaling
2fey6 Evaluation example and evaluation of colour steps
2fey6 of the series Y-N=Y00n-Y16n=N with 5 or 9 of 17 steps

/fe2s.htm, /fey7/fey7l0np.pdf, /fey7/fey7.htm
2fey7 TUB-test chart fey7; Colour samples for intervall scaling
2fey7 Evaluation example and evaluation of colour steps
2fey7 of the series R-W=R00w-R16w=W with 5 or 9 of 17 steps

/fe2s.htm, /fey8/fey8l0np.pdf, /fey8/fey8.htm
2fey8 TUB-test chart fey8; Colour samples for intervall scaling
2fey8 Evaluation example and evaluation of colour steps
2fey8 of the series G-W=G00w-G16w=W with 5 or 9 of 17 steps

/fe2s.htm, /fey9/fey9l0np.pdf, /fey9/fey9.htm
2fey9 TUB-test chart fey9; Colour samples for intervall scaling
2fey9 Evaluation example and evaluation of colour steps
2fey9 of the series B-W=B00w-B16w=W with 5 or 9 of 17 steps

/ee2s.htm, /eea0/eea0l0np.pdf, /eea0/eea0.htm
2eea0 TUB-test chart eea0; Line elements of higher colorimetry
2eea0 CIELAB, LABJND, TUBJND, CIEDE200, see CIE 230:2019
2eea0 Relative lightness L*/L*u as bais for the grey scaling

/ee2s.htm, /eea1/eea1l0np.pdf, /eea1/eea1.htm
2eea1 TUB-test chart eea1; Line elements of higher colorimetry
2eea1 CIELAB, LABJND, TUBJND, CIEDE2000 and others
2eea1 Regularity index according to ISO/IEC 15775 for the grey scaling

/ee2s.htm, /eea2/eea2l0np.pdf, /eea2/eea2.htm
2eea2 TUB-test chart eea2; Colourimetric data
2eea2 log[L*/L*u, dY/dYu, (dY/Y)/(dYu/Yu), (Y/dY)/(Yu/dYu)]
2eea2 = f[log(Y)] of the colour spaces CIELAB & TUBJND, see CIE 230

/ee2s.htm, /eea3/eea3l0np.pdf, /eea3/eea3.htm
2eea3 TUB-test chart eea3; Colourimetric data
2eea3 log[L*/L*u, dY/dYu, (dY/Y)/(dYu/Yu), (Y/dY)/(Yu/dYu)]
2eea3 = f(Y) of the colour spaces CIELAB & TUBJND, see CIE 230

/ee2s.htm, /eea4/eea4l0np.pdf, /eea4/eea4.htm
2eea4 TUB-test chart eea4; Colourimetric data
2eea4 L*/L*u, dY/dYu, (dY/Y)/(dYu/Yu), (Y/dY)/(Yu/dYu)
2eea4 = f[log(Y)] of the colour spaces CIELAB & TUBJND, see CIE 230

/ee2s.htm, /eea5/eea5l0np.pdf, /eea5/eea5.htm
2eea5 TUB-test chart eea5; Colourimetric data
2eea5 L*/L*u, dY/dYu, (dY/Y)/(dYu/Yu), (Y/dY)/(Yu/dYu)
2eea5 = f(Y) of the colour spaces CIELAB & TUBJND, see CIE 230

/ee2s.htm, /eea6/eea6l0np.pdf, /eea6/eea6.htm
2eea6 TUB-test chart eea6; TUBJND-colour space & differences
2eea6 log[lightness L*, threshold delta Y, sensitivity
2eea6 (delta Y)/Y & contrast Y/(delta Y)]=f[log(Y)]

/ee2s.htm, /eea7/eea7l0np.pdf, /eea7/eea7.htm
2eea7 TUB-test chart eea7; CIELAB-colour space & differences
2eea7 log[lightness L*, threshold delta Y, sensitivity
2eea7 (delta Y)/Y & contrast Y/(delta Y)]=f[log(Y)]

/ee2s.htm, /eea8/eea8l0np.pdf, /eea8/eea8.htm
2eea8 TUB-test chart eea8; TUBJND-colour space & differences
2eea8 lightness L*, threshold delta Y, sensitivity
2eea8 (delta Y)/Y & contrast Y/(delta Y)=f[log(Y)]

/ee2s.htm, /eea9/eea9l0np.pdf, /eea9/eea9.htm
2eea9 TUB-test chart eea9; CIELAB-colour space & differences
2eea9 lightness L*, threshold delta Y, sensitivity
2eea9 (delta Y)/Y & contrast Y/(delta Y)=f[log(Y)]

/ee2s.htm, /eeb0/eeb0l0np.pdf, /eeb0/eeb0.htm
2eeb0 TUB-test chart eeb0; ISO-colour file and colour loop:
2eeb0 ISO file -> print -> scan -> ISO file; application of
2eeb0 ISO 9241-306 & ISO/IEC 15775: input and output linearization

/ee2s.htm, /eeb1/eeb1l0np.pdf, /eeb1/eeb1.htm
2eeb1 TUB-test chart eeb1; L* difference of 16 grey steps
2eeb1 and change of spacing for 2 ambient reflections:
2eeb1 YN=2,5 and 40; sRGB display; contrast steps of ISO 9241-306

/ee2s.htm, /eeb2/eeb2l0np.pdf, /eeb2/eeb2.htm
2eeb2 TUB-test chart eeb2; under and over exposure of the original
2eeb2 chart according to ISO/IEC 15775:2022; image and data
2eeb2 rgb, CIELAB L*, dL*, regularity index g*

/ee2s.htm, /eeb3/eeb3l0np.pdf, /eeb3/eeb3.htm
2eeb3 TUB-test chart eeb3; under and over exposure of the original
2eeb3 chart according to ISO/IEC 15775:2022; image and data
2eeb3 rgb*, CIELAB L*, dL*, regularity index g*

/ee2s.htm, /eeb4/eeb4l0np.pdf, /eeb4/eeb4.htm
2eeb4 TUB-test chart eeb4; under and over exposure of the original
2eeb4 chart according to ISO/IEC 15775:2022; image and data
2eeb4 rgb*, CIELAB L*, dL*, regularity index g*

/ee2s.htm, /eeb5/eeb5l0np.pdf, /eeb5/eeb5.htm
2eeb5 TUB-test chart eeb5; under and over exposure of the original
2eeb5 chart according to ISO/IEC 15775:2022; image and data
2eeb5 rgb*1, CIELAB L*, dL*, regularity index g*

/ee2s.htm, /eeb6/eeb6l0np.pdf, /eeb6/eeb6.htm
2eeb6 TUB-test chart eeb6; under and over exposure of the original
2eeb6 chart according to ISO/IEC 15775:2022; image and data
2eeb6 rgb*12, CIELAB L*, dL*, regularity index g*

/ee2s.htm, /eeb7/eeb7l0np.pdf, /eeb7/eeb7.htm
2eeb7 TUB-test chart eeb7; colour image reproduction, 4 resolutions
2eeb7 image according to ISO/IEC 15775, slide film, sf, +0,5 stops
2eeb7 PS operators: settransfer, 3 colorimage (rgb)

/ee2s.htm, /eeb8/eeb8l0np.pdf, /eeb8/eeb8.htm
2eeb8 TUB-test chart eeb8; colour image reproduction, 4 resolutions
2eeb8 image according to ISO/IEC 15775, negative film, nf, +1,0 stops
2eeb8 PS operators: settransfer, 3 colorimage (rgb)

/ee2s.htm, /eeb9/eeb9l0np.pdf, /eeb9/eeb9.htm
2eeb9 TUB-test chart eeb9; colour image reproduction, 4 resolutions
2eeb9 image according to ISO/IEC 15775, slide film, sf, +0,5 stops
2eeb9 PS operators: settransfer, 4 colorimage (cmyk)

/ee2s.htm, /eec0/eec0l0np.pdf, /eec0/eec0.htm
2eec0 TUB-test chart eec0; Lightness L* in colourimetry
2eec0 Relative lightness T* of the sRGB primary colours
2eec0 Spacing for adjacent and separate colours

/ee2s.htm, /eec1/eec1l0np.pdf, /eec1/eec1.htm
2eec1 TUB-test chart eec1; Display data CIEXYZxy and CIELAB
2eec1 Table of primary colours RGB & mixture colours CMY, W & N
2eec1 Normalization white YW=100 according to CIE 15

/ee2s.htm, /eec2/eec2l0np.pdf, /eec2/eec2.htm
2eec2 TUB-test chart eec2; Display data CIEXYZxy and CIELAB
2eec2 Table of primary colours RGB & mixture colours CMY, W & N
2eec2 Normalization white YW=90 according to ISO/IEC 15775

/ee2s.htm, /eec3/eec3l0np.pdf, /eec3/eec3.htm
2eec3 TUB-test chart eec3; Display data CIEXYZxy and CIELAB
2eec3 Table of primary colours RGB & mixture colours CMY, W & N
2eec3 Normalization white YW=500 according to ISO/TS 28028-5

/ee2s.htm, /eec4/eec4l0np.pdf, /eec4/eec4.htm
2eec4 TUB-test chart eec4; Test chart with 1080 colours
2eec4 729(=9x9x9) colours for input and output linearization
2eec4 16 Gamma walues 0,5<=rel. gamma<=2, red frame for g=1 & 0,77

/ee2s.htm, /eec5/eec5l0np.pdf, /eec5/eec5.htm
2eec5 TUB-test chart eec5; Test chart with 1080 colours
2eec5 729(=9x9x9) colours for input and output linearization
2eec5 Image visual equal Yes/No?, red frame for g=1

/ee2s.htm, /eec6/eec6l0np.pdf, /eec6/eec6.htm
2eec6 TUB-test chart eec6; Best visual exposure, flower
2eec6 motiv according to ISO/IEC 15775, slide film (sf), +0,5
2eec6 stops, quality g*=90, 16 gamma values with 0,5<=rel. gamma<=2

/ee2s.htm, /eec7/eec7l0np.pdf, /eec7/eec7.htm
2eec7 TUB-test chart eec7; Best visual exposure, flower
2eec7 motif according to ISO/IEC 15775, negative film (nf), +2,0
2eec7 stops, quality g*=90, 16 gamma values with 0,5<=rel. gamma<=2

/ee2s.htm, /eec8/eec8l0np.pdf, /eec8/eec8.htm
2eec8 TUB-test chart eec8; Best visual exposure, flower
2eec8 motiv according to ISO/IEC 15775, slide film (sf), +0,5
2eec8 stops, quality g*=90, equal images: gamma=1, all images equal?

/ee2s.htm, /eec9/eec9l0np.pdf, /eec9/eec9.htm
2eec9 TUB-test chart eec9; Best visual exposure, flower
2eec9 motiv according to ISO/IEC 15775, negative film (nf), +2,0
2eec9 stops, quality g*=90, equal images: gamma=1. all images equal?

/ee2s.htm, /eed0/eed0l0np.pdf, /eed0/eed0.htm
2eed0 TUB-test chart eed0; Colour vision and elementary colours
2eed0 CIE-test colours, Miescher elementary colours
2eed0 Munsell elementary colours and data

/ee2s.htm, /eed1/eed1l0np.pdf, /eed1/eed1.htm
2eed1 TUB-test chart eed1; Examples of afine chroma metric
2eed1 chroma enhancement with rgb* -> rgb*Xn
2eed1 device colours Xd = RYGCBMd; transfers n=00 to 04

/ee2s.htm, /eed2/eed2l0np.pdf, /eed2/eed2.htm
2eed2 TUB-test chart eed2; Examples of afine chroma metric
2eed2 chroma reduction with rgb* -> rgb*Xn
2eed2 device colours Xd = RYGCBMd; transfers n=05 to 08

/ee2s.htm, /eed3/eed3l0np.pdf, /eed3/eed3.htm
2eed3 TUB-test chart eed3; Under work
2eed3
2eed3

/ee2s.htm, /eed4/eed4l0np.pdf, /eed4/eed4.htm
2eed4 TUB-test chart eed2; Under work
2eed4
2eed4

/ee2s.htm, /eed5/eed5l0np.pdf, /eed5/eed5.htm
2eed5 TUB-test chart eed5; Munsell Chroma 2 and Value 1, 5, 9
2eed5 in chromaticity and chroma diagram (x2, y2), (x2*, y2*)
2eed5 xc=0,00 or 0,11, Bc=1,0 or 0,8, normalization U or M

/ee2s.htm, /eed6/eed6l0np.pdf, /eed6/eed6.htm
2eed6 TUB-test chart eed6; Munsell Chroma 2 and Value 1, 5, 9
2eed6 in CIELAB chromaticity and chroma diagram (a', b'), (a*, b*)
2eed6 xc=0,00 or 0,11, Bc=1,0 or 0,8, normalization U

/ee2s.htm, /eed7/eed7l0np.pdf, /eed7/eed7.htm
2eed7 TUB-test chart eed7; Munsell Chroma 2 and Value 1, 5, 9
2eed7 in CIELAB chromaticity and chroma diagram (a', b'), (a*, b*)
2eed7 xc=0,00 or 0,11, Bc=1,0 or 0,8, normalization M

/ee2s.htm, /eed8/eed8l0np.pdf, /eed8/eed8.htm
2eed8 TUB-test chart eed8; Munsell Chroma 2 and Value 1, 5, 9
2eed8 in CIELAB chromaticity and chroma diagram (p2, q2), (p2*, q2*)
2eed8 xc=0,00 or 0,11, Bc=1,0 or 0,8, normalization U

/ee2s.htm, /eed9/eed9l0np.pdf, /eed9/eed9.htm
2eed9 TUB-test chart eed9; Munsell Chroma 2 and Value 1, 5, 9
2eed9 in CIELAB chromaticity and chroma diagram (p2, q2), (p2*, q2*)
2eed9 xc=0,00 or 0,11, Bc=1,0 or 0,8, normalization M

/ee2s.htm, /eee0/eee0l0np.pdf, /eee0/eee0.htm
2eee0 TUB-test chart eee0; Equally spaced 9 step grey scales
2eee0 for four display reflections Yref=0,4, 90,0, 1,8, 3,6
2eee0 L*N=22,3 or YN=1,8 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eee1/eee1l0np.pdf, /eee1/eee1.htm
2eee1 TUB-test chart eee1; Equally spaced 9 step grey scales
2eee1 for four display reflections Yref=0,4, 90, 1,8, 3,6
2eee1 L*N=22,3 or YN=1,8 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eee2/eee2l0np.pdf, /eee2/eee2.htm
2eee2 TUB-test chart eee2; Relative lightness log[L*/L*u]
2eee2 = f[log(Y)] of colour spaces CIELAB & TUBJND,
2eee2 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eee3/eee3l0np.pdf, /eee3/eee3.htm
2eee3 TUB-test chart eee3; Relative lightness log[L*/L*u]
2eee3 = f(Y) of colour spaces CIELAB & TUBJND,
2eee3 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eee4/eee4l0np.pdf, /eee4/eee4.htm
2eee4 TUB-test chart eee4; CIE-Y difference log[delY/delYu]
2eee4 = f[log(Y)] of colour spaces CIELAB & TUBJND,
2eee4 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eee5/eee5l0np.pdf, /eee5/eee5.htm
2eee5 TUB-test chart eee5; CIE-Y difference log[delY/delYu]
2eee5 = f(Y) of colour spaces CIELAB & TUBJND,
2eee5 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eee6/eee6l0np.pdf, /eee6/eee6.htm
2eee6 TUB-test chart eee6; Sensitivity log[(delY/Y)/(delYu/Yu)]
2eee6 = f[log(Y)] of colour spaces CIELAB & TUBJND,
2eee6 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eee7/eee7l0np.pdf, /eee7/eee7.htm
2eee7 TUB-test chart eee7; Sensitivity log[(delY/Y)/(delYu/Yu)]
2eee7 = f(Y) of colour spaces CIELAB & TUBJND,
2eee7 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eee8/eee8l0np.pdf, /eee8/eee8.htm
2eee8 TUB-test chart eee8; Contrast log[(Y/delY)/(Yu/delYu)]
2eee8 = f[log(Y)] of colour spaces CIELAB & TUBJND,
2eee8 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eee9/eee9l0np.pdf, /eee9/eee9.htm
2eee9 TUB-test chart eee9; Contrast log[(Y/delY)/(Yu/delYu)]
2eee9 = f(Y) of colour spaces CIELAB & TUBJND,
2eee9 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eef0/eef0l0np.pdf, /eef0/eef0.htm
2eef0 TUB-test chart eef0; Equally spaced 9 step grey scales
2eef0 for four display reflections Yref=0,4, 90,0, 1,8, 3,6
2eef0 L*N=22,3 or YN=1,8 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eef1/eef1l0np.pdf, /eef1/eef1.htm
2eef1 TUB-test chart eef1; Equally spaced 9 step grey scales
2eef1 for four display reflections Yref=0,4, 90, 1,8, 3,6
2eef1 L*N=22,3 or YN=1,8 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eef2/eef2l0np.pdf, /eef2/eef2.htm
2eef2 TUB-test chart eef2; Relative lightness L*/L*u
2eef2 = f[log(Y)] of colour spaces CIELAB & TUBJND,
2eef2 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eef3/eef3l0np.pdf, /eef3/eef3.htm
2eef3 TUB-test chart eef3; Relative lightness L*/L*u
2eef3 = f(Y) of colour spaces CIELAB & TUBJND,
2eef3 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eef4/eef4l0np.pdf, /eef4/eef4.htm
2eef4 TUB-test chart eef4; CIE-Y difference deltaY/deltaYu
2eef4 = f[log(Y)] of colour spaces CIELAB & TUBJND,
2eef4 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eef5/eef5l0np.pdf, /eef5/eef5.htm
2eef5 TUB-test chart eef5; CIE-Y difference deltaY/deltaYu
2eef5 = f(Y) of colour spaces CIELAB & TUBJND,
2eef5 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eef6/eef6l0np.pdf, /eef6/eef6.htm
2eef6 TUB-test chart eef6; Sensitivity (deltaY/Y)/(deltaYu/Yu)
2eef6 = f[log(Y)] of colour spaces CIELAB & TUBJND,
2eef6 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eef7/eef7l0np.pdf, /eef7/eef7.htm
2eef7 TUB-test chart eef7; Sensitivity (deltaY/Y)/(deltaYu/Yu)
2eef7 = f(Y) of colour spaces CIELAB & TUBJND,
2eef7 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eef8/eef8l0np.pdf, /eef8/eef8.htm
2eef8 TUB-test chart eef8; Contrast (Y/deltaY)/(Yu/deltaYu)
2eef8 = f[log(Y)] of colour spaces CIELAB & TUBJND,
2eef8 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eef9/eef9l0np.pdf, /eef9/eef9.htm
2eef9 TUB-test chart eef9; Contrast (Y/deltaY)/(Yu/deltaYu)
2eef9 = f(Y) of colour spaces CIELAB & TUBJND,
2eef9 see ISO/CIE 11664-4 & CIE 230, many and less information

/ee2s.htm, /eeg0/eeg0l0np.pdf, /eeg0/eeg0.htm
2eeg0 TUB-test chart eeg0; Ostwald optimal colours for D65
2eeg0 Calculation of tristimulus values Yu for equal greyness
2eeg0 as function of CIE chromaticity (x,y), alpha variable

/ee2s.htm, /eeg1/eeg1l0np.pdf, /eeg1/eeg1.htm
2eeg1 TUB-test chart eeg1; Colour thresholds and colour spaces
2eeg1 Ostwald optimal colours as surface colour reference
2eeg1 Colour line elements including the colour space TUBJND 2023

/ee2s.htm, /eeg2/eeg2l0np.pdf, /eeg2/eeg2.htm
2eeg2 TUB-test chart eeg2; Antagonistic receptor functions Fab
2eeg2 Exponential receptor functions e^x with x=log(L/Lu)
2eeg2 Derivation F'ab of antagonistic receptor functions Fab

/ee2s.htm, /eeg3/eeg3l0np.pdf, /eeg3/eeg3.htm
2eeg3 TUB-test chart eeg3; Antagonistic receptor functions Fab
2eeg3 Exponential receptor functions 10^x with x=log(L/Lu)
2eeg3 Derivation F'ab of antagonistic receptor functions Fab

/ee2s.htm, /eeg4/eeg4l0np.pdf, /eeg4/eeg4.htm
2eeg4 TUB-test chart eeg4; Receptor functions Fab and contrast
2eeg4 Exponential receptor functions e^x with x=log(L/Lu)
2eeg4 Derivation F'ab of antagonistic receptor functions Fab

/ee2s.htm, /eeg5/eeg5l0np.pdf, /eeg5/eeg5.htm
2eeg5 TUB-test chart eeg5; Receptor functions Fab and contrast
2eeg5 Exponential receptor functions 10^x with x=log(L/Lu)
2eeg5 Derivation F'ab of antagonistic receptor functions Fab

/ee2s.htm, /eeg6/eeg6l0np.pdf, /eeg6/eeg6.htm
2eeg6 TUB-test chart eeg6; Ostwald optimal colours for D65
2eeg6 Calculation of tristimulus values Yu for equal greyness
2eeg6 as function of CIE chromaticity (x,y), alpha variable

/ee2s.htm, /eeg7/eeg7l0np.pdf, /eeg7/eeg7.htm
2eeg7 TUB-test chart eeg7; Ostwald optimal colours for D65
2eeg7 Calculation of tristimulus values Yu for equal greyness
2eeg7 as function of CIE chromaticity (x,y), alpha=10

/ee2s.htm, /eeg8/eeg8l0np.pdf, /eeg8/eeg8.htm
2eeg8 TUB-test chart eeg8; Ostwald optimal colours for D50
2eeg8 Calculation of tristimulus values Yu for equal greyness
2eeg8 as function of CIE chromaticity (x,y), alpha variable

/ee2s.htm, /eeg9/eeg9l0np.pdf, /eeg9/eeg9.htm
2eeg9 TUB-test chart eeg9; Ostwald optimal colours for D50
2eeg9 Calculation of tristimulus values Yu for equal greyness
2eeg9 as function of CIE chromaticity (x,y), alpha=10

/ee2s.htm, /eeh0/eeh0l0np.pdf, /eeh0/eeh0.htm
2eeh0 TUB-test chart eeh0; Ostwald-optimal colours
2eeh0 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2eeh0 XYZ data, wavelength limits, and 8 colour diagrams

/ee2s.htm, /eeh1/eeh1l0np.pdf, /eeh1/eeh1.htm
2eeh1 TUB-test chart eeh1; Ostwald-optimal colours
2eeh1 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2eeh1 Table data XYZ and YABCh with wavelength limits

/ee2s.htm, /eeh2/eeh2l0np.pdf, /eeh2/eeh2.htm
2eeh2 TUB-test chart eeh2; Ostwald-optimal colours
2eeh2 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2eeh2 Table data YABCh1 and YABCh2 with wavelength limits

/ee2s.htm, /eeh3/eeh3l0np.pdf, /eeh3/eeh3.htm
2eeh3 TUB-test chart eeh3; Ostwald-optimal colours
2eeh3 YN=3,6, YW=90, CIE illuminant D50, CIE 02 degree
2eeh3 XYZ data, wavelength limits, and 8 colour diagrams

/ee2s.htm, /eeh4/eeh4l0np.pdf, /eeh4/eeh4.htm
2eeh4 TUB-test chart eeh4; Ostwald-optimal colours
2eeh4 YN=3,6, YW=90, CIE illuminant D50, CIE 02 degree
2eeh4 Table data XYZ and YABCh with wavelength limits

/ee2s.htm, /eeh5/eeh5l0np.pdf, /eeh5/eeh5.htm
2eeh5 TUB-test chart eeh5; Ostwald-optimal colours
2eeh5 YN=3,6, YW=90, CIE illuminant D50, CIE 02 degree
2eeh5 Table data YABCh1 and YABCh2 with wavelength limits

/ee2s.htm, /eeh6/eeh6l0np.pdf, /eeh6/eeh6.htm
2eeh6 TUB-test chart eeh6; Ostwald-optimal colours
2eeh6 YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
2eeh6 XYZ data, wavelength limits, and 8 colour diagrams

/ee2s.htm, /eeh7/eeh7l0np.pdf, /eeh7/eeh7.htm
2eeh7 TUB-test chart eeh7; Ostwald-optimal colours
2eeh7 YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
2eeh7 Table data XYZ and YABCh with wavelength limits

/ee2s.htm, /eeh8/eeh8l0np.pdf, /eeh8/eeh8.htm
2eeh8 TUB-test chart eeh8; Ostwald-optimal colours
2eeh8 YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
2eeh8 Table data YABCh1 and YABCh2 with wavelength limits

/ee2s.htm, /eeh9/eeh9l0np.pdf, /eeh9/eeh9.htm
2eeh9 TUB-test chart eeh9; 8 spectral radiations of Pxx and Dxx
2eeh9 and Dxx for calculation of Ostwald optimal colours;
2eeh9 wavelength limits by (x,y)400,700; CIE 02-degree observer

/ee2s.htm, /eei0/eei0l0np.pdf, /eei0/eei0.htm
2eei0 TUB-test chart eei0; Ostwald optimal colours for A00
2eei0 Calculation of tristimulus values Yu for equal greyness
2eei0 as function of CIE chromaticity (x,y), alpha variable

/ee2s.htm, /eei1/eei1l0np.pdf, /eei1/eei1.htm
2eei1 TUB-test chart eei1; Ostwald optimal colours for A00
2eei1 Calculation of tristimulus values Yu for equal greyness
2eei1 as function of CIE chromaticity (x,y), alpha=10

/ee2s.htm, /eei2/eei2l0np.pdf, /eei2/eei2.htm
2eei2 TUB-test chart eei2; 9 step colour series for gamma
2eei2 optimization for 15 display reflections & contrasts according to
2eei2 ISO 9241\55306:2018 and ISO/IEC 15775:2022; gamma_rel=1,000

/ee2s.htm, /eei3/eei3l0np.pdf, /eei3/eei3.htm
2eei3 TUB-test chart eei3; 9 step colour series for gamma
2eei3 optimization for 15 display reflections & contrasts according to
2eei3 ISO 9241\55306:2018 and ISO/IEC 15775:2022; gamma_rel=0,775

/ee2s.htm, /eei4/eei4l0np.pdf, /eei4/eei4.htm
2eei4 TUB-test chart eei4; 9 step colour series for gamma
2eei4 optimization for 15 display reflections & contrasts according to
2eei4 ISO 9241\55306:2018 and ISO/IEC 15775:2022; 15 gamma_rel

/ee2s.htm, /eei5/eei5l0np.pdf, /eei5/eei5.htm
2eei5 TUB-test chart eei5; 9 step colour series for gamma
2eei5 optimization for 15 display reflections & contrasts according to
2eei5 ISO 9241\55306:2018 and ISO/IEC 15775:2022; gamma_rel=1,000

/ee2s.htm, /eei6/eei6l0np.pdf, /eei6/eei6.htm
2eei6 TUB-test chart eei6; 9 step colour series for gamma
2eei6 optimization for 15 display reflections & contrasts according to
2eei6 ISO 9241\55306:2018 and ISO/IEC 15775:2022; gamma_rel=0,775

/ee2s.htm, /eei7/eei7l0np.pdf, /eei7/eei7.htm
2eei7 TUB-test chart eei7; 9 step colour series for gamma
2eei7 optimization for 15 display reflections & contrasts according to
2eei7 ISO 9241\55306 and ISO/IEC 15775; 15 equal gamma_rel=1,000

/ee2s.htm, /eei8/eei8l0np.pdf, /eei8/eei8.htm
2eei8 TUB-test chart eei8; 9 step colour series for gamma
2eei8 optimization for 15 display reflections & contrasts according to
2eei8 ISO 9241\55306 and ISO/IEC 15775; 15 equal gamma_rel=0,775

/ee2s.htm, /eei9/eei9l0np.pdf, /eei9/eei9.htm
2eei9 TUB-test chart eei9; 9 step colour series for gamma
2eei9 optimization for 15 display reflections & contrasts according to
2eei9 ISO 9241\55306 and ISO/IEC 15775; gamma_rel=1,000, yellow tint

/ee2s.htm, /eej0/eej0l0np.pdf, /eej0/eej0.htm
2eej0 TUB-test chart eej0; Thresholds delta_Y as function of Y
2eej0 Weber-Fechner and Stevens-formulae for colour differences
2eej0 HDR and SDR displays, global and local colour management

/ee2s.htm, /eej1/eej1l0np.pdf, /eej1/eej1.htm
2eej1 TUB-test chart eej1; Achromatic and chromatic thresholds
2eej1 Aplication in CIE 230:2019; Threshold delta_Y
2eej1 and relative differences delta_Y/delta_Yu as function of Y

/ee2s.htm, /eej2/eej2l0np.pdf, /eej2/eej2.htm
2eej2 TUB-test chart eej2; luminance range of HDR and SDR displays
2eej2 HDR and SDR contrast ranges; tristimulus value Y and lightness L*
2eej2 für Körperfarben und emissive Displays

/ee2s.htm, /eej3/eej3l0np.pdf, /eej3/eej3.htm
2eej3 TUB-test chart eej3; TUBJND model with functions Fab, F'ab
2eej3 Receptor responses R+, G-, Y+ (left & right), and derivations
2eej3 R+', G-' (right) for diferent parameters a,b

/ee2s.htm, /eej4/eej4l0np.pdf, /eej4/eej4.htm
2eej4 TUB-test chart eej4; TUBJND model with functions Fab, F'ab
2eej4 Receptor responses R+, G-, Y+ (left & right) and amplitude
2eej4 modulations Y+ & R+'/G-' (left), Y+ & R+/G- (right) for a,b

/ee2s.htm, /eej5/eej5l0np.pdf, /eej5/eej5.htm
2eej5 TUB-test chart eej5; TUBJND model with functions Fab, F'ab
2eej5 Receptor responses R+, G-, Y+ (left & right), and derivations
2eej5 Y+', Y-' (left & right), and R+'/G-' (right) for a,b

/ee2s.htm, /eej6/eej6l0np.pdf, /eej6/eej6.htm
2eej6 TUB-test chart eej6; TUBJNDr-colour space & differences
2eej6 log[lightness L*, threshold delta Y, sensitivity
2eej6 (delta Y)/Y & contrast Y/(delta Y)]=f[log(Y)]

/ee2s.htm, /eej7/eej7l0np.pdf, /eej7/eej7.htm
2eej7 TUB-test chart eej7; CIELABr-colour space & differences
2eej7 log[lightness L*, threshold delta Y, sensitivity
2eej7 (delta Y)/Y & contrast Y/(delta Y)]=f[log(Y)]

/ee2s.htm, /eej8/eej8l0np.pdf, /eej8/eej8.htm
2eej8 TUB-test chart eej8; TUBJNDr-colour space & differences
2eej8 lightness L*, threshold delta Y, sensitivity
2eej8 (delta Y)/Y & contrast Y/(delta Y)=f[log(Y)]

/ee2s.htm, /eej9/eej9l0np.pdf, /eej9/eej9.htm
2eej9 TUB-test chart eej9; CIELABr-colour space & differences
2eej9 lightness L*, threshold delta Y, sensitivity
2eej9 (delta Y)/Y & contrast Y/(delta Y)=f[log(Y)]

/ee2s.htm, /eek0/eek0l0np.pdf, /eek0/eek0.htm
2eek0 TUB-test chart eek0; CIELAB spaced 9 step grey scales
2eek0 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eek0 L*N=22,3 or YN=3,6 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eek1/eek1l0np.pdf, /eek1/eek1.htm
2eek1 TUB-test chart eek1; CIELAB spaced 9 step grey scales
2eek1 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eek1 L*N=22,3 or YN=3,6 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eek2/eek2l0np.pdf, /eek2/eek2.htm
2eek2 TUB-test chart eek2; CIELAB spaced 9 step grey scales
2eek2 for four display reflections Yref=3,6, 0,9, 1,8, 108
2eek2 L*N=20 or YN=3 and L*W=103 or YW=108, normalisation: white W

/ee2s.htm, /eek3/eek3l0np.pdf, /eek3/eek3.htm
2eek3 TUB-test chart eek3; CIELAB spaced 9 step grey scales
2eek3 for four display reflections Yref=3,6, 0,9, 1,8, 108
2eek3 L*N=20 or YN=3 and L*W=103 or YW=108, normalisation: grey U

/ee2s.htm, /eek4/eek4l0np.pdf, /eek4/eek4.htm
2eek4 TUB-test chart eek4; CIELAB spaced 9 step grey scales
2eek4 for four display reflections Yref=3,6, 0,9, 1,8, 126
2eek4 L*N=18,2 or YN=2,6 and L*W=109 or YW=126, normalisation: white W

/ee2s.htm, /eek5/eek5l0np.pdf, /eek5/eek5.htm
2eek5 TUB-test chart eek5; CIELAB spaced 9 step grey scales
2eek5 for four display reflections Yref=3,6, 0,9, 1,8, 126
2eek5 L*N=18,2 or YN=2,6 and L*W=109 or YW=126, normalisation: grey U

/ee2s.htm, /eek6/eek6l0np.pdf, /eek6/eek6.htm
2eek6 TUB-test chart eek6; CIELAB spaced 9 step grey scales
2eek6 for four display reflections Yref=3,6, 0,9, 1,8, 180
2eek6 L*N=14 or YN=1,8 and L*W=125,1 or YW=180, normalisation: white W

/ee2s.htm, /eek7/eek7l0np.pdf, /eek7/eek7.htm
2eek7 TUB-test chart eek7; CIELAB spaced 9 step grey scales
2eek7 for four display reflections Yref=3,6, 0,9, 1,8, 180
2eek7 L*N=14 or YN=1,8 and L*W=125,1 or YW=180, normalisation: grey U

/ee2s.htm, /eek8/eek8l0np.pdf, /eek8/eek8.htm
2eek8 TUB-test chart eek8; CIELAB spaced 9 step grey scales
2eek8 for four display reflections Yref=3,6, 0,9, 1,8, 54
2eek8 L*N=29,4 or YN=6 and L*W=78,5 or YW=54, normalisation: white W

/ee2s.htm, /eek9/eek9l0np.pdf, /eek9/eek9.htm
2eek9 TUB-test chart eek9; CIELAB spaced 9 step grey scales
2eek9 for four display reflections Yref=3,6, 0,9, 1,8, 54
2eek9 L*N=29,4 or YN=6 and L*W=78,5 or YW=54, normalisation: grey U

/ee2s.htm, /eel0/eel0l0np.pdf, /eel0/eel0.htm
2eel0 TUB-test chart eel0; TUBJND1 spaced 9 step grey scales
2eel0 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eel0 L*N=22,3 or YN=3,6 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eel1/eel1l0np.pdf, /eel1/eel1.htm
2eel1 TUB-test chart eel1; TUBJND1 spaced 9 step grey scales
2eel1 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eel1 L*N=22,3 or YN=3,6 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eel2/eel2l0np.pdf, /eel2/eel2.htm
2eel2 TUB-test chart eel2; TUBJND1 spaced 9 step grey scales
2eel2 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eel2 L*N=20 or YN=3 and L*W=103 or YW=108, normalisation: white W

/ee2s.htm, /eel3/eel3l0np.pdf, /eel3/eel3.htm
2eel3 TUB-test chart eel3; TUBJND1 spaced 9 step grey scales
2eel3 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eel3 L*N=20 or YN=3 and L*W=103 or YW=108, normalisation: grey U

/ee2s.htm, /eel4/eel4l0np.pdf, /eel4/eel4.htm
2eel4 TUB-test chart eel4; TUBJND1 spaced 9 step grey scales
2eel4 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eel4 L*N=18,2 or YN=2,6 and L*W=109 or YW=126, normalisation: white W

/ee2s.htm, /eel5/eel5l0np.pdf, /eel5/eel5.htm
2eel5 TUB-test chart eel5; TUBJND1 spaced 9 step grey scales
2eel5 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eel5 L*N=18,2 or YN=2,6 and L*W=109 or YW=126, normalisation: grey U

/ee2s.htm, /eel6/eel6l0np.pdf, /eel6/eel6.htm
2eel6 TUB-test chart eel6; TUBJND1 spaced 9 step grey scales
2eel6 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eel6 L*N=14 or YN=1,8 and L*W=125,1 or YW=180, normalisation: white W

/ee2s.htm, /eel7/eel7l0np.pdf, /eel7/eel7.htm
2eel7 TUB-test chart eel7; TUBJND1 spaced 9 step grey scales
2eel7 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eel7 L*N=14 or YN=1,8 and L*W=125,1 or YW=180, normalisation: grey U

/ee2s.htm, /eel8/eel8l0np.pdf, /eel8/eel8.htm
2eel8 TUB-test chart eel8; TUBJND1 spaced 9 step grey scales
2eel8 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eel8 L*N=29,4 or YN=6 and L*W=78,5 or YW=54, normalisation: white W

/ee2s.htm, /eel9/eel9l0np.pdf, /eel9/eel9.htm
2eel9 TUB-test chart eel9; TUBJND1 spaced 9 step grey scales
2eel9 for four display reflections Yref=3,6, 0,9, 1,8, 90
2eel9 L*N=29,4 or YN=6 and L*W=78,5 or YW=54, normalisation: grey U

/ee2s.htm, /eem0/eem0l0np.pdf, /eem0/eem0.htm
2eem0 TUB-test chart eem0; Equally spaced 9 step rgb* data
2eem0 Optimization for 15 display reflections & contrasts according to
2eem0 ISO 9241-306:2018 and ISO/IEC 15775:2022; gamma_rel=1,000

/ee2s.htm, /eem1/eem1l0np.pdf, /eem1/eem1.htm
2eem1 TUB-test chart eem1; Links to software and ISO-test charts
2eem1 with equally spaced 9 step rgb*- & w*-colour data
2eem1 for the intended ergonomic linearized display output

/ee2s.htm, /eem2/eem2l0np.pdf, /eem2/eem2.htm
2eem2 TUB-test chart eem2; 9 step colour series for gamma
2eem2 optimization for 15 display reflections & contrasts according to
2eem2 ISO 9241-306:2018 and ISO/IEC 15775:2022; gamma_rel=1,000

/ee2s.htm, /eem3/eem3l0np.pdf, /eem3/eem3.htm
2eem3 TUB-test chart eem3; 9 step colour series for gamma
2eem3 optimization for 15 display reflections & contrasts according to
2eem3 ISO 9241-306:2018 and ISO/IEC 15775:2022; gamma_rel=0,775

/ee2s.htm, /eem4/eem4l0np.pdf, /eem4/eem4.htm
2eem4 TUB-test chart eem4; 9 step colour series for gamma
2eem4 optimization for 15 display reflections & contrasts according to
2eem4 ISO 9241-306:2018 and ISO/IEC 15775:2022; 15 gamma_rel

/ee2s.htm, /eem5/eem5l0np.pdf, /eem5/eem5.htm
2eem5 TUB-test chart eem5; 9 step colour series for gamma
2eem5 optimization for 15 display reflections & contrasts according to
2eem5 ISO 9241-306:2018 and ISO/IEC 15775:2022; gamma_rel=1,000

/ee2s.htm, /eem6/eem6l0np.pdf, /eem6/eem6.htm
2eem6 TUB-test chart eem6; 9 step colour series for gamma
2eem6 optimization for 15 display reflections & contrasts according to
2eem6 ISO 9241-306:2018 and ISO/IEC 15775:2022; gamma_rel=0,775

/ee2s.htm, /eem7/eem7l0np.pdf, /eem7/eem7.htm
2eem7 TUB-test chart eem7; 9 step colour series for gamma
2eem7 optimization for 15 display reflections & contrasts according to
2eem7 ISO 9241-306 and ISO/IEC 15775; 15 equal gamma_rel=1,000

/ee2s.htm, /eem8/eem8l0np.pdf, /eem8/eem8.htm
2eem8 TUB-test chart eem8; 9 step colour series for gamma
2eem8 optimization for 15 display reflections & contrasts according to
2eem8 ISO 9241-306 and ISO/IEC 15775; 15 equal gamma_rel=0,775

/ee2s.htm, /eem9/eem9l0np.pdf, /eem9/eem9.htm
2eem9 TUB-test chart eem9; 9 step colour series for gamma
2eem9 optimization for 15 display reflections & contrasts according to
2eem9 ISO 9241-306 and ISO/IEC 15775; gamma_rel=1,000, yellow tint

/ee2s.htm, /een0/een0l0np.pdf, /een0/een0.htm
2een0 TUB-test chart een0; Receptor-response function of Richter
2een0 (1995), see http://color.li.tu-berlin.de/BUA4BF.PDF
2een0 and function with tanh, both functions with derivation

/ee2s.htm, /een1/een1l0np.pdf, /een1/een1.htm
2een1 TUB-test chart een1; Research results for scaling, thresholds
2een1 and for 2 presentation times; psycho-physical models,
2een1 and relative luminance x=log(L/Lu) and adaptation Lu

/ee2s.htm, /een2/een2l0np.pdf, /een2/een2.htm
2een2 TUB-test chart een2; Antagonistic receptor responses
2een2 for achromatic and chromatic colours; amplitude modulation of
2een2 achromatic and chromatic differences on achromatic responses

/ee2s.htm, /een3/een3l0np.pdf, /een3/een3.htm
2een3 TUB-test chart een3; Threshold, contrast L/delta_L,
2een3 and lightness L* with internal attribute relations.
2een3 Line element, contrast, lightness of Weber-Fechner & Stiles

/ee2s.htm, /een4/een4l0np.pdf, /een4/een4.htm
2een4 TUB-test chart een4; Achromatic thresholds for 5 Lu,
2een4 thresholds delta_L (0,4s), contrast and lightness;
2een4 experimental data of Lingelbach and Richter

/ee2s.htm, /een5/een5l0np.pdf, /een5/een5.htm
2een5 TUB-test chart een5; TUBJND model, lightness Fabc, Fabc,r,
2een5 receptor responses Fab (R+), Fcb (G-), Fab+Fcb (Y+) (left),
2een5 and relative (right) for equal parameters a and b

/ee2s.htm, /een6/een6l0np.pdf, /een6/een6.htm
2een6 TUB-test chart een6; TUBJND model, lightness Fabc, Fabc,r,
2een6 receptor responses Fab (R+), Fcb (G-), Fab+Fcb (Y+) (left),
2een6 and relative (right) for parameters a=1 and different b

/ee2s.htm, /een7/een7l0np.pdf, /een7/een7.htm
2een7 TUB-test chart een7; TUBJND model, lightness Fabc, Fabc,r,
2een7 receptor responses Fab (R+), Fcb (G-), Fab+Fcb (Y+) (left),
2een7 and relative (right) for different parameters a and b

/ee2s.htm, /een8/een8l0np.pdf, /een8/een8.htm
2een8 TUB-test chart een8; TUBJND model, lightness Fabc, Fabc,r,
2een8 receptor responses Fab(R+), Fcb(G-), Fab+Fcb(Y+) (left & right),
2een8 2 amplitude modulations of chromatic responses (left & right)

/ee2s.htm, /een9/een9l0np.pdf, /een9/een9.htm
2een9 TUB-test chart een9; TUBJND model, lightness Fabc, Fabc,r,
2een9 receptor responses Fab(R+), Fcb(G-), Fab+Fcb(Y+) (left & right),
2een9 4 derivations F'ab (R'+), F'cb (G'-), F'ab (Y'+), F'cb (Y'-)

/ee2s.htm, /eeo0/eeo0l0np.pdf, /eeo0/eeo0.htm
2eeo0 TUB-test chart eeo0; Threshold experiments
2eeo0 Description of the experimental threshold delta Y
2eeo0 Formulae for the description of the lightness F*(Y)

/ee2s.htm, /eeo1/eeo1l0np.pdf, /eeo1/eeo1.htm
2eeo1 TUB-test chart eeo1; CIE Y an lightness L*
2eeo1 for surface colours and emissive displays
2eeo1 Chromaticity and chromatic values of Ostwald- colours

/ee2s.htm, /eeo2/eeo2l0np.pdf, /eeo2/eeo2.htm
2eeo2 TUB-test chart eeo2; Comparison of Qab(xr) and Fab(xr)
2eeo2 Line elements as integral an derivatio
2eeo2 tanh(xr) mit e^(xr/a) und 10^(xr/a')

/ee2s.htm, /eeo3/eeo3l0np.pdf, /eeo3/eeo3.htm
2eeo3 TUB-test chart eeo3; Q/Fab(xr)-models for visual responses
2eeo3 Q/Fab(xr) with hyperbel functions e^(xr/a) and 10^(xr/a')
2eeo3 with contants a'=a ln(10) and a^n = a^1,0

/ee2s.htm, /eeo4/eeo4l0np.pdf, /eeo4/eeo4.htm
2eeo4 TUB-test chart eeo4; Fab(xr)-model for visual responses
2eeo4 Application of hyperbel function tanh on receptor responses
2eeo4 Presentation of the functions and derivation for discrimination

/ee2s.htm, /eeo5/eeo5l0np.pdf, /eeo5/eeo5.htm
2eeo5 TUB-test chart eeo5; TUBJND model, lightness Fabc, Fabc,r,
2eeo5 receptor responses Fab (R+), Fcb (G-), Fab+Fcb (Y+) (left),
2eeo5 and relative (right) for equal parameters a and b

/ee2s.htm, /eeo6/eeo6l0np.pdf, /eeo6/eeo6.htm
2eeo6 TUB-test chart eeo6; TUBJND model, lightness Fabc, Fabc,r,
2eeo6 receptor responses Fab (R+), Fcb (G-), Fab+Fcb (Y+) (left),
2eeo6 and relative (right) for parameters a=1 and different b

/ee2s.htm, /eeo7/eeo7l0np.pdf, /eeo7/eeo7.htm
2eeo7 TUB-test chart eeo7; TUBJND model, lightness Fabc, Fabc,r,
2eeo7 receptor responses Fab (R+), Fcb (G-), Fab+Fcb (Y+) (left),
2eeo7 and relative (right) for different parameters a and b

/ee2s.htm, /eeo8/eeo8l0np.pdf, /eeo8/eeo8.htm
2eeo8 TUB-test chart eeo8; TUBJND model, lightness Fabc, Fabc,r,
2eeo8 receptor responses Fab(R+), Fcb(G-), Fab+Fcb(Y+) (left & right),
2eeo8 2 amplitude modulations of chromatic responses (left & right)

/ee2s.htm, /eeo9/eeo9l0np.pdf, /eeo9/eeo9.htm
2eeo9 TUB-test chart eeo9; TUBJND model, lightness Fabc, Fabc,r,
2eeo9 receptor responses Fab(R+), Fcb(G-), Fab+Fcb(Y+) (left & right),
2eeo9 4 derivations F'ab (R'+), F'cb (G'-), F'ab (Y'+), F'cb (Y'-)

