didSet { needsDisplayInMainThread() }
}
-
@objc var slotItemID: NSNumber? {
+
didSet {
+
slotItemController.content = nil
- guard let itemId = slotItemID as? Int else { return }
+ guard let itemId = slotItemID as? Int else {
+
+ return
+ }
slotItemController.content = ServerDataStore.default.slotItem(by: itemId)
needsDisplayInMainThread()
private var maskImage: CGImage? {
- if let alv = slotItemAlv as? Int, alv != 0 { return airLevelMaskImage }
- if let lv = slotItemLevel as? Int, lv != 0 { return levelMaskImage }
+ if let alv = slotItemAlv as? Int, alv != 0 {
+
+ return airLevelMaskImage
+ }
+ if let lv = slotItemLevel as? Int, lv != 0 {
+
+ return levelMaskImage
+ }
- if isCharacterProtrude() { return characterProtrudeMaskImage }
+ if isCharacterProtrude() {
+
+ return characterProtrudeMaskImage
+ }
return nil
}
private var levelMaskImage: CGImage {
- if let r = SlotItemLevelView.sLevelMaskImage { return r }
+ if let r = SlotItemLevelView.sLevelMaskImage {
+
+ return r
+ }
SlotItemLevelView.sLevelMaskImage = maskImage(middle1: 0.75, middle2: 0.85)
return SlotItemLevelView.sLevelMaskImage!
private var airLevelMaskImage: CGImage {
- if let r = SlotItemLevelView.sAirLevelMaskImage { return r }
+ if let r = SlotItemLevelView.sAirLevelMaskImage {
+
+ return r
+ }
SlotItemLevelView.sAirLevelMaskImage = maskImage(middle1: 0.65, middle2: 0.75)
return SlotItemLevelView.sAirLevelMaskImage!
}
private var characterProtrudeMaskImage: CGImage {
- if let r = SlotItemLevelView.sCharacterProtrudeMaskImageMaskImage { return r }
+ if let r = SlotItemLevelView.sCharacterProtrudeMaskImageMaskImage {
+
+ return r
+ }
SlotItemLevelView.sCharacterProtrudeMaskImageMaskImage = maskImage(middle1: 0.9, middle2: 1.0)
return SlotItemLevelView.sCharacterProtrudeMaskImageMaskImage!
}
- private var levelOneBezierPath: NSBezierPath? {
+ private var levelOneBezierPath: Polygon {
let width = bounds.width
let height = bounds.height
- let path = multiline(lines: [
- (
- NSPoint(x: width - offset, y: 0),
- NSPoint(x: width - offset, y: height)
- )
- ])
- path.lineWidth = 1.0
-
- return path
+
+ return Polygon(lineWidth: 1.0)
+ .move(to: NSPoint(x: width - offset, y: 0))
+ .line(to: NSPoint(x: width - offset, y: height))
}
- private var levelTwoBezierPath: NSBezierPath? {
+ private var levelTwoBezierPath: Polygon {
let width = bounds.width
let height = bounds.height
- let path = multiline(lines:
- [
- (
- NSPoint(x: width - offset, y: 0),
- NSPoint(x: width - offset, y: height)
- ),
- (
- NSPoint(x: width - offset - padding, y: 0),
- NSPoint(x: width - offset - padding, y: height)
- )
- ])
- path.lineWidth = 1.0
-
- return path
+
+ return Polygon(lineWidth: 1.0)
+ .move(to: NSPoint(x: width - offset, y: 0))
+ .line(to: NSPoint(x: width - offset, y: height))
+ .move(to: NSPoint(x: width - offset - padding, y: 0))
+ .line(to: NSPoint(x: width - offset - padding, y: height))
}
- private var levelThreeBezierPath: NSBezierPath? {
+ private var levelThreeBezierPath: Polygon {
let width = bounds.width
let height = bounds.height
- let path = multiline(lines:
- [
- (
- NSPoint(x: width - offset, y: 0),
- NSPoint(x: width - offset, y: height)
- ),
- (
- NSPoint(x: width - offset - padding, y: 0),
- NSPoint(x: width - offset - padding, y: height)
