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import Cocoa
struct ColorizedGhosttyIcon {
/// The colors that make up the gradient of the screen.
let screenColors: [NSColor]
/// The color of the ghost.
let ghostColor: NSColor
/// The frame type to use
let frame: Ghostty.MacOSIconFrame
/// Make a custom colorized ghostty icon.
func makeImage() -> NSImage? {
// All of our layers (not in order)
guard let screen = NSImage(named: "CustomIconScreen") else { return nil }
guard let screenMask = NSImage(named: "CustomIconScreenMask") else { return nil }
guard let ghost = NSImage(named: "CustomIconGhost") else { return nil }
guard let crt = NSImage(named: "CustomIconCRT") else { return nil }
guard let gloss = NSImage(named: "CustomIconGloss") else { return nil }
let baseName = switch (frame) {
case .aluminum: "CustomIconBaseAluminum"
case .beige: "CustomIconBaseBeige"
case .chrome: "CustomIconBaseChrome"
case .plastic: "CustomIconBasePlastic"
}
guard let base = NSImage(named: baseName) else { return nil }
// Apply our color in various ways to our layers.
// NOTE: These functions are not built-in, they're implemented as an extension
// to NSImage in NSImage+Extension.swift.
guard let screenGradient = screenMask.gradient(colors: screenColors) else { return nil }
guard let tintedGhost = ghost.tint(color: ghostColor) else { return nil }
// Combine our layers using the proper blending modes
return.combine(images: [
base,
screen,
screenGradient,
ghost,
tintedGhost,
crt,
gloss,
], blendingModes: [
.normal,
.normal,
.color,
.normal,
.color,
.overlay,
.normal,
])
}
}
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