/ee2s.htm, /eep0/eep0l0np.pdf, /eep0/eep0.htm
2eep0 TUB-test chart eep0; CIELAB spaced 9 step grey scales
2eep0 for four display reflections Yref=3,6, 0,4, 0,9, 1,8
2eep0 L*N=22,3 or YN=3,6 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eep1/eep1l0np.pdf, /eep1/eep1.htm
2eep1 TUB-test chart eep1; CIELAB spaced 9 step grey scales
2eep1 for four display reflections Yref=3,6, 0,4, 0,9, 1,8
2eep1 L*N=22,3 or YN=3,6 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eep2/eep2l0np.pdf, /eep2/eep2.htm
2eep2 TUB-test chart eep2; CIELAB spaced 9 step grey scales
2eep2 for four display reflections Yref=3,6, 0,4, 0,9, 1,8
2eep2 L*N=4 or YN=0,4 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eep3/eep3l0np.pdf, /eep3/eep3.htm
2eep3 TUB-test chart eep3; CIELAB spaced 9 step grey scales
2eep3 for four display reflections Yref=3,6, 0,4, 0,9, 1,8
2eep3 L*N=4 or YN=0,4 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eep4/eep4l0np.pdf, /eep4/eep4.htm
2eep4 TUB-test chart eep4; CIELAB spaced 9 step grey scales
2eep4 for four display reflections Yref=3,6, 0,4, 0,9, 1,8
2eep4 L*N=8,1 or YN=0,9 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eep5/eep5l0np.pdf, /eep5/eep5.htm
2eep5 TUB-test chart eep5; CIELAB spaced 9 step grey scales
2eep5 for four display reflections Yref=3,6, 0,4, 0,9, 1,8
2eep5 L*N=8,1 or YN=0,9 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eep6/eep6l0np.pdf, /eep6/eep6.htm
2eep6 TUB-test chart eep6; CIELAB spaced 9 step grey scales
2eep6 for four display reflections Yref=3,6, 0,4, 0,9, 1,8
2eep6 L*N=14,4 or YN=1,8 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eep7/eep7l0np.pdf, /eep7/eep7.htm
2eep7 TUB-test chart eep7; CIELAB spaced 9 step grey scales
2eep7 for four display reflections Yref=3,6, 0,4, 0,9, 1,8
2eep7 L*N=14,4 or YN=1,8 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eep8/eep8l0np.pdf, /eep8/eep8.htm
2eep8 TUB-test chart eep8; CIELAB spaced 9 step grey scales
2eep8 for four display reflections Yref=3,6, 0,4, 0,9, 1,8
2eep8 L*N=18 or YN=2,5 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eep9/eep9l0np.pdf, /eep9/eep9.htm
2eep9 TUB-test chart eep9; CIELAB spaced 9 step grey scales
2eep9 for four display reflections Yref=3,6, 0,4, 0,9, 1,8
2eep9 L*N=18 or YN=2,5 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eeq0/eeq0l0np.pdf, /eeq0/eeq0.htm
2eeq0 TUB-test chart eeq0; CIELAB spaced 9 step grey scales
2eeq0 for four display reflections Yref=2,5, 10, 20, 90
2eeq0 L*N=22,3 or YN=3,6 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eeq1/eeq1l0np.pdf, /eeq1/eeq1.htm
2eeq1 TUB-test chart eeq1; CIELAB spaced 9 step grey scales
2eeq1 for four display reflections Yref=2,5, 10, 20, 90
2eeq1 L*N=22,3 or YN=3,6 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eeq2/eeq2l0np.pdf, /eeq2/eeq2.htm
2eeq2 TUB-test chart eeq2; CIELAB spaced 9 step grey scales
2eeq2 for four display reflections Yref=2,5, 10, 20, 90
2eeq2 L*N=4 or YN=0,4 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eeq3/eeq3l0np.pdf, /eeq3/eeq3.htm
2eeq3 TUB-test chart eeq3; CIELAB spaced 9 step grey scales
2eeq3 for four display reflections Yref=2,5, 10, 20, 90
2eeq3 L*N=4 or YN=0,4 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eeq4/eeq4l0np.pdf, /eeq4/eeq4.htm
2eeq4 TUB-test chart eeq4; CIELAB spaced 9 step grey scales
2eeq4 for four display reflections Yref=2,5, 10, 20, 90
2eeq4 L*N=8,1 or YN=0,9 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eeq5/eeq5l0np.pdf, /eeq5/eeq5.htm
2eeq5 TUB-test chart eeq5; CIELAB spaced 9 step grey scales
2eeq5 for four display reflections Yref=2,5, 10, 20, 90
2eeq5 L*N=8,1 or YN=0,9 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eeq6/eeq6l0np.pdf, /eeq6/eeq6.htm
2eeq6 TUB-test chart eeq6; CIELAB spaced 9 step grey scales
2eeq6 for four display reflections Yref=2,5, 10, 20, 90
2eeq6 L*N=14,4 or YN=1,8 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eeq7/eeq7l0np.pdf, /eeq7/eeq7.htm
2eeq7 TUB-test chart eeq7; CIELAB spaced 9 step grey scales
2eeq7 for four display reflections Yref=2,5, 10, 20, 90
2eeq7 L*N=14,4 or YN=1,8 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eeq8/eeq8l0np.pdf, /eeq8/eeq8.htm
2eeq8 TUB-test chart eeq8; CIELAB spaced 9 step grey scales
2eeq8 for four display reflections Yref=2,5, 10, 20, 90
2eeq8 L*N=18 or YN=2,5 and L*W=96 or YW=90, normalisation: white W

/ee2s.htm, /eeq9/eeq9l0np.pdf, /eeq9/eeq9.htm
2eeq9 TUB-test chart eeq9; CIELAB spaced 9 step grey scales
2eeq9 for four display reflections Yref=2,5, 10, 20, 90
2eeq9 L*N=18 or YN=2,5 and L*W=96 or YW=90, normalisation: grey U

/ee2s.htm, /eer0/eer0l0np.pdf, /eer0/eer0.htm
2eer0 TUB-test chart eer0; Q/Fab(xr)-models for visual responses
2eer0 Q/Fab(xr) with hyperbel functions e^(xr/a) and 10^(xr/a')
2eer0 with contants a'=a ln(10) and a^n = a^1,0

/ee2s.htm, /eer1/eer1l0np.pdf, /eer1/eer1.htm
2eer1 TUB-test chart eer1; Fab(xr)-model for visual responses
2eer1 Application of hyperbel function tanh on receptor responses
2eer1 Presentation of the functions and derivation for discrimination

/ee2s.htm, /eer2/eer2l0np.pdf, /eer2/eer2.htm
2eer2 TUB-test chart eer2; Q/Fab(xr)-models for visual responses
2eer2 Q/Fab(xr) with hyperbel functions e^(xr/a) and 10^(xr/a')
2eer2 with contants a'=a ln(10) and a^n = a^1,0

/ee2s.htm, /eer6/eer6l0np.pdf, /eer6/eer6.htm
2eer6 TUB-test chart eer6; Experiments Lingelbach (77)
2eer6 Approximat. Richter (86), tp=0,4s, 9 observers, equations
2eer6 and potential-A3 fit, 2 x 5 Lu, range 0,1 to 6000 cd/m^2

/ee2s.htm, /eer7/eer7l0np.pdf, /eer7/eer7.htm
2eer7 TUB-test chart eer7; Threshold experiments
2eer7 Lingelbach (77), tp=0,4s, 9 observers, equations
2eer7 and exponential-A2 fit, 2 x 5 Lu, range 0,1 to 6000 cd/m^2

/ee2s.htm, /eer8/eer8l0np.pdf, /eer8/eer8.htm
2eer8 TUB-test chart eer8; Threshold experiments
2eer8 Lingelbach (77), tp=0,4s, 9 observers, equations
2eer8 and exponential-A4 fit, 2 x 5 Lu, range 0,1 to 6000 cd/m^2

/ee2s.htm, /ees0/ees0l0np.pdf, /ees0/ees0.htm
2ees0 TUB-test chart ees0; Colour metric for 5 luminances Lu
2ees0 thresholds delta_L (0,4s), contrast and lightness;
2ees0 experimental data of Lingelbach and Richter

/ee2s.htm, /ees1/ees1l0np.pdf, /ees1/ees1.htm
2ees1 TUB-test chart ees1; Achromatic thresholds, 5 Lu on Y
2ees1 thresholds delta_L (0,4s), contrast and lightness;
2ees1 experimental data of Lingelbach and Richter

/ee2s.htm, /ees2/ees2l0np.pdf, /ees2/ees2.htm
2ees2 TUB-test chart ees2; Achromatic thresholds, 5 Lu & Lm on Y
2ees2 thresholds delta_L (0,4s), contrast and lightness;
2ees2 experimental data of Lingelbach and Richter

/ee2s.htm, /ees3/ees3l0np.pdf, /ees3/ees3.htm
2ees3 TUB-test chart ees3; Achromatic thresholds, 5 Lu on U
2ees3 thresholds delta_L (0,4s), contrast and lightness;
2ees3 experimental data of Lingelbach and Richter

/ee2s.htm, /ees4/ees4l0np.pdf, /ees4/ees4.htm
2ees4 TUB-test chart ees4; Achromatic thresholds, 5 Lu & Lm on U
2ees4 thresholds delta_L (0,4s), contrast and lightness;
2ees4 experimental data of Lingelbach and Richter

/ee2s.htm, /ees5/ees5l0np.pdf, /ees5/ees5.htm
2ees5 TUB-test chart ees5; Achromatic and U&Y thresholds, 5 Lu
2ees5 thresholds delta_L (0,4s), contrast and lightness;
2ees5 experimental data of Lingelbach and Richter

/ee2s.htm, /ees6/ees6l0np.pdf, /ees6/ees6.htm
2ees6 TUB-test chart ees6; Achromatic amd U&G thresholds, 5 Lu
2ees6 thresholds delta_L (0,4s), contrast and lightness;
2ees6 experimental data of Lingelbach and Richter

/ee2s.htm, /ees7/ees7l0np.pdf, /ees7/ees7.htm
2ees7 TUB-test chart ees7; Achromatic and U&R thresholds, 5 Lu
2ees7 thresholds delta_L (0,4s), contrast and lightness;
2ees7 experimental data of Lingelbach and Richter

/ee2s.htm, /ees8/ees8l0np.pdf, /ees8/ees8.htm
2ees8 TUB-test chart ees8; Achromatic and U&B thresholds, 5 Lu
2ees8 thresholds delta_L (0,4s), contrast and lightness;
2ees8 experimental data of Lingelbach and Richter

/ee2s.htm, /ees9/ees9l0np.pdf, /ees9/ees9.htm
2ees9 TUB-test chart ees9; Achromatic and UYGRB thresholds, 5 Lu
2ees9 thresholds delta_L (0,4s), contrast and lightness;
2ees9 experimental data of Lingelbach and Richter

/ee2s.htm, /eet0/eet0l0np.pdf, /eet0/eet0.htm
2eet0 TUB-test chart eet0; Antagonistic hue circle
2eet0 Ostwald-optimal colours for D65, D50, P40, and A0
2eet0 in diagrams (A1, B1) & (A2, B2), contrast C>288:

/ee2s.htm, /eet1/eet1l0np.pdf, /eet1/eet1.htm
2eet1 TUB-test chart eet1; Chromatic adaptation TUBLAB2 model
2eet1 Ostwald optimal colours, Yw=100, for 8 illuminants:
2eet1 P65 (6500K), P60, P55, P50, P45, P40, P35, P30 (3000K)

/ee2s.htm, /eet2/eet2l0np.pdf, /eet2/eet2.htm
2eet2 TUB-test chart eet2; Chromatic adaptation, TUBLAB2 model
2eet2 Ostwald optimal colours, Yw=100, for 8 illuminants:
2eet2 D65 (6500K), D50, P40 (4000K), A00, E00, C00, P00, Q0

/ee2s.htm, /eet3/eet3l0np.pdf, /eet3/eet3.htm
2eet3 TUB-test chart eet3; Chromatic adaptation TUBLAB2 model
2eet3 Ostwald optimal colours, Yw=90, for 8 illuminants:
2eet3 P65 (6500K), P60, P55, P50, P45, P40, P35, P30 (3000K)

/ee2s.htm, /eet4/eet4l0np.pdf, /eet4/eet4.htm
2eet4 TUB-test chart eet4; Chromatic adaptation, TUBLAB2 model
2eet4 Ostwald optimal colours, Yw=90, for 8 illuminants:
2eet4 D65 (6500K), D50, P40 (4000K), A00, E00, C00, P00, Q0

/ee2s.htm, /eet5/eet5l0np.pdf, /eet5/eet5.htm
2eet5 TUB-test chart eet5; Chromatic adaptation: TUBLAB2 model
2eet5 Ostwald optimal colours, Yw=90, dhA2B2=6, 8 illuminants:
2eet5 P65 (6500K), P60, P55, P50, P45, P40, P35, P30, (3000K)

/ee2s.htm, /eet6/eet6l0np.pdf, /eet6/eet6.htm
2eet6 TUB-test chart eet6; Chromatic adaptation: TUBLAB2 model
2eet6 Ostwald optimal colours, Yw=90, dhA2B2=6, 8 illuminants:
2eet6 D65 (6500K), D50, P40 (4000K), A00, E00, C00, P00, Q0

/ee2s.htm, /eet7/eet7l0np.pdf, /eet7/eet7.htm
2eet7 TUB-test chart eet7; 8 spectral radiations of Pxx and Dxx
2eet7 and Dxx for calculation of Ostwald optimal colours;
2eet7 wavelength limits by (x,y)400,700; CIE 02-degree observer

/ee2s.htm, /eet8/eet8l0np.pdf, /eet8/eet8.htm
2eet8 TUB-test chart eet8; Antagonistic hue planes of
2eet8 Ostwald-optimal colours for D65, D50, P40, and A0
2eet8 in diagrams (CAB,2, Y) for 4 contrasts

/ee2s.htm, /eet9/eet9l0np.pdf, /eet9/eet9.htm
2eet9 TUB-test chart eet9; Antagonistic basic colour of
2eet9 Ostwald-optimal colours for D65, D50, P40, and A0
2eet9 in chromaticity diagram (x, y) for 4 contrasts

/ee2s.htm, /eeu0/eeu0l0np.pdf, /eeu0/eeu0.htm
2eeu0 TUB-test chart eeu0; Ostwald-optimal colours
2eeu0 YN=3,6, YW=90, D65, D50 und A00, CIE 02 degree
2eeu0 CIE_Yo and TUB_cab,2 data as function of hue

/ee2s.htm, /eeu1/eeu1l0np.pdf, /eeu1/eeu1.htm
2eeu1 TUB-test chart eeu1; Ostwald-optimal colours
2eeu1 YN=3,6, YW=90, D65, D50 und A00, CIE 02 degree
2eeu1 CIE_Yo and TUB_cab,2 data as function of hue

/ee2s.htm, /eeu2/eeu2l0np.pdf, /eeu2/eeu2.htm
2eeu2 TUB-test chart eeu2; Ostwald-optimal colours
2eeu2 YN=3,6, YW=90, D65, D50 und A00, CIE 02 degree
2eeu2 CIE_Yo and TUB_cab,2 data as function of hue

/ee2s.htm, /eeu3/eeu3l0np.pdf, /eeu3/eeu3.htm
2eeu3 TUB-test chart eeu3; Ostwald-optimal colours
2eeu3 YN=3,6, YW=90, CIE illuminant D50, CIE 02 degree
2eeu3 Data CIE_XYZxy, TUB_YABCh2, dominant wavelength

/ee2s.htm, /eeu4/eeu4l0np.pdf, /eeu4/eeu4.htm
2eeu4 TUB-test chart eeu4; Ostwald-optimal colours
2eeu4 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2eeu4 Data CIE_XYZxy, TUB_YABCh2 with wavelength limits

/ee2s.htm, /eeu5/eeu5l0np.pdf, /eeu5/eeu5.htm
2eeu5 TUB-test chart eeu5; Ostwald-optimal colours
2eeu5 YN=3,6, YW=90, CIE illuminant D50, CIE 02 degree
2eeu5 Data CIEXYZxy, TUB_YABCh2 with wavelength limits

/ee2s.htm, /eeu6/eeu6l0np.pdf, /eeu6/eeu6.htm
2eeu6 TUB-test chart eeu6; Ostwald-optimal colours
2eeu6 YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
2eeu6 Data CIE_XYZxy, TUB_YABCh2 with wavelength limits

/ee2s.htm, /eeu7/eeu7l0np.pdf, /eeu7/eeu7.htm
2eeu7 TUB-test chart eeu7; Ostwald-optimal colours
2eeu7 YN=3,6, YW=90, Planck illuminant P65, CIE 02 deg
2eeu7 Data CIE_XYZxy, TUB_YABCh2 with wavelength limits

/ee2s.htm, /eeu8/eeu8l0np.pdf, /eeu8/eeu8.htm
2eeu8 TUB-test chart eeu8; Ostwald-optimal colours
2eeu8 YN=3,6, YW=90, Planck illuminant P50, CIE 02 deg
2eeu8 Data CIE_XYZxy, TUB_YABCh2 with wavelength limits

/ee2s.htm, /eeu9/eeu9l0np.pdf, /eeu9/eeu9.htm
2eeu9 TUB-test chart eeu9; 8 spectral radiations of Pxx and Dxx
2eeu9 YN=3,6, YW=90, Planck illuminant P30, CIE 02 deg
2eeu9 Data CIE_XYZxy, TUB_YABCh2 with wavelength limits

/ee2s.htm, /eev0/eev0l0np.pdf, /eev0/eev0.htm
2eev0 TUB-test chart eev0; Ostwald-optimal colours
2eev0 Yw=90, illuminants D65 and A, CIE 02 degree,
2eev0 data CIEXYZ and TUBLAB2 in eigth different colour diagrams

/ee2s.htm, /eev1/eev1l0np.pdf, /eev1/eev1.htm
2eev1 TUB-test chart eev1; Cone sensitivities TUBLAB model
2eev1 linear and logarithmic sensitivities and saturation
2eev1 of TUBLAB-model cones L and M

/ee2s.htm, /eev2/eev2l0np.pdf, /eev2/eev2.htm
2eev2 TUB-test chart eev2; Cone sensitivities CIE_02 & CIE_F02
2eev2 linear spectral sensitivities according to CIE 15 & CIE 170:
2eev2 X, Y, Z, L, and M for two normalization

/ee2s.htm, /eev3/eev3l0np.pdf, /eev3/eev3.htm
2eev3 TUB-test chart eev3; Cone sensitivities CIE_02 & CIE_F02
2eev3 logar. spectral sensitivities according to CIE 15 & CIE 170:
2eev3 X, Y, Z, L, and M for two normalization

/ee2s.htm, /eev4/eev4l0np.pdf, /eev4/eev4.htm
2eev4 TUB-test chart eev4; Three sets of display colours
2eev4 in (x, y) and (A2, B2), 3 basic and mixture
2eev4 colours: Ostwald, sRGB, WCGa according to ISO 22028-5

/ee2s.htm, /eev5/eev5l0np.pdf, /eev5/eev5.htm
2eev5 TUB-test chart eev5; Colour-display systems
2eev5 sRGB according IEC 61966-2-1, WCGa according to ISO 22028-5,
2eev5 3 basic and mixture colours: CIEXYZxy, Y=100 and 90

/ee2s.htm, /eev6/eev6l0np.pdf, /eev6/eev6.htm
2eev6 TUB-test chart eev6; Colour-display systems
2eev6 sRGB according IEC 61966-2-1, WCGa according to ISO 22028-5,
2eev6 3 basic and mixture colours: CIELAB, Y=100 and 90

/ee2s.htm, /eev7/eev7l0np.pdf, /eev7/eev7.htm
2eev7 TUB-test chart eev7;Colour-display systems
2eev7 sRGB according IEC 61966-2-1, WCGa according to ISO 22028-5,
2eev7 3 basic and mixture colours: TUBLAB2, Y=100 and 90

/ee2s.htm, /eev8/eev8l0np.pdf, /eev8/eev8.htm
2eev8 TUB-test chart eev8;Colour-display systems
2eev8 sRGB according IEC 61966-2-1, WCGa according to ISO 22028-5,
2eev8 basic & mixture colours: CIEXYZxy, CIELAB, TUBLAB2, Y=100

/ee2s.htm, /eev9/eev9l0np.pdf, /eev9/eev9.htm
2eev9 TUB-test chart eev9;Colour-display systems
2eev9 sRGB according IEC 61966-2-1, WCGa according to ISO 22028-5,
2eev9 basic & mixture colours: CIEXYZxy, CIELAB, TUBLAB2, Y=90

/ee2s.htm, /eew0/eew0l0np.pdf, /eew0/eew0.htm
2eew0 TUB-test chart eew0; Basic properties of colourimetry,
2eew0 colour attributes in a hue plane, spectral luminous values,
2eew0 spectral chroma, spectral reflection of surface colours

/ee2s.htm, /eew1/eew1l0np.pdf, /eew1/eew1.htm
2eew1 TUB-test chart eew1; HPE-CIE 1931 02-degree colourimetry
2eew1 between CIEXYZ and HPE-LMS cone sensitivity and
2eew1 responce, spectral colour values for illuminant E, log data

/ee2s.htm, /eew2/eew2l0np.pdf, /eew2/eew2.htm
2eew2 TUB-test chart eew2; HPE-CIE 1931 02-degree colourimetry
2eew2 between CIEXYZ and HPE-LMS cone sensitivity and
2eew2 responce, spectral colour values for illuminant E, linear data

/ee2s.htm, /eew3/eew3l0np.pdf, /eew3/eew3.htm
2eew3 TUB-test chart eew3; Ostwald-optimal colours in
2eew3 chromaticity (x,y) and chromatic diagram (Ai, Bi)
2eew3 for the standard illuminants D65 and D50, normalization Yw=100

/ee2s.htm, /eew4/eew4l0np.pdf, /eew4/eew4.htm
2eew4 TUB-test chart eew4; Relative lightness L*r and
2eew4 threshold contrast (Y/dY)r, chromatic values of
2eew4 complementary hues and of Ostwald-optimal colours

/ee2s.htm, /eew5/eew5l0np.pdf, /eew5/eew5.htm
2eew5 TUB-test chart eew05; Basic properties of colourimetry,
2eew5 Colour attributes in a hue plane, spectral luminous values,
2eew5 spectral chroma, spectral reflection of surface colours

/ee2s.htm, /eew6/eew6l0np.pdf, /eew6/eew6.htm
2eew6 TUB-test chart eew6; dominant wavelength of colour-vision
2eew6 deficencies LMS (PDT), elementary colous (e)
2eew6 line elements, OSA system and BAM-colour thresholds

/ee2s.htm, /eew7/eew7l0np.pdf, /eew7/eew7.htm
2eew7 TUB-test chart eew7; Tristimulus values Ymax and Ymin
2eew7 for Ostwald colours in colour diagrams (Ai, Bi),
2eew7 relative lightness L*r and relative contrast Cr

/ee2s.htm, /eew8/eew8l0np.pdf, /eew8/eew8.htm
2eew8 TUB-test chart eew8; complementary wavelength
2eew8 for illuminants P65, P30, D65, Q00 in chromaticity and
2eew8 chromatic diagrams (Ai, Bi), normalization Yw=90

/ee2s.htm, /eew9/eew9l0np.pdf, /eew9/eew9.htm
2eew9 TUB-test chart eew9; Relative reflection Rr=R/0,18
2eew9 of complementary Ostwald-optimal colours red and cyan,
2eew9 equal chromatic values and hue discrimination for 2 contrasts

/ee2s.htm, /eex0/eex0l0np.pdf, /eex0/eex0.htm
2eex0 TUB-test chart eex0; TUB-LMS colour vision model
2eex0 cone ratio L:M:S=red:green:blue=16:8:1
2eex0 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eex1/eex1l0np.pdf, /eex1/eex1.htm
2eex1 TUB-test chart eex1; TUB-LMS colour vision model
2eex1 ratio L:M:S=yellow:greenish yellow:redish blue=16:8:1
2eex1 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eex2/eex2l0np.pdf, /eex2/eex2.htm
2eex2 TUB-test chart eex2; TUB-LMS colour vision model
2eex2 adaptation of the sensitivities 570,557,545, LVM->(LVM)/V
2eex2 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eex3/eex3l0np.pdf, /eex3/eex3.htm
2eex3 TUB-test chart eex3; TUB-LMS colour vision model
2eex3 adaptation of the sensitivities 595,570,545, OLM->(OLM)/L
2eex3 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eex4/eex4l0np.pdf, /eex4/eex4.htm
2eex4 TUB-test chart eex4; TUB-LMS colour vision model
2eex4 4 adaptations of 620,570,520,470, LVM->(LVM)/V
2eex4 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eex5/eex5l0np.pdf, /eex5/eex5.htm
2eex5 TUB-test chart eex5; TUB-LMS colour vision model
2eex5 4 adaptations of 620,570,520,470, OLM->(OLM)/L
2eex5 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eex6/eex6l0np.pdf, /eex6/eex6.htm
2eex6 TUB-test chart eex6; TUB-LMS colour vision model
2eex6 4 adaptations of 620,570,520,470, OLM->(OLM)/L
2eex6 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eex7/eex7l0np.pdf, /eex7/eex7.htm
2eex7 TUB-test chart eex7; TUB-LMS colour vision model
2eex7 4 adaptations of 595,570,545,520, OLM->(OLM)/L
2eex7 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eex8/eex8l0np.pdf, /eex8/eex8.htm
2eex8 TUB-test chart eex8; TUB-LMS colour vision model
2eex8 WN antagonisme of sensitivities 547,457, V,N->V/g,N/g
2eex8 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eex9/eex9l0np.pdf, /eex9/eex9.htm
2eex9 TUB-test chart eex9; TUB-LMS colour vision model
2eex9 YB antagonisme of sensitivities 570,470, Y,B->J/G,B/G
2eex9 lin[sensitivities], lin[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eey0/eey0l0np.pdf, /eey0/eey0.htm
2eey0 TUB-test chart eey0; TUB-LMS colour vision model
2eey0 cone ratio L:M:S=red:green:blue=16:8:1
2eey0 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eey1/eey1l0np.pdf, /eey1/eey1.htm
2eey1 TUB-test chart eey1; TUB-LMS colour vision model
2eey1 ratio L:M:S=yellow:greenish yellow:redish blue=16:8:1
2eey1 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eey2/eey2l0np.pdf, /eey2/eey2.htm
2eey2 TUB-test chart eey2; TUB-LMS colour vision model
2eey2 adaptation of the sensitivities 570,557,545, LVM->(LVM)/V
2eey2 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eey3/eey3l0np.pdf, /eey3/eey3.htm
2eey3 TUB-test chart eey3; TUB-LMS colour vision model
2eey3 adaptation of the sensitivities 595,570,545, OLM->(OLM)/L
2eey3 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eey4/eey4l0np.pdf, /eey4/eey4.htm
2eey4 TUB-test chart eey4; TUB-LMS colour vision model
2eey4 4 adaptations of 620,570,520,470, LVM->(LVM)/V
2eey4 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eey5/eey5l0np.pdf, /eey5/eey5.htm
2eey5 TUB-test chart eey5; TUB-LMS colour vision model
2eey5 4 adaptations of 620,570,520,470, OLM->(OLM)/L
2eey5 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eey6/eey6l0np.pdf, /eey6/eey6.htm
2eey6 TUB-test chart eey6; TUB-LMS colour vision model
2eey6 4 adaptations of 620,570,520,470, OLM->(OLM)/L
2eey6 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eey7/eey7l0np.pdf, /eey7/eey7.htm
2eey7 TUB-test chart eey7; TUB-LMS colour vision model
2eey7 4 adaptations of 595,570,545,520, OLM->(OLM)/L
2eey7 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eey8/eey8l0np.pdf, /eey8/eey8.htm
2eey8 TUB-test chart eey8; TUB-LMS colour vision model
2eey8 WN antagonisme of sensitivities 547,457, V,N->V/g,N/g
2eey8 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eey9/eey9l0np.pdf, /eey9/eey9.htm
2eey9 TUB-test chart eey9; TUB-LMS colour vision model
2eey9 YB antagonisme of sensitivities 570,470, Y,B->J/G,B/G
2eey9 log[sensitivities], log[ratios], lin[thresholds]=0&0,04

/ee2s.htm, /eez0/eez0l0np.pdf, /eez0/eez0.htm
2eez0 Test with frame and image files
/ee2s.htm, /eez1/eez1l0np.pdf, /eez1/eez1.htm
2eez1 Test with frame and image files
/ee2s.htm, /eez2/eez2l0np.pdf, /eez2/eez2.htm
2eez2 Test with frame and image files
/ee2s.htm, /eez3/eez3l0np.pdf, /eez3/eez3.htm
2eez3 Test with frame and image files
/ee2s.htm, /eez4/eez4l0np.pdf, /eez4/eez4.htm
2eez4 Test with frame and image files
/ee2s.htm, /eez5/eez5l0np.pdf, /eez5/eez5.htm
2eez5 Test with frame and image files
/ee2s.htm, /eez6/eez6l0np.pdf, /eez6/eez6.htm
2eez6 TUB-test chart eez6; Wavelength ranges of six
2eez6 Ostwald colours and Ww0, contrast C=25:1
2eez6 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn0

/ee2s.htm, /eez7/eez7l0np.pdf, /eez7/eez7.htm
2eez7 TUB-test chart eez7; Wavelength ranges of six
2eez7 Ostwald colours and Ww2, contrast C=25:1
2eez7 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn2

/ee2s.htm, /eez8/eez8l0np.pdf, /eez8/eez8.htm
2eez8 TUB-test chart eez8; Wavelength ranges of 6
2eez8 Ostwald colours, chromatic values, C=25:1, +-signals
2eez8 Reflections R, Rr=R/0,18, Rs=log(Rr), hue threshold dhA2B2=6

/ee2s.htm, /eez9/eez9l0np.pdf, /eez9/eez9.htm
2eez9 TUB-test chart eez9; Wavelength ranges of 6
2eez9 Ostwald colours, chromatic values, C=2:1, +-signals
2eez9 Reflections R, Rr=R/0,18, Rs=log(Rr), hue threshold dhA2B2=18

/de2s.htm, /DEA0/DEA0L0NP.PDF, /DEA0/DEA0.HTM
2DEA0 TUB-test chart DEA0; Comparison of Qab(xr) and Fab(xr)
2DEA0 Line elements as integral an derivtio
2DEA0 tanh(xr) mit e^(xr/a) und 10^(xr/a')

/de2s.htm, /DEA1/DEA1L0NP.PDF, /DEA1/DEA1.HTM
2DEA1 TUB-test chart DEA1; Q/Fab(xr)-models for visual responses
2DEA1 Q/Fab(xr) with e^(xr/a) and 10^(xr/a')
2DEA1 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEA2/DEA2L0NP.PDF, /DEA2/DEA2.HTM
2DEA2 TUB-test chart DEA2; Q/Fab(xr)-models for visual responses
2DEA2 Normalized Q/Fab(xr) with e^(xr/a) and 10^(xr/a')
2DEA2 a'=a ln(10); a^n = a^0,7, !!under work!!

/de2s.htm, /DEA3/DEA3L0NP.PDF, /DEA3/DEA3.HTM
2DEA3 TUB-Test chart DEA3; Relative elementary colour vision
2DEA3 log & lin [Sensitivities and excitations]; LMS_R17_Mx]
2DEA3 470(G), 520(G), 570(Y), 620(R), threshold ta=0,00

/de2s.htm, /DEA4/DEA4L0NP.PDF, /DEA4/DEA4.HTM
2DEA4 TUB-Test chart DEA4; Relative elementary colour vision
2DEA4 log & lin [Sensitivities and excitations; LMS_R17_Mx]
2DEA4 520(G), 545(P), 570(Y), 595(O), 620(R), threshold ta=0,00

/de2s.htm, /DEA5/DEA5L0NP.PDF, /DEA5/DEA5.HTM
2DEA5 TUB-Test chart DEA5; Relative elementary colour vision
2DEA5 log & lin [Sensitivities and excitations; LMS_R17_Mx]
2DEA5 520(G), 545(P), 570(Y), 595(O), 620(R), threshold ta=0,00

/de2s.htm, /DEA6/DEA6L0NP.PDF, /DEA6/DEA6.HTM
2DEA6 TUB-Test chart DEA6; Relative receptor-colour vision
2DEA6 log & lin [sensitivities and exitations LMS_R21]
2DEA6 495(C), 520(G), 545-557-570(MVL), 595(O), ta=0,00&ti=0,0001

/de2s.htm, /DEA7/DEA7L0NP.PDF, /DEA7/DEA7.HTM
2DEA7 TUB-Test chart DEA7; Relative receptor-colour vision
2DEA7 log & lin [sensitivities and exitations LMS_R21]
2DEA7 495(C), 520(G), 545-557-570(MVL), 595(O), ta=0,00&ti=0,001

/de2s.htm, /DEA8/DEA8L0NP.PDF, /DEA8/DEA8.HTM
2DEA8 TUB-Test chart DEA8; Relative receptor-colour vision
2DEA8 log & lin [sensitivities and exitations LMS_R21]
2DEA8 495(C), 520(G), 545-557-570(MVL), 595(O), ta=0,00&ti=0,01

/de2s.htm, /DEA9/DEA9L0NP.PDF, /DEA9/DEA9.HTM
2DEA9 TUB-test chart DEA9; Relative receptor-colour vision
2DEA9 log & lin [sensitivities and exitations LMS_R21]
2DEA9 507(G), 532(P), 545-557-570(MVL), 582(O), 607(R), ta=0,00

/de2s.htm, /DEB0/DEB0L0NP.PDF, /DEB0/DEB0.HTM
2DEB0 TUB-test chart DEB0; Comparison of Qab(xr) & Fab(xr)
2DEB0 Line elements, contrast, and lightness
2DEB0 Comparison of the model functions

/de2s.htm, /DEB1/DEB1L0NP.PDF, /DEB1/DEB1.HTM
2DEB1 TUB-test chart DEB1; Qab(xr)-model for visual responses
2DEB1 ln(xr) with e^xr/a and 10^xr/a'
2DEB1 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEB2/DEB2L0NP.PDF, /DEB2/DEB2.HTM
2DEB2 TUB-test chart DEB2; Qab(xr)-model for visual responses
2DEB2 ln(xr) with e^xr/a and 10^xr/a'
2DEB2 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEB3/DEB3L0NP.PDF, /DEB3/DEB3.HTM
2DEB3 TUB-test chart DEB3; Qab(xr)-model for visual responses
2DEB3 ln(xr) with e^xr/a and 10^xr/a'
2DEB3 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DEB4/DEB4L0NP.PDF, /DEB4/DEB4.HTM
2DEB4 TUB-test chart DEB4; Qab(xr)-model for visual responses
2DEB4 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEB4 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEB5/DEB5L0NP.PDF, /DEB5/DEB5.HTM
2DEB5 TUB-test chart DEB5; Qab(xr)-model for visual responses
2DEB5 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEB5 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEB6/DEB6L0NP.PDF, /DEB6/DEB6.HTM
2DEB6 TUB-test chart DEB6; Qab(xr)-model for visual responses
2DEB6 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEB6 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DEB7/DEB7L0NP.PDF, /DEB7/DEB7.HTM
2DEB7 TUB-test chart DEB7; Qab(xr)-model for visual responses
2DEB7 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEB7 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEB8/DEB8L0NP.PDF, /DEB8/DEB8.HTM
2DEB8 TUB-test chart DEB8; Qab(xr)-model for visual responses
2DEB8 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEB8 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEB9/DEB9L0NP.PDF, /DEB9/DEB9.HTM
2DEB9 TUB-test chart DEB9; Qab(xr)-model for visual responses
2DEB9 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEB9 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DEC0/DEC0L0NP.PDF, /DEC0/DEC0.HTM
2DEC0 TUB-test chart DEC0; Threshold, contrast, and lightness
2DEC0 Line elements, contrast, and lightness
2DEC0 of Weber-Fechner, Stiles, and Vos&Walraven

/de2s.htm, /DEC1/DEC1L0NP.PDF, /DEC1/DEC1.HTM
2DEC1 TUB-test chart DEC1; Fab(xr)-model for visual responses
2DEC1 tanh(xr) with e^xr/a and 10^xr/a'
2DEC1 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEC2/DEC2L0NP.PDF, /DEC2/DEC2.HTM
2DEC2 TUB-test chart DEC2; Fab(xr)-model for visual responses
2DEC2 tanh(xr) with e^xr/a and 10^xr/a'
2DEC2 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEC3/DEC3L0NP.PDF, /DEC3/DEC3.HTM
2DEC3 TUB-test chart DEC3; Fab(xr)-model for visual responses
2DEC3 tanh(xr) with e^xr/a and 10^xr/a'
2DEC3 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DEC4/DEC4L0NP.PDF, /DEC4/DEC4.HTM
2DEC4 TUB-test chart DEC4; Fab(xr)-model for visual responses
2DEC4 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2DEC4 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEC5/DEC5L0NP.PDF, /DEC5/DEC5.HTM
2DEC5 TUB-test chart DEC5; Fab(xr)-model for visual responses
2DEC5 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2DEC5 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEC6/DEC6L0NP.PDF, /DEC6/DEC6.HTM
2DEC6 TUB-test chart DEC6; Fab(xr)-model for visual responses
2DEC6 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2DEC6 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DEC7/DEC7L0NP.PDF, /DEC7/DEC7.HTM
2DEC7 TUB-test chart DEC7; Fab(xr)-model for visual responses
2DEC7 derivation of the responses; tanh(zr) with 10^zr instead of e^zr
2DEC7 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEC8/DEC8L0NP.PDF, /DEC8/DEC8.HTM
2DEC8 TUB-test chart DEC8; Fab(xr)-model for visual responses
2DEC8 derivation of the responses; tanh(zr) with 10^zr instead of e^zr
2DEC8 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEC9/DEC9L0NP.PDF, /DEC9/DEC9.HTM
2DEC9 TUB-test chart DEC9; Fab(xr)-model for visual responses
2DEC9 derivation of the responses; tanh(zr) with 10^zr instead of e^zr
2DEC9 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DED0/DED0L0NP.PDF, /DED0/DED0.HTM
2DED0 TUB-test chart DED0; Proposal for ISO/IEC 15775
2DED0 ISO-test chart IE-0CSA34 similar to ISO/IEC 15775:1999
2DED0 Layout with 16 figures and the (x,y) positions

/de2s.htm, /DED1/DED1L0NP.PDF, /DED1/DED1.HTM
2DED1 TUB-test chart DED1; Proposal for ISO/IEC 15775
2DED1 ISO-test chart IE-1CSA34 similar to ISO/IEC 15775:1999
2DED1 Layout with 6 figures and the (x,y) positions

/de2s.htm, /DED2/DED2L0NP.PDF, /DED2/DED2.HTM
2DED2 TUB-test chart DED2; Proposal for ISO/IEC 15775
2DED2 ISO-test chart IE-2CSA34 similar to ISO/IEC 15775:1999
2DED2 Layout with 7 figures and the (x,y) positions

/de2s.htm, /DED3/DED3L0NP.PDF, /DED3/DED3.HTM
2DED3 TUB-test chart DED3; Proposal for ISO/IEC 15775
2DED3 ISO-test chart E1-1TSA34 similar to ISO/IEC 15775:1999
2DED3 TUB-test chart 1 with 6 achromatic figures

/de2s.htm, /DED4/DED4L0NP.PDF, /DED4/DED4.HTM
2DED4 TUB-test chart DED4; Proposal for ISO/IEC 15775
2DED4 ISO-test chart E1-2CSA34 similar to ISO/IEC 15775:1999
2DED4 TUB-test chart 2 with 7 chromatic figures

/de2s.htm, /DED5/DED5L0NP.PDF, /DED5/DED5.HTM
2DED5 TUB-test chart DED5; Proposal for ISO/IEC 15775
2DED5 ISO-test chart E1-3TSA34 similar to ISO/IEC 15775:1999
2DED5 TUB-test chart 3 with 6 achromatic figures

/de2s.htm, /DED6/DED6L0NP.PDF, /DED6/DED6.HTM
2DED6 TUB-test chart DED6; Proposal for ISO/IEC 15775
2DED6 ISO-test chart E1-4CSA34 similar to ISO/IEC 15775:1999
2DED6 TUB-test chart 4 with 7 chromatic figures

/de2s.htm, /DED7/DED7L0NP.PDF, /DED7/DED7.HTM
2DED7 TUB-test chart DED7; Proposal for ISO/IEC 15775
2DED7 ISO-test chart AE49 according to ISO 9241-306:2018
2DED7 TUB-test chart with 1080 colours for output linearisation

/de2s.htm, /DED8/DED8L0NP.PDF, /DED8/DED8.HTM
2DED8 TUB-test chart DED8; Proposal for ISO/IEC 15775
2DED8 ISO-test chart AE49 according to ISO 9241-306:2018
2DED8 Table with 1080 hexadecimal rgb data

/de2s.htm, /DED9/DED9L0NP.PDF, /DED9/DED9.HTM
2DED9 TUB-test chart DED9; Proposal for ISO/IEC 15775
2DED9 ISO-test chart AE49 according to ISO 9241-306:2018
2DED9 Table of the 1080 rgb data normalized to 1

/de2s.htm, /DEE0/DEE0L0NP.PDF, /DEE0/DEE0.HTM
2DEE0 TUB-test chart DEE0; Proposal for ISO/IEC 15775
2DEE0 ISO-test chart E2-2CSA34 similar to ISO/IEC 15775:1999
2DEE0 TUB-test chart 2 with 7 chromatic figures

/de2s.htm, /DEE1/DEE1L0NP.PDF, /DEE1/DEE1.HTM
2DEE1 TUB-test chart DEE1; Proposal for ISO/IEC 15775
2DEE1 ISO-test chart E2-4CSA34 similar to ISO/IEC 15775:1999
2DEE1 TUB-test chart 4 with 7 chromatic figures

/de2s.htm, /DEE2/DEE2L0NP.PDF, /DEE2/DEE2.HTM
2DEE2 TUB-test chart DEE2; Proposal for ISO/IEC 15775
2DEE2 ISO-test chart E3-2CSA34 similar to ISO/IEC 15775:1999
2DEE2 TUB-test chart 2 with 7 chromatic figures

/de2s.htm, /DEE3/DEE3L0NP.PDF, /DEE3/DEE3.HTM
2DEE3 TUB-test chart DEE3; Proposal for ISO/IEC 15775
2DEE3 ISO-test chart E3-4CSA34 similar to ISO/IEC 15775:1999
2DEE3 TUB-test chart 4 with 7 chromatic figures

/de2s.htm, /DEE4/DEE4L0NP.PDF, /DEE4/DEE4.HTM
2DEE4 TUB-test chart DEE4; Proposal for ISO/IEC 15775
2DEE4 ISO-test chart E4-2CSA34 similar to ISO/IEC 15775:1999
2DEE4 TUB-test chart 2 with 7 chromatic figures

/de2s.htm, /DEE5/DEE5L0NP.PDF, /DEE5/DEE5.HTM
2DEE5 TUB-test chart DEE5; Proposal for ISO/IEC 15775
2DEE5 ISO-test chart E4-4CSA34 similar to ISO/IEC 15775:1999
2DEE5 TUB-test chart 4 with 7 chromatic figures

/de2s.htm, /DEE6/DEE6L0NP.PDF, /DEE6/DEE6.HTM
2DEE6 TUB-test chart DEE6; Proposal for ISO/IEC 15775
2DEE6 ISO-test chart AE49 according to ISO 9241-306:2018
2DEE6 TUB-test chart with 1080 colours for output linearisation

/de2s.htm, /DEE7/DEE7L0NP.PDF, /DEE7/DEE7.HTM
2DEE7 TUB-test chart DEE7; Proposal for ISO/IEC 15775
2DEE7 ISO-test chart AE49 according to ISO 9241-306:2018
2DEE7 Table with 729 L*a*b* data for standard illuminant D65

/de2s.htm, /DEE8/DEE8L0NP.PDF, /DEE8/DEE8.HTM
2DEE8 TUB-test chart DEE8; Proposal for ISO/IEC 15775
2DEE8 ISO-test chart AE49 according to ISO 9241-306:2018
2DEE8 Table with 729 L*a*b* data for CIE illuminant D50

/de2s.htm, /DEE9/DEE9L0NP.PDF, /DEE9/DEE9.HTM
2DEE9 TUB-test chart DEE9; Proposal for ISO/IEC 15775
2DEE9 ISO-test chart AE49 according to ISO 9241-306:2018
2DEE9 Table with 729 L*a*b* differences between D65 and D50

/de2s.htm, /DEF0/DEF0L0NP.PDF, /DEF0/DEF0.HTM
2DEF0 TUB-test chart DEF0; Ostwald-optimal colours
2DEF0 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2DEF0 XYZ data, wavelength limits, and 8 colour diagrams

/de2s.htm, /DEF1/DEF1L0NP.PDF, /DEF1/DEF1.HTM
2DEF1 TUB-test chart DEF1; Ostwald-optimal colours
2DEF1 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2DEF1 Table data XYZ and YABCh with wavelength limits

/de2s.htm, /DEF2/DEF2L0NP.PDF, /DEF2/DEF2.HTM
2DEF2 TUB-test chart DEF2; Ostwald-optimal colours
2DEF2 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2DEF2 Table data YABCh1 and YABCh2 with wavelength limits

/de2s.htm, /DEF3/DEF3L0NP.PDF, /DEF3/DEF3.HTM
2DEF3 TUB-test chart DEF3; Ostwald-optimal colours
2DEF3 YN=3,6, YW=90, CIE illuminant D50, CIE 02 degree
2DEF3 XYZ data, wavelength limits, and 8 colour diagrams

/de2s.htm, /DEF4/DEF4L0NP.PDF, /DEF4/DEF4.HTM
2DEF4 TUB-test chart DEF4; Ostwald-optimal colours
2DEF4 YN=3,6, YW=90, CIE illuminant D50, CIE 02 degree
2DEF4 Table data XYZ and YABCh with wavelength limits

/de2s.htm, /DEF5/DEF5L0NP.PDF, /DEF5/DEF5.HTM
2DEF5 TUB-test chart DEF5; Ostwald-optimal colours
2DEF5 YN=3,6, YW=90, CIE illuminant D50, CIE 02 degree
2DEF5 Table data YABCh1 and YABCh2 with wavelength limits

/de2s.htm, /DEF6/DEF6L0NP.PDF, /DEF6/DEF6.HTM
2DEF6 TUB-test chart DEF6; Ostwald-optimal colours
2DEF6 YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
2DEF6 XYZ data, wavelength limits, and 8 colour diagrams

/de2s.htm, /DEF7/DEF7L0NP.PDF, /DEF7/DEF7.HTM
2DEF7 TUB-test chart DEF7; Ostwald-optimal colours
2DEF7 YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
2DEF7 Table data XYZ and YABCh with wavelength limits

/de2s.htm, /DEF8/DEF8L0NP.PDF, /DEF8/DEF8.HTM
2DEF8 TUB-test chart DEF8; Ostwald-optimal colours
2DEF8 YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
2DEF8 Table data YABCh1 and YABCh2 with wavelength limits

/de2s.htm, /DEF9/DEF9L0NP.PDF, /DEF9/DEF9.HTM
2DEF9 TUB-test chart DEF9; 8 spectral radiations of Pxx and Dxx
2DEF9 and Dxx for calculation of Ostwald optimal colours;
2DEF9 wavelength limits by (x,y)400,700; CIE 02-degree observer

/de2s.htm, /DEG0/DEG0L0NP.PDF, /DEG0/DEG0.HTM
2DEG0 TUB-test chart DEG0; Comparison of Qab(xr) & Fab(xr)
2DEG0 Line elements, contrast, and lightness
2DEG0 Comparison of the model functions

