public static IColorReturnable[] GetWith(IColorReturnable add) { if (add is My2DClassicColorMode) return new IColorReturnable[] {add,new Simple2DFractalColorMode(),new SimpleInverse2DFractalColorMode()}; if (add is Simple2DFractalColorMode) return new IColorReturnable[] {new My2DClassicColorMode() ,add,new SimpleInverse2DFractalColorMode()}; if (add is SimpleInverse2DFractalColorMode) return new IColorReturnable[] {new My2DClassicColorMode(),new Simple2DFractalColorMode(),add}; return new IColorReturnable[] {new My2DClassicColorMode(),new Simple2DFractalColorMode(),new SimpleInverse2DFractalColorMode(),add }; }
public CycleGradientColorMode(int[] Percents,Color[] Colors,Color ColorOfVoid,ulong GradientIterationsCount,ulong GradientVoidIterationsCount) { _percents = Percents; _color = Colors; _gradient_void = ColorOfVoid; _gradient_iterations_count = GradientIterationsCount; _gradient_void_iterations_count = GradientVoidIterationsCount; _using_mod = new VoidColorMode(this); _using_color_modes = WeAreColorReturnable.GetWith(_using_mod); }
public CycleGradientColorMode() { _percents = new int[] { 0, 180, 360 }; _color = new Color[] {Color.Black,Color.White,Color.Black}; _gradient_void = Color.Silver; _gradient_iterations_count = 70; _gradient_void_iterations_count = 20; _using_mod = new VoidColorMode(this); _using_color_modes = WeAreColorReturnable.GetWith(_using_mod); }
private void Processor(object Value, int ui, Control sender) { switch (ui) { case 0: { _gradient_iterations_count = (ulong)((int)Value); break; } case 1: { _gradient_void_iterations_count = (ulong)((int)Value); break; } case 2: { ColorGradientEventArgs ee = (ColorGradientEventArgs)Value; _percents = ee.Positions.Select(arg => (int)(arg * 360)).ToArray(); _color = ee.Colors; if (spec_mode) { int swap = _percents[1]; _percents[1] = _percents.Last(); _percents[_percents.Length - 1] = swap; Color sw = _color[1]; _color[1] = _color.Last(); _color[_color.Length - 1] = sw; } //_percents[1] = 360; break; } case 10: { _using_mod = (IColorReturnable)(_using_color_modes[(int)Value]); _unique_subinterface.Controls.Clear(); if (_using_mod is FractalColorMode) { _unique_subinterface.Controls.Add(((FractalColorMode)_using_mod).GetUniqueInterface(_unique_subinterface.Width, _unique_subinterface.Height)); } break; } } _fcm_on_FractalColorModeChangedHandler(); }
public CycleGradientColorMode(int[] Percents,Color[] Colors,Color ColorOfVoid,ulong GradientIterationsCount,ulong GradientVoidIterationsCount,IColorReturnable UsingMod) { _percents = Percents; _color = Colors; _gradient_void = ColorOfVoid; _gradient_iterations_count = GradientIterationsCount; _gradient_void_iterations_count = GradientVoidIterationsCount; _using_color_modes = WeAreColorReturnable.GetWith(new VoidColorMode(this)); _using_mod = UsingMod; for (int i = 0; i < _using_color_modes.Length - 1; i++) { if (_using_color_modes[i].GetType().Equals(UsingMod.GetType())) { _using_color_modes[i] = UsingMod; } if (_using_color_modes[i] is FractalColorMode) ((FractalColorMode)_using_color_modes[i]).FractalColorModeChanged += (fcm, control) => { this._fcm_on_FractalColorModeChangedHandler(); }; } }
public static IColorReturnable[] GetWith(IColorReturnable add) { if (add is My2DClassicColorMode) { return new IColorReturnable[] { add, new Simple2DFractalColorMode(), new SimpleInverse2DFractalColorMode() } } ; if (add is Simple2DFractalColorMode) { return new IColorReturnable[] { new My2DClassicColorMode(), add, new SimpleInverse2DFractalColorMode() } } ; if (add is SimpleInverse2DFractalColorMode) { return new IColorReturnable[] { new My2DClassicColorMode(), new Simple2DFractalColorMode(), add } } ; return(new IColorReturnable[] { new My2DClassicColorMode(), new Simple2DFractalColorMode(), new SimpleInverse2DFractalColorMode(), add }); } } }
public CycleGradientColorMode(int[] Percents, Color[] Colors, Color ColorOfVoid, ulong GradientIterationsCount, ulong GradientVoidIterationsCount, IColorReturnable UsingMod) { _percents = Percents; _color = Colors; _gradient_void = ColorOfVoid; _gradient_iterations_count = GradientIterationsCount; _gradient_void_iterations_count = GradientVoidIterationsCount; _using_color_modes = WeAreColorReturnable.GetWith(new VoidColorMode(this)); _using_mod = UsingMod; for (int i = 0; i < _using_color_modes.Length - 1; i++) { if (_using_color_modes[i].GetType().Equals(UsingMod.GetType())) { _using_color_modes[i] = UsingMod; } if (_using_color_modes[i] is FractalColorMode) { ((FractalColorMode)_using_color_modes[i]).FractalColorModeChanged += (fcm, control) => { this._fcm_on_FractalColorModeChangedHandler(); } } ; } }
private void Processor(object Value,int ui, Control sender) { switch(ui) { case 0: { _gradient_iterations_count = (ulong)((int)Value); break; } case 1: { _gradient_void_iterations_count = (ulong)((int)Value); break; } case 2: { ColorGradientEventArgs ee = (ColorGradientEventArgs)Value; _percents = ee.Positions.Select(arg => (int)(arg * 360)).ToArray(); _color = ee.Colors; if (spec_mode) { int swap = _percents[1]; _percents[1] = _percents.Last(); _percents[_percents.Length - 1] = swap; Color sw = _color[1]; _color[1] = _color.Last(); _color[_color.Length - 1] = sw; } //_percents[1] = 360; break; } case 10: { _using_mod = (IColorReturnable)(_using_color_modes[(int)Value]); _unique_subinterface.Controls.Clear(); if(_using_mod is FractalColorMode)_unique_subinterface.Controls.Add(((FractalColorMode)_using_mod).GetUniqueInterface(_unique_subinterface.Width,_unique_subinterface.Height)); break; } } _fcm_on_FractalColorModeChangedHandler(); }