-6
-8
V
L
O
Y
M
-6
-8
C
www.ps.bam.de/LE41/10L/L41E00NP.PS/.PDF; start output
N: No Output Linearization (OL) data in File (F), Startup (S) or Device (D)
Y
CMYOLV CMYOLVNW default color space
hexagon
Y
b*CIELAB
Y
L
O
O
R
G
W
T
C
M
L
cmyolvnw* default color space
olv* coordinates
Y (1,1,0)
L (0,1,0)
O (1,0,0)
W
W (1,1,1)
C
M
M
C (0,1,1)
M (1,0,1)
B
V
three mixed colors
three basic colors
LE410−1, 16 step colours in regular hexagon
hue circles
V 6 basic colours
4 elementary hues
W
Y
CMYOLV
hexagon
J
L
O
G
PR TV
C: g53b g21b
V
4 and 6 colours
LE410−3, 4 and 6 colours in hue circle
PR TV
O: r10j r14j
LE410−4, Double cone: Hue planes O and C
L (l,0,l)
O (0,o,o)
CMY
three basic colors
PR TV
L: j73g j54g
LE410−6, Double cone: Hue planes L and M
PR TV
B: b00r b00r
N
PR TV
J: j00g j00g
LE410−8, Double cone: Hue planes J and B
C
M
CIELAB colour data
of 8 basic colours
CMYOLVWN
for the device systems
TLS00 and ORS18a
Output Linearisation
linear relationship
LE411−7, Relationships: LAB* − olv*/cmy0*
BAM-test chart no. LE41; colour transfer and workflow
Double cone, hue planes and device coordinates olv*, cmy0*
Y
O
Output Linearisation
linear relationship
linear relationship
Output Linearisation
CIELAB colour data
of 8 basic colours
CMYOLVWN
for the device systems
TLS00, TLS18, TLS52
Output Linearisation
linear relationship
Page: count: 1
LE410−7, Double cone: Hue planes R and G
J
CIELAB colour data
of 8 basic colours
CMYOLVWN
for the device systems
TLS00 and ORS18a
linear relationship
"1 minus relation"
PR TV
R: r00j r00j
B
linear relationship
Output Linearisation
reflection corrected
equally spaced output
R
linear relationship
Output Linearisation
LE411−6, Relationships: LAB* − olv*/cmy0*
linear relationship
"1 minus relation"
G
CIELAB colour data
of 8 basic colours
CMYOLVWN
for the device system
ORS18a
Output Linearisation
linear relationship
"proprietary"
nonlinear relationship
L
V (v,v,0)
OLV
three mixed colors
LE411−4, 16 step colours cmy* in hexagon
linear relationship
Output Linearisation
LE411−5, Relationships: LAB* − olv*/cmy0*
W
CMY
three basic colors
BAM material: code=rha4ta
N
V (1,1,0)
OLV
three mixed colors
M (0,m,0)
/LE41/ Form: 1/2, Serie: 1/1, Page: 1
L
C (c,0,0)
c,v,m,o,y,l<=1
LE411−3, 16 step colours cmy* in hexagon
M
PR TV
M:b63r b38r
M (0,1,0)
nonlinear relationship
"proprietary"
PR TV
Y: j02g j11g
W (0,0,0)
linear relationship
"1 minus relation"
Y
N
C (1,0,0)
W
V
PR TV
G: g00b g00b
O (0,1,1)
CMYOLV
hexagon
"proprietary"
nonlinear relationship
W
N
N
V (0,0,1)
CMY
three mixed colors
cmyolvnw* default color space
cmy0* coordinates
Y (0,0,y)
W (0,0,0)
O
M
B
OLV
three basic colors
LE411−2, 16 step colours olv* in hexagon
cmyolvnw* default color space
cmy0* coordinates
Y (0,0,1)
R
C
V
three mixed colors
L (1,0,1)
C
PR TV
V: b15r b16r
three basic colors
LE411−1, 16 step colours in regular hexagon
LE410−2, Elementary hues RJGB in CIELAB
W
-8
-6
O
a*CIELAB
P
D65
C
LE410−5, Double cone: Hue planes Y and V
V
CMYOLV
hexagon
J
L
linear relationship
"linear hue plane"
O
hues in CIELAB
BAM registration: 20050501-LE41/10L/L41E00NP.PS/.PDF
application for measurement of printer or monitor systems
M
See for similar files: http://www.ps.bam.de/LE41/
Technical information: http://www.ps.bam.de Version 2.1, io=1,1
C
CMYOLV CMYOLVNW default color space
hexagon
Y
L
V
L
O
Y
M
C
LE411−8, Relationships: LAB* − olv*/cmy0*
input: cmy0* setcmykcolor
output: no change compared to input
V
-8
-6