// CopyA
public void CopyA(ref SpriteColors c)
{
Color0.A = c.Color0.A;
Color1.A = c.Color1.A;
Color2.A = c.Color2.A;
Color3.A = c.Color3.A;
}
// Lerp
public void Lerp(ref SpriteColors from, ref SpriteColors to, float f01)
{
Color0.Lerp(from.Color0, to.Color0, f01);
Color1.Lerp(from.Color1, to.Color1, f01);
Color2.Lerp(from.Color2, to.Color2, f01);
Color3.Lerp(from.Color3, to.Color3, f01);
}
public void MultA(ref SpriteColors c)
{
Color0.A = (byte)((Color0.A * c.Color0.A) / 255);
Color1.A = (byte)((Color1.A * c.Color1.A) / 255);
Color2.A = (byte)((Color2.A * c.Color2.A) / 255);
Color3.A = (byte)((Color3.A * c.Color3.A) / 255);
if (PreMultipliedAlpha)
{
MultRGB(c.Color0.A, c.Color1.A, c.Color2.A, c.Color3.A);
}
}
// Process
private Vector2 Process(ref StringProxy text, FontStyle fontStyle, int renderPass, int layer, ref Vector3 pos, float height, E_Align align, ref SpriteColors colors, float wrapSizeX)
{
RenderPass = renderPass;
Layer = layer;
Position = pos;
Align = align;
Colors = colors;
if ((fontStyle.RenderState.BlendState == E_BlendState.AlphaBlend) && !Colors.PreMultipliedAlpha)
{
Colors.ToPremultiplied();
}
return(Process(ref text, fontStyle, height, wrapSizeX, E_FontProcessType.Draw));
}
// OnProcess
protected unsafe override void OnProcess(FontSpriteList list)
{
fixed(FontSprite *pSpriteStart = &list.Sprites[0])
{
for (int i = list.RenderStart; i < list.RenderEnd; ++i)
{
FontSprite *pSprite = (pSpriteStart + i);
SpriteColors c = Colors;
c.MultA(ref pSprite->Colors);
if (pSprite->Colors.PreMultipliedAlpha)
{
c.ToPremultiplied();
}
pSprite->Colors.Lerp(ref pSprite->Colors, ref c, Lerp.Adjust(SpriteTimes01[i], LerpType));
}
}
}
public unsafe void AddSprite(int renderPass, int layer, ref Vector3 pos, float sX, float sY, E_Align align, ref SpriteColors colors, ref RenderState renderState)
{
if (SpriteCount == SpriteCountMax)
return;
fixed(Sprite *pSprite = &Sprites[SpriteCount])
{
pSprite->Type = E_SpriteType.Sprite;
pSprite->Position.X = pos.X + AutoTransformOffset.X;
pSprite->Position.Y = pos.Y + AutoTransformOffset.Y;
pSprite->Position.Z = pos.Z + AutoTransformOffset.Z;
pSprite->Size.X = sX;
pSprite->Size.Y = sY;
pSprite->Align = align;
pSprite->RenderState = renderState;
pSprite->PreTransformIndex = 0;
pSprite->PostTransformIndex = AutoTransformIndex;
pSprite->Colors = colors;
if ((renderState.BlendState == E_BlendState.AlphaBlend) && !pSprite->Colors.PreMultipliedAlpha)
{
pSprite->Colors.ToPremultiplied();
}
pSprite->Texture0.TextureIndex = -1;
pSprite->Texture1.TextureIndex = -1;
pSprite->Texture2.TextureIndex = -1;
pSprite->BatchCount = 1;
}
RenderPassLayerSprites[renderPass][layer].Add(SpriteCount);
CurrentSprite = SpriteCount++;
}
// OnRender
protected override void OnRender()
{
++FrameCounter;
if (!d_ShowFPS)
{
return;
}
UI.SpriteColors c = _G.Game.IsRunningSlowly ? Color.Red : Color.Green;
c.A(224);
_UI.Sprite.AddSprite(RenderPass, Layer, ref Position, Size.X, Size.Y, UI.E_Align.TopRight, ref c, ref RenderState);
_UI.Sprite.AddTexture(0, Textures[0].TextureIndex);
Vector3 p = new Vector3(Position.X - (Size.Y / 2.0f), Position.Y + (Size.Y / 2.0f), Position.Z);
UI.SpriteColors c2 = Color.Yellow;
StringUI.Clear();
StringUI.Add(FrameRate);