/de2s.htm, /DEG1/DEG1L0NP.PDF, /DEG1/DEG1.HTM
2DEG1 TUB-test chart DEG1; Qab(xr)-model for visual responses
2DEG1 ln(xr) with e^xr/a and 10^xr/a'
2DEG1 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEG2/DEG2L0NP.PDF, /DEG2/DEG2.HTM
2DEG2 TUB-test chart DEG2; Qab(xr)-model for visual responses
2DEG2 ln(xr) with e^xr/a and 10^xr/a'
2DEG2 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEG3/DEG3L0NP.PDF, /DEG3/DEG3.HTM
2DEG3 TUB-test chart DEG3; Qab(xr)-model for visual responses
2DEG3 ln(xr) with e^xr/a and 10^xr/a'
2DEG3 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DEG4/DEG4L0NP.PDF, /DEG4/DEG4.HTM
2DEG4 TUB-test chart DEG4; Qab(xr)-model for visual responses
2DEG4 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEG4 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEG5/DEG5L0NP.PDF, /DEG5/DEG5.HTM
2DEG5 TUB-test chart DEG5; Qab(xr)-model for visual responses
2DEG5 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEG5 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEG6/DEG6L0NP.PDF, /DEG6/DEG6.HTM
2DEG6 TUB-test chart DEG6; Qab(xr)-model for visual responses
2DEG6 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEG6 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DEG7/DEG7L0NP.PDF, /DEG7/DEG7.HTM
2DEG7 TUB-test chart DEG7; Qab(xr)-model for visual responses
2DEG7 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEG7 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEG8/DEG8L0NP.PDF, /DEG8/DEG8.HTM
2DEG8 TUB-test chart DEG8; Qab(xr)-model for visual responses
2DEG8 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEG8 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEG9/DEG9L0NP.PDF, /DEG9/DEG9.HTM
2DEG9 TUB-test chart DEG9; Qab(xr)-model for visual responses
2DEG9 derivation of the responses; ln(xr) with e^xr/a and 10^xr/a'
2DEG9 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DEH0/DEH0L0NP.PDF, /DEH0/DEH0.HTM
2DEH0 TUB-test chart DEH0; Threshold, contrast, and lightness
2DEH0 Line elements, contrast, and lightness
2DEH0 of Weber-Fechner, Stiles, and Vos&Walraven

/de2s.htm, /DEH1/DEH1L0NP.PDF, /DEH1/DEH1.HTM
2DEH1 TUB-test chart DEH1; Fab(xr)-model for visual responses
2DEH1 tanh(xr) with e^xr/a and 10^xr/a'
2DEH1 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEH2/DEH2L0NP.PDF, /DEH2/DEH2.HTM
2DEH2 TUB-test chart DEH2; Fab(xr)-model for visual responses
2DEH2 tanh(xr) with e^xr/a and 10^xr/a'
2DEH2 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEH3/DEH3L0NP.PDF, /DEH3/DEH3.HTM
2DEH3 TUB-test chart DEH3; Fab(xr)-model for visual responses
2DEH3 tanh(xr) with e^xr/a and 10^xr/a'
2DEH3 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DEH4/DEH4L0NP.PDF, /DEH4/DEH4.HTM
2DEH4 TUB-test chart DEH4; Fab(xr)-model for visual responses
2DEH4 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2DEH4 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEH5/DEH5L0NP.PDF, /DEH5/DEH5.HTM
2DEH5 TUB-test chart DEH5; Fab(xr)-model for visual responses
2DEH5 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2DEH5 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEH6/DEH6L0NP.PDF, /DEH6/DEH6.HTM
2DEH6 TUB-test chart DEH6; Fab(xr)-model for visual responses
2DEH6 derivation of the responses; tanh(xr) with e^xr/a and 10^xr/a'
2DEH6 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DEH7/DEH7L0NP.PDF, /DEH7/DEH7.HTM
2DEH7 TUB-test chart DEH7; Fab(xr)-model for visual responses
2DEH7 derivation of the responses; tanh(zr) with 10^zr instead of e^zr
2DEH7 a'=a ln(10); a^n = a^1,0

/de2s.htm, /DEH8/DEH8L0NP.PDF, /DEH8/DEH8.HTM
2DEH8 TUB-test chart DEH8; Fab(xr)-model for visual responses
2DEH8 derivation of the responses; tanh(zr) with 10^zr instead of e^zr
2DEH8 a'=a ln(10); a^n = a^0,7

/de2s.htm, /DEH9/DEH9L0NP.PDF, /DEH9/DEH9.HTM
2DEH9 TUB-test chart DEH9; Fab(xr)-model for visual responses
2DEH9 derivation of the responses; tanh(zr) with 10^zr instead of e^zr
2DEH9 a'=a ln(10); a^n = a^0,5

/de2s.htm, /DEI0/DEI0L0NP.PDF, /DEI0/DEI0.HTM
2DEI0 TUB-test chart DEI0; Proposal for ISO/IEC 15775
2DEI0 ISO-test chart IE-0CSA34 similar to ISO/IEC 15775:1999
2DEI0 Layout with 16 figures and the (x,y) positions

/de2s.htm, /DEI1/DEI1L0NP.PDF, /DEI1/DEI1.HTM
2DEI1 TUB-test chart DEI1; Proposal for ISO/IEC 15775
2DEI1 ISO-test chart IE-1CSA34 similar to ISO/IEC 15775:1999
2DEI1 Layout with 6 figures and the (x,y) positions

/de2s.htm, /DEI2/DEI2L0NP.PDF, /DEI2/DEI2.HTM
2DEI2 TUB-test chart DEI2; Proposal for ISO/IEC 15775
2DEI2 ISO-test chart IE-2CSA34 similar to ISO/IEC 15775:1999
2DEI2 Layout with 7 figures and the (x,y) positions

/de2s.htm, /DEI3/DEI3L0NP.PDF, /DEI3/DEI3.HTM
2DEI3 TUB-test chart DEI3; Proposal for ISO/IEC 15775
2DEI3 ISO-test chart E1-1TSA34 similar to ISO/IEC 15775:1999
2DEI3 TUB-test chart 1 with 6 achromatic figures

/de2s.htm, /DEI4/DEI4L0NP.PDF, /DEI4/DEI4.HTM
2DEI4 TUB-test chart DEI4; Proposal for ISO/IEC 15775
2DEI4 ISO-test chart E3-2CSA34 similar to ISO/IEC 15775:1999
2DEI4 TUB-test chart 2 with 7 chromatic figures

/de2s.htm, /DEI5/DEI5L0NP.PDF, /DEI5/DEI5.HTM
2DEI5 TUB-test chart DEI5; Proposal for ISO/IEC 15775
2DEI5 ISO-test chart E1-3TSA34 similar to ISO/IEC 15775:1999
2DEI5 TUB-test chart 1 with 6 achromatic figures

/de2s.htm, /DEI6/DEI6L0NP.PDF, /DEI6/DEI6.HTM
2DEI6 TUB-test chart DEI6; Proposal for ISO/IEC 15775
2DEI6 ISO-test chart E3-4CSA34 similar to ISO/IEC 15775:1999
2DEI6 TUB-test chart 4 with 7 chromatic figures

/de2s.htm, /DEI7/DEI7L0NP.PDF, /DEI7/DEI7.HTM
2DEI7 TUB-test chart DEI7; Proposal for ISO/IEC 15775
2DEI7 ISO-test chart AE49 according to ISO 9241-306:2018
2DEI7 TUB-test chart with 1080 colours for output linearisation

/de2s.htm, /DEI8/DEI8L0NP.PDF, /DEI8/DEI8.HTM
2DEI8 TUB-test chart DEI8; Proposal for ISO/IEC 15775
2DEI8 ISO-test chart AE49 according to ISO 9241-306:2018
2DEI8 Table with 1080 hexadecimal rgb data

/de2s.htm, /DEI9/DEI9L0NP.PDF, /DEI9/DEI9.HTM
2DEI9 TUB-test chart DEI9; Proposal for ISO/IEC 15775
2DEI9 ISO-test chart AE49 according to ISO 9241-306:2018
2DEI9 Table of the 1080 rgb data normalized to 1

/de2s.htm, /DEJ0/DEJ0L0NP.PDF, /DEJ0/DEJ0.HTM
2DEJ0 TUB-test chart DEJ0; Ostwald-optimal colours
2DEJ0 YN=3,6, YW=90, CIE illuminant D65, CIE 10 degree
2DEJ0 XYZ data, wavelength limits, and 8 colour diagrams

/de2s.htm, /DEJ1/DEJ1L0NP.PDF, /DEJ1/DEJ1.HTM
2DEJ1 TUB-test chart DEJ1; Ostwald-optimal colours
2DEJ1 YN=3,6, YW=90, CIE illuminant D65, CIE 10 degree
2DEJ1 Table data XYZ and YABCh with wavelength limits

/de2s.htm, /DEJ2/DEJ2L0NP.PDF, /DEJ2/DEJ2.HTM
2DEJ2 TUB-test chart DEJ2; Ostwald-optimal colours
2DEJ2 YN=3,6, YW=90, CIE illuminant D65, CIE 10 degree
2DEJ2 Table data YABCh1 and YABCh2 with wavelength limits

/de2s.htm, /DEJ3/DEJ3L0NP.PDF, /DEJ3/DEJ3.HTM
2DEJ3 TUB-test chart DEJ3; Ostwald-optimal colours
2DEJ3 YN=3,6, YW=90, CIE illuminant D50, CIE 10 degree
2DEJ3 XYZ data, wavelength limits, and 8 colour diagrams

/de2s.htm, /DEJ4/DEJ4L0NP.PDF, /DEJ4/DEJ4.HTM
2DEJ4 TUB-test chart DEJ4; Ostwald-optimal colours
2DEJ4 YN=3,6, YW=90, CIE illuminant D50, CIE 10 degree
2DEJ4 Table data XYZ and YABCh with wavelength limits

/de2s.htm, /DEJ5/DEJ5L0NP.PDF, /DEJ5/DEJ5.HTM
2DEJ5 TUB-test chart DEJ5; Ostwald-optimal colours
2DEJ5 YN=3,6, YW=90, CIE illuminant D50, CIE 10 degree
2DEJ5 Table data YABCh1 and YABCh2 with wavelength limits

/de2s.htm, /DEJ6/DEJ6L0NP.PDF, /DEJ6/DEJ6.HTM
2DEJ6 TUB-test chart DEJ6; Ostwald-optimal colours
2DEJ6 YN=3,6, YW=90, CIE illuminant A, CIE 10 degree
2DEJ6 XYZ data, wavelength limits, and 8 colour diagrams

/de2s.htm, /DEJ7/DEJ7L0NP.PDF, /DEJ7/DEJ7.HTM
2DEJ7 TUB-test chart DEJ7; Ostwald-optimal colours
2DEJ7 YN=3,6, YW=90, CIE illuminant A, CIE 10 degree
2DEJ7 Table data XYZ and YABCh with wavelength limits

/de2s.htm, /DEJ8/DEJ8L0NP.PDF, /DEJ8/DEJ8.HTM
2DEJ8 TUB-test chart DEJ8; Ostwald-optimal colours
2DEJ8 YN=3,6, YW=90, CIE illuminant A, CIE 10 degree
2DEJ8 Table data YABCh1 and YABCh2 with wavelength limits

/de2s.htm, /DEJ9/DEJ9L0NP.PDF, /DEJ9/DEJ9.HTM
2DEJ9 TUB-test chart DEJ9; 8 spectral radiations of Pxx and Dxx
2DEJ9 and Dxx for calculation of Ostwald optimal colours;
2DEJ9 wavelength limits by (x,y)400,700; CIE 10-degree observer

/de2s.htm, /DEK0/DEK0L0NP.PDF, /DEK0/DEK0.HTM
2DEK0 TUB-test chart DEK0; Transfer: analog-digital
2DEK0 Photo-CD: slide (sf, left) and negative film (nf, right)
2DEK0 from under to over exposure in 7 steps, pixel: 192x128

/de2s.htm, /DEK1/DEK1L0NP.PDF, /DEK1/DEK1.HTM
2DEK1 TUB-test chart DEK1; Raw scan, original size
2DEK1 Slide (sf, left) and negative film (nf, right), pixel: 192x128
2DEK1 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEK2/DEK2L0NP.PDF, /DEK2/DEK2.HTM
2DEK2 TUB-test chart DEK2; Scan, reduced size
2DEK2 Slide (sf, left) and negative film (nf, right), pixel: 192x128
2DEK2 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEK3/DEK3L0NP.PDF, /DEK3/DEK3.HTM
2DEK3 TUB-test chart DEK3; Scan, reduced size with grid
2DEK3 Slide (sf, left) and negative film (nf, right), pixel: 192x128
2DEK3 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEK4/DEK4L0NP.PDF, /DEK4/DEK4.HTM
2DEK4 TUB-test chart DEK4; Scan, reduced size, linearized
2DEK4 Slide (sf, left) and negative film (nf, right), pixel: 192x128
2DEK4 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEK5/DEK5L0NP.PDF, /DEK5/DEK5.HTM
2DEK5 TUB-test chart DEK5; Scan, reduced, linearized, with grid
2DEK5 Slide (sf, left) and negative film (nf, right), pixel: 192x128
2DEK5 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEK6/DEK6L0NP.PDF, /DEK6/DEK6.HTM
2DEK6 TUB-test chart DEK6; Scan of 16 CIE and 16 grey colours
2DEK6 Slide (sf, left) and negative film (nf, right), pixel: 192x128
2DEK6 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEK7/DEK7L0NP.PDF, /DEK7/DEK7.HTM
2DEK7 TUB-test chart DEK7; Scan, reduced, linearized
2DEK7 Slide (sf) & negative film (nf), gamma 0,475<=gP<=1,000, 192x128
2DEK7 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEK8/DEK8L0NP.PDF, /DEK8/DEK8.HTM
2DEK8 TUB-test chart DEK7; Scan, reduced, linearized
2DEK8 Slide film (sf), relative gamma 0,475<=gP<=2,105, pixel: 192x128
2DEK8 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEK9/DEK9L0NP.PDF, /DEK9/DEK9.HTM
2DEK9 TUB-test chart DEK8; Scan, reduced, linearized
2DEK9 Negative film (sf), rel. gamma 0,475<=gP<=2,105, pixel: 192x128
2DEK9 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEL0/DEL0L0NP.PDF, /DEL0/DEL0.HTM
2DEL0 TUB-test chart DEL0; Transfer: analog-digital
2DEL0 Photo-CD: slide (sf, left) and negative film (nf, right)
2DEL0 from under to over exposure in 7 steps, pixel: 384x256

/de2s.htm, /DEL1/DEL1L0NP.PDF, /DEL1/DEL1.HTM
2DEL1 TUB-test chart DEL1; Raw scan, original size
2DEL1 Slide (sf, left) and negative film (nf, right), pixel: 384x256
2DEL1 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEL2/DEL2L0NP.PDF, /DEL2/DEL2.HTM
2DEL2 TUB-test chart DEL2; Scan, reduced size
2DEL2 Slide (sf, left) and negative film (nf, right), pixel: 384x256
2DEL2 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEL3/DEL3L0NP.PDF, /DEL3/DEL3.HTM
2DEL3 TUB-test chart DEL3; Scan, reduced size with grid
2DEL3 Slide (sf, left) and negative film (nf, right), pixel: 384x256
2DEL3 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEL4/DEL4L0NP.PDF, /DEL4/DEL4.HTM
2DEL4 TUB-test chart DEL4; Scan, reduced size, linearized
2DEL4 Slide (sf, left) and negative film (nf, right), pixel: 384x256
2DEL4 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEL5/DEL5L0NP.PDF, /DEL5/DEL5.HTM
2DEL5 TUB-test chart DEL5; Scan, reduced, linearized, with grid
2DEL5 Slide (sf, left) and negative film (nf, right), pixel: 384x256
2DEL5 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEL6/DEL6L0NP.PDF, /DEL6/DEL6.HTM
2DEL6 TUB-test chart DEL6; Scan of 16 CIE and 16 grey colours
2DEL6 Slide (sf, left) and negative film (nf, right), pixel: 384x256
2DEL6 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEL7/DEL7L0NP.PDF, /DEL7/DEL7.HTM
2DEL7 TUB-test chart DEL7; Scan, reduced, linearized
2DEL7 Slide (sf) & negative film (nf), gamma 0,475<=gP<=1,000, 384x256
2DEL7 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEL8/DEL8L0NP.PDF, /DEL8/DEL8.HTM
2DEL8 TUB-test chart DEL7; Scan, reduced, linearized
2DEL8 Slide film (sf), relative gamma 0,475<=gP<=2,105, pixel: 384x256
2DEL8 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEL9/DEL9L0NP.PDF, /DEL9/DEL9.HTM
2DEL9 TUB-test chart DEL8; Scan, reduced, linearized
2DEL9 Negative film (sf), rel. gamma 0,475<=gP<=2,105, pixel: 384x256
2DEL9 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEM0/DEM0L0NP.PDF, /DEM0/DEM0.HTM
2DEM0 TUB-test chart DEM0; Transfer: analog-digital
2DEM0 Photo-CD: slide (sf, left) and negative film (nf, right)
2DEM0 from under to over exposure in 7 steps, pixel: 768x512

/de2s.htm, /DEM1/DEM1L0NP.PDF, /DEM1/DEM1.HTM
2DEM1 TUB-test chart DEM1; Raw scan, original size
2DEM1 Slide (sf, left) and negative film (nf, right), pixel: 768x512
2DEM1 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEM2/DEM2L0NP.PDF, /DEM2/DEM2.HTM
2DEM2 TUB-test chart DEM2; Scan, reduced size
2DEM2 Slide (sf, left) and negative film (nf, right), pixel: 768x512
2DEM2 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEM3/DEM3L0NP.PDF, /DEM3/DEM3.HTM
2DEM3 TUB-test chart DEM3; Scan, reduced size with grid
2DEM3 Slide (sf, left) and negative film (nf, right), pixel: 768x512
2DEM3 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEM4/DEM4L0NP.PDF, /DEM4/DEM4.HTM
2DEM4 TUB-test chart DEM4; Scan, reduced size, linearized
2DEM4 Slide (sf, left) and negative film (nf, right), pixel: 768x512
2DEM4 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEM5/DEM5L0NP.PDF, /DEM5/DEM5.HTM
2DEM5 TUB-test chart DEM5; Scan, reduced, linearized, with grid
2DEM5 Slide (sf, left) and negative film (nf, right), pixel: 768x512
2DEM5 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEM6/DEM6L0NP.PDF, /DEM6/DEM6.HTM
2DEM6 TUB-test chart DEM6; Scan of 16 CIE and 16 grey colours
2DEM6 Slide (sf, left) and negative film (nf, right), pixel: 768x512
2DEM6 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEM7/DEM7L0NP.PDF, /DEM7/DEM7.HTM
2DEM7 TUB-test chart DEM7; Scan, reduced, linearized
2DEM7 Slide (sf) & negative film (nf), gamma 0,475<=gP<=1,000, 768x512
2DEM7 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEM8/DEM8L0NP.PDF, /DEM8/DEM8.HTM
2DEM8 TUB-test chart DEM7; Scan, reduced, linearized
2DEM8 Slide film (sf), relative gamma 0,475<=gP<=2,105, pixel: 768x512
2DEM8 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEM9/DEM9L0NP.PDF, /DEM9/DEM9.HTM
2DEM9 TUB-test chart DEM8; Scan, reduced, linearized
2DEM9 Negative film (sf), rel. gamma 0,475<=gP<=2,105, pixel: 768x512
2DEM9 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEN0/DEN0L0NP.PDF, /DEN0/DEN0.HTM
2DEN0 TUB-test chart DEN0; Transfer: analog-digital
2DEN0 Photo-CD: slide (sf, left) and negative film (nf, right)
2DEN0 from under to over exposure in 7 steps, pixel: 040x027

/de2s.htm, /DEN1/DEN1L0NP.PDF, /DEN1/DEN1.HTM
2DEN1 TUB-test chart DEN1; Raw scan, original size
2DEN1 Slide (sf, left) and negative film (nf, right), pixel: 040x027
2DEN1 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEN2/DEN2L0NP.PDF, /DEN2/DEN2.HTM
2DEN2 TUB-test chart DEN2; Scan, reduced size
2DEN2 Slide (sf, left) and negative film (nf, right), pixel: 040x027
2DEN2 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEN3/DEN3L0NP.PDF, /DEN3/DEN3.HTM
2DEN3 TUB-test chart DEN3; Scan, reduced size with grid
2DEN3 Slide (sf, left) and negative film (nf, right), pixel: 040x027
2DEN3 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEN4/DEN4L0NP.PDF, /DEN4/DEN4.HTM
2DEN4 TUB-test chart DEN4; Scan, reduced size, linearized
2DEN4 Slide (sf, left) and negative film (nf, right), pixel: 040x027
2DEN4 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEN5/DEN5L0NP.PDF, /DEN5/DEN5.HTM
2DEN5 TUB-test chart DEN5; Scan, reduced, linearized, with grid
2DEN5 Slide (sf, left) and negative film (nf, right), pixel: 040x027
2DEN5 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEN6/DEN6L0NP.PDF, /DEN6/DEN6.HTM
2DEN6 TUB-test chart DEN6; Scan of 16 CIE and 16 grey colours
2DEN6 Slide (sf, left) and negative film (nf, right), pixel: 040x027
2DEN6 Reflective original according to ISO/IEC 15775 & ISO 9241-306

/de2s.htm, /DEN7/DEN7L0NP.PDF, /DEN7/DEN7.HTM
2DEN7 TUB-test chart DEN7; Scan model, not linearized
2DEN7 Start-ISO-Gamma gPs=1,0, gamma 0,475<=gP<=2,105, 040x027
2DEN7 Reflective original according to AE49 of ISO 9241-306

/de2s.htm, /DEN8/DEN8L0NP.PDF, /DEN8/DEN8.HTM
2DEN8 TUB-test chart DEN7; Scan model, not linearized
2DEN8 Start-ISO-Gamma gPs=1,0, gamma 0,475<=gP<=2,105, 200x135
2DEN8 Reflective original according to AE49 of ISO 9241-306

/de2s.htm, /DEN9/DEN9L0NP.PDF, /DEN9/DEN9.HTM
2DEN9 TUB-test chart DEN8; Scan model, not linearized
2DEN9 Start-ISO-Gamma gPs=1,0, gamma 0,475<=gP<=2,105, 400x270
2DEN9 Reflective original according to AE49 of ISO 9241-306

/de2s.htm, /DEO0/DEO0L0NP.PDF, /DEO0/DEO0.HTM
2DEO0 TUB-test chart DEO0; MacAdam ellipses
2DEO0 all samples, Y=180, lightness L*CIELAB=125
2DEO0 illuminant E00, 4 chromaticity diagrams

/de2s.htm, /DEO1/DEO1L0NP.PDF, /DEO1/DEO1.HTM
2DEO1 TUB-test chart DEO1; OSA colour system
2DEO1 all samples, lightness L*OSA=-4 near L*CIELAB=20
2DEO1 standard illuminant D65, 4 chromaticity diagrams

/de2s.htm, /DEO2/DEO2L0NP.PDF, /DEO2/DEO2.HTM
2DEO2 TUB-test chart DEO2; OSA colour system
2DEO2 all samples, lightness L*OSA=0 near L*CIELAB=50
2DEO2 standard illuminant D65, 4 chromaticity diagrams

/de2s.htm, /DEO3/DEO3L0NP.PDF, /DEO3/DEO3.HTM
2DEO3 TUB-test chart DEO3; OSA colour system
2DEO3 all samples, lightness L*OSA=4 near L*CIELAB=80
2DEO3 standard illuminant D65, 4 chromaticity diagrams

/de2s.htm, /DEO4/DEO4L0NP.PDF, /DEO4/DEO4.HTM
2DEO4 TUB-test chart DEO4; Munsell colour system
2DEO4 all samples, lightness Value 2 near L*CIELAB=20
2DEO4 illuminant C00, 4 chromaticity diagrams

/de2s.htm, /DEO5/DEO5L0NP.PDF, /DEO5/DEO5.HTM
2DEO5 TUB-test chart DEO5; Munsell colour system
2DEO5 all samples, lightness Value 5 near L*CIELAB=50
2DEO5 illuminant C00, 4 chromaticity diagrams

/de2s.htm, /DEO6/DEO6L0NP.PDF, /DEO6/DEO6.HTM
2DEO6 TUB-test chart DEO6; Munsell colour system
2DEO6 all samples, lightness Value 8 near L*CIELAB=80
2DEO6 illuminant C00, 4 chromaticity diagrams

/de2s.htm, /DEO7/DEO7L0NP.PDF, /DEO7/DEO7.HTM
2DEO7 TUB-test chart DEO7; Munsell colour system
2DEO7 Chroma 2, Value 1,2,5,8, and 9, L*CIELAB=10, 20, 50, 80, 90
/de2s.htm, /DEO8/DEO8L0NP.PDF, /DEO8/DEO8.HTM
2DEO8 TUB-test chart DEO8; MacAdam ellipses
2DEO8 all samples, Y=180, lightness L*CIELAB=125
2DEO8 illuminant E00, 8 chromaticity diagrams

/de2s.htm, /DEO9/DEO9L0NP.PDF, /DEO9/DEO9.HTM
2DEO9 TUB-test chart DEO9; OSA colour system
2DEO9 all samples, lightness L*OSA=-4 near L*CIELAB=20
2DEO9 standard illuminant D65, 8 chromaticity diagrams

/de2s.htm, /DEP0/DEP0L0NP.PDF, /DEP0/DEP0.HTM
2DEP0 TUB-test chart DEP0; OSA colour system
2DEP0 all samples, lightness L*OSA=0 near L*CIELAB=50
2DEP0 standard illuminant D65, 8 chromaticity diagrams

/de2s.htm, /DEP1/DEP1L0NP.PDF, /DEP1/DEP1.HTM
2DEP1 TUB-test chart DEP1; OSA colour system
2DEP1 all samples, lightness L*OSA=4 near L*CIELAB=80
2DEP1 standard illuminant D65, 8 chromaticity diagrams

/de2s.htm, /DEP2/DEP2L0NP.PDF, /DEP2/DEP2.HTM
2DEP2 TUB-test chart DEP2; Munsell colour system
2DEP2 all samples, lightness Value 2 near L*CIELAB=20
2DEP2 illuminant C00, 8 chromaticity diagrams

/de2s.htm, /DEP3/DEP3L0NP.PDF, /DEP3/DEP3.HTM
2DEP3 TUB-test chart DEP3; Munsell colour system
2DEP3 all samples, lightness Value 5 near L*CIELAB=50
2DEP3 illuminant C00, 8 chromaticity diagrams

/de2s.htm, /DEP4/DEP4L0NP.PDF, /DEP4/DEP4.HTM
2DEP4 TUB-test chart DEP4; Munsell colour system
2DEP4 all samples, lightness Value 8 near L*CIELAB=80
2DEP4 illuminant C00, 8 chromaticity diagrams

/de2s.htm, /DEP5/DEP5L0NP.PDF, /DEP5/DEP5.HTM
2DEP5 TUB-test chart DEP5; Munsell colour system
2DEP5 for lightness Value 1 to 9, L*CIELAB=10 to 90
2DEP5 illuminant C00, 8 chromaticity diagrams

/de2s.htm, /DEP6/DEP6L0NP.PDF, /DEP6/DEP6.HTM
2DEP6 TUB-test chart DEP6; Munsell colour system
2DEP6 Chroma 2, Value 1,2,5,8, and 9, L*CIELAB=10, 20, 50, 80, 90
/de2s.htm, /DEP7/DEP7L0NP.PDF, /DEP7/DEP7.HTM
2DEP7 TUB-test chart DEP7; Munsell colour system
2DEP7 Chroma 2, Value 1,2,5,8, and 9, L*CIELAB=10, 20, 50, 80, 90
/de2s.htm, /DEP8/DEP8L0NP.PDF, /DEP8/DEP8.HTM
2DEP8 TUB-test chart DEP8; Munsell colour system
2DEP8 Chroma 2, Value 1,2,5,8, and 9, L*CIELAB=10, 20, 50, 80, 90
/de2s.htm, /DEP9/DEP9L0NP.PDF, /DEP9/DEP9.HTM
2DEP9 TUB-test chart DEP9; Munsell colour system
2DEP9 Chroma 2, Value 1,2,5,8, and 9, L*CIELAB=10, 20, 50, 80, 90
/de2s.htm, /DEQ0/DEQ0L0NP.PDF, /DEQ0/DEQ0.HTM
2DEQ0 TUB-test chart DEQ0; Colour threholds and colour spaces
2DEQ0 CIELAB and LABJND colour spaces, and colour differences
2DEQ0 for different applications

/de2s.htm, /DEQ1/DEQ1L0NP.PDF, /DEQ1/DEQ1.HTM
2DEQ1 TUB-test chart DEQ1; LABJND-line elements of CIE 230:2019
2DEQ1 log[lightness L*], threshold delta Y
2DEQ1 sensitivity (delta Y)/Y and contrast Y/(delta Y)]

/de2s.htm, /DEQ2/DEQ2L0NP.PDF, /DEQ2/DEQ2.HTM
2DEQ2 TUB-test chart DEQ2; CIELAB-line elements of ISO/CIE 11664-4
2DEQ2 log[lightness L*], threshold delta Y
2DEQ2 sensitivity (delta Y)/Y and contrast Y/(delta Y)]

/de2s.htm, /DEQ3/DEQ3L0NP.PDF, /DEQ3/DEQ3.HTM
2DEQ3 TUB-test chart DEQ3; CIE Y an lightness L*
2DEQ3 for surface colours and emissive displays
2DEQ3 Chromaticity and chromatic values of Ostwald- colours

/de2s.htm, /DEQ4/DEQ4L0NP.PDF, /DEQ4/DEQ4.HTM
2DEQ4 TUB-test chart DEQ4; Equally spaced 9 step grey scales for
2DEQ4 reflection Yref=0,0, normalisation: white W, L*N_L*W(YN_YW):
2DEQ4 18_96(2,5_90), 14_96(1,8_90), 14_125(1,8_180), 8_163(0,9_360)

/de2s.htm, /DEQ5/DEQ5L0NP.PDF, /DEQ5/DEQ5.HTM
2DEQ5 TUB-test chart DEQ5; Equally spaced 9 step grey scales for
2DEQ5 reflection Yref=0,0, normalisation: white W, L*N_L*W(YN_YW):
2DEQ5 18_96(2,5_90), 14_96(1,8_90), 22_125(3,6_180), 22_163(3,6_360)

/de2s.htm, /DEQ6/DEQ6L0NP.PDF, /DEQ6/DEQ6.HTM
2DEQ6 TUB-test chart DEQ6; Threshold experiments
2DEQ6 Description of the experimental threshold delta Y
2DEQ6 Formulae for the description of the lightness F*(Y)

/de2s.htm, /DEQ7/DEQ7L0NP.PDF, /DEQ7/DEQ7.HTM
2DEQ7 TUB-test chart DEQ7; 8 contrast steps according to ISO 9241-306
2DEQ7 Luminance reflection between 2,5% and 40% for sRGB dislays
2DEQ7 Thesholds delta L* of grey steps with and without linearisation

/de2s.htm, /DEQ8/DEQ8L0NP.PDF, /DEQ8/DEQ8.HTM
2DEQ8 TUB-test chart DEQ8; Equally spaced 9 step grey scales
2DEQ8 for four display reflections Yref=0,4, 90,0, 1,8, 3,6
2DEQ8 L*N=4,0 or YN=0,4 and L*W=96 or YW=90, normalisation: white W

/de2s.htm, /DEQ9/DEQ9L0NP.PDF, /DEQ9/DEQ9.HTM
2DEQ9 TUB-test chart DEQ9; Equally spaced 9 step grey scales
2DEQ9 for four display reflections Yref=0,4, 90, 1,8, 3,6
2DEQ9 L*N=4,0 or YN=0,4 and L*W=96 or YW=90, normalisation: grey U

/de2s.htm, /DER0/DER0L0NP.PDF, /DER0/DER0.HTM
2DER0 TUB-test chart DER0; Test of equal colour-step recognition
2DER0 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2DER0 Gamma ga=2,40, Gamma gP=1,00, ISO-contrast step CYP8

/de2s.htm, /DER1/DER1L0NP.PDF, /DER1/DER1.HTM
2DER1 TUB-test chart DER1; Test of equal colour-step recognition
2DER1 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2DER1 Gamma ga=1,86, Gamma gP=0,775, ISO-contrast step CYP5

/de2s.htm, /DER2/DER2L0NP.PDF, /DER2/DER2.HTM
2DER2 TUB-test chart DER2; Test of optimal colour-step recognition
2DER2 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2DER2 relative gamma 0,475<=gP<=0,700, ISO-contrast steps CYP1 to CYP4

/de2s.htm, /DER3/DER3L0NP.PDF, /DER3/DER3.HTM
2DER3 TUB-test chart DER3; Test of optimal colour-step recognition
2DER3 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2DER3 relative gamma 0,775<=gP<=1,000, ISO-contrast steps CYP5 to CYP8

/de2s.htm, /DER4/DER4L0NP.PDF, /DER4/DER4.HTM
2DER4 TUB-test chart DER4; Test of optimal colour-step recognition
2DER4 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2DER4 relative gamma 0,475<=gP<=0,924, contrast steps CYP(1, 3, 5, 7)

/de2s.htm, /DER5/DER5L0NP.PDF, /DER5/DER5.HTM
2DER5 TUB-test chart DER5; Test of optimal colour-step recognition
2DER5 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2DER5 relative gamma 0,550<=gP<=1,000, contrast steps CYP(2, 4, 6, 8)

/de2s.htm, /DER6/DER6L0NP.PDF, /DER6/DER6.HTM
2DER6 TUB-test chart DER6; Test of equal colour-step recognition
2DER6 16 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2DER6 Gamma ga=2,40, Gamma gP=1,00, ISO-contrast step CYP8

/de2s.htm, /DER7/DER7L0NP.PDF, /DER7/DER7.HTM
2DER7 TUB-test chart DER7; Test of equal colour-step recognition
2DER7 16 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2DER7 Gamma ga=1,86, Gamma gP=0,775, ISO-contrast step CYP5

/de2s.htm, /DER8/DER8L0NP.PDF, /DER8/DER8.HTM
2DER8 TUB-test chart DER8; Test of optimal colour-step recognition
2DER8 16 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2DER8 relative gamma 0,475<=gP<=2,11, ISO-contrast steps CYP1 to CYP15

/de2s.htm, /DER9/DER9L0NP.PDF, /DER9/DER9.HTM
2DER9 TUB-test chart DER9; Test of optimal colour-step recognition
2DER9 16 times 1080 PG-standard colours, similar ISO 9241-306:AE49
2DER9 relative gamma 0,475<=gP<=2,11, ISO-contrast steps CYP1 to CYP15

/de2s.htm, /DES0/DES0L0NP.PDF, /DES0/DES0.HTM
2DES0 TUB-test chart DES0; Chromatic adaptation: TUBLAB2 model
2DES0 Ostwald optimal, threshold dhA2B2=6, 8 illuminants:
2DES0 P60 (6000K), P55, P50, P45, P40, P35, P30, P25 (2500K)

/de2s.htm, /DES1/DES1L0NP.PDF, /DES1/DES1.HTM
2DES1 TUB-test chart DES1; Chromatic adaptation: TUBLAB2 model
2DES1 Ostwald colours, threshold dhA2B2=6, 8 illuminants:
2DES1 D65 (6500K), D50, P40 (4000K), A00, E00, C00, P00, Q00

/de2s.htm, /DES2/DES2L0NP.PDF, /DES2/DES2.HTM
2DES2 TUB-test chart DES2; Chromatic adaptation: TUBLAB2 model
2DES2 Ostwald colours, threshold dhA2B2=12, 8 illuminants:
2DES2 P60 (6000K), P55, P50, P45, P40, P35, P30, P25 (2500K)

/de2s.htm, /DES3/DES3L0NP.PDF, /DES3/DES3.HTM
2DES3 TUB-test chart DES3; Chromatic adaptation: TUBLAB2 model
2DES3 Ostwald colours, threshold dhA2B2=12, 8 illuminants:
2DES3 D65 (6500K), D50, P40 (4000K), A00, E00, C00, P00, Q00

/de2s.htm, /DES4/DES4L0NP.PDF, /DES4/DES4.HTM
2DES4 TUB-test chart DES4; Chromatic adaptation: TUBLAB2 model
2DES4 Ostwald colours, threshold dhA2B2=18, 8 illuminants:
2DES4 P60 (6000K), P55, P50, P45, P40, P35, P30, P25 (2500K)

/de2s.htm, /DES5/DES5L0NP.PDF, /DES5/DES5.HTM
2DES5 TUB-test chart DES5; Chromatic adaptation: TUBLAB2 model
2DES5 Ostwald colours, threshold dhA2B2=18, 8 illuminants:
2DES5 D65 (6500K), D50, P40 (4000K), A00, E00, C00, P00, Q00

/de2s.htm, /DES6/DES6L0NP.PDF, /DES6/DES6.HTM
2DES6 TUB-test chart DES6; Chromatic adaptation: TUBLAB2 model
2DES6 Ostwald colours, (x,y) chromaticities, 8 illuminants:
2DES6 P60 (6000K), P55, P50, P45, P40, P35, P30, P25 (2500K)

/de2s.htm, /DES7/DES7L0NP.PDF, /DES7/DES7.HTM
2DES7 TUB-test chart DES7; Chromatic adaptation: TUBLAB2 model
2DES7 Ostwald colours, (x,y) chromaticities, 8 illuminants:
2DES7 D65 (6500K), D50, P40 (4000K), A00, E00, C00, P00, Q00

/de2s.htm, /DES8/DES8L0NP.PDF, /DES8/DES8.HTM
2DES8 TUB-test chart DES8; Wavelength ranges of 6
2DES8 Ostwald colours, chromatic values, C=25:1, +-signals
2DES8 Reflections R, Rr=R/0,18, Rs=log(Rr), hue threshold dhA2B2=6

/de2s.htm, /DES9/DES9L0NP.PDF, /DES9/DES9.HTM
2DES9 TUB-test chart DES9; Wavelength ranges of 6
2DES9 Ostwald colours, chromatic values, C=2:1, +-signals
2DES9 Reflections R, Rr=R/0,18, Rs=log(Rr), hue threshold dhA2B2=18

/de2s.htm, /DET0/DET0L0NP.PDF, /DET0/DET0.HTM
2DET0 TUB-Prüfvorlage DET0; Ostwald optimal colours
2DET0 YB1 and GM1 data, 8 Dxx iluminants, CIE-2degree observer
2DET0 CIEXYZ und (A, B, CAB, A1, B1, CA1B1)-Daten, lamda_d, lamda_c

/de2s.htm, /DET1/DET1L0NP.PDF, /DET1/DET1.HTM
2DET1 TUB-Prüfvorlage DET1; Ostwald optimal colours
2DET1 YB1 and GM1 data, 8 Dxx iluminants, CIE-2degree observer
2DET1 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten, lamda_d, lamda_c

/de2s.htm, /DET2/DET2L0NP.PDF, /DET2/DET2.HTM
2DET2 TUB-Prüfvorlage DET2; Ostwald optimal colours
2DET2 YB1 and GM1 data, 8 Pxx iluminants, CIE-2degree observer
2DET2 CIEXYZ und (A, B, CAB, A1, B1, CA1B1)-Daten, lamda_d, lamda_c

/de2s.htm, /DET3/DET3L0NP.PDF, /DET3/DET3.HTM
2DET3 TUB-Prüfvorlage DET3; Ostwald optimal colours
2DET3 YB1 and GM1 data, 8 Pxx iluminants, CIE-2degree observer
2DET3 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten, lamda_d, lamda_c

/de2s.htm, /DET4/DET4L0NP.PDF, /DET4/DET4.HTM
2DET4 TUB-Prüfvorlage DET4; Ostwald optimal colours
2DET4 YB1 and GM1 data, 8 Dxx iluminants, CIE-10degree observer
2DET4 CIEXYZ und (A, B, CAB, A1, B1, CA1B1)-Daten, lamda_d, lamda_c

/de2s.htm, /DET5/DET5L0NP.PDF, /DET5/DET5.HTM
2DET5 TUB-Prüfvorlage DET5; Ostwald optimal colours
2DET5 YB1 and GM1 data, 8 Dxx iluminants, CIE-10degree observer
2DET5 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten, lamda_d, lamda_c

/de2s.htm, /DET6/DET6L0NP.PDF, /DET6/DET6.HTM
2DET6 TUB-Prüfvorlage DET6; Ostwald optimal colours
2DET6 YB1 and GM1 data, 8 Pxx iluminants, CIE-10degree observer
2DET6 CIEXYZ und (A, B, CAB, A1, B1, CA1B1)-Daten, lamda_d, lamda_c

/de2s.htm, /DET7/DET7L0NP.PDF, /DET7/DET7.HTM
2DET7 TUB-Prüfvorlage DET7; Ostwald optimal colours
2DET7 YB1 and GM1 data, 8 Pxx iluminants, CIE-10degree observer
2DET7 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten, lamda_d, lamda_c

/de2s.htm, /DET8/DET8L0NP.PDF, /DET8/DET8.HTM
2DET8 TUB-Prüfvorlage DET8; Ostwald optimal colours
2DET8 YB1 and GM1 data, 8 Dxx iluminants, CIE-F02degree observer
2DET8 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten, lamda_d, lamda_c

/de2s.htm, /DET9/DET9L0NP.PDF, /DET9/DET9.HTM
2DET9 TUB-Prüfvorlage DET9; Ostwald optimal colours
2DET9 YB1 and GM1 data, 8 Pxx iluminants, CIE-F10degree observer
2DET9 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten,lamda_d, lamda_c

/de2s.htm, /DEU0/DEU0L0NP.PDF, /DEU0/DEU0.HTM
2DEU0 TUB-Prüfvorlage DEU0; Ostwald optimal colours
2DEU0 YB and GM data, 8 Dxx iluminants, CIE-2degree observer
2DEU0 CIEXYZ und (A, B, CAB, A1, B1, CA1B1)-Daten, lamda_d, lamda_c

/de2s.htm, /DEU1/DEU1L0NP.PDF, /DEU1/DEU1.HTM
2DEU1 TUB-Prüfvorlage DEU1; Ostwald optimal colours
2DEU1 YB and GM data, 8 Dxx iluminants, CIE-2degree observer
2DEU1 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten, lamda_d, lamda_c

/de2s.htm, /DEU2/DEU2L0NP.PDF, /DEU2/DEU2.HTM
2DEU2 TUB-Prüfvorlage DEU2; Ostwald optimal colours
2DEU2 YB and GM data, 8 Pxx iluminants, CIE-2degree observer
2DEU2 CIEXYZ und (A, B, CAB, A1, B1, CA1B1)-Daten, lamda_d, lamda_c

/de2s.htm, /DEU3/DEU3L0NP.PDF, /DEU3/DEU3.HTM
2DEU3 TUB-Prüfvorlage DEU3; Ostwald optimal colours
2DEU3 YB and GM data, 8 Pxx iluminants, CIE-2degree observer
2DEU3 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten, lamda_d, lamda_c

/de2s.htm, /DEU4/DEU4L0NP.PDF, /DEU4/DEU4.HTM
2DEU4 TUB-Prüfvorlage DEU4; Ostwald optimal colours
2DEU4 YB and GM data, 8 Dxx iluminants, CIE-10degree observer
2DEU4 CIEXYZ und (A, B, CAB, A1, B1, CA1B1)-Daten, lamda_d, lamda_c

/de2s.htm, /DEU5/DEU5L0NP.PDF, /DEU5/DEU5.HTM
2DEU5 TUB-Prüfvorlage DEU5; Ostwald optimal colours
2DEU5 YB and GM data, 8 Dxx iluminants, CIE-10degree observer
2DEU5 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten, lamda_d, lamda_c

/de2s.htm, /DEU6/DEU6L0NP.PDF, /DEU6/DEU6.HTM
2DEU6 TUB-Prüfvorlage DEU6; Ostwald optimal colours
2DEU6 YB and GM data, 8 Pxx iluminants, CIE-10degree observer
2DEU6 CIEXYZ und (A, B, CAB, A1, B1, CA1B1)-Daten, lamda_d, lamda_c

/de2s.htm, /DEU7/DEU7L0NP.PDF, /DEU7/DEU7.HTM
2DEU7 TUB-Prüfvorlage DEU7; Ostwald optimal colours
2DEU7 YB and GM data, 8 Pxx iluminants, CIE-10degree observer
2DEU7 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten, lamda_d, lamda_c

/de2s.htm, /DEU8/DEU8L0NP.PDF, /DEU8/DEU8.HTM
2DEU8 TUB-Prüfvorlage DEU8; Ostwald optimal colours
2DEU8 YB and GM data, 8 Dxx iluminants, CIE-F02degree observer
2DEU8 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten, lamda_d, lamda_c

/de2s.htm, /DEU9/DEU9L0NP.PDF, /DEU9/DEU9.HTM
2DEU9 TUB-Prüfvorlage DEU9; Ostwald optimal colours
2DEU9 YB and GM data, 8 Pxx iluminants, CIE-F10degree observer
2DEU9 CIEXYZ und (A2, B2, CAB2, a*, b*, C*ab)-Daten,lamda_d, lamda_c

/de2s.htm, /DEV0/DEV0L0NP.PDF, /DEV0/DEV0.HTM
2DEV0 TUB-test chart DEV0; Chromatic adaptation TUBLAB2 model
2DEV0 Ostwald optimal colours for 8 illuminants:
2DEV0 P60 (6000K), P55, P50, P45, P40, P35, P30, P25 (2500K)

/de2s.htm, /DEV1/DEV1L0NP.PDF, /DEV1/DEV1.HTM
2DEV1 TUB-test chart DEV1; Chromatic adaptation, TUBLAB2 model
2DEV1 Ostwald optimal colours for 8 illuminants:
2DEV1 D65 (6500K), D50, P40 (4000K), A00, E00, C00, P00, Q00

/de2s.htm, /DEV2/DEV2L0NP.PDF, /DEV2/DEV2.HTM
2DEV2 TUB-test chart DEV2; Ostwald-display reflections
2DEV2 rgb* input and L*ABCh output in device hue planes
2DEV2 Reflections YN=0 and YNn=40,3, adaptation YWa=88,6

/de2s.htm, /DEV3/DEV3L0NP.PDF, /DEV3/DEV3.HTM
2DEV3 TUB-test chart DEV3; Ostwald-display reflections
2DEV3 rgb* input and LMS(PDT) output in device hue planes
2DEV3 Reflections YN=0 and YNn=40,3, adaptation YWa=88,6

/de2s.htm, /DEV4/DEV4L0NP.PDF, /DEV4/DEV4.HTM
2DEV4 TUB-test chart DEV4; HPE_CIE_02-degree colorimetry
2DEV4 four illuminants D65, D50, A00, and E00, Y02,1, (XYZ)02,s
2DEV4 cone sensitivities, transfer and spectral values

/de2s.htm, /DEV5/DEV5L0NP.PDF, /DEV5/DEV5.HTM
2DEV5 TUB-test chart DEV5; HPE_CIE_02-degree colorimetry
2DEV5 four illuminants D65, D50, A00, and E00, Y02,1, LMS(PDT)02,s
2DEV5 cone sensitivities, transfer and spectral values

/de2s.htm, /DEV6/DEV6L0NP.PDF, /DEV6/DEV6.HTM
2DEV6 TUB-test chart DEV6; Chromatic adaptation: TUBLAB2 model
2DEV6 Ostwald optimal, threshold dhA2B2=6, 8 illuminants:
2DEV6 P60 (6000K), P55, P50, P45, P40, P35, P30, P25 (2500K)

/de2s.htm, /DEV7/DEV7L0NP.PDF, /DEV7/DEV7.HTM
2DEV7 TUB-test chart DEV7; Chromatic adaptation: TUBLAB2 model
2DEV7 Ostwald colours, threshold dhA2B2=6, 8 illuminants:
2DEV7 D65 (6500K), D50, P40 (4000K), A00, E00, C00, P00, Q00

