ctrlInit
cinitx
cinity
cinitz
input
lightness
type
FALSE
range
lightness
FALSE
FALSE
TRUE
FALSE
TRUE
ctrlInit
input
hue
type
FALSE
range
hue
input
saturation
type
FALSE
range
saturation
backgroundColor
FALSE
rgb(127,127,127)
cinitx
cinity
cinitz
distZ
r
g
b
stepY
distY
dragging
distX
inboundStepper
maxDist
sat
hue
value
distZ
MINUS
2
position
z
qubit
2
position
z
qubit_controller
distY
MINUS
2
position
y
qubit
2
position
y
qubit_controller
distX
MINUS
2
position
x
qubit
2
position
x
qubit_controller
maxDist
2
stepY
0.1
bit
EQ
bit
white
black
bit
white
bit
qubit_grp
dragging
TRUE
XZ
qubit_controller
inboundStepper
0
distZ
MINUS
2
position
z
qubit
2
position
z
qubit_controller
distX
MINUS
2
position
x
qubit
2
position
x
qubit_controller
WHILE
GT
qubit_controller
qubit
maxDist
inboundStepper
1
position
qubit_controller
MULTIPLY
2
DIVIDE
2
distX
50
2
inboundStepper
0
MULTIPLY
2
DIVIDE
2
distZ
50
2
inboundStepper
hue
sat
DIVIDE
2
ROOT
4
ADD
2
MULTIPLY
2
distX
2
distX
2
MULTIPLY
2
distY
2
distY
2
maxDist
value
MULTIPLY
2
DIVIDE
2
MINUS
2
distZ
2
maxDist
2
MULTIPLY
2
2
maxDist
-1
HSVtoRGB
hue
sat
value
dragging
FALSE
setRGB
Principled BSDF Color
transparent
0.5
r
0.5
g
0.5
b
0.5
0.2
0.15
2
0.25
0.7
wheel
FALSE
EQ
dragging
TRUE
LT
deltaY
0
position
qubit_controller
0
stepY
0
GTE
qubit_controller
qubit
maxDist
position
qubit_controller
0
MULTIPLY
2
stepY
-1
0
GT
deltaY
0
position
qubit_controller
0
MULTIPLY
2
stepY
-1
0
GTE
qubit_controller
qubit
maxDist
position
qubit_controller
0
stepY
0
distY
MINUS
2
position
y
qubit
2
position
y
qubit_controller
sat
DIVIDE
2
ROOT
4
ADD
2
MULTIPLY
2
distX
2
distX
2
MULTIPLY
2
distY
2
distY
2
maxDist
stepY