_UI.Font.Draw(StringUI, FontStyle, RenderPass, Layer, ref p, Size.Y * 0.65f, UI.E_Align.MiddleCentre, ref c2, 0.0f);
}
// Lerp
public void Lerp( ref SpriteColors from, ref SpriteColors to, float f01 )
{
Color0.Lerp( from.Color0, to.Color0, f01 );
Color1.Lerp( from.Color1, to.Color1, f01 );
Color2.Lerp( from.Color2, to.Color2, f01 );
Color3.Lerp( from.Color3, to.Color3, f01 );
}
public void MultA( ref SpriteColors c )
{
Color0.A = (byte)( ( Color0.A * c.Color0.A ) / 255 );
Color1.A = (byte)( ( Color1.A * c.Color1.A ) / 255 );
Color2.A = (byte)( ( Color2.A * c.Color2.A ) / 255 );
Color3.A = (byte)( ( Color3.A * c.Color3.A ) / 255 );
if ( PreMultipliedAlpha )
MultRGB( c.Color0.A, c.Color1.A, c.Color2.A, c.Color3.A );
}
// Init
public void Init()
{
if ( ColorBaseName != null )
ColorBase = _UI.Store_Color.Get( ColorBaseName );
if ( RenderStateName != null )
RenderState = _UI.Store_RenderState.Get( RenderStateName );
for ( int i = 0; i < Timelines.Count; ++i )
Timelines[ i ].Bind( this );
UpY = _UI.Sprite.IsRenderPass3D( RenderPass ) ? -1.0f : 1.0f;
#if WINDOWS
if ( Mouse_DefaultBB )
{
Mouse_SizeBB.X = Size.X;
Mouse_SizeBB.Y = Size.Y;
}
Vector2 offset = _UI.Sprite.GetVertexOffsetAligned( RenderPass, Align );
Mouse_PosBB.X -= ( Mouse_SizeBB.X * offset.X );
Mouse_PosBB.Y -= ( Mouse_SizeBB.Y * offset.Y );
#endif
OnInit();
}
// CopyA
public void CopyA( ref SpriteColors c )
{
Color0.A = c.Color0.A;
Color1.A = c.Color1.A;
Color2.A = c.Color2.A;
Color3.A = c.Color3.A;
}
public void ChangeColor(ref SpriteColors colors)
{
ColorBase = colors;
FlagSet(E_WidgetFlag.DirtyColor);
}
public void ChangeColor( string colorName )
{
ColorBase = _UI.Store_Color.Get( colorName );
FlagSet( E_WidgetFlag.DirtyColor );
}
public Vector2 Draw( StringUI text, FontStyle fontStyle, int renderPass, int layer, ref Vector3 pos, float height, E_Align align, ref SpriteColors colors, float wrapSizeX )
{
StringProxy stringProxy = new StringProxy( text );
return Process( ref stringProxy, fontStyle, renderPass, layer, ref pos, height, align, ref colors, wrapSizeX );
}
// WidgetBase
public WidgetBase()
{
IsActive = true;
IsSelected = true;
Name = null;
RenderPass = 0;
Layer = 0;
Position = new Vector3( 0.0f, 0.0f, 0.0f );
Size = new Vector3( 0.0f, 0.0f, 0.0f );
Scale = new Vector2( 1.0f, 1.0f );
Rotation = new Vector3( 0.0f, 0.0f, 0.0f );
Align = E_Align.TopLeft;
ParentWidget = null;
ParentAttach = E_Align.None;
Children = new List< WidgetBase >();
Alpha = 1.0f;
Intensity = 1.0f;
ColorBaseName = null;
ColorBase = Color.Magenta;
RenderStateName = null;
RenderState = new RenderState( (int)E_Effect.MultiTexture1, E_BlendState.AlphaBlend );
Textures = new List< SpriteTexture >();
Timelines = new List< Timeline >();
AlphaFinal = Alpha;
IntensityFinal = Intensity;
ColorFinal = ColorBase;
Flags = (int)E_WidgetFlag.InheritAlpha | (int)E_WidgetFlag.InheritIntensity;
TransformMatrix = Matrix.Identity;
UpY = 1.0f;
}
// Process
private Vector2 Process( ref StringProxy text, FontStyle fontStyle, int renderPass, int layer, ref Vector3 pos, float height, E_Align align, ref SpriteColors colors, float wrapSizeX )
{
RenderPass = renderPass;
Layer = layer;
Position = pos;
Align = align;
Colors = colors;
