Se tt in g, Xy ∗1 l, X y %l – Konica Minolta Chroma Meter CS-200 User Manual
Page 38: X ∆y l, U’v’ ∗1 l, U’ v’ %l, U’ ∆v’ l, T ∆uv ∗2 l, T ∆uv %l, X ------ y
36
S
e
tt
in
g
Selecting Absolute Value (ABS)/Difference (DIFF) Display
Whether chromaticity value is shown in absolute (ABS) or difference (DIFF) is selectable.
See below table for each case.
∗ Setting at the shipment from factory : Absolute value (ABS)
Color Space
Switching between Absolute Value (ABS) and Difference (DIFF) Dominant wavelength
L
V
xy ∗1
L
V
x y
%L
V
∆L
V
∆x ∆y
L
V
u’v’ ∗1
L
V
u’ v’
%L
V
∆L
V
∆u’ ∆v’
L
V
T ∆uv ∗2 L
V
T ∆uv
%L
V
∆L
V
∆T
XYZ
X Y Z
∆X ∆Y ∆Z
%X %Y %Z
Dominant
wavelength
λd
∆λd ∗3
∗1 Y is displayed instead of Lv when observer abgle is 10˚.
∗2 Not displayed when observer angle is 10˚.
∗3 Even if either the measured value, target color, or both are the complementary wave-
length, the difference between the two values will be displayed. Further, even in such
case, the display indication will remain ∆λd.
A
B
S
/D
IF
F
CH00:
<
DEFAULT
>
Lv ------
cd/m
2
x ------
y ------
<
MODE
>
SINGLE
[ ] [ 2° ]
<
ANGL
>
1° VIEW
<
SPD
>
AUTO
<
SYNC
>
200.00Hz
<
LENS
>
STANDARD
<
MEM
>
AUTO NUM
<
MEMORY DATA
>
M
OOO
:(NO DATA)
Lv ------
x ------
y ------
<
ANGL
>
1° VIEW
<
SPD
>
AUTO
<
SYNC
>
200.00Hz
<
LENS
>
STANDARD
<
MEM
>
AUTO NUM
<
MEMORY DATA
>
M
OOO
:(NO DATA)
%Lv ------
∆Lv ------
∆x ------
∆y ------
CH00:
<
DEFAULT
>
%Lv ------
%
∆Lv ------
cd/m
2
∆
x ------
∆y ------
<
MODE
>
SINGLE
[ ] [ 2° ]
CH00:
<
DEFAULT
>
Lv ------
cd/m
2
u’ ------
v’ ------
<
MODE
>
SINGLE
[ ] [ 2° ]
<
ANGL
>
1° VIEW
<
SPD
>
AUTO
<
SYNC
>
200.00Hz
<
LENS
>
STANDARD
<
MEM
>
AUTO NUM
<
MEMORY DATA
>
M
OOO
:(NO DATA)
Lv ------
x’ ------
y’ ------
<
ANGL
>
1° VIEW
<
SPD
>
AUTO
<
SYNC
>
200.00Hz
<
LENS
>
STANDARD
<
MEM
>
AUTO NUM
<
MEMORY DATA
>
M
OOO
:(NO DATA)
%Lv ------
∆Lv ------
∆u’ ------
∆v’ ------
CH00:
<
DEFAULT
>
%Lv ------
%
∆Lv ------
cd/m
2
∆
u’ ------
∆v’ ------
<
MODE
>
SINGLE
[ ] [ 2° ]
CH00:
<
DEFAULT
>
Lv ------
cd/m
2
T ------
K
∆
uv ------
<
MODE
>
SINGLE
[ ] [ 2° ]
<
ANGL
>
1° VIEW
<
SPD
>
AUTO
<
SYNC
>
200.00Hz
<
LENS
>
STANDARD
<
MEM
>
AUTO NUM
<
MEMORY DATA
>
M
OOO
:(NO DATA)
Lv ------
T ------
Δuv ------
<
ANGL
>
1° VIEW
<
SPD
>
AUTO
<
SYNC
>
200.00Hz
<
LENS
>
STANDARD
<
MEM
>
AUTO NUM
<
MEMORY DATA
>
M
OOO
:(NO DATA)
%Lv ------
∆Lv ------
∆T ------
CH00:
<
DEFAULT
>
%Lv ------
%
∆Lv ------
cd/m
2
∆T ------
K
<
MODE
>
SINGLE
[ ] [ 2° ]
CH00:
<
DEFAULT
>
λ
d ------
nm
<
MODE
>
SINGLE
[ ] [ 2° ]
<
ANGL
>
1° VIEW
<
SPD
>
AUTO
<
SYNC
>
200.00Hz
<
LENS
>
STANDARD
<
MEM
>
AUTO NUM
<
MEMORY DATA
>
M
OOO
:(NO DATA)
∆d ------
<
ANGL
>
1° VIEW
<
SPD
>
AUTO
<
SYNC
>
200.00Hz
<
LENS
>
STANDARD
<
MEM
>
AUTO NUM
<
MEMORY DATA
>
M
OOO
:(NO DATA)
∆λd ------
CH00:
<
DEFAULT
>
∆
λ
d ------
nm
<
MODE
>
SINGLE
[ ] [ 2° ]
CH00:
<
DEFAULT
>
X ------
Y ------
Z ------
<
MODE
>
SINGLE
[ ] [ 2° ]
<
ANGL
>
1° VIEW
<
SPD
>
AUTO
<
SYNC
>
200.00Hz
<
LENS
>
STANDARD
<
MEM
>
AUTO NUM
<
MEMORY DATA
>
M
OOO
:(NO DATA)
X ------
Y ------
Z ------
<
ANGL
>
1° VIEW
<
SPD
>
AUTO
<
SYNC
>
200.00Hz
<
LENS
>
STANDARD
<
MEM
>
AUTO NUM
<
MEMORY DATA
>
M
OOO
:(NO DATA)
∆X ------
∆Y ------
∆Z ------
<
ANGL
>
1° VIEW
<
SPD
>
AUTO
<
SYNC
>
200.00Hz
<
LENS
>
STANDARD
<
MEM
>
AUTO NUM
<
MEMORY DATA
>
M
OOO
:(NO DATA)
%X ------
%Y ------
%Z ------
CH00:
<
DEFAULT
>
%X ------
%
%Y ------
%
%Z ------
%
<
MODE
>
SINGLE
[ ] [ 2° ]
CH00:
<
DEFAULT
>
∆X ------
∆Y ------
∆Z ------
<
MODE
>
SINGLE
[ ] [ 2° ]