/de2s.htm, /DEV8/DEV8L0NP.PDF, /DEV8/DEV8.HTM
2DEV8 TUB-test chart DEV8; Wavelength ranges of 6
2DEV8 Ostwald colours and W, contrast C=25:1, +-signals
2DEV8 Reflections R, Rr=R/0,18, Rs=log(Rr), hue threshold dhA2B2=6

/de2s.htm, /DEV9/DEV9L0NP.PDF, /DEV9/DEV9.HTM
2DEV9 TUB-test chart DEV9; Wavelength ranges of 6
2DEV9 Ostwald colours and W, contrast C=2:1, +-signals
2DEV9 Reflections R, Rr=R/0,18, Rs=log(Rr), hue threshold dhA2B2=18

/de2s.htm, /DEW0/DEW0L0NP.PDF, /DEW0/DEW0.HTM
2DEW0 TUB-test chart DEW0; Wavelength ranges of 6
2DEW0 TUB-test chart DEW0; Wavelength ranges of six
2DEW0 Ostwald colours and Ww0, contrast C=25:1
2DEW0 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn0

/de2s.htm, /DEW1/DEW1L0NP.PDF, /DEW1/DEW1.HTM
2DEW1 TUB-test chart DEW1; Wavelength ranges of six
2DEW1 Ostwald colours and Ww1, contrast C=25:1
2DEW1 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn1

/de2s.htm, /DEW2/DEW2L0NP.PDF, /DEW2/DEW2.HTM
2DEW2 TUB-test chart DEW2; Wavelength ranges of six
2DEW2 Ostwald colours and Ww2, contrast C=25:1
2DEW2 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn2

/de2s.htm, /DEW3/DEW3L0NP.PDF, /DEW3/DEW3.HTM
2DEW3 TUB-test chart DEW3; Wavelength ranges of six
2DEW3 Ostwald colours and Ww3, contrast C=25:1
2DEW3 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn3

/de2s.htm, /DEW4/DEW4L0NP.PDF, /DEW4/DEW4.HTM
2DEW4 TUB-test chart DEW4; Wavelength ranges of six
2DEW4 Ostwald colours and Ww4, contrast C=25:1
2DEW4 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn4

/de2s.htm, /DEW5/DEW5L0NP.PDF, /DEW5/DEW5.HTM
2DEW5 TUB-test chart DEW5; Wavelength ranges of six
2DEW5 Ostwald colours and aRYGCBw0, contrast C=25:1
2DEW5 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn0

/de2s.htm, /DEW6/DEW6L0NP.PDF, /DEW6/DEW6.HTM
2DEW6 TUB-test chart DEW6; Wavelength ranges of six
2DEW6 Ostwald colours and aRYGCBMw1, contrast C=25:1
2DEW6 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn1

/de2s.htm, /DEW7/DEW7L0NP.PDF, /DEW7/DEW7.HTM
2DEW7 TUB-test chart DEW7; Wavelength ranges of six
2DEW7 Ostwald colours and aRYGCBMw2, contrast C=25:1
2DEW7 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn2

/de2s.htm, /DEW8/DEW8L0NP.PDF, /DEW8/DEW8.HTM
2DEW8 TUB-test chart DEW8; Wavelength ranges of six
2DEW8 Ostwald colours and aRYGCBMw3, contrast C=25:1
2DEW8 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn3

/de2s.htm, /DEW9/DEW9L0NP.PDF, /DEW9/DEW9.HTM
2DEW9 TUB-test chart DEW9; Wavelength ranges of six
2DEW9 Ostwald colours and aRYGCBMw4, contrast C=25:1
2DEW9 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMn4

/de2s.htm, /DEX0/DEX0L0NP.PDF, /DEX0/DEX0.HTM
2DEX0 TUB-test chart DEX0; Wavelength ranges of six
2DEX0 Ostwald colours and Wn0, contrast C=25:1
2DEX0 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMw0

/de2s.htm, /DEX1/DEX1L0NP.PDF, /DEX1/DEX1.HTM
2DEX1 TUB-test chart DEX1; Wavelength ranges of six
2DEX1 Ostwald colours and Wn1, contrast C=25:1
2DEX1 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMw1

/de2s.htm, /DEX2/DEX2L0NP.PDF, /DEX2/DEX2.HTM
2DEX2 TUB-test chart DEX2; Wavelength ranges of six
2DEX2 Ostwald colours and Wn2, contrast C=25:1
2DEX2 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMw2

/de2s.htm, /DEX3/DEX3L0NP.PDF, /DEX3/DEX3.HTM
2DEX3 TUB-test chart DEX3; Wavelength ranges of six
2DEX3 Ostwald colours and Wn3, contrast C=25:1
2DEX3 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMw3

/de2s.htm, /DEX4/DEX4L0NP.PDF, /DEX4/DEX4.HTM
2DEX4 TUB-test chart DEX4; Wavelength ranges of six
2DEX4 Ostwald colours and Wn4, contrast C=25:1
2DEX4 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMw4

/de2s.htm, /DEX5/DEX5L0NP.PDF, /DEX5/DEX5.HTM
2DEX5 TUB-test chart DEX5; Wavelength ranges of six
2DEX5 Ostwald colours and aRYGCBMn0, contrast C=25:1
2DEX5 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMw0

/de2s.htm, /DEX6/DEX6L0NP.PDF, /DEX6/DEX6.HTM
2DEX6 TUB-test chart DEX6; Wavelength ranges of six
2DEX6 Ostwald colours and aRYGCBMn1, contrast C=25:1
2DEX6 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMw1

/de2s.htm, /DEX7/DEX7L0NP.PDF, /DEX7/DEX7.HTM
2DEX7 TUB-test chart DEX7; Wavelength ranges of six
2DEX7 Ostwald colours and aRYGCBMn2, contrast C=25:1
2DEX7 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMw2

/de2s.htm, /DEX8/DEX8L0NP.PDF, /DEX8/DEX8.HTM
2DEX8 TUB-test chart DEX8; Wavelength ranges of six
2DEX8 Ostwald colours and aRYGCBMn3, contrast C=25:1
2DEX8 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMw3

/de2s.htm, /DEX9/DEX9L0NP.PDF, /DEX9/DEX9.HTM
2DEX9 TUB-test chart DEX9; Wavelength ranges of six
2DEX9 Ostwald colours and aRYGCBMn4, contrast C=25:1
2DEX9 Reflections R, Rr=R/0,18, Rs=log(Rr), and T*TUB, eRYGCBMw4

/de2s.htm, /DEY0/DEY0L0NP.PDF, /DEY0/DEY0.HTM
2DEY0 TUB-test chart DEY0; Viewing situations of colous
2DEY0 Just noticeable differences (JNDs) for greys and colours
2DEY0 Achromatic and chromatic relative scaling

/de2s.htm, /DEY1/DEY1L0NP.PDF, /DEY1/DEY1.HTM
2DEY1 TUB-test chart DEY1; Ostwald-hue circle
2DEY1 colour names, rgb*, XYZxy, L*ABCH_AB2 data as tables
2DEY1 chromaticity diagram with 6 colours RYGCBM, variation GM->G2M2

/de2s.htm, /DEY2/DEY2L0NP.PDF, /DEY2/DEY2.HTM
2DEY2 TUB-test chart DEY1; Antagonistic colour attributes
2DEY2 N* and I*; Antagonistic colour signals
2DEY2 linear and perceived scaling of the hues R-C, Y-B & G-M

/de2s.htm, /DEY3/DEY3L0NP.PDF, /DEY3/DEY3.HTM
2DEY3 TUB-test chart DEY3; Antagonistic colour attributes
2DEY3 W*, T*, C* and A*; Antagonistic colour signals
2DEY3 linear and perceived scaling of the hues R-C, Y-B & G-M

/de2s.htm, /DEY4/DEY4L0NP.PDF, /DEY4/DEY4.HTM
2DEY4 TUB-test chart DEY4; Wavelength ranges of 6 Ostwald
2DEY4 colours + G2M2; Normalized refl;ection log[R(lamda)/0,2]
2DEY4 Model relation to lightness and antagonistic signals

/de2s.htm, /DEY5/DEY5L0NP.PDF, /DEY5/DEY5.HTM
2DEY5 TUB-test chart DEY5; Wavelength ranges of 6 Ostwald
2DEY5 colours + G2M2; Normalized refl;ection log[R(lamda)/0,2]
2DEY5 Model relation to lightness and antagonistic signals

/de2s.htm, /DEY6/DEY6L0NP.PDF, /DEY6/DEY6.HTM
2DEY6 TUB-test chart DEY6; Antagonistic colour vectors
2DEY6 Linear (left) and perceived relative scaling (right)
2DEY6 of hues R-C, Y-B, G-M, and G2-M2

/de2s.htm, /DEY7/DEY7L0NP.PDF, /DEY7/DEY7.HTM
2DEY7 TUB-test chart DEY7; Linear colour values and reflection
2DEY7 Linear relative scaling and scaled reflection
2DEY7 of hues R-C, Y-B, G-M, and G2-M2

/de2s.htm, /DEY8/DEY8L0NP.PDF, /DEY8/DEY8.HTM
2DEY8 TUB-test chart DEY8; Perceived colour values and reflection
2DEY8 Perceived relative scaling and scaled reflection
2DEY8 of hues R-C, Y-B, G-M, and G2-M2

/de2s.htm, /DEY9/DEY9L0NP.PDF, /DEY9/DEY9.HTM
2DEY9 TUB-test chart DEY9; Perceived colour values and reflection
2DEY9 Perceived relative scaling and scaled reflection
2DEY9 of hues R-C, Y-B, G-M, and G2-M2

/de2s.htm, /DEZ0/DEZ0L0NP.PDF, /DEZ0/DEZ0.HTM
2DEZ0 TUB-test chart DEZ0; Image creation from images
2DEZ0 4 x 4 separate images in a rectangular format
2DEZ0 The 4 images have four sizes (54, 57, 59, 61)mm x 40mm

/de2s.htm, /DEZ1/DEZ1L0NP.PDF, /DEZ1/DEZ1.HTM
2DEZ1 TUB-test chart DEZ1; Image creation from images
2DEZ1 combination 4 x 4 images to 4 rectangular arrangements
2DEZ1 The 4 images have four sizes (110, 115, 120, 123)mm x 82mm

/de2s.htm, /DEZ2/DEZ2L0NP.PDF, /DEZ2/DEZ2.HTM
2DEZ2 TUB-test chart DEZ2; Image creation from images
2DEZ2 combination of 4 x 7 images to 4 circular arrangements
2DEZ2 The images have four sizes (110, 115, 120, 123)mm x 82mm

/de2s.htm, /DEZ3/DEZ3L0NP.PDF, /DEZ3/DEZ3.HTM
2DEZ3 TUB-test chart DEZ3; Image creation from images
2DEZ3 combination of 4 x 7 images to 4 circular arrangements
2DEZ3 The 4 images have two sizes (120, 123)mm x 82mm

/de2s.htm, /DEZ4/DEZ4L0NP.PDF, /DEZ4/DEZ4.HTM
2DEZ4 TUB-test chart DEZ4; Image creation from images
2DEZ4 16 separate images in a rectangular layout without output
2DEZ4 all images in the size 54mm x 40mm are NOT visible

/de2s.htm, /DEZ5/DEZ5L0NP.PDF, /DEZ5/DEZ5.HTM
2DEZ5 TUB-test chart DEZ5; Image creation from images
2DEZ5 16 separate images in a rectangular layout without output
2DEZ5 all images in the size 61mm x 40mm are NOT visible

/de2s.htm, /DEZ6/DEZ6L0NP.PDF, /DEZ6/DEZ6.HTM
2DEZ6 TUB-test chart DEZ6; Image creation from images
2DEZ6 16 separate images in a rectangular layout
2DEZ6 all images of the size 54mm x 40mm are visible

/de2s.htm, /DEZ7/DEZ7L0NP.PDF, /DEZ7/DEZ7.HTM
2DEZ7 TUB-test chart DEZ7; Image creation from images
2DEZ7 16 separate images in a rectangular layout
2DEZ7 all images of the size 57mm x 40mm are visible

/de2s.htm, /DEZ8/DEZ8L0NP.PDF, /DEZ8/DEZ8.HTM
2DEZ8 TUB-test chart DEZ8; Image creation from images
2DEZ8 16 separate images in a rectangular layout
2DEZ8 all images of the size 59mm x 40mm are visible

/de2s.htm, /DEZ9/DEZ9L0NP.PDF, /DEZ9/DEZ9.HTM
2DEZ9 TUB-test chart DEZ9; Image creation from images
2DEZ9 16 separate images in a rectangular layout
2DEZ9 all images of the size 61mm x 40mm are visible

/ce2s.htm, /CEA0/CEA0L0NP.PDF, /CEA0/CEA0.HTM
2CEA0 TUB-test chart CEA0; Colour threholds and colour spaces
2CEA0 Line elements of achromatic colours in black-
2CEA0 white direction for different applications

/ce2s.htm, /CEA1/CEA1L0NP.PDF, /CEA1/CEA1.HTM
2CEA1 TUB-test chart CEA1; Colour threholds and colour spaces
2CEA1 Comparison of scaling, thresholds, and
2CEA1 contrast functions for different applications

/ce2s.htm, /CEA2/CEA2L0NP.PDF, /CEA2/CEA2.HTM
2CEA2 TUB-test chart CEA2; Colour threholds and colour spaces
2CEA2 CIELAB and LABJND colour spaces, and colour differences
2CEA2 for different applications

/ce2s.htm, /CEA3/CEA3L0NP.PDF, /CEA3/CEA3.HTM
2CEA3 TUB-test chart CEA3; Luminance discrimination
2CEA3 Model for achromatic adjacent samples
2CEA3 Relation of Weber-Fechner and Stevens law

/ce2s.htm, /CEA4/CEA4L0NP.PDF, /CEA4/CEA4.HTM
2CEA4 TUB-test chart CEA4; Achromatic thresholds
2CEA4 Luminance thresholds, contrast, and lightness
2CEA4 Experimental data of Lingelbach and Richter

/ce2s.htm, /CEA5/CEA5L0NP.PDF, /CEA5/CEA5.HTM
2CEA5 TUB-test chart CEA5; Threshold, contrast, and lightness
2CEA5 Lineelements, contrast, and lightness
2CEA5 of Weber-Fechner, Stiles, and Vos&Walraven

/ce2s.htm, /CEA6/CEA6L0NP.PDF, /CEA6/CEA6.HTM
2CEA6 TUB-test chart CEA6; LABJND-line elements of CIE 230:2019
2CEA6 log[lightness L*, threshold delta Y
2CEA6 sensitivity (delta Y)/Y and contrast Y/(delta Y)]

/ce2s.htm, /CEA7/CEA7L0NP.PDF, /CEA7/CEA7.HTM
2CEA7 TUB-test chart CEA7; CIELAB-line elements of ISO/CIE 11664-4
2CEA7 log[lightness L*, threshold delta Y
2CEA7 sensitivity (delta Y)/Y and contrast Y/(delta Y)]

/ce2s.htm, /CEA8/CEA8L0NP.PDF, /CEA8/CEA8.HTM
2CEA8 TUB-test chart CEA8; LABJND-line elements of CIE 230:2019
2CEA8 Lightness L*, threshold delta Y
2CEA8 sensitivity (delta Y)/Y and contrast Y/(delta Y)

/ce2s.htm, /CEA9/CEA9L0NP.PDF, /CEA9/CEA9.HTM
2CEA9 TUB-test chart CEA9; CIELAB-line elements of ISO/CIE 11664-4
2CEA9 Lightness L*, threshold delta Y
2CEA9 sensitivity (delta Y)/Y and contrast Y/(delta Y)

/ce2s.htm, /CEB0/CEB0L0NP.PDF, /CEB0/CEB0.HTM
2CEB0 TUB-test chart CEB0; LABJNDu0 formulae similar to CIE 230
2CEB0 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00 & data
2CEB0 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEB1/CEB1L0NP.PDF, /CEB1/CEB1.HTM
2CEB1 TUB-test chart CEB1; LABJNDu1 formulae similar to CIE 230
2CEB1 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00 & data
2CEB1 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEB2/CEB2L0NP.PDF, /CEB2/CEB2.HTM
2CEB2 TUB-test chart CEB2; LABJNDu2 formulae similar to CIE 230
2CEB2 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,84 & data
2CEB2 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEB3/CEB3L0NP.PDF, /CEB3/CEB3.HTM
2CEB3 TUB-test chart CEB3; LABJNDu3 formulae similar to CIE 230
2CEB3 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,67 & data
2CEB3 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEB4/CEB4L0NP.PDF, /CEB4/CEB4.HTM
2CEB4 TUB-test chart CEB4; LABJNDu4 formulae similar to CIE 230
2CEB4 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,42 & data
2CEB4 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEB5/CEB5L0NP.PDF, /CEB5/CEB5.HTM
2CEB5 TUB-test chart CEB5; LABJNDu5 formulae similar to CIE 230
2CEB5 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00 & data
2CEB5 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEB6/CEB6L0NP.PDF, /CEB6/CEB6.HTM
2CEB6 TUB-test chart CEB6; LABJNDu6 formulae similar to CIE 230
2CEB6 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00 & data
2CEB6 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEB7/CEB7L0NP.PDF, /CEB7/CEB7.HTM
2CEB7 TUB-test chart CEB7; LABJNDu7 formulae similar to CIE 230
2CEB7 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,84 & data
2CEB7 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEB8/CEB8L0NP.PDF, /CEB8/CEB8.HTM
2CEB8 TUB-test chart CEB8; LABJNDu8 formulae similar to CIE 230
2CEB8 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,67 & data
2CEB8 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEB9/CEB9L0NP.PDF, /CEB9/CEB9.HTM
2CEB9 TUB-test chart CEB9; LABJNDu9 formulae similar to CIE 230
2CEB9 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,42 & data
2CEB9 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEC0/CEC0L0NP.PDF, /CEC0/CEC0.HTM
2CEC0 TUB-test chart CEC0; LABJNDu0 formulae similar to CIE 230
2CEC0 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00
2CEC0 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEC1/CEC1L0NP.PDF, /CEC1/CEC1.HTM
2CEC1 TUB-test chart CEC1; LABJNDu1 formulae similar to CIE 230
2CEC1 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00
2CEC1 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEC2/CEC2L0NP.PDF, /CEC2/CEC2.HTM
2CEC2 TUB-test chart CEC2; LABJNDu2 formulae similar to CIE 230
2CEC2 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,84
2CEC2 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEC3/CEC3L0NP.PDF, /CEC3/CEC3.HTM
2CEC3 TUB-test chart CEC3; LABJNDu3 formulae similar to CIE 230
2CEC3 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,67
2CEC3 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEC4/CEC4L0NP.PDF, /CEC4/CEC4.HTM
2CEC4 TUB-test chart CEC4; LABJNDu4 formulae similar to CIE 230
2CEC4 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,43
2CEC4 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEC5/CEC5L0NP.PDF, /CEC5/CEC5.HTM
2CEC5 TUB-test chart CEC5; LABJNDu5 formulae similar to CIE 230
2CEC5 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00
2CEC5 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEC6/CEC6L0NP.PDF, /CEC6/CEC6.HTM
2CEC6 TUB-test chart CEC6; LABJNDu6 formulae similar to CIE 230
2CEC6 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00
2CEC6 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEC7/CEC7L0NP.PDF, /CEC7/CEC7.HTM
2CEC7 TUB-test chart CEC7; LABJNDu7 formulae similar to CIE 230
2CEC7 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,84
2CEC7 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEC8/CEC8L0NP.PDF, /CEC8/CEC8.HTM
2CEC8 TUB-test chart CEC8; LABJNDu8 formulae similar to CIE 230
2CEC8 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,67
2CEC8 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEC9/CEC9L0NP.PDF, /CEC9/CEC9.HTM
2CEC9 TUB-test chart CEC9; LABJNDu9 formulae similar to CIE 230
2CEC9 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,43
2CEC9 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CED0/CED0L0NP.PDF, /CED0/CED0.HTM
2CED0 TUB-test chart CED0; LABJNDu0 formulae similar to CIE 230
2CED0 LABJND lightness, A0n=1,00, A1n, A2n, cx=1,00 & data
2CED0 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CED1/CED1L0NP.PDF, /CED1/CED1.HTM
2CED1 TUB-test chart CED1; LABJNDu1 formulae similar to CIE 230
2CED1 LABJND lightness, A0n=1,00, A1n, A2n, cx=1,00 & data
2CED1 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CED2/CED2L0NP.PDF, /CED2/CED2.HTM
2CED2 TUB-test chart CED2; LABJNDu2 formulae similar to CIE 230
2CED2 LABJND lightness, A0n=1,00, A1n, A2n, cx=0,84 & data
2CED2 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CED3/CED3L0NP.PDF, /CED3/CED3.HTM
2CED3 TUB-test chart CED3; LABJNDu3 formulae similar to CIE 230
2CED3 LABJND lightness, A0n=1,00, A1n, A2n, cx=0,67 & data
2CED3 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CED4/CED4L0NP.PDF, /CED4/CED4.HTM
2CED4 TUB-test chart CED4; LABJNDu4 formulae similar to CIE 230
2CED4 LABJND lightness, A0n=1,00, A1n, A2n, cx=0,42 & data
2CED4 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CED5/CED5L0NP.PDF, /CED5/CED5.HTM
2CED5 TUB-test chart CED5; LABJNDu5 formulae similar to CIE 230
2CED5 LABJND lightness, A0n=1,00, A1n, A2n, cx=1,00 & data
2CED5 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CED6/CED6L0NP.PDF, /CED6/CED6.HTM
2CED6 TUB-test chart CED6; LABJNDu6 formulae similar to CIE 230
2CED6 LABJND lightness, A0n=1,00, A1n, A2n, cx=1,00 & data
2CED6 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CED7/CED7L0NP.PDF, /CED7/CED7.HTM
2CED7 TUB-test chart CED7; LABJNDu7 formulae similar to CIE 230
2CED7 LABJND lightness, A0n=1,00, A1n, A2n, cx=0,84 & data
2CED7 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CED8/CED8L0NP.PDF, /CED8/CED8.HTM
2CED8 TUB-test chart CED8; LABJNDu8 formulae similar to CIE 230
2CED8 LABJND lightness, A0n=1,00, A1n, A2n, cx=0,67 & data
2CED8 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CED9/CED9L0NP.PDF, /CED9/CED9.HTM
2CED9 TUB-test chart CED9; LABJNDu9 formulae similar to CIE 230
2CED9 LABJND lightness, A0n=1,00, A1n, A2n, cx=0,43 & data
2CED9 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEE0/CEE0L0NP.PDF, /CEE0/CEE0.HTM
2CEE0 TUB-test chart CEE0; LABJNDu0 formulae similar to CIE 230
2CEE0 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=1,00 & data
2CEE0 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEE1/CEE1L0NP.PDF, /CEE1/CEE1.HTM
2CEE1 TUB-test chart CEE1; LABJNDu1 formulae similar to CIE 230
2CEE1 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=1,00 & data
2CEE1 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEE2/CEE2L0NP.PDF, /CEE2/CEE2.HTM
2CEE2 TUB-test chart CEE2; LABJNDu2 formulae similar to CIE 230
2CEE2 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,84 & data
2CEE2 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEE3/CEE3L0NP.PDF, /CEE3/CEE3.HTM
2CEE3 TUB-test chart CEE3; LABJNDu3 formulae similar to CIE 230
2CEE3 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,67 & data
2CEE3 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEE4/CEE4L0NP.PDF, /CEE4/CEE4.HTM
2CEE4 TUB-test chart CEE4; LABJNDu4 formulae similar to CIE 230
2CEE4 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,42 & data
2CEE4 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEE5/CEE5L0NP.PDF, /CEE5/CEE5.HTM
2CEE5 TUB-test chart CEE5; LABJNDu5 formulae similar to CIE 230
2CEE5 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=1,00 & data
2CEE5 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEE6/CEE6L0NP.PDF, /CEE6/CEE6.HTM
2CEE6 TUB-test chart CEE6; LABJNDu6 formulae similar to CIE 230
2CEE6 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=1,00 & data
2CEE6 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEE7/CEE7L0NP.PDF, /CEE7/CEE7.HTM
2CEE7 TUB-test chart CEE7; LABJNDu7 formulae similar to CIE 230
2CEE7 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,84 & data
2CEE7 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEE8/CEE8L0NP.PDF, /CEE8/CEE8.HTM
2CEE8 TUB-test chart CEE8; LABJNDu8 formulae similar to CIE 230
2CEE8 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,67 & data
2CEE8 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEE9/CEE9L0NP.PDF, /CEE9/CEE9.HTM
2CEE9 TUB-test chart CEE9; LABJNDu9 formulae similar to CIE 230
2CEE9 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,42 & data
2CEE9 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEF0/CEF0L0NP.PDF, /CEF0/CEF0.HTM
2CEF0 TUB-test chart CEF0; LABJNDu0 formulae similar to CIE 230
2CEF0 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=1,00
2CEF0 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEF1/CEF1L0NP.PDF, /CEF1/CEF1.HTM
2CEF1 TUB-test chart CEF1; LABJNDu1 formulae similar to CIE 230
2CEF1 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=1,00
2CEF1 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEF2/CEF2L0NP.PDF, /CEF2/CEF2.HTM
2CEF2 TUB-test chart CEF2; LABJNDu2 formulae similar to CIE 230
2CEF2 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,84
2CEF2 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEF3/CEF3L0NP.PDF, /CEF3/CEF3.HTM
2CEF3 TUB-test chart CEF3; LABJNDu3 formulae similar to CIE 230
2CEF3 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,67
2CEF3 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEF4/CEF4L0NP.PDF, /CEF4/CEF4.HTM
2CEF4 TUB-test chart CEF4; LABJNDu4 formulae similar to CIE 230
2CEF4 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,42
2CEF4 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEF5/CEF5L0NP.PDF, /CEF5/CEF5.HTM
2CEF5 TUB-test chart CEF5; LABJNDu5 formulae similar to CIE 230
2CEF5 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=1,00
2CEF5 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEF6/CEF6L0NP.PDF, /CEF6/CEF6.HTM
2CEF6 TUB-test chart CEF6; LABJNDu6 formulae similar to CIE 230
2CEF6 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=1,00
2CEF6 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEF7/CEF7L0NP.PDF, /CEF7/CEF7.HTM
2CEF7 TUB-test chart CEF7; LABJNDu7 formulae similar to CIE 230
2CEF7 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,84
2CEF7 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEF8/CEF8L0NP.PDF, /CEF8/CEF8.HTM
2CEF8 TUB-test chart CEF8; LABJNDu8 formulae similar to CIE 230
2CEF8 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,67
2CEF8 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEF9/CEF9L0NP.PDF, /CEF9/CEF9.HTM
2CEF9 TUB-test chart CEF9; LABJNDu9 formulae similar to CIE 230
2CEF9 LABJND lightness, A0n=1,50, A1n/cx, A2n, cx=0,42
2CEF9 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEG0/CEG0L0NP.PDF, /CEG0/CEG0.HTM
2CEG0 TUB-test chart CEG0; LABJNDu0 formulae similar to CIE 230
2CEG0 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=1,00 & data
2CEG0 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEG1/CEG1L0NP.PDF, /CEG1/CEG1.HTM
2CEG1 TUB-test chart CEG1; LABJNDu1 formulae similar to CIE 230
2CEG1 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=1,00 & data
2CEG1 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEG2/CEG2L0NP.PDF, /CEG2/CEG2.HTM
2CEG2 TUB-test chart CEG2; LABJNDu2 formulae similar to CIE 230
2CEG2 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,84 & data
2CEG2 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEG3/CEG3L0NP.PDF, /CEG3/CEG3.HTM
2CEG3 TUB-test chart CEG3; LABJNDu3 formulae similar to CIE 230
2CEG3 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,67 & data
2CEG3 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEG4/CEG4L0NP.PDF, /CEG4/CEG4.HTM
2CEG4 TUB-test chart CEG4; LABJNDu4 formulae similar to CIE 230
2CEG4 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,42 & data
2CEG4 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEG5/CEG5L0NP.PDF, /CEG5/CEG5.HTM
2CEG5 TUB-test chart CEG5; LABJNDu5 formulae similar to CIE 230
2CEG5 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=1,00 & data
2CEG5 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEG6/CEG6L0NP.PDF, /CEG6/CEG6.HTM
2CEG6 TUB-test chart CEG6; LABJNDu6 formulae similar to CIE 230
2CEG6 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=1,00 & data
2CEG6 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEG7/CEG7L0NP.PDF, /CEG7/CEG7.HTM
2CEG7 TUB-test chart CEG7; LABJNDu7 formulae similar to CIE 230
2CEG7 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,84 & data
2CEG7 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEG8/CEG8L0NP.PDF, /CEG8/CEG8.HTM
2CEG8 TUB-test chart CEG8; LABJNDu8 formulae similar to CIE 230
2CEG8 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,67 & data
2CEG8 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEG9/CEG9L0NP.PDF, /CEG9/CEG9.HTM
2CEG9 TUB-test chart CEG9; LABJNDu9 formulae similar to CIE 230
2CEG9 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,42 & data
2CEG9 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEH0/CEH0L0NP.PDF, /CEH0/CEH0.HTM
2CEH0 TUB-test chart CEH0; LABJNDu0 formulae similar to CIE 230
2CEH0 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=1,00
2CEH0 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEH1/CEH1L0NP.PDF, /CEH1/CEH1.HTM
2CEH1 TUB-test chart CEH1; LABJNDu1 formulae similar to CIE 230
2CEH1 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=1,00
2CEH1 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEH2/CEH2L0NP.PDF, /CEH2/CEH2.HTM
2CEH2 TUB-test chart CEH2; LABJNDu2 formulae similar to CIE 230
2CEH2 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,84
2CEH2 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEH3/CEH3L0NP.PDF, /CEH3/CEH3.HTM
2CEH3 TUB-test chart CEH3; LABJNDu3 formulae similar to CIE 230
2CEH3 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,67
2CEH3 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEH4/CEH4L0NP.PDF, /CEH4/CEH4.HTM
2CEH4 TUB-test chart CEH4; LABJNDu4 formulae similar to CIE 230
2CEH4 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,42
2CEH4 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEH5/CEH5L0NP.PDF, /CEH5/CEH5.HTM
2CEH5 TUB-test chart CEH5; LABJNDu5 formulae similar to CIE 230
2CEH5 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=1,00
2CEH5 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEH6/CEH6L0NP.PDF, /CEH6/CEH6.HTM
2CEH6 TUB-test chart CEH6; LABJNDu6 formulae similar to CIE 230
2CEH6 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=1,00
2CEH6 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEH7/CEH7L0NP.PDF, /CEH7/CEH7.HTM
2CEH7 TUB-test chart CEH7; LABJNDu7 formulae similar to CIE 230
2CEH7 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,84
2CEH7 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEH8/CEH8L0NP.PDF, /CEH8/CEH8.HTM
2CEH8 TUB-test chart CEH8; LABJNDu8 formulae similar to CIE 230
2CEH8 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,67
2CEH8 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEH9/CEH9L0NP.PDF, /CEH9/CEH9.HTM
2CEH9 TUB-test chart CEH9; LABJNDu9 formulae similar to CIE 230
2CEH9 LABJND lightness, A0n=1,50, A1n, A2n/cx, cx=0,42
2CEH9 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEI0/CEI0L0NP.PDF, /CEI0/CEI0.HTM
2CEI0 TUB-test chart CEI0; 8 basic colours RYGCBMNW for
2CEI0 the Television-Luminous-Systems TLS00 to TLS70;
2CEI0 data rgb* and CIELAB LabC*h for 8 reflections

/ce2s.htm, /CEI1/CEI1L0NP.PDF, /CEI1/CEI1.HTM
2CEI1 TUB-test chart CEI1; 8 basic colours RYGCBMNW for
2CEI1 the Television-Luminous-Systems TLS00, TLS18, TLS70;
2CEI1 data rgb* and CIELAB LabC*h for 3 reflections

/ce2s.htm, /CEI2/CEI2L0NP.PDF, /CEI2/CEI2.HTM
2CEI2 TUB-test chart CEI2; 9 grey steps and NW for
2CEI2 the Television-Luminous-Systems TLS00 to TLS70;
2CEI2 data rgb* and CIELAB LabC*h for 8 reflections

/ce2s.htm, /CEI3/CEI3L0NP.PDF, /CEI3/CEI3.HTM
2CEI3 TUB-test chart CEI3; 16 grey steps and NW for
2CEI3 the Television-Luminous-Systems TLS00 to TLS70;
2CEI3 data rgb* and CIELAB LabC*h for 8 reflections

/ce2s.htm, /CEI4/CEI4L0NP.PDF, /CEI4/CEI4.HTM
2CEI4 TUB-test chart CEI4; 9 grey steps and NW for
2CEI4 the Television-Luminous-Systems TLS00, TLS18, TLS70;
2CEI4 data rgb* and CIELAB LabC*h for 3 reflections

/ce2s.htm, /CEI5/CEI5L0NP.PDF, /CEI5/CEI5.HTM
2CEI5 TUB-test chart CEI5; 16 grey steps and NW for
2CEI5 the Television-Luminous-Systems TLS00, TLS18, TLS70;
2CEI5 data rgb* and CIELAB LabC*h for 3 reflections

/ce2s.htm, /CEI6/CEI6L0NP.PDF, /CEI6/CEI6.HTM
2CEI6 TUB-test chart CEI6; 9 grey steps and NW for
2CEI6 the Television-Luminous-Systems TLS00 to TLS70;
2CEI6 data rgb*, real & intended L* and w for 8 reflections

/ce2s.htm, /CEI7/CEI7L0NP.PDF, /CEI7/CEI7.HTM
2CEI7 TUB-test chart CEI7; 16 grey steps and NW for
2CEI7 the Television-Luminous-Systems TLS00 to TLS70;
2CEI7 data rgb*, real & intended L* and w for 8 reflections

/ce2s.htm, /CEI8/CEI8L0NP.PDF, /CEI8/CEI8.HTM
2CEI8 TUB-test chart CEI8; 9 grey steps and NW for
2CEI8 the Television-Luminous-Systems TLS00, TLS18, TLS70;
2CEI8 data rgb*, real & intended L* and w for 3 reflections

/ce2s.htm, /CEI9/CEI9L0NP.PDF, /CEI9/CEI9.HTM
2CEI9 TUB-test chart CEI9; 16 grey steps and NW for
2CEI9 the Television-Luminous-Systems TLS00, TLS18, TLS70;
2CEI9 data rgb*, real & intended L* and w for 3 reflections

/ce2s.htm, /CEJ0/CEJ0L0NP.PDF, /CEJ0/CEJ0.HTM
2CEJ0 TUB-test chart CEJ0; Relative colour vision LMS-R21
2CEJ0 lin-sensitivity, lin-difference, threshold=0,10, E00, BL
2CEJ0 Systems: (545,557,570), (545,570,595), (520,570,620)

/ce2s.htm, /CEJ1/CEJ1L0NP.PDF, /CEJ1/CEJ1.HTM
2CEJ1 TUB-test chart CEJ1; Relative colour vision LMS-R21
2CEJ1 lin-sensitivity, lin-difference, threshold=0,10, E00, BL
2CEJ1 Systems: (545,557,570), (495,520,545), (520,570,620)

/ce2s.htm, /CEJ2/CEJ2L0NP.PDF, /CEJ2/CEJ2.HTM
2CEJ2 TUB-test chart CEJ2; Relative colour vision LMS-R21
2CEJ2 lin-sensitivity, lin-difference, threshold=0,10, E00, BL
2CEJ2 Systems: (545,557,570), (445,470,495), (520,570,620)

/ce2s.htm, /CEJ3/CEJ3L0NP.PDF, /CEJ3/CEJ3.HTM
2CEJ3 TUB-test chart CEJ3; Relative colour vision LMS-R21
2CEJ3 lin-sensitivity, lin-difference, threshold=0,10, E00
2CEJ3 Systems: (545,557,570), (570,595,620), (520,570,620)

/ce2s.htm, /CEJ4/CEJ4L0NP.PDF, /CEJ4/CEJ4.HTM
2CEJ4 TUB-test chart CEJ4; Relative colour vision LMS-R21
2CEJ4 lin-sensitivity, lin-difference, threshold=0,10, E00
2CEJ4 Systems: (545,557,570), (545,570,595), (520,570,620)

/ce2s.htm, /CEJ5/CEJ5L0NP.PDF, /CEJ5/CEJ5.HTM
2CEJ5 TUB-test chart CEJ5; Relative colour vision LMS-R21
2CEJ5 lin-sensitivity, lin-difference, threshold=0,10, E00
2CEJ5 Systems: (545,557,570), (520,545,570), (520,570,620)

/ce2s.htm, /CEJ6/CEJ6L0NP.PDF, /CEJ6/CEJ6.HTM
2CEJ6 TUB-test chart CEJ6; Relative colour vision LMS-R21
2CEJ6 lin-sensitivity, lin-difference, threshold=0,10, E00
2CEJ6 Systems: (545,557,570), (495,520,545), (520,570,620)

/ce2s.htm, /CEJ7/CEJ7L0NP.PDF, /CEJ7/CEJ7.HTM
2CEJ7 TUB-test chart CEJ7; Relative colour vision LMS-R21
2CEJ7 lin-sensitivity, lin-difference, threshold=0,10, E00
2CEJ7 Systems: (545,557,570), (470,495,520), (520,570,620)

/ce2s.htm, /CEJ8/CEJ8L0NP.PDF, /CEJ8/CEJ8.HTM
2CEJ8 TUB-test chart CEJ8; Relative colour vision LMS-R21
2CEJ8 lin-sensitivity, lin-difference, threshold=0,10, E00
2CEJ8 Systems: (545,557,570), (445,470,495), (520,570,620)

/ce2s.htm, /CEJ9/CEJ9L0NP.PDF, /CEJ9/CEJ9.HTM
2CEJ9 TUB-test chart CEJ9; Relative colour vision LMS-R21
2CEJ9 lin-sensitivity, lin-difference, threshold=0,10, E00
2CEJ9 Systems: (545,557,570), (420,445,470), (520,570,620)

/ce2s.htm, /CEK0/CEK0L0NP.PDF, /CEK0/CEK0.HTM
2CEK0 TUB-test chart CEK0; Relative colour vision LMS-R21
2CEK0 log-sensitivity, log-difference, threshold=0,10, E00, BL
2CEK0 Systems: (545,557,570), (545,570,595), (520,570,620)

/ce2s.htm, /CEK1/CEK1L0NP.PDF, /CEK1/CEK1.HTM
2CEK1 TUB-test chart CEK1; Relative colour vision LMS-R21
2CEK1 log-sensitivity, log-difference, threshold=0,10, E00, BL
2CEK1 Systems: (545,557,570), (495,520,545), (520,570,620)

/ce2s.htm, /CEK2/CEK2L0NP.PDF, /CEK2/CEK2.HTM
2CEK2 TUB-test chart CEK2; Relative colour vision LMS-R21
2CEK2 log-sensitivity, log-difference, threshold=0,10, E00, BL
2CEK2 Systems: (545,557,570), (445,470,495), (520,570,620)

/ce2s.htm, /CEK3/CEK3L0NP.PDF, /CEK3/CEK3.HTM
2CEK3 TUB-test chart CEK3; Relative colour vision LMS-R21
2CEK3 log-sensitivity, log-difference, threshold=0,10, E00
2CEK3 Systems: (545,557,570), (570,595,620), (520,570,620)

/ce2s.htm, /CEK4/CEK4L0NP.PDF, /CEK4/CEK4.HTM
2CEK4 TUB-test chart CEK4; Relative colour vision LMS-R21
2CEK4 log-sensitivity, log-difference, threshold=0,10, E00
2CEK4 Systems: (545,557,570), (545,570,595), (520,570,620)

/ce2s.htm, /CEK5/CEK5L0NP.PDF, /CEK5/CEK5.HTM
2CEK5 TUB-test chart CEK5; Relative colour vision LMS-R21
2CEK5 log-sensitivity, log-difference, threshold=0,10, E00
2CEK5 Systems: (545,557,570), (520,545,570), (520,570,620)

/ce2s.htm, /CEK6/CEK6L0NP.PDF, /CEK6/CEK6.HTM
2CEK6 TUB-test chart CEK6; Relative colour vision LMS-R21
2CEK6 log-sensitivity, log-difference, threshold=0,10, E00
2CEK6 Systems: (545,557,570), (495,520,545), (520,570,620)

/ce2s.htm, /CEK7/CEK7L0NP.PDF, /CEK7/CEK7.HTM
2CEK7 TUB-test chart CEK7; Relative colour vision LMS-R21
2CEK7 log-sensitivity, log-difference, threshold=0,10, E00
2CEK7 Systems: (545,557,570), (470,495,520), (520,570,620)

/ce2s.htm, /CEK8/CEK8L0NP.PDF, /CEK8/CEK8.HTM
2CEK8 TUB-test chart CEK8; Relative colour vision LMS-R21
2CEK8 log-sensitivity, log-difference, threshold=0,10, E00
2CEK8 Systems: (545,557,570), (445,470,495), (520,570,620)

/ce2s.htm, /CEK9/CEK9L0NP.PDF, /CEK9/CEK9.HTM
2CEK9 TUB-test chart CEK9; Relative colour vision LMS-R21
2CEK9 log-sensitivity, log-difference, threshold=0,10, E00
2CEK9 Systems: (545,557,570), (420,445,470), (520,570,620)

/ce2s.htm, /CEL0/CEL0L0NP.PDF, /CEL0/CEL0.HTM
2CEL0 TUB-test chart CEL0; Relative colour vision LMS-R21
2CEL0 log-sensitivity, lin-difference, threshold=0,10, E00, BL
2CEL0 Systems: (545,557,570), (545,570,595), (520,570,620)

/ce2s.htm, /CEL1/CEL1L0NP.PDF, /CEL1/CEL1.HTM
2CEL1 TUB-test chart CEL1; Relative colour vision LMS-R21
2CEL1 log-sensitivity, lin-difference, threshold=0,10, E00, BL
2CEL1 Systems: (545,557,570), (495,520,545), (520,570,620)

/ce2s.htm, /CEL2/CEL2L0NP.PDF, /CEL2/CEL2.HTM
2CEL2 TUB-test chart CEL2; Relative colour vision LMS-R21
2CEL2 log-sensitivity, lin-difference, threshold=0,10, E00, BL
2CEL2 Systems: (545,557,570), (445,470,495), (520,570,620)

/ce2s.htm, /CEL3/CEL3L0NP.PDF, /CEL3/CEL3.HTM
2CEL3 TUB-test chart CEL3; Relative colour vision LMS-R21
2CEL3 log-sensitivity, lin-difference, threshold=0,10, E00
2CEL3 Systems: (545,557,570), (570,595,620), (520,570,620)

/ce2s.htm, /CEL4/CEL4L0NP.PDF, /CEL4/CEL4.HTM
2CEL4 TUB-test chart CEL4; Relative colour vision LMS-R21
2CEL4 log-sensitivity, lin-difference, threshold=0,10, E00
2CEL4 Systems: (545,557,570), (545,570,595), (520,570,620)

/ce2s.htm, /CEL5/CEL5L0NP.PDF, /CEL5/CEL5.HTM
2CEL5 TUB-test chart CEL5; Relative colour vision LMS-R21
2CEL5 log-sensitivity, lin-difference, threshold=0,10, E00
2CEL5 Systems: (545,557,570), (520,545,570), (520,570,620)

/ce2s.htm, /CEL6/CEL6L0NP.PDF, /CEL6/CEL6.HTM
2CEL6 TUB-test chart CEL6; Relative colour vision LMS-R21
2CEL6 log-sensitivity, lin-difference, threshold=0,10, E00
2CEL6 Systems: (545,557,570), (495,520,545), (520,570,620)

/ce2s.htm, /CEL7/CEL7L0NP.PDF, /CEL7/CEL7.HTM
2CEL7 TUB-test chart CEL7; Relative colour vision LMS-R21
2CEL7 log-sensitivity, lin-difference, threshold=0,10, E00
2CEL7 Systems: (545,557,570), (470,495,520), (520,570,620)

/ce2s.htm, /CEL8/CEL8L0NP.PDF, /CEL8/CEL8.HTM
2CEL8 TUB-test chart CEL8; Relative colour vision LMS-R21
2CEL8 log-sensitivity, lin-difference, threshold=0,10, E00
2CEL8 Systems: (545,557,570), (445,470,495), (520,570,620)

/ce2s.htm, /CEL9/CEL9L0NP.PDF, /CEL9/CEL9.HTM
2CEL9 TUB-test chart CEL9; Relative colour vision LMS-R21
2CEL9 log-sensitivity, lin-difference, threshold=0,10, E00
2CEL9 Systems: (545,557,570), (420,445,470), (520,570,620)

/ce2s.htm, /CEM0/CEM0L0NP.PDF, /CEM0/CEM0.HTM
2CEM0 TUB-Test chart CEM0; CIE 02-degree colorimetry
2CEM0 HPE-Cone sensitivity, hue translation, and spectral
2CEM0 tristimulus values only for CIE illuminant D65; linear data

/ce2s.htm, /CEM1/CEM1L0NP.PDF, /CEM1/CEM1.HTM
2CEM1 TUB-Test chart CEM1; CIE 10-degree colorimetry
2CEM1 HPE-CIE Cone sensitivity, hue translation, and spectral
2CEM1 tristimulus values only for CIE illuminant D65; linear data

/ce2s.htm, /CEM2/CEM2L0NP.PDF, /CEM2/CEM2.HTM
2CEM2 TUB-Test chart CEM2; CIE 02-degree colorimetry
2CEM2 HPE-Cone sensitivity, hue translation, and spectral
2CEM2 tristimulus values only for CIE illuminant E00; linear data

/ce2s.htm, /CEM3/CEM3L0NP.PDF, /CEM3/CEM3.HTM
2CEM3 TUB-Test chart CEM3; CIE 10-degree colorimetry
2CEM3 HPE-CIE Cone sensitivity, hue translation, and spectral
2CEM3 tristimulus values only for CIE illuminant E00; linear data

/ce2s.htm, /CEM4/CEM4L0NP.PDF, /CEM4/CEM4.HTM
2CEM4 TUB-Test chart CEM4; CIE F02-degree colorimetry
2CEM4 HPE-Cone sensitivity, hue translation, and spectral
2CEM4 tristimulus values only for CIE illuminant E00; linear data

/ce2s.htm, /CEM5/CEM5L0NP.PDF, /CEM5/CEM5.HTM
2CEM5 TUB-Test chart CEM5; CIE F10-degree colorimetry
2CEM5 HPE-Cone sensitivity, hue translation, and spectral
2CEM5 tristimulus values only for CIE illuminant E00; linear data

/ce2s.htm, /CEM6/CEM6L0NP.PDF, /CEM6/CEM6.HTM
2CEM6 TUB-Test chart CEM6; CIE 02-degree colorimetry
2CEM6 HPE-Cone sensitivity, hue translation, and spectral
2CEM6 tristimulus values only for CIE illuminants D50; linear data

/ce2s.htm, /CEM7/CEM7L0NP.PDF, /CEM7/CEM7.HTM
2CEM7 TUB-Test chart CEM7; CIE 10-degree colorimetry
2CEM7 HPE-CIE Cone sensitivity, hue translation, and spectral
2CEM7 tristimulus values only for CIE illuminant D50; linear data

/ce2s.htm, /CEM8/CEM8L0NP.PDF, /CEM8/CEM8.HTM
2CEM8 TUB-Test chart CEM8; CIE F02-degree colorimetry
2CEM8 HPE-Cone sensitivity, hue translation, and spectral
2CEM8 tristimulus values only for CIE illuminant D50; linear data