if ( ( fontStyle.RenderState.BlendState == E_BlendState.AlphaBlend ) && !Colors.PreMultipliedAlpha )
Colors.ToPremultiplied();
return Process( ref text, fontStyle, height, wrapSizeX, E_FontProcessType.Draw );
}
public TimelineEffect_ColorLerp( SpriteColors colorTo, E_LerpType lerpType )
: base(0.0f, 1.0f, lerpType)
{
ColorTo = colorTo;
}
// Update
public void Update(float frameTime)
{
#if !RELEASE
frameTime *= d_TimeScale;
#endif
int indexInput = -1;
// determine which screens gets input
for (int i = (ScreenControls.Count - 1); i >= 0; --i)
{
if (ScreenControls[i].CurrentScreen.AllowInput)
{
indexInput = i;
break;
}
}
// process each screen
// - input and update all first
for (int i = 0; i < ScreenControls.Count; ++i)
{
CurrentScreenControl = i;
ScreenControl screenControl = ScreenControls[i];
if (i == indexInput)
{
screenControl.ProcessInput();
}
screenControl.Update(frameTime);
}
// - messages and render second
for (int i = 0; i < ScreenControls.Count; ++i)
{
CurrentScreenControl = i;
ScreenControl screenControl = ScreenControls[i];
for (int j = 0; j < MessageCount; ++j)
{
screenControl.ProcessMessage(ref MessagePool[j]);
}
screenControl.Render();
}
// remove any dead screens
for (int i = (ScreenControls.Count - 1); i >= 0; --i)
{
if (ScreenControls[i].State == E_ScreenState.None)
{
ScreenControls.RemoveAt(i);
}
}
CurrentScreenControl = -1;
MessageCount = 0;
#if !RELEASE
if (d_ShowSafeArea)
{
SpriteColors c = 0x40c0c000;
RenderState renderState = new RenderState((int)E_Effect.MultiTexture1, E_BlendState.AlphaBlend);
_UI.Sprite.AddSprite(0, _UI.Sprite.TopLayer, _UI.SXL, _UI.SYT, 0.0f, _UI.SSX, _UI.SSY, E_Align.TopLeft, ref c, ref renderState);
_UI.Sprite.AddTexture(0, _UI.Texture.Get("null"));
}
if (d_ShowScreens)
{
SpriteColors c = Color.DarkOrange;
for (int i = 0; i < ScreenControls.Count; ++i)
{
Vector3 p = new Vector3(_UI.SXM, _UI.SYB - (20.0f * i), 0.0f);
StringUI.Clear();
StringUI.Add(i);
StringUI.Add(" - ");
StringUI.Add(ScreenControls[i].CurrentScreen.Name);
_UI.Font.Draw(StringUI, _UI.Store_FontStyle.Get("Default"), 0, _UI.Sprite.TopLayer, ref p, 20.0f, E_Align.BottomCentre, ref c, 0.0f);
}
}
#endif
}
public unsafe void AddSprite( int renderPass, int layer, ref Vector3 pos, float sX, float sY, E_Align align, ref SpriteColors colors, ref RenderState renderState )
{
if ( SpriteCount == SpriteCountMax )
return;
fixed ( Sprite* pSprite = &Sprites[ SpriteCount ] )
{
pSprite->Type = E_SpriteType.Sprite;
pSprite->Position.X = pos.X + AutoTransformOffset.X;
pSprite->Position.Y = pos.Y + AutoTransformOffset.Y;
pSprite->Position.Z = pos.Z + AutoTransformOffset.Z;
pSprite->Size.X = sX;
pSprite->Size.Y = sY;
pSprite->Align = align;
pSprite->RenderState = renderState;
pSprite->PreTransformIndex = 0;
pSprite->PostTransformIndex = AutoTransformIndex;
pSprite->Colors = colors;
if ( ( renderState.BlendState == E_BlendState.AlphaBlend ) && !pSprite->Colors.PreMultipliedAlpha )
pSprite->Colors.ToPremultiplied();
pSprite->Texture0.TextureIndex = -1;
pSprite->Texture1.TextureIndex = -1;
pSprite->Texture2.TextureIndex = -1;
pSprite->BatchCount = 1;
}
RenderPassLayerSprites[ renderPass ][ layer ].Add( SpriteCount );
CurrentSprite = SpriteCount++;
}
// Set