- ),
- (
- NSPoint(x: width - offset - padding * 2, y: 0),
- NSPoint(x: width - offset - padding * 2, y: height)
- )
- ])
- path.lineWidth = 1.0
-
- return path
+
+ return Polygon(lineWidth: 1.0)
+ .move(to: NSPoint(x: width - offset, y: 0))
+ .line(to: NSPoint(x: width - offset, y: height))
+ .move(to: NSPoint(x: width - offset - padding, y: 0))
+ .line(to: NSPoint(x: width - offset - padding, y: height))
+ .move(to: NSPoint(x: width - offset - padding * 2, y: 0))
+ .line(to: NSPoint(x: width - offset - padding * 2, y: height))
}
- private var levelFourBezierPath: NSBezierPath? {
+ private var levelFourBezierPath: Polygon {
let width = bounds.width
let height = bounds.height
- let path = multiline(lines:
- [
- (
- NSPoint(x: width - offset - slideOffset, y: 0),
- NSPoint(x: width - offset, y: height)
- )
- ])
- path.lineWidth = 2.0
-
- return path
+
+ return Polygon(lineWidth: 2.0)
+ .move(to: NSPoint(x: width - offset - slideOffset, y: 0))
+ .line(to: NSPoint(x: width - offset, y: height))
}
- private var levelFiveBezierPath: NSBezierPath? {
+ private var levelFiveBezierPath: Polygon {
let width = bounds.width
let height = bounds.height
- let path = multiline(lines:
- [
- (
- NSPoint(x: width - offset - slideOffset, y: 0),
- NSPoint(x: width - offset, y: height)
- ),
- (
- NSPoint(x: width - offset - padding - slideOffset, y: 0),
- NSPoint(x: width - offset - padding, y: height)
- )
- ])
- path.lineWidth = 2.0
-
- return path
+
+ return Polygon(lineWidth: 2.0)
+ .move(to: NSPoint(x: width - offset - slideOffset, y: 0))
+ .line(to: NSPoint(x: width - offset, y: height))
+ .move(to: NSPoint(x: width - offset - padding - slideOffset, y: 0))
+ .line(to: NSPoint(x: width - offset - padding, y: height))
}
- private var levelSixBezierPath: NSBezierPath? {
+ private var levelSixBezierPath: Polygon {
let width = bounds.width
let height = bounds.height
- let path = multiline(lines:
- [
- (
- NSPoint(x: width - offset - slideOffset, y: 0),
- NSPoint(x: width - offset, y: height)
- ),
- (
- NSPoint(x: width - offset - padding - slideOffset, y: 0),
- NSPoint(x: width - offset - padding, y: height)
- ),
- (
- NSPoint(x: width - offset - padding * 2 - slideOffset, y: 0),
- NSPoint(x: width - offset - padding * 2, y: height)
- )
- ])
- path.lineWidth = 2.0
-
- return path
+
+ return Polygon(lineWidth: 2.0)
+ .move(to: NSPoint(x: width - offset - slideOffset, y: 0))
+ .line(to: NSPoint(x: width - offset, y: height))
+ .move(to: NSPoint(x: width - offset - padding - slideOffset, y: 0))
+ .line(to: NSPoint(x: width - offset - padding, y: height))
+ .move(to: NSPoint(x: width - offset - padding * 2 - slideOffset, y: 0))
+ .line(to: NSPoint(x: width - offset - padding * 2, y: height))
}
- private var levelSevenBezierPath: NSBezierPath? {
+ private var levelSevenBezierPath: Polygon {
let width = bounds.width
let height = bounds.height
- let path = polyline(points:
- [
- NSPoint(x: width - offset - slideOffset, y: 0),
- NSPoint(x: width - offset, y: height * 0.5),
- NSPoint(x: width - offset - anglePoint, y: height)
- ])
- polyline(points:
- [
- NSPoint(x: width - offset - padding - slideOffset, y: 0),
- NSPoint(x: width - offset - padding, y: height * 0.5),
- NSPoint(x: width - offset - padding - anglePoint, y: height)