/ce2s.htm, /CEM9/CEM9L0NP.PDF, /CEM9/CEM9.HTM
2CEM9 TUB-Test chart CEM9; CIE F10-degree colorimetry
2CEM9 HPE-Cone sensitivity, hue translation, and spectral
2CEM9 tristimulus values only for CIE illuminant D50; linear data

/ce2s.htm, /CEN0/CEN0L0NP.PDF, /CEN0/CEN0.HTM
2CEN0 TUB-Test chart CEN0; CIE F02-degree colorimetry
2CEN0 HPE-Cone sensitivity, hue translation, and spectral
2CEN0 tristimulus values only for CIE illuminant D65; linear data

/ce2s.htm, /CEN1/CEN1L0NP.PDF, /CEN1/CEN1.HTM
2CEN1 TUB-Test chart CEN1; CIE F10-degree colorimetry
2CEN1 HPE-CIE Cone sensitivity, hue translation, and spectral
2CEN1 tristimulus values only for CIE illuminant D65; linear data

/ce2s.htm, /CEN2/CEN2L0NP.PDF, /CEN2/CEN2.HTM
2CEN2 TUB-Test chart CEN2; CIE 02-degree colorimetry
2CEN2 HPE-Cone sensitivity, hue translation, and spectral
2CEN2 tristimulus values only for CIE illuminant P00; linear data

/ce2s.htm, /CEN3/CEN3L0NP.PDF, /CEN3/CEN3.HTM
2CEN3 TUB-Test chart CEN3; CIE 10-degree colorimetry
2CEN3 HPE-CIE Cone sensitivity, hue translation, and spectral
2CEN3 tristimulus values only for CIE illuminant P00; linear data

/ce2s.htm, /CEN4/CEN4L0NP.PDF, /CEN4/CEN4.HTM
2CEN4 TUB-Test chart CEN4; CIE F02-degree colorimetry
2CEN4 HPE-Cone sensitivity, hue translation, and spectral
2CEN4 tristimulus values only for CIE illuminant P00; linear data

/ce2s.htm, /CEN5/CEN5L0NP.PDF, /CEN5/CEN5.HTM
2CEN5 TUB-Test chart CEN5; CIE F10-degree colorimetry
2CEN5 HPE-Cone sensitivity, hue translation, and spectral
2CEN5 tristimulus values only for CIE illuminant P00; linear data

/ce2s.htm, /CEN6/CEN6L0NP.PDF, /CEN6/CEN6.HTM
2CEN6 TUB-Test chart CEN6; CIE 02-degree colorimetry
2CEN6 HPE-Cone sensitivity, hue translation, and spectral
2CEN6 tristimulus values only for CIE illuminants Q00; linear data

/ce2s.htm, /CEN7/CEN7L0NP.PDF, /CEN7/CEN7.HTM
2CEN7 TUB-Test chart CEN7; CIE 10-degree colorimetry
2CEN7 HPE-CIE Cone sensitivity, hue translation, and spectral
2CEN7 tristimulus values only for CIE illuminant Q00; linear data

/ce2s.htm, /CEN8/CEN8L0NP.PDF, /CEN8/CEN8.HTM
2CEN8 TUB-Test chart CEN8; CIE F02-degree colorimetry
2CEN8 HPE-Cone sensitivity, hue translation, and spectral
2CEN8 tristimulus values only for CIE illuminant Q00; linear data

/ce2s.htm, /CEN9/CEN9L0NP.PDF, /CEN9/CEN9.HTM
2CEN9 TUB-Test chart CEN9; CIE F10-degree colorimetry
2CEN9 HPE-Cone sensitivity, hue translation, and spectral
2CEN9 tristimulus values only for CIE illuminant Q00; linear data

/ce2s.htm, /CEO0/CEO0L0NP.PDF, /CEO0/CEO0.HTM
2CEO0 TUB-Test chart CEO0; CIE F02-degree colorimetry
2CEO0 LMS-CIE-Cone sensitivity, hue translation, and spectral
2CEO0 CIE/R21-tristimulus-value translation CIE E00; linear data

/ce2s.htm, /CEO1/CEO1L0NP.PDF, /CEO1/CEO1.HTM
2CEO1 TUB-Test chart CEO1; CIE F10-degree colorimetry
2CEO1 LMS-CIE-Cone sensitivity, hue translation, and spectral
2CEO1 CIE/R21-tristimulus value translation CIE E00; linear data

/ce2s.htm, /CEO2/CEO2L0NP.PDF, /CEO2/CEO2.HTM
2CEO2 TUB-Test chart CEO2; CIE 02-degree colorimetry
2CEO2 HPE-CIE-Cone sensitivity, hue translation, and spectral
2CEO2 tristimulus values for 8 illuminants Dxx; linear data

/ce2s.htm, /CEO3/CEO3L0NP.PDF, /CEO3/CEO3.HTM
2CEO3 TUB-Test chart CEO3; CIE 10-degree colorimetry
2CEO3 HPE-CIE-Cone sensitivity, hue translation, and spectral
2CEO3 tristimulus values for 8 illuminants Dxx; linear data

/ce2s.htm, /CEO4/CEO4L0NP.PDF, /CEO4/CEO4.HTM
2CEO4 TUB-Test chart CEO4; CIE F02-degree colorimetry
2CEO4 LMS-CIE-Cone sensitivity, hue translation, and spectral
2CEO4 tristimulus values for 8 illuminants Dxx; linear data

/ce2s.htm, /CEO5/CEO5L0NP.PDF, /CEO5/CEO5.HTM
2CEO5 TUB-Test chart CEO5; CIE F10-degree colorimetry
2CEO5 LMS-CIE-Cone sensitivity, hue translation, and spectral
2CEO5 tristimulus values for 8 illuminants Dxx; linear data

/ce2s.htm, /CEO6/CEO6L0NP.PDF, /CEO6/CEO6.HTM
2CEO6 TUB-Test chart CEO6; CIE 02-degree colorimetry
2CEO6 HPE-CIE-Cone sensitivity, hue translation, and spectral
2CEO6 tristimulus values for 8 illuminants Pxx; linear data

/ce2s.htm, /CEO7/CEO7L0NP.PDF, /CEO7/CEO7.HTM
2CEO7 TUB-Test chart CEO7; CIE 10-degree colorimetry
2CEO7 HPE-CIE-Cone sensitivity, hue translation, and spectral
2CEO7 tristimulus values for 8 illuminants Pxx; linear data

/ce2s.htm, /CEO8/CEO8L0NP.PDF, /CEO8/CEO8.HTM
2CEO8 TUB-Test chart CEO8; CIE F02-degree colorimetry
2CEO8 LMS-CIE-Cone sensitivity, hue translation, and spectral
2CEO8 tristimulus values for 8 illuminants Pxx; linear data

/ce2s.htm, /CEO9/CEO9L0NP.PDF, /CEO9/CEO9.HTM
2CEO9 TUB-Test chart CEO9; CIE F10-degree colorimetry
2CEO9 LMS-CIE-Cone sensitivity, hue translation, and spectral
2CEO9 tristimulus values for 8 illuminants Pxx; linear data

/ce2s.htm, /CEP0/CEP0L0NP.PDF, /CEP0/CEP0.HTM
2CEP0 TUB-test chart CEP0; LMS-R21-colour vision modell
2CEP0 cone ratio red:green:blue=16:8:1
2CEP0 lin[sensitivity], lin[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEP1/CEP1L0NP.PDF, /CEP1/CEP1.HTM
2CEP1 TUB-test chart CEP1; LMS-R21-colour vision modell
2CEP1 cone ratio yellow:greenish yellow:reddish blue=16:8:1
2CEP1 lin[sensitivity], lin[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEP2/CEP2L0NP.PDF, /CEP2/CEP2.HTM
2CEP2 TUB-test chart CEP2; LMS-R21-colour vision modell
2CEP2 sensitivity 570,557,545, LMV->L/V&M/V, adaptation 557
2CEP2 lin[sensitivity], lin[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEP3/CEP3L0NP.PDF, /CEP3/CEP3.HTM
2CEP3 TUB-test chart CEP3; LMS-R21-colour vision modell
2CEP3 sensitivity 595,570,545, OLM->O/L&M/L, adaptation 570
2CEP3 lin[sensitivity], lin[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEP4/CEP4L0NP.PDF, /CEP4/CEP4.HTM
2CEP4 TUB-test chart CEP4; LMS-R21-colour vision modell
2CEP4 sensitivity LMV->L/V&M/V, 4 adaptations 620,570,520,470
2CEP4 lin[sensitivity], lin[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEP5/CEP5L0NP.PDF, /CEP5/CEP5.HTM
2CEP5 TUB-test chart CEP5; LMS-R21-colour vision modell
2CEP5 sensitivity OLM->O/L&M/L, 4 adaptations 595,570,545,520
2CEP5 lin[sensitivity], lin[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEP6/CEP6L0NP.PDF, /CEP6/CEP6.HTM
2CEP6 TUB-test chart CEP6; LMS-R21-colour vision modell
2CEP6 sensitivity OLM->O/L&M/L, 4 adaptations: 620,570,520,470
2CEP6 lin[sensitivity], lin[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEP7/CEP7L0NP.PDF, /CEP7/CEP7.HTM
2CEP7 TUB-test chart CEP7; LMS-R21-colour vision modell
2CEP7 sensitivity OLM->O/V&M/V, 4 adaptations: 595,570,545,520
2CEP7 lin[sensitivity], lin[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEP8/CEP8L0NP.PDF, /CEP8/CEP8.HTM
2CEP8 TUB-test chart CEP8; LMS-R21-colour vision modell
2CEP8 sensitivity 557,457,507, VNg->V/g&N/g, WN-antagonisme
2CEP8 lin[sensitivity], lin[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEP9/CEP9L0NP.PDF, /CEP9/CEP9.HTM
2CEP9 TUB-test chart CEP9; LMS-R21-colour vision modell
2CEP9 sensitivity 570,470,520, YBG->Y/G&B/G, YB-antagonisme
2CEP9 lin[sensitivity], lin[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEQ0/CEQ0L0NP.PDF, /CEQ0/CEQ0.HTM
2CEQ0 TUB-test chart CEQ0; LMS-R21-colour vision modell
2CEQ0 cone ratio red:green:blue=16:8:1
2CEQ0 log[sensitivity], log[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEQ1/CEQ1L0NP.PDF, /CEQ1/CEQ1.HTM
2CEQ1 TUB-test chart CEQ1; LMS-R21-colour vision modell
2CEQ1 cone ratio yellow:greenish yellow:reddish blue=16:8:1
2CEQ1 log[sensitivity], log[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEQ2/CEQ2L0NP.PDF, /CEQ2/CEQ2.HTM
2CEQ2 TUB-test chart CEQ2; LMS-R21-colour vision modell
2CEQ2 sensitivity 570,557,545, LMV->L/V&M/V, adaptation 557
2CEQ2 log[sensitivity], log[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEQ3/CEQ3L0NP.PDF, /CEQ3/CEQ3.HTM
2CEQ3 TUB-test chart CEQ3; LMS-R21-colour vision modell
2CEQ3 sensitivity 595,570,545, OLM->O/L&M/L, adaptation 570
2CEQ3 log[sensitivity], log[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEQ4/CEQ4L0NP.PDF, /CEQ4/CEQ4.HTM
2CEQ4 TUB-test chart CEQ4; LMS-R21-colour vision modell
2CEQ4 sensitivity LMV->L/V&M/V, 4 adaptations 620,570,520,470
2CEQ4 log[sensitivity], log[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEQ5/CEQ5L0NP.PDF, /CEQ5/CEQ5.HTM
2CEQ5 TUB-test chart CEQ5; LMS-R21-colour vision modell
2CEQ5 sensitivity OLM->O/L&M/L, 4 adaptations 595,570,545,520
2CEQ5 log[sensitivity], log[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEQ6/CEQ6L0NP.PDF, /CEQ6/CEQ6.HTM
2CEQ6 TUB-test chart CEQ6; LMS-R21-colour vision modell
2CEQ6 sensitivity OLM->O/L&M/L, 4 adaptations: 620,570,520,470
2CEQ6 log[sensitivity], log[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEQ7/CEQ7L0NP.PDF, /CEQ7/CEQ7.HTM
2CEQ7 TUB-test chart CEQ7; LMS-R21-colour vision modell
2CEQ7 sensitivity OLM->O/V&M/V, 4 adaptations: 595,570,545,520
2CEQ7 log[sensitivity], log[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEQ8/CEQ8L0NP.PDF, /CEQ8/CEQ8.HTM
2CEQ8 TUB-test chart CEQ8; LMS-R21-colour vision modell
2CEQ8 sensitivity 557,457,507, VNg->V/g&N/g, WN-antagonisme
2CEQ8 log[sensitivity], log[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CEQ9/CEQ9L0NP.PDF, /CEQ9/CEQ9.HTM
2CEQ9 TUB-test chart CEQ9; LMS-R21-colour vision modell
2CEQ9 sensitivity 570,470,520, YBG->Y/G&B/G, YB-antagonisme
2CEQ9 log[sensitivity], log[ratio], lin[threshold]=0&0,04

/ce2s.htm, /CER0/CER0L0NP.PDF, /CER0/CER0.HTM
2CER0 TUB-test chart CER0; LMS-R21-colour vision modell
2CER0 cone ratio red:green:blue=16:8:1
2CER0 log & lin[sensitivity & ratio], lin[threshold]=0&0,04

/ce2s.htm, /CER1/CER1L0NP.PDF, /CER1/CER1.HTM
2CER1 TUB-test chart CER1; LMS-R21-colour vision modell
2CER1 cone ratio yellow:greenish yellow:reddish blue=16:8:1
2CER1 log & lin[sensitivity & ratio], lin[threshold]=0&0,04

/ce2s.htm, /CER2/CER2L0NP.PDF, /CER2/CER2.HTM
2CER2 TUB-test chart CER2; LMS-R21-colour vision modell
2CER2 sensitivity 570,557,545, LMV->L/V&M/V, adaptation 557
2CER2 log & lin[sensitivity & ratio], lin[threshold]=0&0,04

/ce2s.htm, /CER3/CER3L0NP.PDF, /CER3/CER3.HTM
2CER3 TUB-test chart CER3; LMS-R21-colour vision modell
2CER3 sensitivity 595,570,545, OLM->O/L&M/L, adaptation 570
2CER3 log & lin[sensitivity & ratio], lin[threshold]=0&0,04

/ce2s.htm, /CER4/CER4L0NP.PDF, /CER4/CER4.HTM
2CER4 TUB-test chart CER4; LMS-R21-colour vision modell
2CER4 sensitivity LMV->L/V&M/V, 4 adaptations 620,570,520,470
2CER4 log & lin[sensitivity & ratio], lin[threshold]=0&0,04

/ce2s.htm, /CER5/CER5L0NP.PDF, /CER5/CER5.HTM
2CER5 TUB-test chart CER5; LMS-R21-colour vision modell
2CER5 sensitivity OLM->O/L&M/L, 4 adaptations 595,570,545,520
2CER5 log & lin[sensitivity & ratio], lin[threshold]=0&0,04

/ce2s.htm, /CER6/CER6L0NP.PDF, /CER6/CER6.HTM
2CER6 TUB-test chart CER6; LMS-R21-colour vision modell
2CER6 sensitivity OLM->O/L&M/L, 4 adaptations: 620,570,520,470
2CER6 log & lin[sensitivity & ratio], lin[threshold]=0&0,04

/ce2s.htm, /CER7/CER7L0NP.PDF, /CER7/CER7.HTM
2CER7 TUB-test chart CER7; LMS-R21-colour vision modell
2CER7 sensitivity OLM->O/V&M/V, 4 adaptations: 595,570,545,520
2CER7 log & lin[sensitivity & ratio], lin[threshold]=0&0,04

/ce2s.htm, /CER8/CER8L0NP.PDF, /CER8/CER8.HTM
2CER8 TUB-test chart CER8; LMS-R21-colour vision modell
2CER8 sensitivity 557,457,507, VNg->V/g&N/g, WN-antagonisme
2CER8 log & lin[sensitivity & ratio], lin[threshold]=0&0,04

/ce2s.htm, /CER9/CER9L0NP.PDF, /CER9/CER9.HTM
2CER9 TUB-test chart CER9; LMS-R21-colour vision modell
2CER9 sensitivity 570,470,520, YBG->Y/G&B/G, YB-antagonisme
2CER9 log & lin[sensitivity & ratio], lin[threshold]=0&0,04

/ce2s.htm, /CES0/CES0L0NP.PDF, /CES0/CES0.HTM
2CES0 TUB-test chart CES0; Special properties of colour vision,
2CES0 Comparison of CIELAB and IECsRGB coordinates,
2CES0 Lightness & triangle lightness, contrast and sensitivity

/ce2s.htm, /CES1/CES1L0NP.PDF, /CES1/CES1.HTM
2CES1 TUB-test chart CES1; Special properties of colour vision,
2CES1 CIELAB modifications with chromaticity diagrams,
2CES1 Achromatic and chromatic thresholds as function of Y

/ce2s.htm, /CES2/CES2L0NP.PDF, /CES2/CES2.HTM
2CES2 TUB-test chart CES2; Special properties of colour vision,
2CES2 Elementary colours, complementary wavelength,
2CES2 CIELAB equation and modifications from Yn to Yu

/ce2s.htm, /CES3/CES3L0NP.PDF, /CES3/CES3.HTM
2CES3 TUB-Test chart CES3; Comparison of LABJND & CIELAB formula,
2CES3 CIE lightness L*, derivation dL*/dY, and threshold dY,
2CES3 CIE sensitivity dY/Y and CIE contrast Y/dY

/ce2s.htm, /CES4/CES4L0NP.PDF, /CES4/CES4.HTM
2CES4 TUB-Test chart CES4; Comparison of LABJND & CIEDE2000 formula
2CES4 CIE lightness L*, derivation dL*/dY, and threshold dY,
2CES4 CIE sensitivity dY/Y and CIE contrast Y/dY

/ce2s.htm, /CES5/CES5L0NP.PDF, /CES5/CES5.HTM
2CES5 TUB-Test chart CES5; Achromatic thresholds,
2CES5 luminance thresholds, contrast, and lightness,
2CES5 experimental data of Lingelbach and Richter

/ce2s.htm, /CES6/CES6L0NP.PDF, /CES6/CES6.HTM
2CES6 TUB-Test chart CES6; LABJND colour differences, CIE 230:2019,
2CES6 logarithmic ordinate for LABJND lightness L*,
2CES6 derivation dL*/dY, sensitivity dY/Y, and contrast Y/dY

/ce2s.htm, /CES7/CES7L0NP.PDF, /CES7/CES7.HTM
2CES7 TUB-Test chart CES7; CIELAB colour differences, ISO/CIE 11664-4,
2CES7 logarithmic ordinate for CIELAB lightness L*,
2CES7 derivation dL*/dY, sensitivity dY/Y, and contrast Y/dY

/ce2s.htm, /CES8/CES8L0NP.PDF, /CES8/CES8.HTM
2CES8 TUB-Test chart CES8; LABJND colour differences, CIE 230:2019,
2CES8 linear ordinate for LABJND lightness L*,
2CES8 derivation dL*/dY, sensitivity dY/Y, and contrast Y/dY

/ce2s.htm, /CES9/CES9L0NP.PDF, /CES9/CES9.HTM
2CES9 TUB-Test chart CES9; CIELAB colour differences, ISO/CIE 11664-4,
2CES9 linear ordinate for CIELAB lightness L*,
2CES9 derivation dL*/dY, sensitivity dY/Y, and contrast Y/dY

/ce2s.htm, /CET0/CET0L0NP.PDF, /CET0/CET0.HTM
2CET0 TUB-test chart CET0; Special colorimetric properties
2CET0 Colour space CIELAB 1976, colour values, colour attributes
2CET0 chromaticities (a', b') of CIELAB 1976 and LABHNUx 1979

/ce2s.htm, /CET1/CET1L0NP.PDF, /CET1/CET1.HTM
2CET1 TUB-test chart CET1; Special colorimetric properties
2CET1 colour mixture, colour attributes of low and higher metrics
2CET1 colour-threshold formula LABJND 1985, see CIE 230:2019

/ce2s.htm, /CET2/CET2L0NP.PDF, /CET2/CET2.HTM
2CET2 TUB-test chart CET2; Special colorimetric properties
2CET2 for colour vision and image technology; colour valence metric
2CET2 chromatic value, saturation value, chromaticity value

/ce2s.htm, /CET3/CET3L0NP.PDF, /CET3/CET3.HTM
2CET3 TUB-test chart CET3; Special colorimetric properties
2CET3 for colour vision and image technolgoy; elementary colours
2CET3 complementary wavelength; equations in colorimetry

/ce2s.htm, /CET4/CET4L0NP.PDF, /CET4/CET4.HTM
2CET4 TUB-test chart CET4; ISO-colour file and colour pei
2CET4 Colour circle: ISO file -> print -> scan -> ISO file
2CET4 ISO 9241-306 & ISO/IEC 15775: input and output linearization

/ce2s.htm, /CET5/CET5L0NP.PDF, /CET5/CET5.HTM
2CET5 TUB-test chart CET5; comparison lightness formulae
2CET5 CIELAB, IECsRGB, CIEDE2000 and LABJND (CIE 230:2019)
2CET5 Lightness L* and relative contrast Cr=Y/dY as function of Y

/ce2s.htm, /CET6/CET6L0NP.PDF, /CET6/CET6.HTM
2CET6 TUB-test chart CET6; Ostwald colours and sRGB colours
2CET6 chromaticities (x,y), (a,b), and nonlinear ones (a',b')
2CET6 Chromatic values and chroma: (A,B), (a*,b*), (a*,b*)D65, (A*,B*)

/ce2s.htm, /CET7/CET7L0NP.PDF, /CET7/CET7.HTM
2CET7 TUB-test chart CET7; Wavelength ranges of 6
2CET7 Ostwald colours and W, contrast C=25:1, +-signals
2CET7 Reflections R, Rr=R/0,18, Rs=log(Rr), hue threshold dhA2B2=6

/ce2s.htm, /CET8/CET8L0NP.PDF, /CET8/CET8.HTM
2CET8 TUB-test chart CET8; Wavelength ranges of 6
2CET8 Ostwald colours and W, contrast C=2:1, +-signals
2CET8 Reflections R, Rr=R/0,18, Rs=log(Rr), hue threshold dhA2B2=18

/ce2s.htm, /CET9/CET9L0NP.PDF, /CET9/CET9.HTM
2CET9 TUB-test chart CET9; Three elementary-colour systems
2CET9 Spectral properties of optimal and surface colours
2CET9 Space coordinates: device, optimal, and Arens colours

/ce2s.htm, /CEU0/CEU0L0NP.PDF, /CEU0/CEU0.HTM
2CEU0 TUB-test chart CEU0; LABJNDu0 formulae similar to CIE 230
2CEU0 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00 & data
2CEU0 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEU1/CEU1L0NP.PDF, /CEU1/CEU1.HTM
2CEU1 TUB-test chart CEU1; LABJNDu1 formulae similar to CIE 230
2CEU1 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00 & data
2CEU1 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEU2/CEU2L0NP.PDF, /CEU2/CEU2.HTM
2CEU2 TUB-test chart CEU2; LABJNDu2 formulae similar to CIE 230
2CEU2 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,84 & data
2CEU2 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEU3/CEU3L0NP.PDF, /CEU3/CEU3.HTM
2CEU3 TUB-test chart CEU3; LABJNDu3 formulae similar to CIE 230
2CEU3 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,67 & data
2CEU3 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEU4/CEU4L0NP.PDF, /CEU4/CEU4.HTM
2CEU4 TUB-test chart CEU4; LABJNDu4 formulae similar to CIE 230
2CEU4 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,42 & data
2CEU4 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEU5/CEU5L0NP.PDF, /CEU5/CEU5.HTM
2CEU5 TUB-test chart CEU5; LABJNDu5 formulae similar to CIE 230
2CEU5 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00 & data
2CEU5 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEU6/CEU6L0NP.PDF, /CEU6/CEU6.HTM
2CEU6 TUB-test chart CEU6; LABJNDu6 formulae similar to CIE 230
2CEU6 LABJND lightness, A0n=1,50, A1n, A2n, cx=1,00 & data
2CEU6 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEU7/CEU7L0NP.PDF, /CEU7/CEU7.HTM
2CEU7 TUB-test chart CEU7; LABJNDu7 formulae similar to CIE 230
2CEU7 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,84 & data
2CEU7 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEU8/CEU8L0NP.PDF, /CEU8/CEU8.HTM
2CEU8 TUB-test chart CEU8; LABJNDu8 formulae similar to CIE 230
2CEU8 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,67 & data
2CEU8 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEU9/CEU9L0NP.PDF, /CEU9/CEU9.HTM
2CEU9 TUB-test chart CEU9; LABJNDu9 formulae similar to CIE 230
2CEU9 LABJND lightness, A0n=1,50, A1n, A2n, cx=0,42 & data
2CEU9 absolute and relative lightness, sensitivity and contrast

/ce2s.htm, /CEV0/CEV0L0NP.PDF, /CEV0/CEV0.HTM
2CEV0 TUB-test chart CEV0; Printed ISO-test charts
2CEV0 Colour material of the Technical University Berlin (TUB)
2CEV0 RECS and CV&E with test charts of ISO/IEC 15775 & ISO 9241-306

/ce2s.htm, /CEV1/CEV1L0NP.PDF, /CEV1/CEV1.HTM
2CEV1 TUB-test chart CEV1; Free Copyright of TUB images
2CEV1 Free Copyright, if images are changed with PS code
2CEV1 Find of web sites, files and images with WayBackMachine (WBM)

/ce2s.htm, /CEV2/CEV2L0NP.PDF, /CEV2/CEV2.HTM
2CEV2 TUB-test chart CEV2; Wavelength ranges of 6
2CEV2 Ostwald colours and W, contrast C>288:1
2CEV2 Reflections R, Rr=R/0,18, Rs=log(Rr), and triangle lightness T*

/ce2s.htm, /CEV3/CEV3L0NP.PDF, /CEV3/CEV3.HTM
2CEV3 TUB-test chart CEV3; Wavelength ranges of 6
2CEV3 Ostwald colours and W, contrast C=25:1
2CEV3 Reflections R, Rr=R/0,18, Rs=log(Rr), and triangle lightness

/ce2s.htm, /CEV4/CEV4L0NP.PDF, /CEV4/CEV4.HTM
2CEV4 TUB-test chart CEV4; Wavelength ranges of 6
2CEV4 Ostwald colours and W, contrast C=16:1
2CEV4 Reflections R, Rr=R/0,18, Rs=log(Rr), and triangle lightness

/ce2s.htm, /CEV5/CEV5L0NP.PDF, /CEV5/CEV5.HTM
2CEV5 TUB-test chart CEV5; Wavelength ranges of 6
2CEV5 Ostwald colours and W, contrast C=9:1
2CEV5 Reflections R, Rr=R/0,18, Rs=log(Rr), and triangle lightness

/ce2s.htm, /CEV6/CEV6L0NP.PDF, /CEV6/CEV6.HTM
2CEV6 TUB-test chart CEV6; Wavelength ranges of 6
2CEV6 Ostwald colours and W, contrast C=4:1
2CEV6 Reflections R, Rr=R/0,18, Rs=log(Rr), and triangle lightness

/ce2s.htm, /CEV7/CEV7L0NP.PDF, /CEV7/CEV7.HTM
2CEV7 TUB-test chart CEV7; Wavelength ranges of 6
2CEV7 Ostwald colours and W, contrast C=2:1
2CEV7 Reflections R, Rr=R/0,18, Rs=log(Rr), and triangle lightness

/ce2s.htm, /CEV8/CEV8L0NP.PDF, /CEV8/CEV8.HTM
2CEV8 TUB-test chart CEV8; Wavelength ranges of 6
2CEV8 Ostwald colours and W, contrast C=25:1, +-signals
2CEV8 Reflections R, Rr=R/0,18, Rs=log(Rr), and triangle lightness

/ce2s.htm, /CEV9/CEV9L0NP.PDF, /CEV9/CEV9.HTM
2CEV9 TUB-test chart CEV9; Wavelength ranges of 6
2CEV9 Ostwald colours and W, contrast C=2:1, +-signals
2CEV9 Reflections R, Rr=R/0,18, Rs=log(Rr), and triangle lightness

/ce2s.htm, /CEW0/CEW0L0NP.PDF, /CEW0/CEW0.HTM
2CEW0 TUB-test chart CEW0; Ostwald-optimal colours
2CEW0 YN=0, YW=100, CIE illuminant D65, CIE 02 degree
2CEW0 XYZ data of hue circle in 8 colour diagrams

/ce2s.htm, /CEW1/CEW1L0NP.PDF, /CEW1/CEW1.HTM
2CEW1 TUB-test chart CEW1; Ostwald-optimal colours
2CEW1 YN=0, YW=100, CIE illuminant D65, CIE 02 degree
2CEW1 Data XYZ and YABCh as table with wavelength

/ce2s.htm, /CEW2/CEW2L0NP.PDF, /CEW2/CEW2.HTM
2CEW2 TUB-test chart CEW2; Ostwald-optimal colours
2CEW2 YN=0, YW=100, CIE illuminant D65, CIE 02 degree
2CEW2 Data YABCh1 and YABCh2 as table with wavelength

/ce2s.htm, /CEW3/CEW3L0NP.PDF, /CEW3/CEW3.HTM
2CEW3 TUB-test chart CEW3; Ostwald-optimal colours
2CEW3 YN=0, YW=100, CIE illuminant D65, CIE 10 degree
2CEW3 XYZ data and 8 colour diagrams

/ce2s.htm, /CEW4/CEW4L0NP.PDF, /CEW4/CEW4.HTM
2CEW4 TUB-test chart CEW4; Ostwald-optimal colours
2CEW4 YN=0, YW=100, CIE illuminant D65, CIE 10 degree
2CEW4 Data XYZ and YABCh as table with wavelength

/ce2s.htm, /CEW5/CEW5L0NP.PDF, /CEW5/CEW5.HTM
2CEW5 TUB-test chart CEW5;Ostwald-optimal colours
2CEW5 YN=0, YW=100, CIE illuminant D65, CIE 10 degree
2CEW5 Data YABCh1 and YABCh2 as table with wavelength

/ce2s.htm, /CEW6/CEW6L0NP.PDF, /CEW6/CEW6.HTM
2CEW6 TUB-test chart CEW6; Ostwald-optimal colours
2CEW6 YN=0, YW=100, CIE illuminant D50, CIE 02 degree
2CEW6 XYZ data of hue circle 8 colour diagrams

/ce2s.htm, /CEW7/CEW7L0NP.PDF, /CEW7/CEW7.HTM
2CEW7 TUB-test chart CEW7; Ostwald-optimal colours
2CEW7 YN=0, YW=100, CIE illuminant D50, CIE 02 degree
2CEW7 Data XYZ and YABCh as table with wavelength

/ce2s.htm, /CEW8/CEW8L0NP.PDF, /CEW8/CEW8.HTM
2CEW8 TUB-test chart CEW8; Ostwald-optimal colours
2CEW8 YN=0, YW=100, CIE illuminant D50, CIE 02 degree
2CEW8 Data YABCh1 and YABCh2 as table with wavelength

/ce2s.htm, /CEW9/CEW9L0NP.PDF, /CEW9/CEW9.HTM
2CEW9 TUB-test chart CEW9; Chromatic adaptation of LMS22 model
2CEW9 Ostwald-optimal colours for 8 illuminants:
2CEW9 P60 (6000K), P55, P50, P45, P40, P35, P30, P25 (2500K)

/ce2s.htm, /CEX0/CEX0L0NP.PDF, /CEX0/CEX0.HTM
2CEX0 TUB-test chart CEX0; Ostwald-optimal colours
2CEX0 YN=0, YW=100, 8 illuminants Dxx, CIE 02 degree
2CEX0 XYZ data of hue circle in 8 colour diagrams

/ce2s.htm, /CEX1/CEX1L0NP.PDF, /CEX1/CEX1.HTM
2CEX1 TUB-test chart CEX1; Ostwald-optimal colours
2CEX1 YN=0, YW=100, 8 illuminants Dxx, CIE 02 degree
2CEX1 Data XYZ and YABCh as table with wavelength

/ce2s.htm, /CEX2/CEX2L0NP.PDF, /CEX2/CEX2.HTM
2CEX2 TUB-test chart CEX2; Ostwald-optimal colours
2CEX2 YN=0, YW=100, 8 illuminants Dxx, CIE 02 degree
2CEX2 Data YABCh1 and YABCh2 as table with wavelength

/ce2s.htm, /CEX3/CEX3L0NP.PDF, /CEX3/CEX3.HTM
2CEX3 TUB-test chart CEX3; Ostwald-optimal colours
2CEX3 YN=0, YW=100, 8 illuminants Dxx, CIE 10 degree
2CEX3 XYZ data of hue circle in 8 colour diagrams

/ce2s.htm, /CEX4/CEX4L0NP.PDF, /CEX4/CEX4.HTM
2CEX4 TUB-test chart CEX4; Ostwald-optimal colours
2CEX4 YN=0, YW=100, 8 illuminants Dxx, CIE 10 degree
2CEX4 Data XYZ and YABCh as table with wavelength

/ce2s.htm, /CEX5/CEX5L0NP.PDF, /CEX5/CEX5.HTM
2CEX5 TUB-test chart CEX5;Ostwald-optimal colours
2CEX5 YN=0, YW=100, 8 illuminants Dxx, CIE 10 degree
2CEX5 Data YABCh1 and YABCh2 as table with wavelength

/ce2s.htm, /CEX6/CEX6L0NP.PDF, /CEX6/CEX6.HTM
2CEX6 TUB-test chart CEX6; Ostwald-optimal colours
2CEX6 YN=0, YW=100, 8 illuminants Pxx, CIE 02 degree
2CEX6 XYZ data of hue circle in 8 colour diagrams

/ce2s.htm, /CEX7/CEX7L0NP.PDF, /CEX7/CEX7.HTM
2CEX7 TUB-test chart CEX7; Ostwald-optimal colours
2CEX7 YN=0, YW=100, 8 illuminants Pxx, CIE 02 degree
2CEX7 Data XYZ and YABCh as table with wavelength

/ce2s.htm, /CEX8/CEX8L0NP.PDF, /CEX8/CEX8.HTM
2CEX8 TUB-test chart CEX8; Ostwald-optimal colours
2CEX8 YN=0, YW=100, 8 illuminants Pxx, CIE 02 degree
2CEX8 Data YABCh1 and YABCh2 as table with wavelength

/ce2s.htm, /CEX9/CEX9L0NP.PDF, /CEX9/CEX9.HTM
2CEX9 TUB-test chart CEX9; Chromatic adaptation of LMS22 model
2CEX9 Ostwald-optimal colours for 8 illuminants:
2CEX9 D65 (6500K), D50, P40 (4000K), A00, E00, C00, P00, Q00

/ce2s.htm, /CEY0/CEY0L0NP.PDF, /CEY0/CEY0.HTM
2CEY0 TUB-test chart CEY0; YB and GM data for 8 Dxx illuminants
2CEY0 CIE 2 and 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2CEY0 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/ce2s.htm, /CEY1/CEY1L0NP.PDF, /CEY1/CEY1.HTM
2CEY1 TUB-test chart CEY1; YB and GM data for 8 Pxx illuminants
2CEY1 CIE 2 and 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2CEY1 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/ce2s.htm, /CEY2/CEY2L0NP.PDF, /CEY2/CEY2.HTM
2CEY2 TUB-test chart CEY2; YB and GM data for 8 Dxx illuminants
2CEY2 CIE 2 and 10 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2CEY2 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/ce2s.htm, /CEY3/CEY3L0NP.PDF, /CEY3/CEY3.HTM
2CEY3 TUB-test chart CEY3; YB and GM data for 8 Pxx illuminants
2CEY3 CIE 2 and 10 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2CEY3 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/ce2s.htm, /CEY4/CEY4L0NP.PDF, /CEY4/CEY4.HTM
2CEY4 TUB-test chart CEY4; YB and GM data for 8 Dxx illuminants
2CEY4 CIE 2 and 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2CEY4 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/ce2s.htm, /CEY5/CEY5L0NP.PDF, /CEY5/CEY5.HTM
2CEY5 TUB-test chart CEY5; YB and GM data for 8 Pxx illuminants
2CEY5 CIE 2 and 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2CEY5 YABCabh data, wavelength lamda(1,2,d,c) of Ostwald colors

/ce2s.htm, /CEY6/CEY6L0NP.PDF, /CEY6/CEY6.HTM
2CEY6 TUB-test chart CEY6; YB and GM data for 8 Dxx illuminants
2CEY6 CIE 2 and 10 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2CEY6 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/ce2s.htm, /CEY7/CEY7L0NP.PDF, /CEY7/CEY7.HTM
2CEY7 TUB-test chart CEY7; YB and GM data for 8 Pxx illuminants
2CEY7 CIE 2 and 10 degree observer, CIEXYZ, LABJND1, and LABJND2 data
2CEY7 YABCabh(1&2) data, wavelength lamda(1,2,d,c) of Ostwald colors

/ce2s.htm, /CEY8/CEY8L0NP.PDF, /CEY8/CEY8.HTM
2CEY8 TUB-test chart CEY8; YB and GM data for 8 Dxx illuminants
2CEY8 CIE 2 and 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2CEY8 YABCabh data, wavelength lamda(1,2,d,c) of optimal colors

/ce2s.htm, /CEY9/CEY9L0NP.PDF, /CEY9/CEY9.HTM
2CEY9 TUB-test chart CEY9; YB and GM data for 8 Pxx illuminants
2CEY9 CIE 2 and 10 degree observer, CIEXYZ, LABJND, and CIELAB data
2CEY9 YABCabh data, wavelength lamda(1,2,d,c) of optimal colors

/ce2s.htm, /CEZ0/CEZ0L0NP.PDF, /CEZ0/CEZ0.HTM
2CEZ0 TUB-test chart CEZ0; Reflections R, Rr, Rs of Ostwald-
2CEZ0 hue circle, contrasts C=36:1 and C=25:1.
2CEZ0 The 4 images include 7 images of CEV2 (left) and CEV3 (right)

/ce2s.htm, /CEZ1/CEZ1L0NP.PDF, /CEZ1/CEZ1.HTM
2CEZ1 TUB-test chart CEZ1; Reflections R, Rr, Rs of Ostwald-
2CEZ1 hue circle, contrasts C=4:1 and C=25:1.
2CEZ1 The 4 images include 7 images of CEV6 (left) and CEV3 (right)

/ce2s.htm, /CEZ2/CEZ2L0NP.PDF, /CEZ2/CEZ2.HTM
2CEZ2 TUB-test chart CEZ2; Reflection R, Rr, Rs of Ostwald-
2CEZ2 hue circle, contrasts C=25:1 and 16:1.
2CEZ2 The 4 images include 7 images of CEV3 (left) and CEV4 (right)

/ce2s.htm, /CEZ3/CEZ3L0NP.PDF, /CEZ3/CEZ3.HTM
2CEZ3 TUB-test chart CEZ3; Tests for image creation based on images
2CEZ3 combination of 4 x 7 images to 4 of circular layout
2CEZ3 The 4 images have two sizes (120, 123)mm x 82mm

/ce2s.htm, /CEZ4/CEZ4L0NP.PDF, /CEZ4/CEZ4.HTM
2CEZ4 TUB-test chart CEZ4; Y-B and R-C-hue planes
2CEZ4 Ostwald-colours, standard illuminants D65 and D50,
2CEZ4 contrasts C<288:1 (red) and 2:1 (green)

/ce2s.htm, /CEZ5/CEZ5L0NP.PDF, /CEZ5/CEZ5.HTM
2CEZ5 TUB-test chart CEZ5; Ostwald colours
2CEZ5 modifications blackish and whitish colours
2CEZ5 spectrum and location in hue planes

/ce2s.htm, /CEZ6/CEZ6L0NP.PDF, /CEZ6/CEZ6.HTM
2CEZ6 TUB-test chart CEZ6; Reflections R, Rr, Rs of Ostwald-
2CEZ6 hue circle, contrast C=25:1.
2CEZ6 The 4 images include 7 images of CEV3 and BGA1

/ce2s.htm, /CEZ7/CEZ7L0NP.PDF, /CEZ7/CEZ7.HTM
2CEZ7 TUB-test chart CEZ7; Affine colour metric: 6 device colours
2CEZ7 sRGB data and Wide Colour Gamut WCG data, contrasts C=36:1 & 2:1
2CEZ7 rgb*, XYZ, L*(Ch)ab, reflection YN=0 and YN=40,3, Yw=88,6

/ce2s.htm, /CEZ8/CEZ8L0NP.PDF, /CEZ8/CEZ8.HTM
2CEZ8 TUB-test chart CEZ8; Lambda limits of Ostwald colours
2CEZ8 for illuminants P60, P50, P40, P30, D65, D50, A, and E
2CEZ8 Tristimulus values XYZ and XYZ10 for 8 optimal colours und grey

/ce2s.htm, /CEZ9/CEZ9L0NP.PDF, /CEZ9/CEZ9.HTM
2CEZ9 TUB-test chart CEZ9; Chomatic values of Ostwald colours
2CEZ9 for illuminants D65, D50, A, E with appropiate Bc adaptation
2CEZ9 Chromatic values (A1, B1) and (A2, B2) of 10 optimal colours

/be2s.htm, /BEA0/BEA0L0NP.PDF, /BEA0/BEA0.HTM
2BEA0 TUB-test chart BEA0; Elementary colours and chromatic adaptation
2BEA0 Spectrum for surface and optimal colours
2BEA0 Coordinates (A1, B1) and (A2,B2) for chromatic adaptation

/be2s.htm, /BEA1/BEA1L0NP.PDF, /BEA1/BEA1.HTM
2BEA1 TUB-test chart BEA1; Chromatic adaptation model
2BEA1 Ostwald-optimal colours for 8 Planck radiations
2BEA1 correlated colour temperatures 6000K (P60) to 2500K (P25)

/be2s.htm, /BEA2/BEA2L0NP.PDF, /BEA2/BEA2.HTM
2BEA2 TUB-test chart BEA2; Optimal and Arens-elementary colours
2BEA2 Colour management for the devices sRGB and WCGa
2BEA2 (Wide Colour Gamut) with rgb*-colour data

/be2s.htm, /BEA3/BEA3L0NP.PDF, /BEA3/BEA3.HTM
2BEA3 TUB-test chart BEA3; 1080 standard colours, Code (row/column)
2BEA3 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2BEA3 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG4

/be2s.htm, /BEA4/BEA4L0NP.PDF, /BEA4/BEA4.HTM
2BEA4 TUB-test chart BEA4; Separate and adjacent colours
2BEA4 Thresholds for luminance, contrast, and combinations
2BEA4 Logarithmic line elements for colour and contrast

/be2s.htm, /BEA5/BEA5L0NP.PDF, /BEA5/BEA5.HTM
2BEA5 TUB-test chart BEA5; Central and 5 surround-field luminances
2BEA5 Thresholds for luminance, and lightness;
2BEA5 experimental data of Lingelbach & Richter

/be2s.htm, /BEA6/BEA6L0NP.PDF, /BEA6/BEA6.HTM
2BEA6 TUB-test chart BEA6; Criteria for elementary hues
2BEA6 Thresholds in NW, RG and YB direction as function of Y
2BEA6 Colour-difference formula LABJND and metric with (a, b) & Y

/be2s.htm, /BEA7/BEA7L0NP.PDF, /BEA7/BEA7.HTM
2BEA7 TUB-test chart BEA7; Additive colour mixture, spectral
2BEA7 mixture to optimal colours of Ostwald, ideal
2BEA7 projector colours, colour mixture in colour television to D65

/be2s.htm, /BEA8/BEA8L0NP.PDF, /BEA8/BEA8.HTM
2BEA8 TUB-test chart BEA8; Complementary spectral colours
2BEA8 for the calculation of Ostwald optimal colours for
2BEA8 8 illuminants Pxx and Dxx, and the CIE-02-degree observer

/be2s.htm, /BEA9/BEA9L0NP.PDF, /BEA9/BEA9.HTM
2BEA9 TUB-test chart BEA9; Complementary spectral colours
2BEA9 for the calculation of Ostwald optimal colours for
2BEA9 8 illuminants Pxx and Dxx, and the CIE-10-degree observer

/be2s.htm, /BEB0/BEB0L0NP.PDF, /BEB0/BEB0.HTM
2BEB0 TUB-test chart BEB0; Ostwald-optimal colours
2BEB0 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2BEB0 XYZ data, wavelength limits, and 8 colour diagrams

/be2s.htm, /BEB1/BEB1L0NP.PDF, /BEB1/BEB1.HTM
2BEB1 TUB-test chart BEB1; Ostwald-optimal colours
2BEB1 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2BEB1 Table data XYZ and YABCh with wavelength limits

/be2s.htm, /BEB2/BEB2L0NP.PDF, /BEB2/BEB2.HTM
2BEB2 TUB-test chart BEB2; Ostwald-optimal colours
2BEB2 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2BEB2 Table data YABCh1 and YABCh2 with wavelength limits

/be2s.htm, /BEB3/BEB3L0NP.PDF, /BEB3/BEB3.HTM
2BEB3 TUB-test chart BEB3; Ostwald-optimal colours
2BEB3 YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
2BEB3 XYZ data, wavelength limits, and 8 colour diagrams

/be2s.htm, /BEB4/BEB4L0NP.PDF, /BEB4/BEB4.HTM
2BEB4 TUB-test chart BEB4; Ostwald-optimal colours
2BEB4 YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
2BEB4 Table data XYZ and YABCh with wavelength limits

/be2s.htm, /BEB5/BEB5L0NP.PDF, /BEB5/BEB5.HTM
2BEB5 TUB-test chart BEB5; Ostwald-optimal colours
2BEB5 YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
2BEB5 Table data YABCh1 and YABCh2 with wavelength limits

/be2s.htm, /BEB6/BEB6L0NP.PDF, /BEB6/BEB6.HTM
2BEB6 TUB-test chart BEB6; 8 spectral radiations of illuminants Pxx
2BEB6 and Dxx for calculation of Ostwald optimal colours;
2BEB6 wavelength limits by (x,y)400,700; CIE-02-degree observer

/be2s.htm, /BEB7/BEB7L0NP.PDF, /BEB7/BEB7.HTM
2BEB7 TUB-test chart BEB7;8 spectral radiations of illuminants Pxx
2BEB7 and Dxx for calculation of Ostwald optimal colours;
2BEB7 wavelength limits by (x,y)400,700; CIE-10-degree observer

/be2s.htm, /BEB8/BEB8L0NP.PDF, /BEB8/BEB8.HTM
2BEB8 TUB-test chart BEB8; Complementary spectral colours
2BEB8 for calculation of Ostwald optimal colours with Pxx/Dxx
2BEB8 wavelength limits by (x,y)400,P; CIE-02-degree observer

/be2s.htm, /BEB9/BEB9L0NP.PDF, /BEB9/BEB9.HTM
2BEB9 TUB-test chart BEB9; Complementary spectral colours
2BEB9 for calculation of Ostwald optimal colours with Pxx/Dxx
2BEB9 wavelength limits by (x,y)400,P; CIE-10-degree observer

/be2s.htm, /BEC0/BEC0L0NP.PDF, /BEC0/BEC0.HTM
2BEC0 TUB-test chart BEC0; 6 Ostwald optimal colours
2BEC0 for 8 illuminants Pxx, CIE-02-degree observer, chromaticity
2BEC0 diagram (x, y), C>=288:1

