public static EngineDirection GetDirection(this EngineGlyphType element)
{
switch (element)
{
case EngineGlyphType.ActionMoveN:
return(EngineDirection.North);
case EngineGlyphType.ActionMoveNE:
return(EngineDirection.NorthEast);
case EngineGlyphType.ActionMoveE:
return(EngineDirection.East);
case EngineGlyphType.ActionMoveSE:
return(EngineDirection.SouthEast);
case EngineGlyphType.ActionMoveS:
return(EngineDirection.South);
case EngineGlyphType.ActionMoveSW:
return(EngineDirection.SouthWest);
case EngineGlyphType.ActionMoveW:
return(EngineDirection.West);
case EngineGlyphType.ActionMoveNW:
return(EngineDirection.NorthWest);
case EngineGlyphType.SpecialCameleonN:
return(EngineDirection.North);
case EngineGlyphType.SpecialCameleonNE:
return(EngineDirection.NorthEast);
case EngineGlyphType.SpecialCameleonE:
return(EngineDirection.East);
case EngineGlyphType.SpecialCameleonSE:
return(EngineDirection.SouthEast);
case EngineGlyphType.SpecialCameleonS:
return(EngineDirection.South);
case EngineGlyphType.SpecialCameleonSW:
return(EngineDirection.SouthWest);
case EngineGlyphType.SpecialCameleonW:
return(EngineDirection.West);
case EngineGlyphType.SpecialCameleonNW:
return(EngineDirection.NorthWest);
default:
throw new ArgumentOutOfRangeException(nameof(element), element, null);
}
}
public static bool IsMoveAction(this EngineGlyphType element)
{
return(element == EngineGlyphType.ActionMoveN ||
element == EngineGlyphType.ActionMoveNE ||
element == EngineGlyphType.ActionMoveE ||
element == EngineGlyphType.ActionMoveSE ||
element == EngineGlyphType.ActionMoveS ||
element == EngineGlyphType.ActionMoveSW ||
element == EngineGlyphType.ActionMoveW ||
element == EngineGlyphType.ActionMoveNW);
}
public static bool IsCameleon(this EngineGlyphType element)
{
return(element == EngineGlyphType.SpecialCameleonN ||
element == EngineGlyphType.SpecialCameleonNE ||
element == EngineGlyphType.SpecialCameleonE ||
element == EngineGlyphType.SpecialCameleonSE ||
element == EngineGlyphType.SpecialCameleonS ||
element == EngineGlyphType.SpecialCameleonSW ||
element == EngineGlyphType.SpecialCameleonW ||
element == EngineGlyphType.SpecialCameleonNW);
}
public EngineScreenBuilder SetTileType(int x, int y, EngineGlyphType type)
{
if (x < 0)
{
throw new ArgumentOutOfRangeException(nameof(x), x, "Cannot be less than 0");
}
if (y < 0)
{
throw new ArgumentOutOfRangeException(nameof(y), y, "Cannot be less than 0");
}
if (x >= _screen.Width)
{
throw new ArgumentOutOfRangeException(nameof(x), x, $"Cannot be more than screen width ({_screen.Width})");
}
if (y >= _screen.Height)
{
throw new ArgumentOutOfRangeException(nameof(y), y, $"Cannot be more than screen height ({_screen.Height})");
}
_screen.Tiles[x, y] = new EngineTile(type);
return(this);
}
public RendererGlyph(EngineGlyphType glyphType, int x, int y, int levelWidth, int levelHeight)
{
_glyphType = glyphType;
_cog = RendererAnimation.GetCogAnimation(GetCogTypeForGlyph(glyphType), (x + y) % 2 == 0);
var plateIndex = GetPlateTypeForGlyph(glyphType);
Logger.Debug($"Loading plate texture 'glyph_plate_{plateIndex}'");
_plate = Gfx.sheet_Ingame[$"glyph_plate_{plateIndex}"];
Logger.Debug($"Loading glyph 'glyph_{(int)glyphType}'");
_glyph = Gfx.sheet_Ingame[$"glyph_{(int)glyphType}"];
_position = new Vector2(
(S.GlyphAreaWidth - levelWidth * S.GlyphImageEdge) / 2f + S.GlyphAreaMonitorOffsetX + x * S.GlyphImageEdge,
(S.GlyphAreaHeight - levelHeight * S.GlyphImageEdge) / 2f + S.GlyphAreaMonitorOffsetY + y * S.GlyphImageEdge
);
_glyphPosition = new Vector2(
_position.X + (S.GlyphImageEdge - _glyph.Width) / 2f,
_position.Y + (S.GlyphImageEdge - _glyph.Height) / 2f
);
}
public static bool IsModifier(this EngineGlyphType element)
{
return(element == EngineGlyphType.ModifierIgnore || element == EngineGlyphType.ModifierInvert);
}
public static bool IsNumeral(this EngineGlyphType element)
{
return(element == EngineGlyphType.NumeralOne || element == EngineGlyphType.NumeralTwo || element == EngineGlyphType.NumeralFour || element == EngineGlyphType.NumeralEight);