- ])
- .map { path?.append($0) }
- path?.lineWidth = 2.0
-
- return path
+
+ return Polygon(lineWidth: 2.0)
+ .move(to: NSPoint(x: width - offset - slideOffset, y: 0))
+ .line(to: NSPoint(x: width - offset, y: height * 0.5))
+ .line(to: NSPoint(x: width - offset - anglePoint, y: height))
+ .move(to: NSPoint(x: width - offset - padding - slideOffset, y: 0))
+ .line(to: NSPoint(x: width - offset - padding, y: height * 0.5))
+ .line(to: NSPoint(x: width - offset - padding - anglePoint, y: height))
}
private var levelFont: NSFont {
- return NSFont.monospacedDigitSystemFont(ofSize: NSFont.smallSystemFontSize, weight: .regular)
+ return .monospacedDigitSystemFont(ofSize: NSFont.smallSystemFontSize, weight: .regular)
}
private var levelColor: NSColor {
- return #colorLiteral(red: 0.135, green: 0.522, blue: 0.619, alpha: 1)
+ return ColorSetManager.current[.slotItemLevelViewLevel]
+
+
}
// MARK: - Function
override func draw(_ dirtyRect: NSRect) {
- guard let context = NSGraphicsContext.current?.cgContext else { fatalError("Con not get current CGContext") }
+ guard let context = NSGraphicsContext.current?.cgContext else {
+
+ fatalError("Con not get current CGContext")
+ }
context.saveGState()
maskImage.map { context.clip(to: bounds, mask: $0) }
drawAirLevel()
}
- private func bezierPathForALevel(level: Int) -> NSBezierPath? {
+ private func bezierPathForALevel(level: Int) -> Polygon? {
switch level {
+
case 1: return levelOneBezierPath
+
case 2: return levelTwoBezierPath
+
case 3: return levelThreeBezierPath
+
case 4: return levelFourBezierPath
+
case 5: return levelFiveBezierPath
+
case 6: return levelSixBezierPath
+
case 7: return levelSevenBezierPath
+
default: return nil
+
}
}
private func colorForALevel(level: Int) -> NSColor? {
switch level {
- case 1, 2, 3: return #colorLiteral(red: 0.257, green: 0.523, blue: 0.643, alpha: 1)
- case 4, 5, 6, 7: return #colorLiteral(red: 0.784, green: 0.549, blue: 0.000, alpha: 1)
+
+ case 1, 2, 3: return ColorSetManager.current[.slotItemLevelViewLowAirLevel]
+
+ case 4, 5, 6, 7: return ColorSetManager.current[.slotItemLevelViewHighAirLevel]
+
default: return nil
+
}
}
private func shadowForALevel(level: Int) -> NSShadow? {
switch level {
+
case 1, 2, 3:
let shadow = NSShadow()
- shadow.shadowColor = #colorLiteral(red: 0.095, green: 0.364, blue: 0.917, alpha: 1)
+ shadow.shadowColor = ColorSetManager.current[.slotItemLevelViewLowAirLevelShadow]
shadow.shadowBlurRadius = 4.0
+
return shadow
case 4, 5, 6, 7:
let shadow = NSShadow()
- shadow.shadowColor = NSColor.yellow
+ shadow.shadowColor = ColorSetManager.current[.slotItemLevelViewHighAirLevelShadow]
shadow.shadowBlurRadius = 3.0
+
return shadow
default:
+
return nil
}
}
private func drawAirLevel() {
- guard let alv = slotItemAlv as? Int else { return }
+ guard let alv = slotItemAlv as? Int else {
+
+ return
+ }
colorForALevel(level: alv)?.set()
shadowForALevel(level: alv)?.set()
private func drawLevel() {
- guard let lv = slotItemLevel as? Int, lv != 0 else { return }
+ guard let lv = slotItemLevel as? Int, lv != 0 else {
+
+ return
+ }
let string = (lv == 10 ? "max" : "★+\(lv)")
let attr: [NSAttributedStringKey: Any] = [.font: levelFont,
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