/be2s.htm, /BEC1/BEC1L0NP.PDF, /BEC1/BEC1.HTM
2BEC1 TUB-test chart BEC1; 6 Ostwald optimal colours
2BEC1 for 8 illuminants Pxx, CIE-02-degree observer, chromaticity
2BEC1 diagram (x, y), C=25:1

/be2s.htm, /BEC2/BEC2L0NP.PDF, /BEC2/BEC2.HTM
2BEC2 TUB-test chart BEC2; 6 Ostwald optimal colours
2BEC2 for 8 illuminants Pxx, CIE-02-degree observer, chromaticity
2BEC2 diagram (x, y), contrast C=10:1

/be2s.htm, /BEC3/BEC3L0NP.PDF, /BEC3/BEC3.HTM
2BEC3 TUB-test chart BEC3; 6 Ostwald optimal colours
2BEC3 for 8 illuminants Pxx, CIE-02-degree observer, chromaticity
2BEC3 diagram (x, y), contrast C=4:1

/be2s.htm, /BEC4/BEC4L0NP.PDF, /BEC4/BEC4.HTM
2BEC4 TUB-test chart BEC4; 6 Ostwald optimal colours
2BEC4 for 8 illuminants Pxx, CIE-02-degree observer, chromaticity
2BEC4 diagram (x, y), contrast C=2:1

/be2s.htm, /BEC5/BEC5L0NP.PDF, /BEC5/BEC5.HTM
2BEC5 TUB-test chart BEC5; 6 Ostwald optimal colours
2BEC5 for 8 illuminants Dxx, CIE-02-degree observer, chromaticity
2BEC5 diagram (x, y), contrast C>=288:1

/be2s.htm, /BEC6/BEC6L0NP.PDF, /BEC6/BEC6.HTM
2BEC6 TUB-test chart BEC6; 6 Ostwald optimal colours
2BEC6 for 8 illuminants Dxx, CIE-02-degree observer, chromaticity
2BEC6 diagram (x, y), contrast C=25:1

/be2s.htm, /BEC7/BEC7L0NP.PDF, /BEC7/BEC7.HTM
2BEC7 TUB-test chart BEC7; 6 Ostwald optimal colours
2BEC7 for 8 illuminants Dxx, CIE-02-degree observer, chromaticity
2BEC7 diagram (x, y), contrast C=10:1

/be2s.htm, /BEC8/BEC8L0NP.PDF, /BEC8/BEC8.HTM
2BEC8 TUB-test chart BEC8; 6 Ostwald optimal colours
2BEC8 for 8 illuminants Dxx, CIE-02-degree observer, chromaticity
2BEC8 diagram (x, y), contrast C=4:1

/be2s.htm, /BEC9/BEC9L0NP.PDF, /BEC9/BEC9.HTM
2BEC9 TUB-test chart BEC9; 6 Ostwald optimal colours
2BEC9 for 8 illuminants Dxx, CIE-02-degree observer, chromaticity
2BEC9 diagram (x, y), contrast C=2:1

/be2s.htm, /BED0/BED0L0NP.PDF, /BED0/BED0.HTM
2BED0 TUB-test chart BED0; 6 Ostwald optimal colours
2BED0 for 8 illuminants Pxx, CIE-10-degree observer, chromaticity
2BED0 diagram (x10, y10), contrast C>=288:1

/be2s.htm, /BED1/BED1L0NP.PDF, /BED1/BED1.HTM
2BED1 TUB-test chart BED1; 6 Ostwald optimal colours
2BED1 for 8 illuminants Pxx, CIE-10-degree observer, chromaticity
2BED1 diagram (x10, y10), contrast C=25:1

/be2s.htm, /BED2/BED2L0NP.PDF, /BED2/BED2.HTM
2BED2 TUB-test chart BED2; 6 Ostwald optimal colours
2BED2 for 8 illuminants Pxx, CIE-10-degree observer, chromaticity
2BED2 diagram (x10, y10), contrast C=10:1

/be2s.htm, /BED3/BED3L0NP.PDF, /BED3/BED3.HTM
2BED3 TUB-test chart BED3; 6 Ostwald optimal colours
2BED3 for 8 illuminants Pxx, CIE-10-degree observer, chromaticity
2BED3 diagram (x10, y10), contrast C=4:1

/be2s.htm, /BED4/BED4L0NP.PDF, /BED4/BED4.HTM
2BED4 TUB-test chart BED4; 6 Ostwald optimal colours
2BED4 for 8 illuminants Pxx, CIE-10-degree observer, chromaticity
2BED4 diagram (x10, y10), contrast C=2:1

/be2s.htm, /BED5/BED5L0NP.PDF, /BED5/BED5.HTM
2BED5 TUB-test chart BED5; 6 Ostwald optimal colours
2BED5 for 8 illuminants Dxx, CIE-10-degree observer, chromaticity
2BED5 diagram (x10, y10), contrast C>=288:1

/be2s.htm, /BED6/BED6L0NP.PDF, /BED6/BED6.HTM
2BED6 TUB-test chart BED6; 6 Ostwald optimal colours
2BED6 for 8 illuminants Dxx, CIE-10-degree observer, chromaticity
2BED6 diagram (x10, y10), contrast C=25:1

/be2s.htm, /BED7/BED7L0NP.PDF, /BED7/BED7.HTM
2BED7 TUB-test chart BED7; 6 Ostwald optimal colours
2BED7 for 8 illuminants Dxx, CIE-10-degree observer, chromaticity
2BED7 diagram (x10, y10), contrast C=10:1

/be2s.htm, /BED8/BED8L0NP.PDF, /BED8/BED8.HTM
2BED8 TUB-test chart BED8; 6 Ostwald optimal colours
2BED8 for 8 illuminants Dxx, CIE-10-degree observer, chromaticity
2BED8 diagram (x10, y10), contrast C=4:1

/be2s.htm, /BED9/BED9L0NP.PDF, /BED9/BED9.HTM
2BED9 TUB-test chart BED9; 6 Ostwald optimal colours
2BED9 for 8 illuminants Dxx, CIE-10-degree observer, chromaticity
2BED9 diagram (x10, y10), contrast C=2:1

/be2s.htm, /BEE0/BEE0L0NP.PDF, /BEE0/BEE0.HTM
2BEE0 TUB-test chart BEE0; Additive colour mixture, spectral
2BEE0 mixture to optimal colours of Ostwald, ideal
2BEE0 projector colours, mixture with colour integrator for D65

/be2s.htm, /BEE1/BEE1L0NP.PDF, /BEE1/BEE1.HTM
2BEE1 TUB-test chart BEE1; Additive colour mixture, spectral
2BEE1 mixture to optimal colours of Ostwald, ideal
2BEE1 projector colours, mixture with colour integrator for D65

/be2s.htm, /BEE2/BEE2L0NP.PDF, /BEE2/BEE2.HTM
2BEE2 TUB-test chart BEE2; Additive colour mixture, spectral
2BEE2 mixture to optimal colours of Ostwald, antagonistic
2BEE2 model of colour vision, mixture of grey for D65

/be2s.htm, /BEE3/BEE3L0NP.PDF, /BEE3/BEE3.HTM
2BEE3 TUB-test chart BEE3; Antagonistic metric in colour spaces
2BEE3 data rgb*, XYZ, and (Ai, Bi) of colour spaces LCHJND0 to 3
2BEE3 contrast steps C>=288:1 and 2:1 for sRGB display

/be2s.htm, /BEE4/BEE4L0NP.PDF, /BEE4/BEE4.HTM
2BEE4 TUB-test chart BEE4; Antagonistic metric in colour spaces
2BEE4 data rgb*, XYZ, and (Ai, Bi) of colour spaces LCHJND0 to 3
2BEE4 contrast steps C>=288:1 and 2:1 for WCGa display

/be2s.htm, /BEE5/BEE5L0NP.PDF, /BEE5/BEE5.HTM
2BEE5 TUB-test chart BEE5; Antagonistic metric in colour spaces
2BEE5 data rgb*, XYZ, and (Ai, Bi) of colour spaces LCHJND0 to 3
2BEE5 contrast steps C>=288:1 and 2:1 for Offs display

/be2s.htm, /BEE6/BEE6L0NP.PDF, /BEE6/BEE6.HTM
2BEE6 TUB-test chart BEE6; Antagonistic metric in colour spaces
2BEE6 data rgb*, XYZ, and (Ai, Bi) of colour spaces LCHJND0 to 3
2BEE6 contrast steps C>=288:1 and 2:1 for Ostw display

/be2s.htm, /BEE7/BEE7L0NP.PDF, /BEE7/BEE7.HTM
2BEE7 TUB-test chart BEE7; Wavelength ranges of Ostwald colours
2BEE7 normalized reflection R/0,5 and linear model relation
2BEE7 to the antagonistic visual signals

/be2s.htm, /BEE8/BEE8L0NP.PDF, /BEE8/BEE8.HTM
2BEE8 TUB-test chart BEE8; Wavelength ranges of Ostwald colours
2BEE8 normalized reflection log[R/0,2] and model relation
2BEE8 to the different antagonistic visual signals

/be2s.htm, /BEE9/BEE9L0NP.PDF, /BEE9/BEE9.HTM
2BEE9 TUB-test chart BEE9; Wavelength ranges of Ostwald colours
2BEE9 normalized reflection log[R/0,2] and model relation
2BEE9 to the lightness of antagonistic visual signals

/be2s.htm, /BEF0/BEF0L0NP.PDF, /BEF0/BEF0.HTM
2BEF0 TUB-test chart BEF0; 6 Ostwald optimal colours
2BEF0 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEF0 diagram (CAB2, Y), contrast C>=288:1

/be2s.htm, /BEF1/BEF1L0NP.PDF, /BEF1/BEF1.HTM
2BEF1 TUB-test chart BEF1; 6 Ostwald optimal colours
2BEF1 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEF1 diagram (CAB2, Y), contrast C=25:1

/be2s.htm, /BEF2/BEF2L0NP.PDF, /BEF2/BEF2.HTM
2BEF2 TUB-test chart BEF2; 6 Ostwald optimal colours
2BEF2 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEF2 diagram (CAB2, Y), contrast C=10:1

/be2s.htm, /BEF3/BEF3L0NP.PDF, /BEF3/BEF3.HTM
2BEF3 TUB-test chart BEF3; 6 Ostwald optimal colours
2BEF3 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEF3 diagram (CAB2, Y), contrast C=4:1

/be2s.htm, /BEF4/BEF4L0NP.PDF, /BEF4/BEF4.HTM
2BEF4 TUB-test chart BEF4; 6 Ostwald optimal colours
2BEF4 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEF4 diagram (CAB2, Y), contrast C=2:1

/be2s.htm, /BEF5/BEF5L0NP.PDF, /BEF5/BEF5.HTM
2BEF5 TUB-test chart BEF5; 6 Ostwald optimal colours
2BEF5 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEF5 diagram (CAB2, Y), contrast C>=288:1

/be2s.htm, /BEF6/BEF6L0NP.PDF, /BEF6/BEF6.HTM
2BEF6 TUB-test chart BEF6; 6 Ostwald optimal colours
2BEF6 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEF6 diagram (CAB2, Y), contrast C=25:1, Y-tr

/be2s.htm, /BEF7/BEF7L0NP.PDF, /BEF7/BEF7.HTM
2BEF7 TUB-test chart BEF7; 6 Ostwald optimal colours
2BEF7 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEF7 diagram (CAB2, Y), contrast C=10:1, Y-tr

/be2s.htm, /BEF8/BEF8L0NP.PDF, /BEF8/BEF8.HTM
2BEF8 TUB-test chart BEF8; 6 Ostwald optimal colours
2BEF8 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEF8 diagram (CAB2, Y), contrast C=4:1, Y-tr

/be2s.htm, /BEF9/BEF9L0NP.PDF, /BEF9/BEF9.HTM
2BEF9 TUB-test chart BEF9; 6 Ostwald optimal colours
2BEF9 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEF9 diagram (CAB2, Y), contrast C=2:1, Y-tr

/be2s.htm, /BEG0/BEG0L0NP.PDF, /BEG0/BEG0.HTM
2BEG0 TUB-test chart BEG0; 6 Ostwald optimal colours
2BEG0 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEG0 diagram (CAB2, Y), contrast C>=288:1

/be2s.htm, /BEG1/BEG1L0NP.PDF, /BEG1/BEG1.HTM
2BEG1 TUB-test chart BEG1; 6 Ostwald optimal colours
2BEG1 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEG1 diagram (CAB2, Y), contrast C=25:1

/be2s.htm, /BEG2/BEG2L0NP.PDF, /BEG2/BEG2.HTM
2BEG2 TUB-test chart BEG2; 6 Ostwald optimal colours
2BEG2 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEG2 diagram (CAB2, Y), contrast C=10:1

/be2s.htm, /BEG3/BEG3L0NP.PDF, /BEG3/BEG3.HTM
2BEG3 TUB-test chart BEG3; 6 Ostwald optimal colours
2BEG3 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEG3 diagram (CAB2, Y), contrast C=4:1

/be2s.htm, /BEG4/BEG4L0NP.PDF, /BEG4/BEG4.HTM
2BEG4 TUB-test chart BEG4; 6 Ostwald optimal colours
2BEG4 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEG4 diagram (CAB2, Y), contrast C=2:1

/be2s.htm, /BEG5/BEG5L0NP.PDF, /BEG5/BEG5.HTM
2BEG5 TUB-test chart BEG5; 6 Ostwald optimal colours
2BEG5 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEG5 diagram (CAB2, Y), contrast C>=288:1

/be2s.htm, /BEG6/BEG6L0NP.PDF, /BEG6/BEG6.HTM
2BEG6 TUB-test chart BEG6; 6 Ostwald optimal colours
2BEG6 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEG6 diagram (CAB2, Y), contrast C=25:1, Y-tr

/be2s.htm, /BEG7/BEG7L0NP.PDF, /BEG7/BEG7.HTM
2BEG7 TUB-test chart BEG7; 6 Ostwald optimal colours
2BEG7 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEG7 diagram (CAB2, Y), contrast C=10:1, Y-tr

/be2s.htm, /BEG8/BEG8L0NP.PDF, /BEG8/BEG8.HTM
2BEG8 TUB-test chart BEG8; 6 Ostwald optimal colours
2BEG8 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEG8 diagram (CAB2, Y), contrast C=4:1, Y-tr

/be2s.htm, /BEG9/BEG9L0NP.PDF, /BEG9/BEG9.HTM
2BEG9 TUB-test chart BEG9; 6 Ostwald optimal colours
2BEG9 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEG9 diagram (CAB2, Y), contrast C=2:1, Y-tr

/be2s.htm, /BEH0/BEH0L0NP.PDF, /BEH0/BEH0.HTM
2BEH0 TUB-test chart BEH0; 6 Ostwald optimal colours
2BEH0 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEH0 diagrams (CAB1, CAB2), contrast C>=288:1

/be2s.htm, /BEH1/BEH1L0NP.PDF, /BEH1/BEH1.HTM
2BEH1 TUB-test chart BEH1; 6 Ostwald optimal colours
2BEH1 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEH1 diagrams (CAB1, CAB2), contrast C=25:1

/be2s.htm, /BEH2/BEH2L0NP.PDF, /BEH2/BEH2.HTM
2BEH2 TUB-test chart BEH2; 6 Ostwald optimal colours
2BEH2 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEH2 diagrams (CAB1, CAB2), contrast C=10:1

/be2s.htm, /BEH3/BEH3L0NP.PDF, /BEH3/BEH3.HTM
2BEH3 TUB-test chart BEH3; 6 Ostwald optimal colours
2BEH3 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEH3 diagrams (CAB1, CAB2), contrast C=4:1

/be2s.htm, /BEH4/BEH4L0NP.PDF, /BEH4/BEH4.HTM
2BEH4 TUB-test chart BEH4; 6 Ostwald optimal colours
2BEH4 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEH4 diagrams (CAB1, CAB2), contrast C=2:1

/be2s.htm, /BEH5/BEH5L0NP.PDF, /BEH5/BEH5.HTM
2BEH5 TUB-test chart BEH5; 6 Ostwald optimal colours
2BEH5 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEH5 diagrams (CAB1, CAB2), contrast C>=288:1

/be2s.htm, /BEH6/BEH6L0NP.PDF, /BEH6/BEH6.HTM
2BEH6 TUB-test chart BEH6; 6 Ostwald optimal colours
2BEH6 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEH6 diagrams (CAB1, CAB2), contrast C=25:1

/be2s.htm, /BEH7/BEH7L0NP.PDF, /BEH7/BEH7.HTM
2BEH7 TUB-test chart BEH7; 6 Ostwald optimal colours
2BEH7 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEH7 diagrams (CAB1, CAB2), contrast C=10:1

/be2s.htm, /BEH8/BEH8L0NP.PDF, /BEH8/BEH8.HTM
2BEH8 TUB-test chart BEH8; 6 Ostwald optimal colours
2BEH8 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEH8 diagrams (CAB1, CAB2), contrast C=4:1

/be2s.htm, /BEH9/BEH9L0NP.PDF, /BEH9/BEH9.HTM
2BEH9 TUB-test chart BEH9; 6 Ostwald optimal colours
2BEH9 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEH9 diagrams (CAB1, CAB2), contrast C=2:1

/be2s.htm, /BEI0/BEI0L0NP.PDF, /BEI0/BEI0.HTM
2BEI0 TUB-test chart BEI0; 6 Ostwald optimal colours
2BEI0 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEI0 diagrams (CAB1, CAB2), contrast C>=288:1

/be2s.htm, /BEI1/BEI1L0NP.PDF, /BEI1/BEI1.HTM
2BEI1 TUB-test chart BEI1; 6 Ostwald optimal colours
2BEI1 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEI1 diagrams (CAB1, CAB2), contrast C=25:1

/be2s.htm, /BEI2/BEI2L0NP.PDF, /BEI2/BEI2.HTM
2BEI2 TUB-test chart BEI2; 6 Ostwald optimal colours
2BEI2 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEI2 diagrams (CAB1, CAB2), contrast C=10:1

/be2s.htm, /BEI3/BEI3L0NP.PDF, /BEI3/BEI3.HTM
2BEI3 TUB-test chart BEI3; 6 Ostwald optimal colours
2BEI3 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEI3 diagrams (CAB1, CAB2), contrast C=4:1

/be2s.htm, /BEI4/BEI4L0NP.PDF, /BEI4/BEI4.HTM
2BEI4 TUB-test chart BEI4; 6 Ostwald optimal colours
2BEI4 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEI4 diagrams (CAB1, CAB2), contrast C=2:1

/be2s.htm, /BEI5/BEI5L0NP.PDF, /BEI5/BEI5.HTM
2BEI5 TUB-test chart BEI5; 6 Ostwald optimal colours
2BEI5 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEI5 diagrams (CAB1, CAB2), contrast C>=288:1

/be2s.htm, /BEI6/BEI6L0NP.PDF, /BEI6/BEI6.HTM
2BEI6 TUB-test chart BEI6; 6 Ostwald optimal colours
2BEI6 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEI6 diagrams (CAB1, CAB2), contrast C=25:1

/be2s.htm, /BEI7/BEI7L0NP.PDF, /BEI7/BEI7.HTM
2BEI7 TUB-test chart BEI7; 6 Ostwald optimal colours
2BEI7 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEI7 diagrams (CAB1, CAB2), contrast C=10:1

/be2s.htm, /BEI8/BEI8L0NP.PDF, /BEI8/BEI8.HTM
2BEI8 TUB-test chart BEI8; 6 Ostwald optimal colours
2BEI8 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEI8 diagrams (CAB1, CAB2), contrast C=4:1

/be2s.htm, /BEI9/BEI9L0NP.PDF, /BEI9/BEI9.HTM
2BEI9 TUB-test chart BEI9; 6 Ostwald optimal colours
2BEI9 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEI9 diagrams (CAB1, CAB2), contrast C=2:1

/be2s.htm, /BEJ0/BEJ0L0NP.PDF, /BEJ0/BEJ0.HTM
2BEJ0 TUB-test chart BEJ0; 6 Ostwald optimal colours
2BEJ0 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEJ0 diagram (CAB2, Y), contrast C>=288:1

/be2s.htm, /BEJ1/BEJ1L0NP.PDF, /BEJ1/BEJ1.HTM
2BEJ1 TUB-test chart BEJ1; 6 Ostwald optimal colours
2BEJ1 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEJ1 diagram (CAB2, Y), contrast C=25:1

/be2s.htm, /BEJ2/BEJ2L0NP.PDF, /BEJ2/BEJ2.HTM
2BEJ2 TUB-test chart BEJ2; 6 Ostwald optimal colours
2BEJ2 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEJ2 diagram (CAB2, Y), contrast C=10:1

/be2s.htm, /BEJ3/BEJ3L0NP.PDF, /BEJ3/BEJ3.HTM
2BEJ3 TUB-test chart BEJ3; 6 Ostwald optimal colours
2BEJ3 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEJ3 diagram (CAB2, Y), contrast C=4:1

/be2s.htm, /BEJ4/BEJ4L0NP.PDF, /BEJ4/BEJ4.HTM
2BEJ4 TUB-test chart BEJ4; 6 Ostwald optimal colours
2BEJ4 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEJ4 diagram (CAB2, Y), contrast C=2:1

/be2s.htm, /BEJ5/BEJ5L0NP.PDF, /BEJ5/BEJ5.HTM
2BEJ5 TUB-test chart BEJ5; 6 Ostwald optimal colours
2BEJ5 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEJ5 diagram (CAB2, Y), contrast C>=288:1

/be2s.htm, /BEJ6/BEJ6L0NP.PDF, /BEJ6/BEJ6.HTM
2BEJ6 TUB-test chart BEJ6; 6 Ostwald optimal colours
2BEJ6 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEJ6 diagram (CAB2, Y), contrast C=25:1

/be2s.htm, /BEJ7/BEJ7L0NP.PDF, /BEJ7/BEJ7.HTM
2BEJ7 TUB-test chart BEJ7; 6 Ostwald optimal colours
2BEJ7 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEJ7 diagram (CAB2, Y), contrast C=10:1

/be2s.htm, /BEJ8/BEJ8L0NP.PDF, /BEJ8/BEJ8.HTM
2BEJ8 TUB-test chart BEJ8; 6 Ostwald optimal colours
2BEJ8 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEJ8 diagram (CAB2, Y), contrast C=4:1

/be2s.htm, /BEJ9/BEJ9L0NP.PDF, /BEJ9/BEJ9.HTM
2BEJ9 TUB-test chart BEJ9; 6 Ostwald optimal colours
2BEJ9 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEJ9 diagram (CAB2, Y), contrast C=2:1

/be2s.htm, /BEK0/BEK0L0NP.PDF, /BEK0/BEK0.HTM
2BEK0 TUB-test chart BEK0; 6 Ostwald optimal colours
2BEK0 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEK0 diagram (CAB2, Y), contrast C>=288:1

/be2s.htm, /BEK1/BEK1L0NP.PDF, /BEK1/BEK1.HTM
2BEK1 TUB-test chart BEK1; 6 Ostwald optimal colours
2BEK1 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEK1 diagram (CAB2, Y), contrast C=25:1

/be2s.htm, /BEK2/BEK2L0NP.PDF, /BEK2/BEK2.HTM
2BEK2 TUB-test chart BEK2; 6 Ostwald optimal colours
2BEK2 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEK2 diagram (CAB2, Y), contrast C=10:1

/be2s.htm, /BEK3/BEK3L0NP.PDF, /BEK3/BEK3.HTM
2BEK3 TUB-test chart BEK3; 6 Ostwald optimal colours
2BEK3 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEK3 diagram (CAB2, Y), contrast C=4:1

/be2s.htm, /BEK4/BEK4L0NP.PDF, /BEK4/BEK4.HTM
2BEK4 TUB-test chart BEK4; 6 Ostwald optimal colours
2BEK4 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEK4 diagram (CAB2, Y), contrast C=2:1

/be2s.htm, /BEK5/BEK5L0NP.PDF, /BEK5/BEK5.HTM
2BEK5 TUB-test chart BEK5; 6 Ostwald optimal colours
2BEK5 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEK5 diagram (CAB2, Y), contrast C>=288:1

/be2s.htm, /BEK6/BEK6L0NP.PDF, /BEK6/BEK6.HTM
2BEK6 TUB-test chart BEK6; 6 Ostwald optimal colours
2BEK6 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEK6 diagram (CAB2, Y), contrast C=25:1

/be2s.htm, /BEK7/BEK7L0NP.PDF, /BEK7/BEK7.HTM
2BEK7 TUB-test chart BEK7; 6 Ostwald optimal colours
2BEK7 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEK7 diagram (CAB2, Y), contrast C=10:1

/be2s.htm, /BEK8/BEK8L0NP.PDF, /BEK8/BEK8.HTM
2BEK8 TUB-test chart BEK8; 6 Ostwald optimal colours
2BEK8 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEK8 diagram (CAB2, Y), contrast C=4:1

/be2s.htm, /BEK9/BEK9L0NP.PDF, /BEK9/BEK9.HTM
2BEK9 TUB-test chart BEK9; 6 Ostwald optimal colours
2BEK9 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEK9 diagram (CAB2, Y), contrast C=2:1

/be2s.htm, /BEL0/BEL0L0NP.PDF, /BEL0/BEL0.HTM
2BEL0 TUB-test chart BEL0; 6 Ostwald optimal colours
2BEL0 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEL0 diagrams CAB CAB1, contrast C>=288:1

/be2s.htm, /BEL1/BEL1L0NP.PDF, /BEL1/BEL1.HTM
2BEL1 TUB-test chart BEL1; 6 Ostwald optimal colours
2BEL1 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEL1 diagrams CAB CAB1, contrast C=25:1

/be2s.htm, /BEL2/BEL2L0NP.PDF, /BEL2/BEL2.HTM
2BEL2 TUB-test chart BEL2; 6 Ostwald optimal colours
2BEL2 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEL2 diagrams CAB CAB1, contrast C=10:1

/be2s.htm, /BEL3/BEL3L0NP.PDF, /BEL3/BEL3.HTM
2BEL3 TUB-test chart BEL3; 6 Ostwald optimal colours
2BEL3 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEL3 diagrams CAB CAB1, contrast C=4:1

/be2s.htm, /BEL4/BEL4L0NP.PDF, /BEL4/BEL4.HTM
2BEL4 TUB-test chart BEL4; 6 Ostwald optimal colours
2BEL4 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEL4 diagrams CAB CAB1, contrast C=2:1

/be2s.htm, /BEL5/BEL5L0NP.PDF, /BEL5/BEL5.HTM
2BEL5 TUB-test chart BEL5; 6 Ostwald optimal colours
2BEL5 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEL5 diagrams CAB CAB1, contrast C>=288:1

/be2s.htm, /BEL6/BEL6L0NP.PDF, /BEL6/BEL6.HTM
2BEL6 TUB-test chart BEL6; 6 Ostwald optimal colours
2BEL6 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEL6 diagrams CAB CAB1, contrast C=25:1

/be2s.htm, /BEL7/BEL7L0NP.PDF, /BEL7/BEL7.HTM
2BEL7 TUB-test chart BEL7; 6 Ostwald optimal colours
2BEL7 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEL7 diagrams CAB CAB1, contrast C=10:1

/be2s.htm, /BEL8/BEL8L0NP.PDF, /BEL8/BEL8.HTM
2BEL8 TUB-test chart BEL8; 6 Ostwald optimal colours
2BEL8 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEL8 diagrams CAB CAB1, contrast C=4:1

/be2s.htm, /BEL9/BEL9L0NP.PDF, /BEL9/BEL9.HTM
2BEL9 TUB-test chart BEL9; 6 Ostwald optimal colours
2BEL9 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEL9 diagrams CAB CAB1, contrast C=2:1

/be2s.htm, /BEM0/BEM0L0NP.PDF, /BEM0/BEM0.HTM
2BEM0 TUB-test chart BEM0; 6 Ostwald optimal colours
2BEM0 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEM0 diagrams CAB CAB1, contrast C>=288:1

/be2s.htm, /BEM1/BEM1L0NP.PDF, /BEM1/BEM1.HTM
2BEM1 TUB-test chart BEM1; 6 Ostwald optimal colours
2BEM1 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEM1 diagrams CAB CAB1, contrast C=25:1

/be2s.htm, /BEM2/BEM2L0NP.PDF, /BEM2/BEM2.HTM
2BEM2 TUB-test chart BEM2; 6 Ostwald optimal colours
2BEM2 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEM2 diagrams CAB CAB1, contrast C=10:1

/be2s.htm, /BEM3/BEM3L0NP.PDF, /BEM3/BEM3.HTM
2BEM3 TUB-test chart BEM3; 6 Ostwald optimal colours
2BEM3 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEM3 diagrams CAB CAB1, contrast C=4:1

/be2s.htm, /BEM4/BEM4L0NP.PDF, /BEM4/BEM4.HTM
2BEM4 TUB-test chart BEM4; 6 Ostwald optimal colours
2BEM4 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEM4 diagrams CAB CAB1, contrast C=2:1

/be2s.htm, /BEM5/BEM5L0NP.PDF, /BEM5/BEM5.HTM
2BEM5 TUB-test chart BEM5; 6 Ostwald optimal colours
2BEM5 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEM5 diagrams CAB CAB1, contrast C>=288:1

/be2s.htm, /BEM6/BEM6L0NP.PDF, /BEM6/BEM6.HTM
2BEM6 TUB-test chart BEM6; 6 Ostwald optimal colours
2BEM6 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEM6 diagrams CAB CAB1, contrast C=25:1

/be2s.htm, /BEM7/BEM7L0NP.PDF, /BEM7/BEM7.HTM
2BEM7 TUB-test chart BEM7; 6 Ostwald optimal colours
2BEM7 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEM7 diagrams CAB CAB1, contrast C=10:1

/be2s.htm, /BEM8/BEM8L0NP.PDF, /BEM8/BEM8.HTM
2BEM8 TUB-test chart BEM8; 6 Ostwald optimal colours
2BEM8 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEM8 diagrams CAB CAB1, contrast C=4:1

/be2s.htm, /BEM9/BEM9L0NP.PDF, /BEM9/BEM9.HTM
2BEM9 TUB-test chart BEM9; 6 Ostwald optimal colours
2BEM9 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEM9 diagrams CAB CAB1, contrast C=2:1

/be2s.htm, /BEN0/BEN0L0NP.PDF, /BEN0/BEN0.HTM
2BEN0 TUB-test chart BEN0; 6 Ostwald optimal colours
2BEN0 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEN0 diagram (CAB2, Y), C>=288:1, -50<=Ya<=50

/be2s.htm, /BEN1/BEN1L0NP.PDF, /BEN1/BEN1.HTM
2BEN1 TUB-test chart BEN1; 6 Ostwald optimal colours
2BEN1 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEN1 diagram (CAB2, Y), C=25:1, -50<=Ya<=50

/be2s.htm, /BEN2/BEN2L0NP.PDF, /BEN2/BEN2.HTM
2BEN2 TUB-test chart BEN2; 6 Ostwald optimal colours
2BEN2 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEN2 diagram (CAB2, Y), C=10:1, -50<=Ya<=50

/be2s.htm, /BEN3/BEN3L0NP.PDF, /BEN3/BEN3.HTM
2BEN3 TUB-test chart BEN3; 6 Ostwald optimal colours
2BEN3 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEN3 diagram (CAB2, Y), C=4:1, -50<=Ya<=50

/be2s.htm, /BEN4/BEN4L0NP.PDF, /BEN4/BEN4.HTM
2BEN4 TUB-test chart BEN4; 6 Ostwald optimal colours
2BEN4 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEN4 diagram (CAB2, Y), C=2:1, -50<=Ya<=50

/be2s.htm, /BEN5/BEN5L0NP.PDF, /BEN5/BEN5.HTM
2BEN5 TUB-test chart BEN5; 6 Ostwald optimal colours
2BEN5 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEN5 diagram (CAB2, Y), C>=288:1, -50<=Ya<=50

/be2s.htm, /BEN6/BEN6L0NP.PDF, /BEN6/BEN6.HTM
2BEN6 TUB-test chart BEN6; 6 Ostwald optimal colours
2BEN6 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEN6 diagram (CAB2, Y), C=25:1, Y-transfer

/be2s.htm, /BEN7/BEN7L0NP.PDF, /BEN7/BEN7.HTM
2BEN7 TUB-test chart BEN7; 6 Ostwald optimal colours
2BEN7 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEN7 diagram (CAB2, Y), C=10:1, Y-transfer

/be2s.htm, /BEN8/BEN8L0NP.PDF, /BEN8/BEN8.HTM
2BEN8 TUB-test chart BEN8; 6 Ostwald optimal colours
2BEN8 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEN8 diagram (CAB2, Y), C=4:1, Y-transfer

/be2s.htm, /BEN9/BEN9L0NP.PDF, /BEN9/BEN9.HTM
2BEN9 TUB-test chart BEN9; 6 Ostwald optimal colours
2BEN9 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEN9 diagram (CAB2, Y), C=2:1, Y-transfer

/be2s.htm, /BEO0/BEO0L0NP.PDF, /BEO0/BEO0.HTM
2BEO0 TUB-test chart BEO0; 6 Ostwald optimal colours
2BEO0 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEO0 diagram (CAB2, Y), C>=288:1, -50<=Ya<=50

/be2s.htm, /BEO1/BEO1L0NP.PDF, /BEO1/BEO1.HTM
2BEO1 TUB-test chart BEO1; 6 Ostwald optimal colours
2BEO1 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEO1 diagram (CAB2, Y), C=25:1, -50<=Ya<=50

/be2s.htm, /BEO2/BEO2L0NP.PDF, /BEO2/BEO2.HTM
2BEO2 TUB-test chart BEO2; 6 Ostwald optimal colours
2BEO2 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEO2 diagram (CAB2, Y), C=10:1

/be2s.htm, /BEO3/BEO3L0NP.PDF, /BEO3/BEO3.HTM
2BEO3 TUB-test chart BEO3; 6 Ostwald optimal colours
2BEO3 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEO3 diagram (CAB2, Y), C=4:1, -50<=Ya<=50

/be2s.htm, /BEO4/BEO4L0NP.PDF, /BEO4/BEO4.HTM
2BEO4 TUB-test chart BEO4; 6 Ostwald optimal colours
2BEO4 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEO4 diagram (CAB2, Y), C=2:1, -50<=Ya<=50

/be2s.htm, /BEO5/BEO5L0NP.PDF, /BEO5/BEO5.HTM
2BEO5 TUB-test chart BEO5; 6 Ostwald optimal colours
2BEO5 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEO5 diagram (CAB2, Y), C>=288:1, -50<=Ya<=50

/be2s.htm, /BEO6/BEO6L0NP.PDF, /BEO6/BEO6.HTM
2BEO6 TUB-test chart BEO6; 6 Ostwald optimal colours
2BEO6 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEO6 diagram (CAB2, Y), C=25:1, Y-transfer

/be2s.htm, /BEO7/BEO7L0NP.PDF, /BEO7/BEO7.HTM
2BEO7 TUB-test chart BEO7; 6 Ostwald optimal colours
2BEO7 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEO7 diagram (CAB2, Y), C=10:1, Y-transfer

/be2s.htm, /BEO8/BEO8L0NP.PDF, /BEO8/BEO8.HTM
2BEO8 TUB-test chart BEO8; 6 Ostwald optimal colours
2BEO8 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEO8 diagram (CAB2, Y), C=4:1, Y-transfer

/be2s.htm, /BEO9/BEO9L0NP.PDF, /BEO9/BEO9.HTM
2BEO9 TUB-test chart BEO9; 6 Ostwald optimal colours
2BEO9 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEO9 diagram (CAB2, Y), C=2:1, Y-transfer

/be2s.htm, /BEP0/BEP0L0NP.PDF, /BEP0/BEP0.HTM
2BEP0 TUB-test chart BEP0; 6 Ostwald optimal colours
2BEP0 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEP0 diagram (CAB2, Y), C>=288:1, -1<=Yan<=1

/be2s.htm, /BEP1/BEP1L0NP.PDF, /BEP1/BEP1.HTM
2BEP1 TUB-test chart BEP1; 6 Ostwald optimal colours
2BEP1 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEP1 diagram (CAB2, Y), C=25:1, -1<=Yan<=1

/be2s.htm, /BEP2/BEP2L0NP.PDF, /BEP2/BEP2.HTM
2BEP2 TUB-test chart BEP2; 6 Ostwald optimal colours
2BEP2 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEP2 diagram (CAB2, Y), C=10:1, -1<=Yan<=1

/be2s.htm, /BEP3/BEP3L0NP.PDF, /BEP3/BEP3.HTM
2BEP3 TUB-test chart BEP3; 6 Ostwald optimal colours
2BEP3 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEP3 diagram (CAB2, Y), C=4:1, -1<=Yan<=1

/be2s.htm, /BEP4/BEP4L0NP.PDF, /BEP4/BEP4.HTM
2BEP4 TUB-test chart BEP4; 6 Ostwald optimal colours
2BEP4 for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
2BEP4 diagram (CAB2, Y), C=2:1, -1<=Yan<=1#w"-1<=Yan<=1

/be2s.htm, /BEP5/BEP5L0NP.PDF, /BEP5/BEP5.HTM
2BEP5 TUB-test chart BEP5; 6 Ostwald optimal colours
2BEP5 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEP5 diagram (CAB2, Y), C>=288:1, -1<=Yan<=1

/be2s.htm, /BEP6/BEP6L0NP.PDF, /BEP6/BEP6.HTM
2BEP6 TUB-test chart BEP6; 6 Ostwald optimal colours
2BEP6 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEP6 diagram (CAB2, Y), C=25:1, Y-transfer

/be2s.htm, /BEP7/BEP7L0NP.PDF, /BEP7/BEP7.HTM
2BEP7 TUB-test chart BEP7; 6 Ostwald optimal colours
2BEP7 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEP7 diagram (CAB2, Y), C=10:1, Y-transfer

/be2s.htm, /BEP8/BEP8L0NP.PDF, /BEP8/BEP8.HTM
2BEP8 TUB-test chart BEP8; 6 Ostwald optimal colours
2BEP8 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEP8 diagram (CAB2, Y), C=4:1, Y-transfer

/be2s.htm, /BEP9/BEP9L0NP.PDF, /BEP9/BEP9.HTM
2BEP9 TUB-test chart BEP9; 6 Ostwald optimal colours
2BEP9 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BEP9 diagram (CAB2, Y), C=2:1, Y-transfer

/be2s.htm, /BEQ0/BEQ0L0NP.PDF, /BEQ0/BEQ0.HTM
2BEQ0 TUB-test chart BEQ0; 6 Ostwald optimal colours
2BEQ0 for 8 illuminants Pxx, CIE-10-degree observer, diagram
2BEQ0 (CAB2, Y), C>=288:1, -1<=Yan<=1

/be2s.htm, /BEQ1/BEQ1L0NP.PDF, /BEQ1/BEQ1.HTM
2BEQ1 TUB-test chart BEQ1; 6 Ostwald optimal colours
2BEQ1 for 8 illuminants Pxx, CIE-10-degree observer, diagram
2BEQ1 (CAB2, Y), C=25:1, -1<=Yan<=1

/be2s.htm, /BEQ2/BEQ2L0NP.PDF, /BEQ2/BEQ2.HTM
2BEQ2 TUB-test chart BEQ2; 6 Ostwald optimal colours
2BEQ2 for 8 illuminants Pxx, CIE-10-degree observer, diagram
2BEQ2 (CAB2, Y), C=10:1, -1<=Yan<=1

/be2s.htm, /BEQ3/BEQ3L0NP.PDF, /BEQ3/BEQ3.HTM
2BEQ3 TUB-test chart BEQ3; 6 Ostwald optimal colours
2BEQ3 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEQ3 diagram (CAB2, Y), C=4:1, -1<=Yan<=1

/be2s.htm, /BEQ4/BEQ4L0NP.PDF, /BEQ4/BEQ4.HTM
2BEQ4 TUB-test chart BEQ4; 6 Ostwald optimal colours
2BEQ4 for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
2BEQ4 diagram (CAB2, Y), C=2:1, -1<=Yan<=1

/be2s.htm, /BEQ5/BEQ5L0NP.PDF, /BEQ5/BEQ5.HTM
2BEQ5 TUB-test chart BEQ5; 6 Ostwald optimal colours
2BEQ5 for 8 illuminants Dxx, CIE-10-degree observer, diagram
2BEQ5 (CAB2, Y), C>=288:1, -1<=Yan<=1

/be2s.htm, /BEQ6/BEQ6L0NP.PDF, /BEQ6/BEQ6.HTM
2BEQ6 TUB-test chart BEQ6; 6 Ostwald optimal colours
2BEQ6 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEQ6 diagram (CAB2, Y), C=25:1, Y-transfer

/be2s.htm, /BEQ7/BEQ7L0NP.PDF, /BEQ7/BEQ7.HTM
2BEQ7 TUB-test chart BEQ7; 6 Ostwald optimal colours
2BEQ7 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEQ7 diagram (CAB2, Y), C=10:1, Y-transfer

/be2s.htm, /BEQ8/BEQ8L0NP.PDF, /BEQ8/BEQ8.HTM
2BEQ8 TUB-test chart BEQ8; 6 Ostwald optimal colours
2BEQ8 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEQ8 diagram (CAB2, Y), C=4:1, Y-transfer

/be2s.htm, /BEQ9/BEQ9L0NP.PDF, /BEQ9/BEQ9.HTM
2BEQ9 TUB-test chart BEQ9; 6 Ostwald optimal colours
2BEQ9 for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
2BEQ9 diagram (CAB2, Y), C=2:1, Y-transfer

/be2s.htm, /BER0/BER0L0NP.PDF, /BER0/BER0.HTM
2BER0 TUB-test chart BER0; Mixture to Ostwald colours
2BER0 Equal just noticeable colour differences (JNDs) for
2BER0 C-R and B-Y with double beam colour integrator

/be2s.htm, /BER1/BER1L0NP.PDF, /BER1/BER1.HTM
2BER1 TUB-test chart BER1; Mixture to optimal colours
2BER1 Equal just noticeable colour differences (JNDs) for
2BER1 G-M and G2-M2 with double beam colour integrator

/be2s.htm, /BER2/BER2L0NP.PDF, /BER2/BER2.HTM
2BER2 TUB-test chart BER2; 6 Ostwald optimal colours, GM
2BER2 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BER2 diagrams (CAB1, CAB2), contrast C>=288:1

/be2s.htm, /BER3/BER3L0NP.PDF, /BER3/BER3.HTM
2BER3 TUB-test chart BER3; 6 Ostwald optimal colours, GM2
2BER3 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BER3 diagrams (CAB1, CAB2), contrast C>=288:1

/be2s.htm, /BER4/BER4L0NP.PDF, /BER4/BER4.HTM
2BER4 TUB-test chart BER4; 6 Ostwald optimal colours, GM
2BER4 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BER4 diagrams (CAB1, CAB2), contrast C=2:1

/be2s.htm, /BER5/BER5L0NP.PDF, /BER5/BER5.HTM
2BER5 TUB-test chart BER5; 6 Ostwald optimal colours, GM2
2BER5 for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
2BER5 diagrams (CAB1, CAB2), contrast C=2:1

/be2s.htm, /BER6/BER6L0NP.PDF, /BER6/BER6.HTM
2BER6 TUB-test chart BER6; 6 Ostwald optimal colours, GM
2BER6 for 8 illuminants Dxx, CIE-02-degree observer, diagram
2BER6 (CAB2, Y), C>=288:1, -50<=Ya<=50

/be2s.htm, /BER7/BER7L0NP.PDF, /BER7/BER7.HTM
2BER7 TUB-test chart BER7; 6 Ostwald optimal colours, GM2
2BER7 for 8 illuminants Dxx, CIE-02-degree observer, diagram
2BER7 (CAB2, Y), C>=288:1, -50<=Ya<=50

/be2s.htm, /BER8/BER8L0NP.PDF, /BER8/BER8.HTM
2BER8 TUB-test chart BER8; 6 Ostwald optimal colours, GM
2BER8 for 8 illuminants Dxx, CIE-02-degree observer, diagram
2BER8 (CAB2, Y), C=2:1, -50<=Ya<=50

/be2s.htm, /BER9/BER9L0NP.PDF, /BER9/BER9.HTM
2BER9 TUB-test chart BER9; 6 Ostwald optimal colours, GM2
2BER9 for 8 illuminants Dxx, CIE-02-degree observer, diagram
2BER9 (CAB2, Y), C=2:1, -50<=Ya<=50

/be2s.htm, /BES0/BES0L0NP.PDF, /BES0/BES0.HTM
2BES0 TUB-test chart BES0; Viewing situations of colous
2BES0 Just noticeable differences (JNDs) for greys and colours
2BES0 Achromatic and chromatic relative scaling

/be2s.htm, /BES1/BES1L0NP.PDF, /BES1/BES1.HTM
2BES1 TUB-test chart BES1; Ostwald-hue circle
2BES1 colour names, rgb*, XYZxy, L*ABCH_AB2 data as tables
2BES1 chromaticity diagram with 6 colours RYGCBM, variation GM->G2M2

/be2s.htm, /BES2/BES2L0NP.PDF, /BES2/BES2.HTM
2BES2 TUB-test chart BES1; Antagonistic colour attributes
2BES2 N* and I*; Antagonistic colour signals
2BES2 linear and perceived scaling of the hues R-C, Y-B & G-M

/be2s.htm, /BES3/BES3L0NP.PDF, /BES3/BES3.HTM
2BES3 TUB-test chart BES3; Antagonistic colour attributes
2BES3 W*, T*, C* and A*; Antagonistic colour signals
2BES3 linear and perceived scaling of the hues R-C, Y-B & G-M

/be2s.htm, /BES4/BES4L0NP.PDF, /BES4/BES4.HTM
2BES4 TUB-test chart BES4; Wavelength ranges 6 Ostwald
2BES4 colours + G2M2; Normalized refl;ection log[R(lamda)/0,2]
2BES4 Model relation to lightness and antagonistic signals

/be2s.htm, /BES5/BES5L0NP.PDF, /BES5/BES5.HTM
2BES5 TUB-test chart BES5; Wavelength ranges 6 Ostwald
2BES5 colours + G2M2; Normalized refl;ection log[R(lamda)/0,2]
2BES5 Model relation to lightness and antagonistic signals

/be2s.htm, /BES6/BES6L0NP.PDF, /BES6/BES6.HTM
2BES6 TUB-test chart BES6; Antagonistic colour vectors
2BES6 Linear (left) and perceived relative scaling (right)
2BES6 of hues R-C, Y-B, G-M, and G2-M2

/be2s.htm, /BES7/BES7L0NP.PDF, /BES7/BES7.HTM
2BES7 TUB-test chart BES7; Linear colour values and reflection
2BES7 Linear relative scaling and scaled reflection
2BES7 of hues R-C, Y-B, G-M, and G2-M2

/be2s.htm, /BES8/BES8L0NP.PDF, /BES8/BES8.HTM
2BES8 TUB-test chart BES8; Perceived colour values and reflection
2BES8 Perceived relative scaling and scaled reflection
2BES8 of hues R-C, Y-B, G-M, and G2-M2

/be2s.htm, /BES9/BES9L0NP.PDF, /BES9/BES9.HTM
2BES9 TUB-test chart BES9; Perceived colour values and reflection
2BES9 Perceived relative scaling and scaled reflection
2BES9 of hues R-C, Y-B, G-M, and G2-M2

