mirror of
https://github.com/OpenTrespasser/JurassicParkTrespasser.git
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80 lines
2.1 KiB
Plaintext
80 lines
2.1 KiB
Plaintext
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Utility RGBTools "RGB Tools"
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(
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colorpicker clr "Color:"
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group ""
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(
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label label0 "==> 255" align:#left offset:[10,0]
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label label1 "==> 1.0" align:#right offset:[-10,-18]
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spinner r "R:" range:[0,255,128] align:#left fieldwidth:45 type:#integer
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spinner r1 "R:" range:[0,1,.5] align:#right fieldwidth:45 offset:[0,-20] type:#float
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spinner g "G:" range:[0,255,128] align:#left fieldwidth:45 type:#integer
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spinner g1 "G:" range:[0,1,.5] align:#right fieldwidth:45 offset:[0,-20] type:#float
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spinner b "B:" range:[0,255,128] align:#left fieldwidth:45 type:#integer
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spinner b1 "B:" range:[0,1,.5] align:#right fieldwidth:45 offset:[0,-20] type:#float
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label blank
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)
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on r changed state do
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(
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NewColor = [r.value, g.value, b.value] as color
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clr.color = NewColor
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r1.value = (NewColor.r / 255)
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g1.value = (NewColor.g / 255)
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b1.value = (NewColor.b / 255)
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)
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on g changed state do
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NewColor = [r.value, g.value, b.value] as color
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clr.color = NewColor
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r1.value = (NewColor.r / 255)
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g1.value = (NewColor.g / 255)
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b1.value = (NewColor.b / 255)
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)
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on b changed state do
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(
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NewColor = [r.value, g.value, b.value] as color
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clr.color = NewColor
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r1.value = (NewColor.r / 255)
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g1.value = (NewColor.g / 255)
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b1.value = (NewColor.b / 255)
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)
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on r1 changed state do
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(
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NewColor = [r1.value, g1.value, b1.value]
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NewColor.x = (NewColor.x * 255) as integer
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NewColor.y = (NewColor.y * 255) as integer
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NewColor.z = (NewColor.z * 255) as integer
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clr.color = NewColor as color
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r.value = NewColor.x
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g.value = NewColor.y
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b.value = NewColor.z
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)
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on g1 changed state do
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(
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NewColor = [r1.value, g1.value, b1.value]
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NewColor.x = (NewColor.x * 255) as integer
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NewColor.y = (NewColor.y * 255) as integer
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NewColor.z = (NewColor.z * 255) as integer
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clr.color = NewColor as color
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r.value = NewColor.x
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g.value = NewColor.y
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b.value = NewColor.z
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)
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on b1 changed state do
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(
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NewColor = [r1.value, g1.value, b1.value]
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NewColor.x = (NewColor.x * 255) as integer
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NewColor.y = (NewColor.y * 255) as integer
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NewColor.z = (NewColor.z * 255) as integer
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clr.color = NewColor as color
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r.value = NewColor.x
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g.value = NewColor.y
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b.value = NewColor.z
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)
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)
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