public void Set(ref SpriteColors colors, float alpha, float intensity)
{
alpha = MathHelper.Clamp(alpha, 0.0f, 1.0f);
intensity = MathHelper.Clamp(intensity, 0.0f, 2.0f);
PreMultipliedAlpha = false;
byte a = (byte)(alpha * 255.0f);
Color0.A = (byte)((colors.Color0.A * a) / 255);
Color1.A = (byte)((colors.Color1.A * a) / 255);
Color2.A = (byte)((colors.Color2.A * a) / 255);
Color3.A = (byte)((colors.Color3.A * a) / 255);
if (intensity == 1.0f)
{
Color0.R = colors.Color0.R;
Color0.G = colors.Color0.G;
Color0.B = colors.Color0.B;
Color1.R = colors.Color1.R;
Color1.G = colors.Color1.G;
Color1.B = colors.Color1.B;
Color2.R = colors.Color2.R;
Color2.G = colors.Color2.G;
Color2.B = colors.Color2.B;
Color3.R = colors.Color3.R;
Color3.G = colors.Color3.G;
Color3.B = colors.Color3.B;
}
else
if (intensity < 1.0f)
{
byte i = (byte)(intensity * 255.0f);
Color0.R = (byte)((colors.Color0.R * i) / 255);
Color0.G = (byte)((colors.Color0.G * i) / 255);
Color0.B = (byte)((colors.Color0.B * i) / 255);
Color1.R = (byte)((colors.Color1.R * i) / 255);
Color1.G = (byte)((colors.Color1.G * i) / 255);
Color1.B = (byte)((colors.Color1.B * i) / 255);
Color2.R = (byte)((colors.Color2.R * i) / 255);
Color2.G = (byte)((colors.Color2.G * i) / 255);
Color2.B = (byte)((colors.Color2.B * i) / 255);
Color3.R = (byte)((colors.Color3.R * i) / 255);
Color3.G = (byte)((colors.Color3.G * i) / 255);
Color3.B = (byte)((colors.Color3.B * i) / 255);
}
else // if ( intensity > 1.0f )
{
byte i = (byte)((intensity - 1.0f) * 255.0f);
Color0.R = (byte)Math.Min(colors.Color0.R + i, 255);
Color0.G = (byte)Math.Min(colors.Color0.G + i, 255);
Color0.B = (byte)Math.Min(colors.Color0.B + i, 255);
Color1.R = (byte)Math.Min(colors.Color1.R + i, 255);
Color1.G = (byte)Math.Min(colors.Color1.G + i, 255);
Color1.B = (byte)Math.Min(colors.Color1.B + i, 255);
Color2.R = (byte)Math.Min(colors.Color2.R + i, 255);
Color2.G = (byte)Math.Min(colors.Color2.G + i, 255);
Color2.B = (byte)Math.Min(colors.Color2.B + i, 255);
Color3.R = (byte)Math.Min(colors.Color3.R + i, 255);
Color3.G = (byte)Math.Min(colors.Color3.G + i, 255);
Color3.B = (byte)Math.Min(colors.Color3.B + i, 255);
}
}
// Set
public void Set( ref SpriteColors colors, float alpha, float intensity )
{
alpha = MathHelper.Clamp( alpha, 0.0f, 1.0f );
intensity = MathHelper.Clamp( intensity, 0.0f, 2.0f );
PreMultipliedAlpha = false;
byte a = (byte)( alpha * 255.0f );
Color0.A = (byte)( ( colors.Color0.A * a ) / 255 );
Color1.A = (byte)( ( colors.Color1.A * a ) / 255 );
Color2.A = (byte)( ( colors.Color2.A * a ) / 255 );
Color3.A = (byte)( ( colors.Color3.A * a ) / 255 );
if ( intensity == 1.0f )
{
Color0.R = colors.Color0.R;
Color0.G = colors.Color0.G;
Color0.B = colors.Color0.B;
Color1.R = colors.Color1.R;
Color1.G = colors.Color1.G;
Color1.B = colors.Color1.B;
Color2.R = colors.Color2.R;
Color2.G = colors.Color2.G;
Color2.B = colors.Color2.B;
Color3.R = colors.Color3.R;
Color3.G = colors.Color3.G;
Color3.B = colors.Color3.B;
}
else
if ( intensity < 1.0f )
{
byte i = (byte)( intensity * 255.0f );
Color0.R = (byte)( ( colors.Color0.R * i ) / 255 );
Color0.G = (byte)( ( colors.Color0.G * i ) / 255 );
Color0.B = (byte)( ( colors.Color0.B * i ) / 255 );
Color1.R = (byte)( ( colors.Color1.R * i ) / 255 );
