def createCPALfromMasterColors( theseMasters, indexOfTargetMaster ):
# create color palette:
palette = NSMutableArray.alloc().init()
# go through all masters and collect their color info:
for thisMaster in theseMasters:
# query master color:
colorString = thisMaster.customParameters["Master Color"]
# black as fallback:
if not colorString:
colorString = "0,0,0,255"
# derive RGBA values:
r,g,b,a = [float(value)/255 for value in colorString.split(",") ]
# create SRGB color:
color = NSColorSpaceColor.colorWithRed_green_blue_alpha_(r,g,b,a)
color = color.colorUsingColorSpace_(NSColorSpace.sRGBColorSpace())
# and add it to the palette:
palette.addObject_( color )
# create array of palettes, containing the one palette we just created:
paletteArray = NSMutableArray.alloc().initWithObject_(palette)
print("Created CPAL palette with %i colors." % len(theseMasters))
# add that array as "Color Palettes" parameter to target (=usually first) master
targetMaster = theseMasters[indexOfTargetMaster]
targetMaster.customParameters["Color Palettes"] = paletteArray
del targetMaster.customParameters["Master Color"]
def copy(self):
nscolor = panel.color().colorUsingColorSpace_(NSColorSpace.deviceRGBColorSpace())
r = nscolor.redComponent()
g = nscolor.greenComponent()
b = nscolor.blueComponent()
a = panel.alpha()
color = r,g,b,a
copy_to_clipboard({
"hex": color_to_hex,
"uicolor": color_to_uicolor,
"rgba": color_to_rgba,
"rgb": color_to_rgb
}.get(format, color_to_hex)(color))
self.close()
def copy(self):
nscolor = panel.color().colorUsingColorSpace_(
NSColorSpace.deviceRGBColorSpace())
r = nscolor.redComponent()
g = nscolor.greenComponent()
b = nscolor.blueComponent()
a = panel.alpha()
color = r, g, b, a
copy_to_clipboard({
"hex": color_to_hex,
"uicolor": color_to_uicolor,
"rgba": color_to_rgba,
"rgb": color_to_rgb
}.get(format, color_to_hex)(color))
self.close()
def drawPath(path=None):
# draws the path
if path is None:
path = currentPath
if currentFillColor is not None:
currentFillColor.set()
path.fill()
if currentGradient is not None:
save()
path.addClip()
(gradientType, startPoint, endPoint, colors,
locations) = currentGradient
NSColors = []
for color in colors:
a = 1
g = None
if len(color) == 1:
r = color[0]
elif len(color) == 2:
r, a = color
elif len(color) == 3:
r, g, b = color
elif len(color) == 4:
r, g, b, a = color
if g is not None:
NSColors.append(
NSColor.colorWithCalibratedRed_green_blue_alpha_(
r, g, b, a))
else:
NSColors.append(NSColor.colorWithCalibratedWhite_alpha_(r, a))
gradient = NSGradient.alloc().initWithColors_atLocations_colorSpace_(
NSColors, locations, NSColorSpace.deviceRGBColorSpace())
if gradientType == "linear":
gradient.drawFromPoint_toPoint_options_(
startPoint, endPoint, NSGradientDrawsBeforeStartingLocation
| NSGradientDrawsAfterEndingLocation)
elif gradient.gradientType == "radial":
pass
restore()
if currentStrokeWidth is not None:
path.setLineWidth_(currentStrokeWidth)
if currentStrokeColor is not None:
currentStrokeColor.set()
path.stroke()
def drawPath(path=None): # draws the path if path is None: path = currentPath if currentFillColor is not None: currentFillColor.set() path.fill() if currentGradient is not None: save() path.addClip() (gradientType, startPoint, endPoint, colors, locations) = currentGradient NSColors = [] for color in colors: a = 1 g = None if len(color) == 1: r = color[0] elif len(color) == 2: r, a = color elif len(color) == 3: r, g, b = color elif len(color) == 4: r, g, b, a = color if g is not None: NSColors.append(NSColor.colorWithCalibratedRed_green_blue_alpha_(r, g, b, a)) else: NSColors.append(NSColor.colorWithCalibratedWhite_alpha_(r, a)) gradient = NSGradient.alloc().initWithColors_atLocations_colorSpace_(NSColors, locations, NSColorSpace.deviceRGBColorSpace()) if gradientType == "linear": gradient.drawFromPoint_toPoint_options_(startPoint, endPoint, NSGradientDrawsBeforeStartingLocation | NSGradientDrawsAfterEndingLocation) elif gradient.gradientType == "radial": pass restore() if currentStrokeColor is not None: currentStrokeColor.set() path.stroke()