internal pSprite(pTexture texture, FieldTypes field, OriginTypes origin, ClockTypes clocking, Vector2 position,
float depth, bool alwaysDraw, Color4 colour)
{
Field = field;
Origin = origin;
Clocking = clocking;
Position = position;
Colour = colour;
Scale = Vector2.One;
Rotation = 0;
DrawDepth = depth;
AlwaysDraw = alwaysDraw;
if (!alwaysDraw)
{
Alpha = 0;
}
else
{
Alpha = 1;
}
Texture = texture;
UsesTextures = true;
}
internal pSprite(Texture2D texture, FieldTypes fieldType, OriginTypes originType, ClockTypes clockType,
Vector2 startPosition, float drawDepth, bool alwaysDraw, Color colour, Object tag)
{
Type = SpriteTypes.Image;
localTexture = texture;
Disposable = false;
SpriteEffect = SpriteEffects.None;
OriginType = originType;
UpdateTextureSize();
UpdateTextureAlignment();
Clock = clockType;
CurrentPosition = startPosition;
StartPosition = CurrentPosition;
CurrentRotation = 0;
CurrentScale = 1;
Depth = drawDepth;
AlwaysDraw = alwaysDraw;
Field = fieldType;
CurrentColour = colour;
StartColour = colour;
Tag = tag;
}
public void setClock(ClockTypes type)
{
clockObjects[(int)previous].Hide();
clockObjects[(int)type].Top = clockObjects[(int)previous].Top;
clockObjects[(int)type].Left = clockObjects[(int)previous].Left;
clockObjects[(int)type].Show();
previous = type;
}
/// <summary>
/// Gets the current time for a specific clock type.
/// </summary>
/// <param name="clock">The clock type in question.</param>
/// <returns>The current time.</returns>
public static int GetTime(ClockTypes clock)
{
switch (clock)
{
case ClockTypes.AudioInputAdjusted:
return(AudioTimeInputAdjust);
case ClockTypes.Audio:
return(AudioTime);
default:
case ClockTypes.Game:
return(Time);
case ClockTypes.Mode:
return(ModeTime);
case ClockTypes.Manual:
return(ManualTime);
}
}
internal pAnimation(Texture2D[] textures, FieldTypes fieldType, OriginTypes originType, ClockTypes clockType,
Vector2 startPosition, float drawDepth, bool alwaysDraw, Color colour, object tag)
: base(textures[0], fieldType, originType, clockType, startPosition, drawDepth, alwaysDraw, colour, tag)
{
TextureArray = textures;
TextureCount = textures.Length;
}
internal pAnimation(Texture2D[] textures, FieldTypes fieldType, OriginTypes originType, ClockTypes clockType,
Vector2 startPosition, float drawDepth, bool alwaysDraw, Color colour)
: this(textures, fieldType, originType, clockType, startPosition, drawDepth, alwaysDraw, colour, null)
{
}
private void FillClockTypeSelectList(ClockTypes? selected = null)
{
ViewBag.Types = selected.TranslatedSelectList();
}
internal pSpriteText(string text, string fontname, int spacingOverlap, FieldTypes fieldType, OriginTypes originType, ClockTypes clockType,
Vector2 startPosition, float drawDepth, bool alwaysDraw, Color colour)
: base(null, fieldType, originType, clockType, startPosition, drawDepth, alwaysDraw, colour)
{
Text = text;
localTexture = null;
textChanged = true;
Type = SpriteTypes.SpriteText;
TextFont = fontname;
SpacingOverlap = spacingOverlap;
}
internal pSpriteRenderer(pTexture texture, FieldTypes field, OriginTypes origin, ClockTypes clocking, Vector2 position,
float depth, bool alwaysDraw, Color4 colour)
: base(texture, field, origin, clocking, position, depth, alwaysDraw, colour)
{
}
internal pSprite(string pngFilename, FieldTypes fieldType, OriginTypes originType, ClockTypes clockType,
Vector2 startPosition, float drawDepth, bool alwaysDraw, Color colour, Object tag)
: this(SpriteCache.GetTexture(pngFilename),
fieldType, originType, clockType, startPosition, drawDepth, alwaysDraw, colour, tag)
{
}
internal pSprite(Texture2D texture, FieldTypes fieldType, OriginTypes originType, ClockTypes clockType,
Vector2 position)
: this(texture, fieldType, originType, clockType, position, 1, false, Color.White)
{
}
internal pSprite(Texture2D texture, FieldTypes fieldType, OriginTypes originType, ClockTypes clockType,
int startX,
int startY)
: this(texture, fieldType, originType, clockType, new Vector2(startX, startY), 1, false, Color.White)
{
}