/be2s.htm, /BET0/BET0L0NP.PDF, /BET0/BET0.HTM
2BET0 TUB-test chart BET0; Colour difference formulae
2BET0 CIELAB for spacing and LABJND for thresholds
2BET0 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BET1/BET1L0NP.PDF, /BET1/BET1.HTM
2BET1 TUB-test chart BET1; Colour difference formulae
2BET1 LABJND1 and LABJND for thresholds
2BET1 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BET2/BET2L0NP.PDF, /BET2/BET2.HTM
2BET2 TUB-test chart BET2; Colour difference formulae
2BET2 LABJND2 and LABJND for thresholds
2BET2 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BET3/BET3L0NP.PDF, /BET3/BET3.HTM
2BET3 TUB-test chart BET3; Colour difference formulae
2BET3 IECsRGB for spacing and LABJND for thresholds
2BET3 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BET4/BET4L0NP.PDF, /BET4/BET4.HTM
2BET4 TUB-test chart BET4; Colour difference formulae
2BET4 IECsRGBJND and LABJND for thresholds
2BET4 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BET5/BET5L0NP.PDF, /BET5/BET5.HTM
2BET5 TUB-test chart BET5; Display-color systems sRGB and WCGa
2BET5 CIE data of 3 basic and mixture colours
2BET5 CIEXYZxy data, Yw=100 (left) and 88,6 (right)

/be2s.htm, /BET6/BET6L0NP.PDF, /BET6/BET6.HTM
2BET6 TUB-test chart BET6; Display-color systems sRGB and WCGa
2BET6 CIE data of 3 basic and mixture colours
2BET6 CIELAB data, Yw=100 (left) and 88,6 (right)

/be2s.htm, /BET7/BET7L0NP.PDF, /BET7/BET7.HTM
2BET7 TUB-test chart BET7; Display-color systems sRGB and WCGa
2BET7 CIE data of 3 basic and mixture colours
2BET7 YABCh2 data, Yw=100 (left) and 88,6 (right)

/be2s.htm, /BET8/BET8L0NP.PDF, /BET8/BET8.HTM
2BET8 TUB-test chart BET8; Display-colour systems sRGBand WCGa
2BET8 CIE data of 3 basic and mixture colours
2BET8 data in CIEXYZxy, CIELAB, and YABCh2, Yw=100

/be2s.htm, /BET9/BET9L0NP.PDF, /BET9/BET9.HTM
2BET9 TUB-test chart BET9; Display-colour systems sRGB and WCGa
2BET9 CIE data of 3 basic and mixture colours
2BET9 data in CIEXYZxy, CIELAB, and YABCh2, Yw=88,6

/be2s.htm, /BEU0/BEU0L0NP.PDF, /BEU0/BEU0.HTM
2BEU0 TUB-test chart BEU0; Ostwald, sRGB, and WCGa colours
2BEU0 colours in chromaticity diagram (x, y)
2BEU0 colours in chromatic value diagram (A2, B2)

/be2s.htm, /BEU1/BEU1L0NP.PDF, /BEU1/BEU1.HTM
2BEU1 TUB-test chart BEU1; Colour-difference formulae W & Yn
2BEU1 CIELAB for spacing and LABJND for thresholds
2BEU1 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEU2/BEU2L0NP.PDF, /BEU2/BEU2.HTM
2BEU2 TUB-test chart BEU2; Colour-difference formulae W & Yn
2BEU2 LABJND2 and LABJND for thresholds
2BEU2 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEU3/BEU3L0NP.PDF, /BEU3/BEU3.HTM
2BEU3 TUB-test chart BEU3; Colour-difference formulae W & Yn
2BEU3 IECsRGB for spacing and LABJND for thresholds
2BEU3 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEU4/BEU4L0NP.PDF, /BEU4/BEU4.HTM
2BEU4 TUB-test chart BEU4; Colour-difference formulae W & Yn
2BEU4 IECsRGBJND and LABJND for thresholds
2BEU4 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEU5/BEU5L0NP.PDF, /BEU5/BEU5.HTM
2BEU5 TUB-test chart BEU5; Viewing situations in three surrounds
2BEU5 Lightness functions and derivations for separated
2BEU5 and adjacent colours in three surrounds N, Z, W

/be2s.htm, /BEU6/BEU6L0NP.PDF, /BEU6/BEU6.HTM
2BEU6 TUB-test chart BEU6; Colour-difference formulae WRGB & Yn
2BEU6 CIELAB and IECsRGB colour-difference formulae, linear Y
2BEU6 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEU7/BEU7L0NP.PDF, /BEU7/BEU7.HTM
2BEU7 TUB-test chart BEU7; Colour-difference formulae W & Yn
2BEU7 CIELAB and IECsRGB colour-difference formulae
2BEU7 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEU8/BEU8L0NP.PDF, /BEU8/BEU8.HTM
2BEU8 TUB-test chart BEU8; Colour-difference formulae W & Yu
2BEU8 CIELAB and IECsRGB colour-difference formulae
2BEU8 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEU9/BEU9L0NP.PDF, /BEU9/BEU9.HTM
2BEU9 TUB-test chart BEU9; Colour-difference formulae WB & Yu
2BEU9 CIELAB and IECsRGB colour-difference formulae
2BEU9 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEV0/BEV0L0NP.PDF, /BEV0/BEV0.HTM
2BEV0 TUB-test chart BEV0; Colour-difference formulae t* & T*
2BEV0 IECsRGBu0 colour-lightness formulae for (Y/Yn)
2BEV0 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEV1/BEV1L0NP.PDF, /BEV1/BEV1.HTM
2BEV1 TUB-test chart BEV1; Colour-difference formulae t* & T*
2BEV1 IECsRGBu1 colour-lightness formulae for (Y/Yn)
2BEV1 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEV2/BEV2L0NP.PDF, /BEV2/BEV2.HTM
2BEV2 TUB-test chart BEV2; Colour-difference formulae t* & T*
2BEV2 IECsRGBu2 triangle-lightness formulae for (Y/Yn)
2BEV2 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEV3/BEV3L0NP.PDF, /BEV3/BEV3.HTM
2BEV3 TUB-test chart BEV3; Colour-difference formulae t* & T*
2BEV3 IECsRGBu3 triangle-lightness formulae for (Y/Yn)
2BEV3 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEV4/BEV4L0NP.PDF, /BEV4/BEV4.HTM
2BEV4 TUB-test chart BEV4; Colour-difference formulae t* & T*
2BEV4 IECsRGBu4 triangle-lightness formulae for (Y/Yn)
2BEV4 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEV5/BEV5L0NP.PDF, /BEV5/BEV5.HTM
2BEV5 TUB-test chart BEV5; Colour-difference formulae t* & T*
2BEV5 IECsRGBu5 triangle-lightness formulae for (Y/Yn)
2BEV5 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEV6/BEV6L0NP.PDF, /BEV6/BEV6.HTM
2BEV6 TUB-test chart BEV6; Colour-difference formulae t* & T*
2BEV6 IECsRGBu6 triangle-lightness formulae for (Y/Yn)
2BEV6 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEV7/BEV7L0NP.PDF, /BEV7/BEV7.HTM
2BEV7 TUB-test chart BEV7; Colour-difference formulae t* & T*
2BEV7 IECsRGBu7 triangle-lightness formulae for (Y/Yn)
2BEV7 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEV8/BEV8L0NP.PDF, /BEV8/BEV8.HTM
2BEV8 TUB-test chart BEV8; Colour-difference formulae t* & T*
2BEV8 IECsRGBu8 triangle-lightness formulae for (Y/Yn)
2BEV8 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEV9/BEV9L0NP.PDF, /BEV9/BEV9.HTM
2BEV9 TUB-test chart BEV9; Colour-difference formulae t* & T*
2BEV9 IECsRGBu9 triangle-lightness formulae for (Y/Yn)
2BEV9 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEW0/BEW0L0NP.PDF, /BEW0/BEW0.HTM
2BEW0 TUB-test chart BEW0; Colour-difference formulae t* & T*
2BEW0 IECsRGBu0 colour-lightness formulae for (Y/Yn)
2BEW0 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEW1/BEW1L0NP.PDF, /BEW1/BEW1.HTM
2BEW1 TUB-test chart BEW1; Colour-difference formulae t* & T*
2BEW1 IECsRGBu1 colour-lightness formulae for (Y/Yn)
2BEW1 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEW2/BEW2L0NP.PDF, /BEW2/BEW2.HTM
2BEW2 TUB-test chart BEW2; Colour-difference formulae t* & T*
2BEW2 IECsRGBu2 triangle-lightness formulae for (Y/Yn)
2BEW2 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEW3/BEW3L0NP.PDF, /BEW3/BEW3.HTM
2BEW3 TUB-test chart BEW3; Colour-difference formulae t* & T*
2BEW3 IECsRGBu3 triangle-lightness formulae for (Y/Yn)
2BEW3 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEW4/BEW4L0NP.PDF, /BEW4/BEW4.HTM
2BEW4 TUB-test chart BEW4; Colour-difference formulae t* & T*
2BEW4 IECsRGBu4 triangle-lightness formulae for (Y/Yn)
2BEW4 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEW5/BEW5L0NP.PDF, /BEW5/BEW5.HTM
2BEW5 TUB-test chart BEW5; Colour-difference formulae t* & T*
2BEW5 IECsRGBu5 triangle-lightness formulae for (Y/Yn)
2BEW5 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEW6/BEW6L0NP.PDF, /BEW6/BEW6.HTM
2BEW6 TUB-test chart BEW6; Colour-difference formulae t* & T*
2BEW6 IECsRGBu6 triangle-lightness formulae for (Y/Yn)
2BEW6 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEW7/BEW7L0NP.PDF, /BEW7/BEW7.HTM
2BEW7 TUB-test chart BEW7; Colour-difference formulae t* & T*
2BEW7 IECsRGBu7 triangle-lightness formulae for (Y/Yn)
2BEW7 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEW8/BEW8L0NP.PDF, /BEW8/BEW8.HTM
2BEW8 TUB-test chart BEW8; Colour-difference formulae t* & T*
2BEW8 IECsRGBu8 triangle-lightness formulae for (Y/Yn)
2BEW8 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEW9/BEW9L0NP.PDF, /BEW9/BEW9.HTM
2BEW9 TUB-test chart BEW9; Colour-difference formulae t* & T*
2BEW9 IECsRGBu9 triangle-lightness formulae for (Y/Yn)
2BEW9 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEX0/BEX0L0NP.PDF, /BEX0/BEX0.HTM
2BEX0 TUB-test chart BEX0; Colour-difference formulae t* & T*
2BEX0 CIELABu0 colour-lightness formulae for (Y/Yn)
2BEX0 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEX1/BEX1L0NP.PDF, /BEX1/BEX1.HTM
2BEX1 TUB-test chart BEX1; Colour-difference formulae t* & T*
2BEX1 CIELABu1 colour-lightness formulae for (Y/Yn)
2BEX1 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEX2/BEX2L0NP.PDF, /BEX2/BEX2.HTM
2BEX2 TUB-test chart BEX2; Colour-difference formulae t* & T*
2BEX2 CIELABu2 triangle-lightness formulae for (Y/Yn)
2BEX2 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEX3/BEX3L0NP.PDF, /BEX3/BEX3.HTM
2BEX3 TUB-test chart BEX3; Colour-difference formulae t* & T*
2BEX3 CIELABu3 triangle-lightness formulae for (Y/Yn)
2BEX3 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEX4/BEX4L0NP.PDF, /BEX4/BEX4.HTM
2BEX4 TUB-test chart BEX4; Colour-difference formulae t* & T*
2BEX4 CIELABu4 triangle-lightness formulae for (Y/Yn)
2BEX4 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEX5/BEX5L0NP.PDF, /BEX5/BEX5.HTM
2BEX5 TUB-test chart BEX5; Colour-difference formulae t* & T*
2BEX5 CIELABu5 triangle-lightness formulae for (Y/Yn)
2BEX5 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEX6/BEX6L0NP.PDF, /BEX6/BEX6.HTM
2BEX6 TUB-test chart BEX6; Colour-difference formulae t* & T*
2BEX6 CIELABu6 triangle-lightness formulae for (Y/Yn)
2BEX6 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEX7/BEX7L0NP.PDF, /BEX7/BEX7.HTM
2BEX7 TUB-test chart BEX7; Colour-difference formulae t* & T*
2BEX7 CIELABu7 triangle-lightness formulae for (Y/Yn)
2BEX7 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEX8/BEX8L0NP.PDF, /BEX8/BEX8.HTM
2BEX8 TUB-test chart BEX8; Colour-difference formulae t* & T*
2BEX8 CIELABu8 triangle-lightness formulae for (Y/Yn)
2BEX8 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEX9/BEX9L0NP.PDF, /BEX9/BEX9.HTM
2BEX9 TUB-test chart BEX9; Colour-difference formulae t* & T*
2BEX9 CIELABu9 triangle-lightness formulae for (Y/Yn)
2BEX9 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEY0/BEY0L0NP.PDF, /BEY0/BEY0.HTM
2BEY0 TUB-test chart BEY0; Colour-difference formulae t* & T*
2BEY0 CIELABu0 colour-lightness formulae for (Y/Yn)
2BEY0 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEY1/BEY1L0NP.PDF, /BEY1/BEY1.HTM
2BEY1 TUB-test chart BEY1; Colour-difference formulae t* & T*
2BEY1 CIELABu1 colour-lightness formulae for (Y/Yn)
2BEY1 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEY2/BEY2L0NP.PDF, /BEY2/BEY2.HTM
2BEY2 TUB-test chart BEY2; Colour-difference formulae t* & T*
2BEY2 CIELABu2 triangle-lightness formulae for (Y/Yn)
2BEY2 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEY3/BEY3L0NP.PDF, /BEY3/BEY3.HTM
2BEY3 TUB-test chart BEY3; Colour-difference formulae t* & T*
2BEY3 CIELABu3 triangle-lightness formulae for (Y/Yn)
2BEY3 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEY4/BEY4L0NP.PDF, /BEY4/BEY4.HTM
2BEY4 TUB-test chart BEY4; Colour-difference formulae t* & T*
2BEY4 CIELABu4 triangle-lightness formulae for (Y/Yn)
2BEY4 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEY5/BEY5L0NP.PDF, /BEY5/BEY5.HTM
2BEY5 TUB-test chart BEY5; Colour-difference formulae t* & T*
2BEY5 CIELABu5 triangle-lightness formulae for (Y/Yn)
2BEY5 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEY6/BEY6L0NP.PDF, /BEY6/BEY6.HTM
2BEY6 TUB-test chart BEY6; Colour-difference formulae t* & T*
2BEY6 CIELABu6 triangle-lightness formulae for (Y/Yn)
2BEY6 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEY7/BEY7L0NP.PDF, /BEY7/BEY7.HTM
2BEY7 TUB-test chart BEY7; Colour-difference formulae t* & T*
2BEY7 CIELABu7 triangle-lightness formulae for (Y/Yn)
2BEY7 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEY8/BEY8L0NP.PDF, /BEY8/BEY8.HTM
2BEY8 TUB-test chart BEY8; Colour-difference formulae t* & T*
2BEY8 CIELABu8 triangle-lightness formulae for (Y/Yn)
2BEY8 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEY9/BEY9L0NP.PDF, /BEY9/BEY9.HTM
2BEY9 TUB-test chart BEY9; Colour-difference formulae t* & T*
2BEY9 CIELABu9 triangle-lightness formulae for (Y/Yn)
2BEY9 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEZ0/BEZ0L0NP.PDF, /BEZ0/BEZ0.HTM
2BEZ0 TUB-test chart BEZ0; Colour-difference formulae t* & T*
2BEZ0 CIELABn0 colour-lightness formulae for (Y/Yn)
2BEZ0 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEZ1/BEZ1L0NP.PDF, /BEZ1/BEZ1.HTM
2BEZ1 TUB-test chart BEZ1; Colour-difference formulae t* & T*
2BEZ1 CIELABn1 colour-lightness formulae for (Y/Yn)
2BEZ1 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEZ2/BEZ2L0NP.PDF, /BEZ2/BEZ2.HTM
2BEZ2 TUB-test chart BEZ2; Colour-difference formulae t* & T*
2BEZ2 CIELABn2 triangle-lightness formulae for (Y/Yn)
2BEZ2 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEZ3/BEZ3L0NP.PDF, /BEZ3/BEZ3.HTM
2BEZ3 TUB-test chart BEZ3; Colour-difference formulae t* & T*
2BEZ3 CIELABn3 triangle-lightness formulae for (Y/Yn)
2BEZ3 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEZ4/BEZ4L0NP.PDF, /BEZ4/BEZ4.HTM
2BEZ4 TUB-test chart BEZ4; Colour-difference formulae t* & T*
2BEZ4 CIELABn4 triangle-lightness formulae for (Y/Yn)
2BEZ4 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEZ5/BEZ5L0NP.PDF, /BEZ5/BEZ5.HTM
2BEZ5 TUB-test chart BEZ5; Colour-difference formulae t* & T*
2BEZ5 CIELABn5 triangle-lightness formulae for (Y/Yn)
2BEZ5 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEZ6/BEZ6L0NP.PDF, /BEZ6/BEZ6.HTM
2BEZ6 TUB-test chart BEZ6; Colour-difference formulae t* & T*
2BEZ6 CIELABn6 triangle-lightness formulae for (Y/Yn)
2BEZ6 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEZ7/BEZ7L0NP.PDF, /BEZ7/BEZ7.HTM
2BEZ7 TUB-test chart BEZ7; Colour-difference formulae t* & T*
2BEZ7 CIELABn7 triangle-lightness formulae for (Y/Yn)
2BEZ7 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEZ8/BEZ8L0NP.PDF, /BEZ8/BEZ8.HTM
2BEZ8 TUB-test chart BEZ8; Colour-difference formulae t* & T*
2BEZ8 CIELABn8 triangle-lightness formulae for (Y/Yn)
2BEZ8 absolute and relative lightness, sensitivity and contrast

/be2s.htm, /BEZ9/BEZ9L0NP.PDF, /BEZ9/BEZ9.HTM
2BEZ9 TUB-test chart BEZ9; Colour-difference formulae t* & T*
2BEZ9 CIELABn9 triangle-lightness formulae for (Y/Yn)
2BEZ9 absolute and relative lightness, sensitivity and contrast

/ae2s.htm, /AEA0/AEA0L0NP.PDF, /AEA0/AEA0.HTM
2AEA0 TUB-test chart AEA0; Application of the 1-Minus-Relation
2AEA0 Output and steering of the test chart AE49
2AEA0 of the ergonomic standard ISO 9241-306:2018

/ae2s.htm, /AEA1/AEA1L0NP.PDF, /AEA1/AEA1.HTM
2AEA1 according to ISO 15076-1:2010, ISO 20677:2019,
2AEA1 and ISO-test charts according to ISO 9241-306:2018

/ae2s.htm, /AEA2/AEA2L0NP.PDF, /AEA2/AEA2.HTM
2AEA2 TUB-test chart AEA2; Vector and/or pixel graphic
2AEA2 PostScript-output steering of the test chart AE49
2AEA2 of the ergonomic standard ISO 9241-306:2018

/ae2s.htm, /AEA3/AEA3L0NP.PDF, /AEA3/AEA3.HTM
2AEA3 TUB-test chart AEA3; Frame file and figure file without 1MR
2AEA3 Output of the frame (VG) and the figure (VG) file, compare
2AEA3 http://standards.iso.org/iso/9241/306/ed-2/AE49/AE49.HTM

/ae2s.htm, /AEA4/AEA4L0NP.PDF, /AEA4/AEA4.HTM
2AEA4 TUB-test chart AEA4; Frame file and figure file with 1MR
2AEA4 Output of the frame (VG) and the figure (VG) file, compare
2AEA4 http://standards.iso.org/iso/9241/306/ed-2/AE49/AE49.HTM

/ae2s.htm, /AEA5/AEA5L0NP.PDF, /AEA5/AEA5.HTM
2AEA5 TUB-test chart AEA5; Frame file and figure file
2AEA5 Output of the frame (VG) and the figure (PG) file
2AEA5 VG of AEA4 transfered to PG in AEA5 (9,2 MB as text)

/ae2s.htm, /AEA6/AEA6L0NP.PDF, /AEA6/AEA6.HTM
2AEA6 TUB-test chart AEA6; Frame file and figure files
2AEA6 Output of the frame (VG) file and 16 figure (VG) files
2AEA6 For relative gamma gP in 15 steps between 0,475 < gP < 2,105

/ae2s.htm, /AEA7/AEA7L0NP.PDF, /AEA7/AEA7.HTM
2AEA7 TUB-test chart AEA7; Frame file and figure files
2AEA7 Output of the frame (VG) file and 16 figure (PG) files
2AEA7 VG of AEA6 transfered to PG in AEA7 (8,6 MB as text)

/ae2s.htm, /AEA8/AEA8L0NP.PDF, /AEA8/AEA8.HTM
2AEA8 TUB-test chart AEA8; Frame file and figure file with cmy0
2AEA8 Output of the frame (VG) and the figure (VG) file, compare
2AEA8 http://standards.iso.org/iso/9241/306/ed-2/AE49/AE49.HTM

/ae2s.htm, /AEA9/AEA9L0NP.PDF, /AEA9/AEA9.HTM
2AEA9 TUB-test chart AEA9; Frame file and figure file with cmyk
2AEA9 Output of the frame (VG) and the figure (VG) file, compare
2AEA9 http://standards.iso.org/iso/9241/306/ed-2/AE49/AE49.HTM

/ae2s.htm, /AEB0/AEB0L0NP.PDF, /AEB0/AEB0.HTM
2AEB0 TUB-test chart AEB0; Ergonomic colour output
2AEB0 Ergonomic and colorimetric colour processor (ECP)
2AEB0 Virtual showroom technic

/ae2s.htm, /AEB1/AEB1L0NP.PDF, /AEB1/AEB1.HTM
2AEB1 TUB-test chart AEB1; Ergonomic colour output
2AEB1 Ergonomic and colorimetric colour processor (ECP)
2AEB1 Virtual showroom technic with explanations

/ae2s.htm, /AEB2/AEB2L0NP.PDF, /AEB2/AEB2.HTM
2AEB2 TUB-test chart AEB2; rgb data of 1080 colours
2AEB2 of the test chart AE49 according to ISO 9241-306:218
2AEB2 calculated from the w/n/cmyk data with the 1-minus-relation 1MR

/ae2s.htm, /AEB3/AEB3L0NP.PDF, /AEB3/AEB3.HTM
2AEB3 TUB-test chart AEB3; PostScript-output steering of ISO-AE49
2AEB3 hand coded PS files of frame and 16 figures
2AEB3 application of 1-minus-relation, transfer 1 VG -> 1 VG and 2 PG

/ae2s.htm, /AEB4/AEB4L0NP.PDF, /AEB4/AEB4.HTM
2AEB4 TUB-test chart AEB4; PostScript-output steering of ISO-AE49
2AEB4 hand coded VG-PS files of frame and 16 figures
2AEB4 for 0,475 <= gammaP <=2,105, transfer of 1 VG -> 5 PG

/ae2s.htm, /AEB5/AEB5L0NP.PDF, /AEB5/AEB5.HTM
2AEB5 TUB-test chart AEB5; PostScript-output steering of ISO-AE49
2AEB5 hand coded VG-PS files of frame and 16 figures
2AEB5 for 0,475 <= gammaP <=2,105, transfer of 1 VG -> 15 PG

/ae2s.htm, /AEB6/AEB6L0NP.PDF, /AEB6/AEB6.HTM
2AEB6 TUB-test chart AEB6; PostScript-output steering of ISO-AE09
2AEB6 hand coded VG-PS files of frame and 16 figures
2AEB6 for 0,475 <= gammaP <=2,105, transfer of 1 VG -> 5 PG

/ae2s.htm, /AEB7/AEB7L0NP.PDF, /AEB7/AEB7.HTM
2AEB7 TUB-test chart AEB7; PostScript-output steering of ISO-AE09
2AEB7 hand coded VG-PS files of frame and 16 figures
2AEB7 for 0,475 <= gammaP <=2,105, transfer of 1 VG -> 15 PG

/ae2s.htm, /AEB8/AEB8L0NP.PDF, /AEB8/AEB8.HTM
2AEB8 TUB-test chart AEB8; PostScript-output steering of ISO-AE19
2AEB8 hand coded VG-PS files of frame and 16 figures
2AEB8 for 0,475 <= gammaP <=2,105, transfer of 1 VG -> 5 PG

/ae2s.htm, /AEB9/AEB9L0NP.PDF, /AEB9/AEB9.HTM
2AEB9 TUB-test chart AEB9; PostScript-output steering of ISO-AE19
2AEB9 hand coded VG-PS files of frame and 16 figures
2AEB9 for 0,475 <= gammaP <=2,105, transfer of 1 VG -> 15 PG

/ae2s.htm, /AEC0/AEC0L0NP.PDF, /AEC0/AEC0.HTM
2AEC0 TUB-Test chart AEC0; raw scan of slide film (sf, left)
2AEC0 and negative film (nf, right) of the reflective test chart
2AEC0 according to ISO/IEC 157

/ae2s.htm, /AEC1/AEC1L0NP.PDF, /AEC1/AEC1.HTM
2AEC1 TUB-Test chart AEC1; raw scan of slide film (sf, left)
2AEC1 and negative film (nf, right) of the reflective test chart
2AEC1 according to ISO/IEC 15775 with grid

/ae2s.htm, /AEC2/AEC2L0NP.PDF, /AEC2/AEC2.HTM
2AEC2 TUB-Test chart AEC2; raw and linearized scan
2AEC2 of the 16 step gray scale and CIE-test colours
2AEC2 according to ISO/IEC 157

/ae2s.htm, /AEC3/AEC3L0NP.PDF, /AEC3/AEC3.HTM
2AEC3 TUB-Test chart AEC3; linearized scan of slide film (sf)
2AEC3 and negative film (nf) with grid of the reflective test chart
2AEC3 according to ISO/IEC 157

/ae2s.htm, /AEC4/AEC4L0NP.PDF, /AEC4/AEC4.HTM
2AEC4 TUB-Test chart AEC4; linearized scan of slide film (sf)
2AEC4 and negative film (nf) of the reflective test chart
2AEC4 according to ISO/IEC 157

/ae2s.htm, /AEC5/AEC5L0NP.PDF, /AEC5/AEC5.HTM
2AEC5 TUB-Test chart AEC5; raw and linearized scan
2AEC5 with and without grid of the reflective test chart
2AEC5 according to ISO/IEC 157

/ae2s.htm, /AEC6/AEC6L0NP.PDF, /AEC6/AEC6.HTM
2AEC6 TUB-test chart AEC6; ISO/IEC image in rgb-pixel graphic
2AEC6 slidefilm (sf), 3 colorimage, see ISO/IEC 15775 and ISO 9241-30
2AEC6 4 image resolutions 192x128, 384x256, 768x512, 1536x102

/ae2s.htm, /AEC7/AEC7L0NP.PDF, /AEC7/AEC7.HTM
2AEC7 TUB-test chart AEC7; ISO/IEC image in rgb-pixel graphic
2AEC7 negative film (nf), 3 colorimage, ISO/IEC 15775 and ISO 9241-30
2AEC7 4 image resolutions 192x128, 384x256, 768x512, 1536x102

/ae2s.htm, /AEC8/AEC8L0NP.PDF, /AEC8/AEC8.HTM
2AEC8 TUB-test chart AEC8; ISO/IEC image in cmy0-pixel graphic
2AEC8 slidefilm (sf), 4 colorimage, see ISO/IEC 15775 and ISO 9241-30
2AEC8 4 image resolutions 192x128, 384x256, 768x512, 1536x102

/ae2s.htm, /AEC9/AEC9L0NP.PDF, /AEC9/AEC9.HTM
2AEC9 TUB-test chart AEC9; ISO/IEC image in cmy0-pixel graphic
2AEC9 negative film (nf), 4 colorimage, ISO/IEC 15775 and ISO 9241-30
2AEC9 4 image resolutions 192x128, 384x256, 768x512, 1536x102

/ae2s.htm, /AED0/AED0L0NP.PDF, /AED0/AED0.HTM
2AED0 TUB-test chart AED0; CMYK colours without ISO/IEC image
2AED0 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AED0 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG2

/ae2s.htm, /AED1/AED1L0NP.PDF, /AED1/AED1.HTM
2AED1 TUB-test chart AED1; CMYK colours without ISO/IEC image
2AED1 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AED1 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG2

/ae2s.htm, /AED2/AED2L0NP.PDF, /AED2/AED2.HTM
2AED2 TUB-test chart AED2; 20 step hue circle
2AED2 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AED2 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AED3/AED3L0NP.PDF, /AED3/AED3.HTM
2AED3 TUB-test chart AED3; 20 step hue circle
2AED3 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AED3 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AED4/AED4L0NP.PDF, /AED4/AED4.HTM
2AED4 TUB-test chart AED4; 1080 standard colours, Code (row/column)
2AED4 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AED4 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG4

/ae2s.htm, /AED5/AED5L0NP.PDF, /AED5/AED5.HTM
2AED5 TUB-test chart AED5; 1080 standard colours, Code (row/column)
2AED5 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AED5 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG4

/ae2s.htm, /AED6/AED6L0NP.PDF, /AED6/AED6.HTM
2AED6 TUB-test chart AED6; achromatic standard elements
2AED6 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AED6 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG0

/ae2s.htm, /AED7/AED7L0NP.PDF, /AED7/AED7.HTM
2AED7 TUB-test chart AED7; achromatic standard elements
2AED7 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AED7 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG0

/ae2s.htm, /AED8/AED8L0NP.PDF, /AED8/AED8.HTM
2AED8 TUB-test chart AED8; RGB colours without ISO/IEC image
2AED8 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AED8 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG1

/ae2s.htm, /AED9/AED9L0NP.PDF, /AED9/AED9.HTM
2AED9 TUB-test chart AED9; RGB colours without ISO/IEC image
2AED9 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AED9 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG1

/ae2s.htm, /AEE0/AEE0L0NP.PDF, /AEE0/AEE0.HTM
2AEE0 TUB-test chart AEE0; 1080 colours in 12 hue planes
2AEE0 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AEE0 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG5

/ae2s.htm, /AEE1/AEE1L0NP.PDF, /AEE1/AEE1.HTM
2AEE1 TUB-test chart AEE1; 1080 colours in 12 hue planes
2AEE1 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AEE1 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG5

/ae2s.htm, /AEE2/AEE2L0NP.PDF, /AEE2/AEE2.HTM
2AEE2 TUB-test chart AEE2; RGB colours with ISO/IEC image
2AEE2 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AEE2 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG1

/ae2s.htm, /AEE3/AEE3L0NP.PDF, /AEE3/AEE3.HTM
2AEE3 TUB-test chart AEE3; RGB colours with ISO/IEC image
2AEE3 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AEE3 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG1

/ae2s.htm, /AEE4/AEE4L0NP.PDF, /AEE4/AEE4.HTM
2AEE4 TUB-test chart AEE4; CMYK colours with ISO/IEC image
2AEE4 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AEE4 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG2

/ae2s.htm, /AEE5/AEE5L0NP.PDF, /AEE5/AEE5.HTM
2AEE5 TUB-test chart AEE5; CMYK colours with ISO/IEC image
2AEE5 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AEE5 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG2

/ae2s.htm, /AEE6/AEE6L0NP.PDF, /AEE6/AEE6.HTM
2AEE6 TUB-test chart AEE6; ISO/IEC image in rgb-pixel graphic
2AEE6 slidefilm (sf), 3 colorimage, see ISO/IEC 15775 and ISO 9241-30
2AEE6 four contrasts gP=0,475; 0,775; 1,000; 2,105 (CYP1,P5,P8,P15)

/ae2s.htm, /AEE7/AEE7L0NP.PDF, /AEE7/AEE7.HTM
2AEE7 TUB-test chart AEE7; ISO/IEC image in rgb-pixel graphic
2AEE7 negative film (nf), 3 colorimage, ISO/IEC 15775 and ISO 9241-30
2AEE7 four contrasts gP=0,475; 0,775; 1,000; 2,105 (CYP1,P5,P8,P15)

/ae2s.htm, /AEE8/AEE8L0NP.PDF, /AEE8/AEE8.HTM
2AEE8 TUB-test chart AEE8; ISO/IEC image in cmy0-pixel graphic
2AEE8 slidefilm (sf), 4 colorimage, see ISO/IEC 15775 and ISO 9241-30
2AEE8 four contrasts gP=0,475; 0,775; 1,000; 2,105 (CYP1,P5,P8,P15)

/ae2s.htm, /AEE9/AEE9L0NP.PDF, /AEE9/AEE9.HTM
2AEE9 TUB-test chart AEE9; ISO/IEC image in cmy0-pixel graphic
2AEE9 negative film (nf), 4 colorimage, ISO/IEC 15775 and ISO 9241-30
2AEE9 four contrasts gP=0,475; 0,775; 1,000; 2,105 (CYP1,P5,P8,P15)

/ae2s.htm, /AEF0/AEF0L0NP.PDF, /AEF0/AEF0.HTM
2AEF0 TUB-test chart AEF0; 16 step hue circle, (rgb+cym0)d
2AEF0 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AEF0 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AEF1/AEF1L0NP.PDF, /AEF1/AEF1.HTM
2AEF1 TUB-test chart AEF1; 16 step hue circle, (rgb+cmy0)d
2AEF1 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AEF1 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AEF2/AEF2L0NP.PDF, /AEF2/AEF2.HTM
2AEF2 TUB-test chart AEF2; 16 step hue circle, (rgb)d
2AEF2 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AEF2 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AEF3/AEF3L0NP.PDF, /AEF3/AEF3.HTM
2AEF3 TUB-test chart AEF3; 16 step hue circle, (rgb)d
2AEF3 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AEF3 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AEF4/AEF4L0NP.PDF, /AEF4/AEF4.HTM
2AEF4 TUB-test chart AEF4; 16 step hue circle, (rgb)de
2AEF4 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AEF4 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AEF5/AEF5L0NP.PDF, /AEF5/AEF5.HTM
2AEF5 TUB-test chart AEF5; 16 step hue circle, (rgb)de
2AEF5 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AEF5 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AEF6/AEF6L0NP.PDF, /AEF6/AEF6.HTM
2AEF6 TUB-test chart AEF6; 32 step hue circle, (rgb)d
2AEF6 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AEF6 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AEF7/AEF7L0NP.PDF, /AEF7/AEF7.HTM
2AEF7 TUB-test chart AEF7; 32 step hue circle, (rgb)d
2AEF7 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AEF7 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AEF8/AEF8L0NP.PDF, /AEF8/AEF8.HTM
2AEF8 TUB-test chart AEF8; 32 step hue circle, (rgb)de
2AEF8 1 VG[0-1], transfer to 5 VG[0-2, 0-6, 0-7, 1-1, 1-8] with text
2AEF8 5 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AEF9/AEF9L0NP.PDF, /AEF9/AEF9.HTM
2AEF9 TUB-test chart AEF9; 32 step hue circle, (rgb)de
2AEF9 1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
2AEF9 15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG3

/ae2s.htm, /AEG0/AEG0L0NP.PDF, /AEG0/AEG0.HTM
2AEG0 TUB-test chart AEG0; Transfer of colour coordinates
2AEG0 transfer of rbg* to nicwde* coordinates
2AEG0 20 step elementary hue circles and CIELAB LCh* data

/ae2s.htm, /AEG1/AEG1L0NP.PDF, /AEG1/AEG1.HTM
2AEG1 TUB-test chart AEG1; Affine colour metric for Red R
2AEG1 eight example tranfers rgb* to rgb*i (i=0 to 8)
2AEG1 with use of c* = max(rgb*) - min(rgb*)

/ae2s.htm, /AEG2/AEG2L0NP.PDF, /AEG2/AEG2.HTM
2AEG2 TUB-test chart AEG2; Affine colour metric for Yellow Y
2AEG2 eight example tranfers rgb* to rgb*i (i=0 to 8)
2AEG2 with use of c* = max(rgb*) - min(rgb*)

/ae2s.htm, /AEG3/AEG3L0NP.PDF, /AEG3/AEG3.HTM
2AEG3 TUB-test chart AEG3; Affine colour metric for Green G
2AEG3 eight example tranfers rgb* to rgb*i (i=0 to 8)
2AEG3 with use of c* = max(rgb*) - min(rgb*)

/ae2s.htm, /AEG4/AEG4L0NP.PDF, /AEG4/AEG4.HTM
2AEG4 TUB-test chart AEG4; Affine colour metric for Cyan C
2AEG4 eight example tranfers rgb* to rgb*i (i=0 to 8)
2AEG4 with use of c* = max(rgb*) - min(rgb*)

/ae2s.htm, /AEG5/AEG5L0NP.PDF, /AEG5/AEG5.HTM
2AEG5 TUB-test chart AEG5; Affine colour metric for Blue B
2AEG5 eight example tranfers rgb* to rgb*i (i=0 to 8)
2AEG5 with use of c* = max(rgb*) - min(rgb*)

/ae2s.htm, /AEG6/AEG6L0NP.PDF, /AEG6/AEG6.HTM
2AEG6 TUB-test chart AEG6; Affine colour metric for Magenta M
2AEG6 eight example tranfers rgb* to rgb*i (i=0 to 8)
2AEG6 with use of c* = max(rgb*) - min(rgb*)

/ae2s.htm, /AEG7/AEG7L0NP.PDF, /AEG7/AEG7.HTM
2AEG7 TUB-test chart AEG7; Affine colour metric for RYGCBM
2AEG7 eight example tranfers rgb* to rgb*i (i=0 to 8)
2AEG7 with use of c* = max(rgb*) - min(rgb*)

/ae2s.htm, /AEG8/AEG8L0NP.PDF, /AEG8/AEG8.HTM
2AEG8 TUB-test chart AEG8; Affine colour metric for RYGCBM
2AEG8 eight example tranfers rgb* to rgb*i (i=0 to 8)
2AEG8 with use of rgb*' = rgb*(n) with eight exponents n

/ae2s.htm, /AEG9/AEG9L0NP.PDF, /AEG9/AEG9.HTM
2AEG9 TUB-test chart AEG9; Affine colour metric for RYGCBM
2AEG9 special properties of eigen (e) and oponent (o) colours
2AEG9 with use of c* = max(rgb*) - min(rgb*)

/ae2s.htm, /AEH0/AEH0L0NP.PDF, /AEH0/AEH0.HTM
2AEH0 TUB-test chart AEH0; sRGB-display reflections
2AEH0 rgb* input and LabC*h output in device hue planes
2AEH0 Reflections YN=0 and YNn=2,5, adaptation YWa=88,6

/ae2s.htm, /AEH1/AEH1L0NP.PDF, /AEH1/AEH1.HTM
2AEH1 TUB-test chart AEH1; sRGB-display reflections
2AEH1 rgb* input and L*ABCh output in device hue planes
2AEH1 Reflections YN=0 and YNn=2,5, adaptation YWa=88,6

/ae2s.htm, /AEH2/AEH2L0NP.PDF, /AEH2/AEH2.HTM
2AEH2 TUB-test chart AEH2; sRGB-display reflections
2AEH2 rgb* input and LabC*h output in device hue planes
2AEH2 Reflections YN=0 and YNn=40,3, adaptation YWa=88,6

/ae2s.htm, /AEH3/AEH3L0NP.PDF, /AEH3/AEH3.HTM
2AEH3 TUB-test chart AEH3; sRGB-display reflections
2AEH3 rgb* input and L*ABCh output in device hue planes
2AEH3 Reflections YN=0 and YNn=40,3, adaptation YWa=88,6

/ae2s.htm, /AEH4/AEH4L0NP.PDF, /AEH4/AEH4.HTM
2AEH4 TUB-test chart AEH4; sRGB-display reflections, YWa=88,6
2AEH4 rgb* input and LabC*h output in device hue planes
2AEH4 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEH5/AEH5L0NP.PDF, /AEH5/AEH5.HTM
2AEH5 TUB-test chart AEH5; sRGB-display reflections, YWa=88,6
2AEH5 rgb* input and L*ABCh output in device hue planes
2AEH5 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEH6/AEH6L0NP.PDF, /AEH6/AEH6.HTM
2AEH6 TUB-test chart AEH6; sRGB-display reflections, YWa=88,6
2AEH6 rgb* input and LabC*h output in device hue planes
2AEH6 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEH7/AEH7L0NP.PDF, /AEH7/AEH7.HTM
2AEH7 TUB-test chart AEH7; sRGB-display reflections, YWa=88,6
2AEH7 rgb* input and L*ABCh output in device hue planes
2AEH7 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEH8/AEH8L0NP.PDF, /AEH8/AEH8.HTM
2AEH8 TUB-test chart AEH8; sRGB-display reflections, YWa=88,6
2AEH8 rgb* input and XYZ-output mixture in device hue planes
2AEH8 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEH9/AEH9L0NP.PDF, /AEH9/AEH9.HTM
2AEH9 TUB-test chart AEH9; sRGB-display reflections, YWa=88,6
2AEH9 rgb* input and XYZ-output mixture in device hue planes
2AEH9 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEI0/AEI0L0NP.PDF, /AEI0/AEI0.HTM
2AEI0 TUB-test chart AEI0; WCGa-display reflections
2AEI0 rgb* input and LabC*h output in device hue planes
2AEI0 Reflections YN=0 and YNn=2,5, adaptation YWa=88,6

/ae2s.htm, /AEI1/AEI1L0NP.PDF, /AEI1/AEI1.HTM
2AEI1 TUB-test chart AEI1; WCGa-display reflections
2AEI1 rgb* input and L*ABCh output in device hue planes
2AEI1 Reflections YN=0 and YNn=2,5, adaptation YWa=88,6

/ae2s.htm, /AEI2/AEI2L0NP.PDF, /AEI2/AEI2.HTM
2AEI2 TUB-test chart AEI2; WCGa-display reflections
2AEI2 rgb* input and LabC*h output in device hue planes
2AEI2 Reflections YN=0 and YNn=40,3, adaptation YWa=88,6

/ae2s.htm, /AEI3/AEI3L0NP.PDF, /AEI3/AEI3.HTM
2AEI3 TUB-test chart AEI3; WCGa-display reflections
2AEI3 rgb* input and L*ABCh output in device hue planes
2AEI3 Reflections YN=0 and YNn=40,3, adaptation YWa=88,6

/ae2s.htm, /AEI4/AEI4L0NP.PDF, /AEI4/AEI4.HTM
2AEI4 TUB-test chart AEI4; WCGa-display reflections, YWa=88,6
2AEI4 rgb* input and LabC*h output in device hue planes
2AEI4 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEI5/AEI5L0NP.PDF, /AEI5/AEI5.HTM
2AEI5 TUB-test chart AEI5; WCGa-display reflections, YWa=88,6
2AEI5 rgb* input and L*ABCh output in device hue planes
2AEI5 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEI6/AEI6L0NP.PDF, /AEI6/AEI6.HTM
2AEI6 TUB-test chart AEI6; WCGa-display reflections, YWa=88,6
2AEI6 rgb* input and LabC*h output in device hue planes
2AEI6 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEI7/AEI7L0NP.PDF, /AEI7/AEI7.HTM
2AEI7 TUB-test chart AEI7; WCGa-display reflections, YWa=88,6
2AEI7 rgb* input and L*ABCh output in device hue planes
2AEI7 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEI8/AEI8L0NP.PDF, /AEI8/AEI8.HTM
2AEI8 TUB-test chart AEI8; WCGa-display reflections, YWa=88,6
2AEI8 rgb* input and XYZ-output mixture in device hue planes
2AEI8 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEI9/AEI9L0NP.PDF, /AEI9/AEI9.HTM
2AEI9 TUB-test chart AEI9; WCGa-display reflections, YWa=88,6
2AEI9 rgb* input and XYZ-output mixture in device hue planes
2AEI9 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEJ0/AEJ0L0NP.PDF, /AEJ0/AEJ0.HTM
2AEJ0 TUB-test chart AEJ0; Offs-display reflections
2AEJ0 rgb* input and LabC*h output in device hue planes
2AEJ0 Reflections YN=0 and YNn=2,5, adaptation YWa=88,6

/ae2s.htm, /AEJ1/AEJ1L0NP.PDF, /AEJ1/AEJ1.HTM
2AEJ1 TUB-test chart AEJ1; Offs-display reflections
2AEJ1 rgb* input and L*ABCh output in device hue planes
2AEJ1 Reflections YN=0 and YNn=2,5, adaptation YWa=88,6

/ae2s.htm, /AEJ2/AEJ2L0NP.PDF, /AEJ2/AEJ2.HTM
2AEJ2 TUB-test chart AEJ2; Offs-display reflections
2AEJ2 rgb* input and LabC*h output in device hue planes
2AEJ2 Reflections YN=0 and YNn=40,3, adaptation YWa=88,6

/ae2s.htm, /AEJ3/AEJ3L0NP.PDF, /AEJ3/AEJ3.HTM
2AEJ3 TUB-test chart AEJ3; Offs-display reflections
2AEJ3 rgb* input and L*ABCh output in device hue planes
2AEJ3 Reflections YN=0 and YNn=40,3, adaptation YWa=88,6

/ae2s.htm, /AEJ4/AEJ4L0NP.PDF, /AEJ4/AEJ4.HTM
2AEJ4 TUB-test chart AEJ4; Offs-display reflections, YWa=88,6
2AEJ4 rgb* input and LabC*h output in device hue planes
2AEJ4 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEJ5/AEJ5L0NP.PDF, /AEJ5/AEJ5.HTM
2AEJ5 TUB-test chart AEJ5; Offs-display reflections, YWa=88,6
2AEJ5 rgb* input and L*ABCh output in device hue planes
2AEJ5 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEJ6/AEJ6L0NP.PDF, /AEJ6/AEJ6.HTM
2AEJ6 TUB-test chart AEJ6; Offs-display reflections, YWa=88,6
2AEJ6 rgb* input and LabC*h output in device hue planes
2AEJ6 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEJ7/AEJ7L0NP.PDF, /AEJ7/AEJ7.HTM
2AEJ7 TUB-test chart AEJ7; Offs-display reflections, YWa=88,6
2AEJ7 rgb* input and L*ABCh output in device hue planes
2AEJ7 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEJ8/AEJ8L0NP.PDF, /AEJ8/AEJ8.HTM
2AEJ8 TUB-test chart AEJ8; Offs-display reflections, YWa=88,6
2AEJ8 rgb* input and XYZ-output mixture in device hue planes
2AEJ8 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEJ9/AEJ9L0NP.PDF, /AEJ9/AEJ9.HTM
2AEJ9 TUB-test chart AEJ9; Offs-display reflections, YWa=88,6
2AEJ9 rgb* input and XYZ-output mixture in device hue planes
2AEJ9 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEK0/AEK0L0NP.PDF, /AEK0/AEK0.HTM
2AEK0 TUB-test chart AEK0; Ostw-display reflections
2AEK0 rgb* input and LabC*h output in device hue planes
2AEK0 Reflections YN=0 and YNn=2,5, adaptation YWa=88,6

/ae2s.htm, /AEK1/AEK1L0NP.PDF, /AEK1/AEK1.HTM
2AEK1 TUB-test chart AEK1; Ostw-display reflections
2AEK1 rgb* input and L*ABCh output in device hue planes
2AEK1 Reflections YN=0 and YNn=2,5, adaptation YWa=88,6

/ae2s.htm, /AEK2/AEK2L0NP.PDF, /AEK2/AEK2.HTM
2AEK2 TUB-test chart AEK2; Ostw-display reflections
2AEK2 rgb* input and LabC*h output in device hue planes
2AEK2 Reflections YN=0 and YNn=40,3, adaptation YWa=88,6