}
public static bool IsBomb(this EngineGlyphType element)
{
return(element == EngineGlyphType.Bomb);
}
public static bool IsSlicer(this EngineGlyphType element)
{
return(element == EngineGlyphType.SlicerStart || element == EngineGlyphType.SlicerEnd);
}
public static bool IsAction(this EngineGlyphType element)
{
return(element.IsMoveAction() || element == EngineGlyphType.ActionSpecial);
}
private int GetCogTypeForGlyph(EngineGlyphType glyphType)
{
switch (glyphType)
{
case EngineGlyphType.ActionSpecial: return(CogTraditional);
case EngineGlyphType.ActionMoveN: return(CogTraditional);
case EngineGlyphType.ActionMoveNE: return(CogTraditional);
case EngineGlyphType.ActionMoveE: return(CogTraditional);
case EngineGlyphType.ActionMoveSE: return(CogTraditional);
case EngineGlyphType.ActionMoveS: return(CogTraditional);
case EngineGlyphType.ActionMoveSW: return(CogTraditional);
case EngineGlyphType.ActionMoveW: return(CogTraditional);
case EngineGlyphType.ActionMoveNW: return(CogTraditional);
case EngineGlyphType.NumeralOne: return(CogBladed);
case EngineGlyphType.NumeralTwo: return(CogBladed);
case EngineGlyphType.NumeralFour: return(CogBladed);
case EngineGlyphType.NumeralEight: return(CogBladed);
case EngineGlyphType.SpecialCameleonN: return(CogRound);
case EngineGlyphType.SpecialCameleonNE: return(CogRound);
case EngineGlyphType.SpecialCameleonE: return(CogRound);
case EngineGlyphType.SpecialCameleonSE: return(CogRound);
case EngineGlyphType.SpecialCameleonS: return(CogRound);
case EngineGlyphType.SpecialCameleonSW: return(CogRound);
case EngineGlyphType.SpecialCameleonW: return(CogRound);
case EngineGlyphType.SpecialCameleonNW: return(CogRound);
case EngineGlyphType.OperationMultiplier: return(CogBladed);
case EngineGlyphType.OperationSubtract: return(CogBladed);
case EngineGlyphType.ModifierInvert: return(CogShort);
case EngineGlyphType.ModifierIgnore: return(CogShort);
case EngineGlyphType.SlicerStart: return(CogThick);
case EngineGlyphType.SlicerEnd: return(CogThick);
case EngineGlyphType.Bomb: return(CogHalf);
default:
throw new ArgumentOutOfRangeException(nameof(glyphType), glyphType, null);
}
}
private int GetPlateTypeForGlyph(EngineGlyphType glyphType)
{
switch (glyphType)
{
case EngineGlyphType.ActionSpecial: return(PlateSquare);
case EngineGlyphType.ActionMoveN: return(PlateSquare);
case EngineGlyphType.ActionMoveNE: return(PlateSquare);
case EngineGlyphType.ActionMoveE: return(PlateSquare);
case EngineGlyphType.ActionMoveSE: return(PlateSquare);
case EngineGlyphType.ActionMoveS: return(PlateSquare);
case EngineGlyphType.ActionMoveSW: return(PlateSquare);
case EngineGlyphType.ActionMoveW: return(PlateSquare);
case EngineGlyphType.ActionMoveNW: return(PlateSquare);
case EngineGlyphType.NumeralOne: return(PlateCircle);
case EngineGlyphType.NumeralTwo: return(PlateCircle);
case EngineGlyphType.NumeralFour: return(PlateCircle);
case EngineGlyphType.NumeralEight: return(PlateCircle);
case EngineGlyphType.SpecialCameleonN: return(PlateDiamond);
case EngineGlyphType.SpecialCameleonNE: return(PlateDiamond);
case EngineGlyphType.SpecialCameleonE: return(PlateDiamond);
case EngineGlyphType.SpecialCameleonSE: return(PlateDiamond);
case EngineGlyphType.SpecialCameleonS: return(PlateDiamond);
case EngineGlyphType.SpecialCameleonSW: return(PlateDiamond);
case EngineGlyphType.SpecialCameleonW: return(PlateDiamond);
case EngineGlyphType.SpecialCameleonNW: return(PlateDiamond);
case EngineGlyphType.OperationMultiplier: return(PlateCircle);
case EngineGlyphType.OperationSubtract: return(PlateCircle);
case EngineGlyphType.ModifierInvert: return(PlatePentagon);
case EngineGlyphType.ModifierIgnore: return(PlatePentagon);
case EngineGlyphType.SlicerStart: return(PlateDeltoid);
case EngineGlyphType.SlicerEnd: return(PlateDeltoid);
case EngineGlyphType.Bomb: return(PlateHexagon);
default:
throw new ArgumentOutOfRangeException(nameof(glyphType), glyphType, null);
}
}
public EngineTile(EngineGlyphType type)
{
Type = type;
}