Color1.G = (byte)( ( colors.Color1.G * i ) / 255 );
Color1.B = (byte)( ( colors.Color1.B * i ) / 255 );
Color2.R = (byte)( ( colors.Color2.R * i ) / 255 );
Color2.G = (byte)( ( colors.Color2.G * i ) / 255 );
Color2.B = (byte)( ( colors.Color2.B * i ) / 255 );
Color3.R = (byte)( ( colors.Color3.R * i ) / 255 );
Color3.G = (byte)( ( colors.Color3.G * i ) / 255 );
Color3.B = (byte)( ( colors.Color3.B * i ) / 255 );
}
else // if ( intensity > 1.0f )
{
byte i = (byte)( ( intensity - 1.0f ) * 255.0f );
Color0.R = (byte)Math.Min( colors.Color0.R + i, 255 );
Color0.G = (byte)Math.Min( colors.Color0.G + i, 255 );
Color0.B = (byte)Math.Min( colors.Color0.B + i, 255 );
Color1.R = (byte)Math.Min( colors.Color1.R + i, 255 );
Color1.G = (byte)Math.Min( colors.Color1.G + i, 255 );
Color1.B = (byte)Math.Min( colors.Color1.B + i, 255 );
Color2.R = (byte)Math.Min( colors.Color2.R + i, 255 );
Color2.G = (byte)Math.Min( colors.Color2.G + i, 255 );
Color2.B = (byte)Math.Min( colors.Color2.B + i, 255 );
Color3.R = (byte)Math.Min( colors.Color3.R + i, 255 );
Color3.G = (byte)Math.Min( colors.Color3.G + i, 255 );
Color3.B = (byte)Math.Min( colors.Color3.B + i, 255 );
}
}
public FontEffect_ColorLerp( float spriteChangeTime, float spriteUpdateTime, float waitTime, SpriteColors colors, E_LerpType lerpType )
: base(spriteChangeTime, spriteUpdateTime, waitTime)
{
Colors = colors;
LerpType = lerpType;
}
// Init
public void Init()
{
if ( ColorBaseName != null )
ColorBase = _UI.Store_Color.Get( ColorBaseName );
if ( RenderStateName != null )
RenderState = _UI.Store_RenderState.Get( RenderStateName );
for ( int i = 0; i < Timelines.Count; ++i )
Timelines[ i ].Bind( this );
UpY = _UI.Sprite.IsRenderPass3D( RenderPass ) ? -1.0f : 1.0f;
OnInit();
}
public void ChangeColor( ref SpriteColors colors )
{
ColorBase = colors;
FlagSet( E_WidgetFlag.DirtyColor );
}
public FontEffect_ColorLerp(float spriteChangeTime, float spriteUpdateTime, float waitTime, SpriteColors colors, E_LerpType lerpType)
: base(spriteChangeTime, spriteUpdateTime, waitTime)
{
Colors = colors;
LerpType = lerpType;
}
public void AddSprite( int renderPass, int layer, float pX, float pY, float pZ, float sX, float sY, E_Align align, ref SpriteColors colors, ref RenderState renderState )
{
Vector3 p = new Vector3( pX, pY, pZ );
AddSprite( renderPass, layer, ref p, sX, sY, align, ref colors, ref renderState );
}
protected override void OnBind()
{
ColorFrom = Widget.ColorBase;
}
public TimelineEffect_ColorLerp(SpriteColors colorTo, E_LerpType lerpType)
: base(0.0f, 1.0f, lerpType)
{
ColorTo = colorTo;
}
public void AddSprite(int renderPass, int layer, float pX, float pY, float pZ, float sX, float sY, E_Align align, ref SpriteColors colors, ref RenderState renderState)
{
Vector3 p = new Vector3(pX, pY, pZ);
AddSprite(renderPass, layer, ref p, sX, sY, align, ref colors, ref renderState);
}
public Vector2 Draw(StringUI text, FontStyle fontStyle, int renderPass, int layer, ref Vector3 pos, float height, E_Align align, ref SpriteColors colors, float wrapSizeX)
{
StringProxy stringProxy = new StringProxy(text);
return(Process(ref stringProxy, fontStyle, renderPass, layer, ref pos, height, align, ref colors, wrapSizeX));
}