/ae2s.htm, /AEK3/AEK3L0NP.PDF, /AEK3/AEK3.HTM
2AEK3 TUB-test chart AEK3; Ostw-display reflections
2AEK3 rgb* input and L*ABCh output in device hue planes
2AEK3 Reflections YN=0 and YNn=40,3, adaptation YWa=88,6

/ae2s.htm, /AEK4/AEK4L0NP.PDF, /AEK4/AEK4.HTM
2AEK4 TUB-test chart AEK4; Ostw-display reflections, YWa=88,6
2AEK4 rgb* input and LabC*h output in device hue planes
2AEK4 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEK5/AEK5L0NP.PDF, /AEK5/AEK5.HTM
2AEK5 TUB-test chart AEK5; Ostw-display reflections, YWa=88,6
2AEK5 rgb* input and L*ABCh output in device hue planes
2AEK5 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEK6/AEK6L0NP.PDF, /AEK6/AEK6.HTM
2AEK6 TUB-test chart AEK6; Ostw-display reflections, YWa=88,6
2AEK6 rgb* input and LabC*h output in device hue planes
2AEK6 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEK7/AEK7L0NP.PDF, /AEK7/AEK7.HTM
2AEK7 TUB-test chart AEK7; Ostw-display reflections, YWa=88,6
2AEK7 rgb* input and L*ABCh output in device hue planes
2AEK7 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEK8/AEK8L0NP.PDF, /AEK8/AEK8.HTM
2AEK8 TUB-test chart AEK8; Ostw-display reflections, YWa=88,6
2AEK8 rgb* input and XYZ-output mixture in device hue planes
2AEK8 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEK9/AEK9L0NP.PDF, /AEK9/AEK9.HTM
2AEK9 TUB-test chart AEK9; Ostw-display reflections, YWa=88,6
2AEK9 rgb* input and XYZ-output mixture in device hue planes
2AEK9 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEL0/AEL0L0NP.PDF, /AEL0/AEL0.HTM
2AEL0 TUB-test chart AEL0; sRGB-display reflections
2AEL0 rgb* input and LabC*h output in device hue planes
2AEL0 Reflections YN=0 and YNn=2,5, adaptation YZa=18,0

/ae2s.htm, /AEL1/AEL1L0NP.PDF, /AEL1/AEL1.HTM
2AEL1 TUB-test chart AEL1; sRGB-display reflections
2AEL1 rgb* input and L*ABCh output in device hue planes
2AEL1 Reflections YN=0 and YNn=2,5, adaptation YZa=18,0

/ae2s.htm, /AEL2/AEL2L0NP.PDF, /AEL2/AEL2.HTM
2AEL2 TUB-test chart AEL2; sRGB-display reflections
2AEL2 rgb* input and LabC*h output in device hue planes
2AEL2 Reflections YN=0 and YNn=40,3, adaptation YZa=18,0

/ae2s.htm, /AEL3/AEL3L0NP.PDF, /AEL3/AEL3.HTM
2AEL3 TUB-test chart AEL3; sRGB-display reflections
2AEL3 rgb* input and L*ABCh output in device hue planes
2AEL3 Reflections YN=0 and YNn=40,3, adaptation YZa=18,0

/ae2s.htm, /AEL4/AEL4L0NP.PDF, /AEL4/AEL4.HTM
2AEL4 TUB-test chart AEL4; sRGB-display reflections, YZa=18,0
2AEL4 rgb* input and LabC*h output in device hue planes
2AEL4 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEL5/AEL5L0NP.PDF, /AEL5/AEL5.HTM
2AEL5 TUB-test chart AEL5; sRGB-display reflections, YZa=18,0
2AEL5 rgb* input and L*ABCh output in device hue planes
2AEL5 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEL6/AEL6L0NP.PDF, /AEL6/AEL6.HTM
2AEL6 TUB-test chart AEL6; sRGB-display reflections, YZa=18,0
2AEL6 rgb* input and LabC*h output in device hue planes
2AEL6 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEL7/AEL7L0NP.PDF, /AEL7/AEL7.HTM
2AEL7 TUB-test chart AEL7; sRGB-display reflections, YZa=18,0
2AEL7 rgb* input and L*ABCh output in device hue planes
2AEL7 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEL8/AEL8L0NP.PDF, /AEL8/AEL8.HTM
2AEL8 TUB-test chart AEL8; sRGB-display reflections, YZa=18,0
2AEL8 rgb* input and XYZ-output mixture in device hue planes
2AEL8 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEL9/AEL9L0NP.PDF, /AEL9/AEL9.HTM
2AEL9 TUB-test chart AEL9; sRGB-display reflections, YZa=18,0
2AEL9 rgb* input and XYZ-output mixture in device hue planes
2AEL9 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEM0/AEM0L0NP.PDF, /AEM0/AEM0.HTM
2AEM0 TUB-test chart AEM0; WCGa-display reflections
2AEM0 rgb* input and LabC*h output in device hue planes
2AEM0 Reflections YN=0 and YNn=2,5, adaptation YZa=18,0

/ae2s.htm, /AEM1/AEM1L0NP.PDF, /AEM1/AEM1.HTM
2AEM1 TUB-test chart AEM1; WCGa-display reflections
2AEM1 rgb* input and L*ABCh output in device hue planes
2AEM1 Reflections YN=0 and YNn=2,5, adaptation YZa=18,0

/ae2s.htm, /AEM2/AEM2L0NP.PDF, /AEM2/AEM2.HTM
2AEM2 TUB-test chart AEM2; WCGa-display reflections
2AEM2 rgb* input and LabC*h output in device hue planes
2AEM2 Reflections YN=0 and YNn=40,3, adaptation YZa=18,0

/ae2s.htm, /AEM3/AEM3L0NP.PDF, /AEM3/AEM3.HTM
2AEM3 TUB-test chart AEM3; WCGa-display reflections
2AEM3 rgb* input and L*ABCh output in device hue planes
2AEM3 Reflections YN=0 and YNn=40,3, adaptation YZa=18,0

/ae2s.htm, /AEM4/AEM4L0NP.PDF, /AEM4/AEM4.HTM
2AEM4 TUB-test chart AEM4; WCGa-display reflections, YZa=18,0
2AEM4 rgb* input and LabC*h output in device hue planes
2AEM4 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEM5/AEM5L0NP.PDF, /AEM5/AEM5.HTM
2AEM5 TUB-test chart AEM5; WCGa-display reflections, YZa=18,0
2AEM5 rgb* input and L*ABCh output in device hue planes
2AEM5 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEM6/AEM6L0NP.PDF, /AEM6/AEM6.HTM
2AEM6 TUB-test chart AEM6; WCGa-display reflections, YZa=18,0
2AEM6 rgb* input and LabC*h output in device hue planes
2AEM6 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEM7/AEM7L0NP.PDF, /AEM7/AEM7.HTM
2AEM7 TUB-test chart AEM7; WCGa-display reflections, YZa=18,0
2AEM7 rgb* input and L*ABCh output in device hue planes
2AEM7 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEM8/AEM8L0NP.PDF, /AEM8/AEM8.HTM
2AEM8 TUB-test chart AEM8; WCGa-display reflections, YZa=18,0
2AEM8 rgb* input and XYZ-output mixture in device hue planes
2AEM8 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEM9/AEM9L0NP.PDF, /AEM9/AEM9.HTM
2AEM9 TUB-test chart AEM9; WCGa-display reflections, YZa=18,0
2AEM9 rgb* input and XYZ-output mixture in device hue planes
2AEM9 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEN0/AEN0L0NP.PDF, /AEN0/AEN0.HTM
2AEN0 TUB-test chart AEN0; Offs-display reflections
2AEN0 rgb* input and LabC*h output in device hue planes
2AEN0 Reflections YN=0 and YNn=2,5, adaptation YZa=18,0

/ae2s.htm, /AEN1/AEN1L0NP.PDF, /AEN1/AEN1.HTM
2AEN1 TUB-test chart AEN1; Offs-display reflections
2AEN1 rgb* input and L*ABCh output in device hue planes
2AEN1 Reflections YN=0 and YNn=2,5, adaptation YZa=18,0

/ae2s.htm, /AEN2/AEN2L0NP.PDF, /AEN2/AEN2.HTM
2AEN2 TUB-test chart AEN2; Offs-display reflections
2AEN2 rgb* input and LabC*h output in device hue planes
2AEN2 Reflections YN=0 and YNn=40,3, adaptation YZa=18,0

/ae2s.htm, /AEN3/AEN3L0NP.PDF, /AEN3/AEN3.HTM
2AEN3 TUB-test chart AEN3; Offs-display reflections
2AEN3 rgb* input and L*ABCh output in device hue planes
2AEN3 Reflections YN=0 and YNn=40,3, adaptation YZa=18,0

/ae2s.htm, /AEN4/AEN4L0NP.PDF, /AEN4/AEN4.HTM
2AEN4 TUB-test chart AEN4; Offs-display reflections, YZa=18,0
2AEN4 rgb* input and LabC*h output in device hue planes
2AEN4 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEN5/AEN5L0NP.PDF, /AEN5/AEN5.HTM
2AEN5 TUB-test chart AEN5; Offs-display reflections, YZa=18,0
2AEN5 rgb* input and L*ABCh output in device hue planes
2AEN5 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEN6/AEN6L0NP.PDF, /AEN6/AEN6.HTM
2AEN6 TUB-test chart AEN6; Offs-display reflections, YZa=18,0
2AEN6 rgb* input and LabC*h output in device hue planes
2AEN6 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEN7/AEN7L0NP.PDF, /AEN7/AEN7.HTM
2AEN7 TUB-test chart AEN7; Offs-display reflections, YZa=18,0
2AEN7 rgb* input and L*ABCh output in device hue planes
2AEN7 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEN8/AEN8L0NP.PDF, /AEN8/AEN8.HTM
2AEN8 TUB-test chart AEN8; Offs-display reflections, YZa=18,0
2AEN8 rgb* input and XYZ-output mixture in device hue planes
2AEN8 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEN9/AEN9L0NP.PDF, /AEN9/AEN9.HTM
2AEN9 TUB-test chart AEN9; Offs-display reflections, YZa=18,0
2AEN9 rgb* input and XYZ-output mixture in device hue planes
2AEN9 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEO0/AEO0L0NP.PDF, /AEO0/AEO0.HTM
2AEO0 TUB-test chart AEO0; Ostw-display reflections
2AEO0 rgb* input and LabC*h output in device hue planes
2AEO0 Reflections YN=0 and YNn=2,5, adaptation YZa=18,0

/ae2s.htm, /AEO1/AEO1L0NP.PDF, /AEO1/AEO1.HTM
2AEO1 TUB-test chart AEO1; Ostw-display reflections
2AEO1 rgb* input and L*ABCh output in device hue planes
2AEO1 Reflections YN=0 and YNn=2,5, adaptation YZa=18,0

/ae2s.htm, /AEO2/AEO2L0NP.PDF, /AEO2/AEO2.HTM
2AEO2 TUB-test chart AEO2; Ostw-display reflections
2AEO2 rgb* input and LabC*h output in device hue planes
2AEO2 Reflections YN=0 and YNn=40,3, adaptation YZa=18,0

/ae2s.htm, /AEO3/AEO3L0NP.PDF, /AEO3/AEO3.HTM
2AEO3 TUB-test chart AEO3; Ostw-display reflections
2AEO3 rgb* input and L*ABCh output in device hue planes
2AEO3 Reflections YN=0 and YNn=40,3, adaptation YZa=18,0

/ae2s.htm, /AEO4/AEO4L0NP.PDF, /AEO4/AEO4.HTM
2AEO4 TUB-test chart AEO4; Ostw-display reflections, YZa=18,0
2AEO4 rgb* input and LabC*h output in device hue planes
2AEO4 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEO5/AEO5L0NP.PDF, /AEO5/AEO5.HTM
2AEO5 TUB-test chart AEO5; Ostw-display reflections, YZa=18,0
2AEO5 rgb* input and L*ABCh output in device hue planes
2AEO5 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEO6/AEO6L0NP.PDF, /AEO6/AEO6.HTM
2AEO6 TUB-test chart AEO6; Ostw-display reflections, YZa=18,0
2AEO6 rgb* input and LabC*h output in device hue planes
2AEO6 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEO7/AEO7L0NP.PDF, /AEO7/AEO7.HTM
2AEO7 TUB-test chart AEO7; Ostw-display reflections, YZa=18,0
2AEO7 rgb* input and L*ABCh output in device hue planes
2AEO7 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEO8/AEO8L0NP.PDF, /AEO8/AEO8.HTM
2AEO8 TUB-test chart AEO8; Ostw-display reflections, YZa=18,0
2AEO8 rgb* input and XYZ-output mixture in device hue planes
2AEO8 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEO9/AEO9L0NP.PDF, /AEO9/AEO9.HTM
2AEO9 TUB-test chart AEO9; Ostw-display reflections, YZa=18,0
2AEO9 rgb* input and XYZ-output mixture in device hue planes
2AEO9 Reflections for 8 contrast steps according to ISO 9241-306

/ae2s.htm, /AEP0/AEP0L0NP.PDF, /AEP0/AEP0.HTM
2AEP0 TUB-test chart AEP0; Display reflection, apdatation YWa=88,6
2AEP0 rgb* input and LCh* output in elementary hue planes
2AEP0 of sRGB display colours and offset colours

/ae2s.htm, /AEP1/AEP1L0NP.PDF, /AEP1/AEP1.HTM
2AEP1 TUB-test chart AEP1; Display reflection, adaptation YWa=88,6
2AEP1 rgb* input and LCh* output in elementary hue planes
2AEP1 of Ostwald colours and offset colours

/ae2s.htm, /AEP2/AEP2L0NP.PDF, /AEP2/AEP2.HTM
2AEP2 TUB-test chart AEP2; Display reflection, adaptation YWa=88,6
2AEP2 ice* input and ICE* output in elementary hue planes
2AEP2 of sRGB display colours and offset colours

/ae2s.htm, /AEP3/AEP3L0NP.PDF, /AEP3/AEP3.HTM
2AEP3 TUB-test chart AEP3; Display reflection, adaptation YWa=88,6
2AEP3 ice* input and ICE* output in elememtary hue planes
2AEP3 of Ostwald colours and offset colours

/ae2s.htm, /AEP4/AEP4L0NP.PDF, /AEP4/AEP4.HTM
2AEP4 TUB-test chart AEP4; Display reflection, adaptation YWa=88,6
2AEP4 rgb* input and LCh* output in elementary hue planes
2AEP4 of WCG-display colours and offset colours

/ae2s.htm, /AEP5/AEP5L0NP.PDF, /AEP5/AEP5.HTM
2AEP5 TUB-test chart AEP5; Display reflection, adaptation YWa=88,6
2AEP5 ice* input and ICE* output in elementary hue planes
2AEP5 of WCG-display colours and offset colours

/ae2s.htm, /AEP6/AEP6L0NP.PDF, /AEP6/AEP6.HTM
2AEP6 TUB-test chart AEP6; Ostwald and elementary colours (d,e)
2AEP6 CIE data of 16 step elementary hue circle
2AEP6 CIELAB hue angles hab=26, 92, 162, and 272, YWa=100 and 88,6

/ae2s.htm, /AEP7/AEP7L0NP.PDF, /AEP7/AEP7.HTM
2AEP7 TUB-test chart AEP7; Offset and BAM-test colours
2AEP7 rgb*d input and LCh*ab output colours as table,
2AEP7 and in hue planes for offset-test colours

/ae2s.htm, /AEP8/AEP8L0NP.PDF, /AEP8/AEP8.HTM
2AEP8 TUB-test chart AEP8; Display colour systems
2AEP8 sRGB and WCGa (Wide Colour Gamut) colours, YWa=100
2AEP8 CIE data xy, XYZ, LabC*h(ab), and YABCh(AB)

/ae2s.htm, /AEP9/AEP9L0NP.PDF, /AEP9/AEP9.HTM
2AEP9 TUB-test chart AEP9; Display colour systems
2AEP9 sRGB and WCGa (Wide Colour Gamut) colours, YWa=88,6
2AEP9 CIE data xy, XYZ, LabC*h(ab), and YABCh(AB)

/ae2s.htm, /AEQ0/AEQ0L0NP.PDF, /AEQ0/AEQ0.HTM
2AEQ0 TUB-Test chart AEQ0; Ostwald-optimal colours
2AEQ0 Continuous hue circle with elementary colours
2AEQ0 Chromaticity (x,y) and chromatic value (A, B)

/ae2s.htm, /AEQ1/AEQ1L0NP.PDF, /AEQ1/AEQ1.HTM
2AEQ1 TUB-test chart AEQ1; Colour vision
2AEQ1 Physiological signals in colour vision
2AEQ1 as function of luminance and chromaticity

/ae2s.htm, /AEQ2/AEQ2L0NP.PDF, /AEQ2/AEQ2.HTM
2AEQ2 TUB-Test chart AEQ2; Colour threshold experiments
2AEQ2 viewing situations for separate and adjacent colours
2AEQ2 chromaticity (x,y), LABJND formula and line elements

/ae2s.htm, /AEQ3/AEQ3L0NP.PDF, /AEQ3/AEQ3.HTM
2AEQ3 TUB-Test chart AEQ3; Luminance discrimination
2AEQ3 Model for separate and adjacent samples
2AEQ3 Relations between Weber and Stevens law at threshold

/ae2s.htm, /AEQ4/AEQ4L0NP.PDF, /AEQ4/AEQ4.HTM
2AEQ4 TUB-test chart AEQ4; Achromatic thresholds for 5 Lu,
2AEQ4 thresholds delta_L (0,4s), contrast and lightness;
2AEQ4 experimental data of Lingelbach and Richter

/ae2s.htm, /AEQ5/AEQ5L0NP.PDF, /AEQ5/AEQ5.HTM
2AEQ5 TUB-test chart AEQ5; Colour thresholds and scaling
2AEQ5 Experiments as function of luminance and chromaticity
2AEQ5 Luminance discrimination and luminace contrasts

/ae2s.htm, /AEQ6/AEQ6L0NP.PDF, /AEQ6/AEQ6.HTM
2AEQ6 TUB-test chart AEQ6; Device (d) and elementary (e) colours
2AEQ6 Ostwald-optimal colours as XYZ data, and in chromaticity,
2AEQ6 chroma, and chromatic value diagrams, YWa=100

/ae2s.htm, /AEQ7/AEQ7L0NP.PDF, /AEQ7/AEQ7.HTM
2AEQ7 TUB-test chart AEQ7; Device (d) and elementary (e) colours
2AEQ7 Ostwald-optimal colours as YABCh(AB) data and as
2AEQ7 LabCh*(ab) data with wavelength limits, YWa=100

/ae2s.htm, /AEQ8/AEQ8L0NP.PDF, /AEQ8/AEQ8.HTM
2AEQ8 TUB-test chart AEQ8; Device (d) and elementary (e) colours
2AEQ8 Ostwald-optimal colours as XYZ data, and in chromaticity,
2AEQ8 chroma, and chromatic value diagrams, YWa=88,6

/ae2s.htm, /AEQ9/AEQ9L0NP.PDF, /AEQ9/AEQ9.HTM
2AEQ9 TUB-test chart AEQ9; Device (d) and elementary (e) colours
2AEQ9 Ostwald-optimal colours as YABCh(AB) data and as
2AEQ9 LabCh*(ab) data with wavelength limits, YWa=88,6

/ae2s.htm, /AER0/AER0L0NP.PDF, /AER0/AER0.HTM
2AER0 TUB-test chart AER0; Colorimetry for Ostwald colours
2AER0 Colour spaces CIEXYZ, YABJND, CIELAB, LABHNU1_79, 2 images
2AER0 Data for CIE illuminant D65, 2-degree observer

/ae2s.htm, /AER1/AER1L0NP.PDF, /AER1/AER1.HTM
2AER1 TUB-test chart AER1; Colorimetry for Ostwald colours
2AER1 Colour spaces CIEXYZ, YABJND, CIELAB, LABHNU1_79, 2 images
2AER1 Data for CIE illuminant D65, 10-degree observer

/ae2s.htm, /AER2/AER2L0NP.PDF, /AER2/AER2.HTM
2AER2 TUB-test chart AER2; Colorimetry for Ostwald colours
2AER2 Colour spaces CIEXYZ, YABJND, CIELAB, LABHNU1_79, 12 images
2AER2 Data for CIE illuminant D65, 2-degree observer

/ae2s.htm, /AER3/AER3L0NP.PDF, /AER3/AER3.HTM
2AER3 TUB-test chart AER3; Colorimetry for Ostwald colours
2AER3 Colour spaces CIEXYZ, YABJND, CIELAB, LABHNU1_79, 12 images
2AER3 Data for CIE illuminant D65, 10-degree observer

/ae2s.htm, /AER4/AER4L0NP.PDF, /AER4/AER4.HTM
2AER4 TUB-test chart AER4; Colorimetry for Ostwald colours
2AER4 Colour spaces CIEXYZ, YABJND, CIELAB, LABHNU1_79, 2x8 images
2AER4 Data for eight CIE illuminants, 2-degree observer

/ae2s.htm, /AER5/AER5L0NP.PDF, /AER5/AER5.HTM
2AER5 TUB-test chart AER5; Colorimetry for Ostwald colours
2AER5 Colour spaces CIEXYZ, YABJND, CIELAB, LABHNU1_79, 2x8 images
2AER5 Data for eight CIE illuminants, 10-degree observer

/ae2s.htm, /AER6/AER6L0NP.PDF, /AER6/AER6.HTM
2AER6 TUB-test chart AER6; Ostwald device colours (d)
2AER6 XYZxy and LabC*h device data
2AER6 for two adaptations YWa=100 and Ywa=88,6

/ae2s.htm, /AER7/AER7L0NP.PDF, /AER7/AER7.HTM
2AER7 TUB-test chart AER7; Offset device colours (d)
2AER7 XYZxy and LabC*h device data
2AER7 for two adaptations YWa=100 and Ywa=88,6

/ae2s.htm, /AER8/AER8L0NP.PDF, /AER8/AER8.HTM
2AER8 TUB-test chart AER8; Offset and BAM-test colours
2AER8 rgb*d input and LCh*ab output colours as table,
2AER8 and in hue planes for offset-test colours

/ae2s.htm, /AER9/AER9L0NP.PDF, /AER9/AER9.HTM
2AER9 TUB-test chart AER9; Offset and BAM-test colours
2AER9 rgb*d input and LCh*ab output colours as table,
2AER9 and in hue planes for BAM-test colours

/ae2s.htm, /AES0/AES0L0NP.PDF, /AES0/AES0.HTM
2AES0 TUB-test chart AES0; Basic colorimetric equations
2AES0 Equation for CIE tristimulues values and lightness
2AES0 Equations for chroma, chromatic value, and chromaticity

/ae2s.htm, /AES1/AES1L0NP.PDF, /AES1/AES1.HTM
2AES1 TUB-test chart AES1; Examples of colour metric II
2AES1 Application: User coordinates and device calibration
2AES1 Output - Input - Output loop with devices

/ae2s.htm, /AES2/AES2L0NP.PDF, /AES2/AES2.HTM
2AES2 TUB-Test chart AES2; Questions for display output
2AES2 Eight contrast steps according to ISO 9241-306
2AES2 Display illuminance 500 lux or 152 cd/m**2 of white

/ae2s.htm, /AES3/AES3L0NP.PDF, /AES3/AES3.HTM
2AES3 TUB-test chart AES3; Contrast steps of emissive displays
2AES3 Eight contrast steps, range and applications
2AES3 Calculation for standard office illuminance 500 lux

/ae2s.htm, /AES4/AES4L0NP.PDF, /AES4/AES4.HTM
2AES4 TUB-test chart AES4; L* difference of 16 grey steps
2AES4 change of spacing by two reflections:
2AES4 Lr=2,5% and 40%, sRGB display

/ae2s.htm, /AES5/AES5L0NP.PDF, /AES5/AES5.HTM
2AES5 TUB-Test chart AES5; achromatic colours of displays
2AES5 Equally spaced 16 step gray series between
2AES5 L*N and L*W for three reflections of ambient light

/ae2s.htm, /AES6/AES6L0NP.PDF, /AES6/AES6.HTM
2AES6 TUB-test chart AES6; Device (d) and elementary (e) colours
2AES6 CIE data of sRGB colours as table, and in chromaticity,
2AES6 chroma, and chromatic value diagrams, YWa=100

/ae2s.htm, /AES7/AES7L0NP.PDF, /AES7/AES7.HTM
2AES7 TUB-test chart AES7; Device (d) and elementary (e) colours
2AES7 CIE data of sRGB colours as table, and in chromaticity,
2AES7 chroma, and chromatic value diagrams, YWa=88,6

/ae2s.htm, /AES8/AES8L0NP.PDF, /AES8/AES8.HTM
2AES8 TUB-test chart AES8; Device (d) and elementary (e) colours
2AES8 CIE data of optimal colours as table, and in chromaticity,
2AES8 chroma, and chromatic value diagrams, YWa=100

/ae2s.htm, /AES9/AES9L0NP.PDF, /AES9/AES9.HTM
2AES9 TUB-test chart AES9; Device (d) and elementary (e) colours
2AES9 CIE data of optimal colours as table, and in chromaticity,
2AES9 chroma, and chromatic value diagrams, YWa=88,6

/ae2s.htm, /AET0/AET0L0NP.PDF, /AET0/AET0.HTM
2AET0 TUB-Test chart AET0; Line element for colour scaling
2AET0 contrast and colorimetric, psycho-physical,
2AET0 and physiological properties of colour vision

/ae2s.htm, /AET1/AET1L0NP.PDF, /AET1/AET1.HTM
2AET1 TUB-Test chart AET1; Comparison of LABJND & CIEDE2000 formula
2AET1 CIE lightness L*, derivation dL*/dY, and threshold dY
2AET1 CIE sensitivity dY/Y and CIE contrast Y/dY

/ae2s.htm, /AET2/AET2L0NP.PDF, /AET2/AET2.HTM
2AET2 TUB-Test chart AET2; Comparison of LABJND & CIELAB formula
2AET2 CIE lightness L*, derivation dL*/dY, and threshold dY
2AET2 CIE sensitivity dY/Y and CIE contrast Y/dY

/ae2s.htm, /AET3/AET3L0NP.PDF, /AET3/AET3.HTM
2AET3 TUB-Test chart AET3; LABJND colour differences, CIE 230:2019
2AET3 logarithmic ordinate for LABJND lightness L*,
2AET3 derivation dL*/dY, sensitivity dY/Y, and contrast Y/dY

/ae2s.htm, /AET4/AET4L0NP.PDF, /AET4/AET4.HTM
2AET4 TUB-Test chart AET4; CIELAB colour differences, CIE 230:2019
2AET4 logarithmic ordinate for CIELAB lightness L*,
2AET4 derivation dL*/dY, sensitivity dY/Y, and contrast Y/dY

/ae2s.htm, /AET5/AET5L0NP.PDF, /AET5/AET5.HTM
2AET5 TUB-Test chart AET5; LABJND colour differences, CIE 230:2019
2AET5 linear ordinate for LABJND lightness L*,
2AET5 derivation dL*/dY, sensitivity dY/Y, and contrast Y/dY

/ae2s.htm, /AET6/AET6L0NP.PDF, /AET6/AET6.HTM
2AET6 TUB-Test chart AET6; CIELAB colour differences, CIE 230:2019
2AET6 linear ordinate for CIELAB lightness L*,
2AET6 derivation dL*/dY, sensitivity dY/Y, and contrast Y/dY

/ae2s.htm, /AET7/AET7L0NP.PDF, /AET7/AET7.HTM
2AET7 TUB-Test chart AET7; Thresholds, contrast and lightness
2AET7 Model description for contrast L/(delta L), and
2AET7 lightness L* according to Weber-Fechner & Gauß

/ae2s.htm, /AET8/AET8L0NP.PDF, /AET8/AET8.HTM
2AET8 TUB-Test chart AET8; Colorimetry and optimal colours
2AET8 Contrast, complementary colours, hue circles
2AET8 elementary colours, wavelength range

/ae2s.htm, /AET9/AET9L0NP.PDF, /AET9/AET9.HTM
2AET9 TUB-Test chart AET9; Relative elementary colour vision
2AET9 definition of log[sensitivities]; model
2AET9 LMS_R17; linear ordinate; threshold ta=0,00

/ae2s.htm, /AEU0/AEU0L0NP.PDF, /AEU0/AEU0.HTM
2AEU0 TUB-test chart AEU0; Ostwald-optimal colours
2AEU0 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2AEU0 XYZ data of hue circle in 8 colour diagrams

/ae2s.htm, /AEU1/AEU1L0NP.PDF, /AEU1/AEU1.HTM
2AEU1 TUB-test chart AEU1; Ostwald-optimal colours
2AEU1 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2AEU1 Data XYZ and YABCh as table with wavelength

/ae2s.htm, /AEU2/AEU2L0NP.PDF, /AEU2/AEU2.HTM
2AEU2 TUB-test chart AEU2; Ostwald-optimal colours
2AEU2 YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
2AEU2 Data YABCh1 and YABCh2 as table with wavelength

/ae2s.htm, /AEU3/AEU3L0NP.PDF, /AEU3/AEU3.HTM
2AEU3 TUB-test chart AEU3; Ostwald-optimal colours
2AEU3 YN=3,6, YW=90, CIE illuminant D65, CIE 10 degree
2AEU3 XYZ data of hue circle in 8 colour diagrams

/ae2s.htm, /AEU4/AEU4L0NP.PDF, /AEU4/AEU4.HTM
2AEU4 TUB-test chart AEU4; Ostwald-optimal colours
2AEU4 YN=3,6, YW=90, CIE illuminant D65, CIE 10 degree
2AEU4 Data XYZ and YABCh as table with wavelength

/ae2s.htm, /AEU5/AEU5L0NP.PDF, /AEU5/AEU5.HTM
2AEU5 TUB-test chart AEU5;Ostwald-optimal colours
2AEU5 YN=3,6, YW=90, CIE illuminant D65, CIE 10 degree
2AEU5 Data YABCh1 and YABCh2 as table with wavelength

/ae2s.htm, /AEU6/AEU6L0NP.PDF, /AEU6/AEU6.HTM
2AEU6 TUB-test chart AEU6; Ostwald-optimal colours
2AEU6 YN=3,6, YW=90, CIE illuminant D50, CIE 02 degree
2AEU6 XYZ data of hue circle in 8 colour diagrams

/ae2s.htm, /AEU7/AEU7L0NP.PDF, /AEU7/AEU7.HTM
2AEU7 TUB-test chart AEU7; Ostwald-optimal colours
2AEU7 YN=3,6, YW=90, CIE illuminant D50, CIE 02 degree
2AEU7 Data XYZ and YABCh as table with wavelength

/ae2s.htm, /AEU8/AEU8L0NP.PDF, /AEU8/AEU8.HTM
2AEU8 TUB-test chart AEU8; Ostwald-optimal colours
2AEU8 YN=3,6, YW=90, CIE illuminant D50, CIE 02 degree
2AEU8 Data YABCh1 and YABCh2 as table with wavelength

/ae2s.htm, /AEU9/AEU9L0NP.PDF, /AEU9/AEU9.HTM
2AEU9 TUB-test chart AEU9; Chromatic adaptation of LMS22 model
2AEU9 Ostwald-optimal colours for 8 illuminants:
2AEU9 P60 (6000K), P55, P50, P45, P40, P35, P30, P25 (2500K)

/ae2s.htm, /AEV0/AEV0L0NP.PDF, /AEV0/AEV0.HTM
2AEV0 TUB-test chart AEV0; Ostwald-optimal colours
2AEV0 YN=3,6, YW=90, 8 illuminants Dxx, CIE 02 degree
2AEV0 XYZ data of hue circle in 8 colour diagrams

/ae2s.htm, /AEV1/AEV1L0NP.PDF, /AEV1/AEV1.HTM
2AEV1 TUB-test chart AEV1; Ostwald-optimal colours
2AEV1 YN=3,6, YW=90, 8 illuminants Dxx, CIE 02 degree
2AEV1 Data XYZ and YABCh as table with wavelength

/ae2s.htm, /AEV2/AEV2L0NP.PDF, /AEV2/AEV2.HTM
2AEV2 TUB-test chart AEV2; Ostwald-optimal colours
2AEV2 YN=3,6, YW=90, 8 illuminants Dxx, CIE 02 degree
2AEV2 Data YABCh1 and YABCh2 as table with wavelength

/ae2s.htm, /AEV3/AEV3L0NP.PDF, /AEV3/AEV3.HTM
2AEV3 TUB-test chart AEV3; Ostwald-optimal colours
2AEV3 YN=3,6, YW=90, 8 illuminants Dxx, CIE 10 degree
2AEV3 XYZ data of hue circle in 8 colour diagrams

/ae2s.htm, /AEV4/AEV4L0NP.PDF, /AEV4/AEV4.HTM
2AEV4 TUB-test chart AEV4; Ostwald-optimal colours
2AEV4 YN=3,6, YW=90, 8 illuminants Dxx, CIE 10 degree
2AEV4 Data XYZ and YABCh as table with wavelength

/ae2s.htm, /AEV5/AEV5L0NP.PDF, /AEV5/AEV5.HTM
2AEV5 TUB-test chart AEV5;Ostwald-optimal colours
2AEV5 YN=3,6, YW=90, 8 illuminants Dxx, CIE 10 degree
2AEV5 Data YABCh1 and YABCh2 as table with wavelength

/ae2s.htm, /AEV6/AEV6L0NP.PDF, /AEV6/AEV6.HTM
2AEV6 TUB-test chart AEV6; Ostwald-optimal colours
2AEV6 YN=3,6, YW=90, 8 illuminants Pxx, CIE 02 degree
2AEV6 XYZ data of hue circle in 8 colour diagrams

/ae2s.htm, /AEV7/AEV7L0NP.PDF, /AEV7/AEV7.HTM
2AEV7 TUB-test chart AEV7; Ostwald-optimal colours
2AEV7 YN=3,6, YW=90, 8 illuminants Pxx, CIE 02 degree
2AEV7 Data XYZ and YABCh as table with wavelength

/ae2s.htm, /AEV8/AEV8L0NP.PDF, /AEV8/AEV8.HTM
2AEV8 TUB-test chart AEV8; Ostwald-optimal colours
2AEV8 YN=3,6, YW=90, 8 illuminants Pxx, CIE 02 degree
2AEV8 Data YABCh1 and YABCh2 as table with wavelength

/ae2s.htm, /AEV9/AEV9L0NP.PDF, /AEV9/AEV9.HTM
2AEV9 TUB-test chart AEV9; Chromatic adaptation of LMS22 model
2AEV9 Ostwald-optimal colours for 8 illuminants:
2AEV9 D65 (6500K), D50, P40 (4000K), A00, E00, C00, P00, Q00

/ae2s.htm, /AEW0/AEW0L0NP.PDF, /AEW0/AEW0.HTM
2AEW0 TUB-test chart AEW0; Test of equal colour-step recognition
2AEW0 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEW0 Gamma ga=2,40, Gamma gP=1,00, ISO-contrast step CYP8

/ae2s.htm, /AEW1/AEW1L0NP.PDF, /AEW1/AEW1.HTM
2AEW1 TUB-test chart AEW1; Test of equal colour-step recognition
2AEW1 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEW1 Gamma ga=1,86, Gamma gP=0,775, ISO-contrast step CYP5

/ae2s.htm, /AEW2/AEW2L0NP.PDF, /AEW2/AEW2.HTM
2AEW2 TUB-test chart AEW2; Test of optimal colour-step recognition
2AEW2 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEW2 relative gamma 0,475<=gP<=0,700, ISO-contrast steps CYP1 to CYP4

/ae2s.htm, /AEW3/AEW3L0NP.PDF, /AEW3/AEW3.HTM
2AEW3 TUB-test chart AEW3; Test of optimal colour-step recognition
2AEW3 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEW3 relative gamma 0,775<=gP<=1,000, ISO-contrast steps CYP5 to CYP8

/ae2s.htm, /AEW4/AEW4L0NP.PDF, /AEW4/AEW4.HTM
2AEW4 TUB-test chart AEW4; Test of optimal colour-step recognition
2AEW4 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEW4 relative gamma 0,475<=gP<=0,924, contrast steps CYP(1, 3, 5, 7)

/ae2s.htm, /AEW5/AEW5L0NP.PDF, /AEW5/AEW5.HTM
2AEW5 TUB-test chart AEW5; Test of optimal colour-step recognition
2AEW5 4 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEW5 relative gamma 0,550<=gP<=1,000, contrast steps CYP(2, 4, 6, 8)

/ae2s.htm, /AEW6/AEW6L0NP.PDF, /AEW6/AEW6.HTM
2AEW6 TUB-test chart AEW6; Test of equal colour-step recognition
2AEW6 16 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEW6 Gamma ga=2,40, Gamma gP=1,00, ISO-contrast step CYP8

/ae2s.htm, /AEW7/AEW7L0NP.PDF, /AEW7/AEW7.HTM
2AEW7 TUB-test chart AEW7; Test of equal colour-step recognition
2AEW7 16 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEW7 Gamma ga=1,86, Gamma gP=0,775, ISO-contrast step CYP5

/ae2s.htm, /AEW8/AEW8L0NP.PDF, /AEW8/AEW8.HTM
2AEW8 TUB-test chart AEW8; Test of optimal colour-step recognition
2AEW8 16 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEW8 relative gamma 0,475<=gP<=2,11, ISO-contrast steps CYP1 to CYP15

/ae2s.htm, /AEW9/AEW9L0NP.PDF, /AEW9/AEW9.HTM
2AEW9 TUB-test chart AEW9; Test of optimal colour-step recognition
2AEW9 16 times 1080 PG-standard colours, similar ISO 9241-306:AE49
2AEW9 relative gamma 0,475<=gP<=2,11, ISO-contrast steps CYP1 to CYP15

/ae2s.htm, /AEX0/AEX0L0NP.PDF, /AEX0/AEX0.HTM
2AEX0 TUB-test chart AEX0; Structure and content
2AEX0 of many web-site parts of this TUB-web servers
2AEX0 Limits of settransfer profiles, 3D-Lab*-linearization

/ae2s.htm, /AEX1/AEX1L0NP.PDF, /AEX1/AEX1.HTM
2AEX1 TUB-test chart AEX1; Gamma calibration with 1080 colours
2AEX1 of the computer operating system Mac OS version 10.7.5
2AEX1 without Gamma change of the display-image file

/ae2s.htm, /AEX2/AEX2L0NP.PDF, /AEX2/AEX2.HTM
2AEX2 TUB-test chart AEX2; Gamma calibration with 1080 colours
2AEX2 of the computer operating system Mac OS version 10.7.5
2AEX2 with additional Gamma change of the display-image file

/ae2s.htm, /AEX3/AEX3L0NP.PDF, /AEX3/AEX3.HTM
2AEX3 TUB-test chart AEX3; Description of Gamma changes
2AEX3 on pages AEX1 and AEX2 with 1080 colour image
2AEX3 on pages AEX4 and AEX5 with Mac image

/ae2s.htm, /AEX4/AEX4L0NP.PDF, /AEX4/AEX4.HTM
2AEX4 TUB-test chart AEX4; Gamma calibration with Mac image
2AEX4 of the computer operating system Mac OS version 10.7.5
2AEX4 without Gamma change of the display-image file

/ae2s.htm, /AEX5/AEX5L0NP.PDF, /AEX5/AEX5.HTM
2AEX5 TUB-test chart AEX5; Gamma calibration with Mac image
2AEX5 of the computer operating system Mac OS version 10.7.5
2AEX5 with additional Gamma change of the display-image file

/ae2s.htm, /AEX6/AEX6L0NP.PDF, /AEX6/AEX6.HTM
2AEX6 TUB-test chart AEX6; Test of equal colour-step recognition
2AEX6 16 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEX6 Gamma ga=2,40, Gamma gP=1,00, ISO-contrast step CYP8

/ae2s.htm, /AEX7/AEX7L0NP.PDF, /AEX7/AEX7.HTM
2AEX7 TUB-test chart AEX7; Test of equal colour-step recognition
2AEX7 16 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEX7 Gamma ga=1,86, Gamma gP=0,775, ISO-contrast step CYP5

/ae2s.htm, /AEX8/AEX8L0NP.PDF, /AEX8/AEX8.HTM
2AEX8 TUB-test chart AEX8; Test of optimal colour-step recognition
2AEX8 16 times 1080 VG-standard colours, similar ISO 9241-306:AE49
2AEX8 relative gamma 0,475<=gP<=2,11, ISO-contrast steps CYP1 to CYP15

/ae2s.htm, /AEX9/AEX9L0NP.PDF, /AEX9/AEX9.HTM
2AEX9 TUB-test chart AEX9; Test of optimal colour-step recognition
2AEX9 16 times 1080 PG-standard colours, similar ISO 9241-306:AE49
2AEX9 relative gamma 0,475<=gP<=2,11, ISO-contrast steps CYP1 to CYP15

/ae2s.htm, /AEY0/AEY0L0NP.PDF, /AEY0/AEY0.HTM
2AEY0 TUB-test chart AEY0; VG-frame and VG-figure files
2AEY0 hand coded PS files of frame and 16 figures
2AEY0 names of VG-PDF-figure files at 16 standard positions

/ae2s.htm, /AEY1/AEY1L0NP.PDF, /AEY1/AEY1.HTM
2AEY1 TUB-test chart AEY1; Input-output relationship
2AEY1 between CIE lightness L* and 8bit data rgb for slidefilm (sf)
2AEY1 and negative film (nf) from under to over exposure

/ae2s.htm, /AEY2/AEY2L0NP.PDF, /AEY2/AEY2.HTM
2AEY2 TUB-test chart AEY2; Device and elementary hue circles
2AEY2 location of maximum LMS sensitivities in hue circles
2AEY2 chromatic value and chroma as function of wavelength

/ae2s.htm, /AEY3/AEY3L0NP.PDF, /AEY3/AEY3.HTM
2AEY3 TUB-test chart AEY3; Chroma of device systems
2AEY3 ORS18a, TLS00a, FRS06a, and standard TLS18a
2AEY3 and elementary hue data in CIELAB diagram (a*, b*)

/ae2s.htm, /AEY4/AEY4L0NP.PDF, /AEY4/AEY4.HTM
2AEY4 TUB-test chart AEY4; Chroma of device systems
2AEY4 TLS00a, TLS06a, TLS11a, and standard TLS18a
2AEY4 and elementary hue data in CIELAB diagram (a*, b*)

/ae2s.htm, /AEY5/AEY5L0NP.PDF, /AEY5/AEY5.HTM
2AEY5 TUB-test chart AEY5; Chroma of device systems
2AEY5 TLS27a, TLS38a, TLS52a, and projector system TLS70a
2AEY5 and elementary hue data in CIELAB diagram (a*, b*)

/ae2s.htm, /AEY6/AEY6L0NP.PDF, /AEY6/AEY6.HTM
2AEY6 TUB-test chart AEY6; Eight standard device systems
2AEY6 ORS18a, TLS00a, FRS06a, TLS18a, NLS00a, NLS18a, SRS18a, TLS70a
2AEY6 with CIELAB and rgb data on the pages 3 to 12

/ae2s.htm, /AEY7/AEY7L0NP.PDF, /AEY7/AEY7.HTM
2AEY7 TUB-test chart AEY7; Eight standard device systems
2AEY7 TLS00a, TLS06a, TLS11a, TLS18a, TLS27a, TLS52a, TLS70a
2AEY7 with CIELAB and rgb data on the pages 3 to 12

/ae2s.htm, /AEY8/AEY8L0NP.PDF, /AEY8/AEY8.HTM
2AEY8 TUB-test chart AEY8; Eight standard device systems
2AEY8 OLS00a, OLS06a, OLS11a, OLS18a, OLS27a, OLS52a, OLS70a
2AEY8 with CIELAB and rgb data on the pages 3 to 12

/ae2s.htm, /AEY9/AEY9L0NP.PDF, /AEY9/AEY9.HTM
2AEY9 TUB-test chart AEY9; Input-output relations
2AEY9 User steering of the ergonomic output
2AEY9 on rgb displays and by the cmyk print with rgb data

/ae2s.htm, /AEZ0/AEZ0L0NP.PDF, /AEZ0/AEZ0.HTM
2AEZ0 TUB-test chart AEZ0; VG-frame and VG-figure files
2AEZ0 hand coded PS files of frame and 16 figures
2AEZ0 names of VG-PDF-figure files at 16 standard positions

/ae2s.htm, /AEZ1/AEZ1L0NP.PDF, /AEZ1/AEZ1.HTM
2AEZ1 TUB-test chart AEZ1; VG-frame and PG-figure files
2AEZ1 hand coded PS files of frame and 16 figures
2AEZ1 names of VG-PDF-figure files at 16 standard positions

/ae2s.htm, /AEZ2/AEZ2L0NP.PDF, /AEZ2/AEZ2.HTM
2AEZ2 TUB-test chart AEZ2; PostScript-output steering of ISO-AE49
2AEZ2 hand coded PS files of frame and 16 figures
2AEZ2 application of 1-minus-relation, transfer 1 VG -> 1 VG and 2 PG

/ae2s.htm, /AEZ3/AEZ3L0NP.PDF, /AEZ3/AEZ3.HTM
2AEZ3 TUB-test chart AEZ3; PostScript-output steering of ISO-AE49
2AEZ3 hand coded PS files of frame and 16 figures
2AEZ3 for 0,475 <= gammaP <=2,105, transfer of 1 VG -> 5 PG

/ae2s.htm, /AEZ4/AEZ4L0NP.PDF, /AEZ4/AEZ4.HTM
2AEZ4 TUB-test chart AEZ4; PostScript-output steering of ISO-AE49
2AEZ4 hand coded PS files of frame and 16 figures
2AEZ4 for 0,475 <= gammaP <=2,105, transfer of 1 VG -> 5 VG

/ae2s.htm, /AEZ5/AEZ5L0NP.PDF, /AEZ5/AEZ5.HTM
2AEZ5 TUB-test chart AEZ5; PostScript-output steering of ISO-AE49
2AEZ5 hand coded PS files of frame and 16 figures
2AEZ5 for 0,475 <= gammaP <=2,105, transfer of 1 VG -> 15 VG

/ae2s.htm, /AEZ6/AEZ6L0NP.PDF, /AEZ6/AEZ6.HTM
2AEZ6 TUB-test chart AEZ6; Frame and figure file similar to ISO-AE49
2AEZ6 Frame file in VG includes one figure file in VG
2AEZ6 in size 24,6cm x 16,9cm at standard position left down

/ae2s.htm, /AEZ7/AEZ7L0NP.PDF, /AEZ7/AEZ7.HTM
2AEZ7 TUB-test chart AEZ7; Frame and figure file similar to ISO-AE49
2AEZ7 Frame file in VG and PG includes one figure file in PG
2AEZ7 in size 24,6cm x 16,9cm at standard position left down

/ae2s.htm, /AEZ8/AEZ8L0NP.PDF, /AEZ8/AEZ8.HTM
2AEZ8 TUB-test chart AEZ8; Frame file and 16 figure files
2AEZ8 Frame file in VG and PG, 16 figure files in VG or PG
2AEZ8 in size 5,4 cm x 4,0 cm at 16 standard positions

/ae2s.htm, /AEZ9/AEZ9L0NP.PDF, /AEZ9/AEZ9.HTM
2AEZ9 TUB-test chart AEZ9; Frame file and one figure file
2AEZ9 Frame file in VG and PG, one figure file in VG or PG
2AEZ9 in size 5,4 cm x 4,0 cm at position left down