public override void Render( SpriteShader shader )
{
double secs = ( CurrentMilliseconds() - myStartTime + myStopTime ) / 1000.0;
int frame = StartFrame + (int) ( (long) ( secs * FrameRate ) % (long) FrameCount );
if ( frame != myLastFrame )
SubrectOffset = myFrameLocations[ frame ];
base.Render( shader );
}
public override void Render(SpriteShader shader)
{
double secs = (CurrentMilliseconds() - myStartTime + myStopTime) / 1000.0;
int frame = StartFrame + (int)((long)(secs * FrameRate) % (long)FrameCount);
if (frame != myLastFrame)
{
SubrectOffset = myFrameLocations[frame];
}
base.Render(shader);
}
public virtual void Render(SpriteShader shader)
{
if (VertsChanged)
{
myVertices = FindVerts();
VertsChanged = false;
}
if (!Texture.Ready || shader.Texture.ID != Texture.ID)
{
shader.Texture = Texture;
}
shader.Render(myVertices);
}
protected override void OnLoad( System.EventArgs e )
{
Plugin.Register( "MarsMiner.Shared.CorePlugin", true, true );
Plugin.Register( "MarsMiner.Shared.MarsMinerPlugin", true, true );
ServerBuilder sb = new ServerBuilder
{
Name = "Local Server",
Password = null,
SlotCount = 1
};
myLocalServer = new GameServer( sb );
myServerThread = new Thread( myLocalServer.Run );
myServerThread.Start();
myLocalClient = new GameClient();
myLocalClient.ConnectLocal();
myClientThread = new Thread( myLocalClient.Run );
myClientThread.Start();
mySpriteShader = new SpriteShader( Width, Height );
myUIRoot = new UIObject( new Vector2( Width, Height ) );
myFPSText = new UILabel( Font.Large, new Vector2( 4.0f, 4.0f ) );
myFPSText.Text = "FT: ??ms FPS: ?? MEM: ??";
myUIRoot.AddChild( myFPSText );
Mouse.Move += OnMouseMove;
Mouse.ButtonUp += OnMouseButtonEvent;
Mouse.ButtonDown += OnMouseButtonEvent;
/*
myTestWorld = new World();
myGeoShader = new GeometryShader( Width, Height );
myGeoShader.UpdateTileMap( 16 );
myGeoRenderers = new List<ChunkRenderer>();
myTestWorld.ChunkLoaded += OnChunkEvent;
myTestWorld.ChunkUnloaded += OnChunkEvent;
myTestWorld.ChunkChanged += OnChunkEvent;
myTestWorld.Generate( 1024, 1024, 4 );
myGeoShader.CameraPosition = new Vector3( 0.0f, 1024.0f, 0.0f );
*/
GL.ClearColor( new Color4( 223, 186, 168, 255 ) );
myFrameTimer.Start();
}
public virtual void Render( SpriteShader shader )
{
if ( VertsChanged )
{
myVertices = FindVerts();
VertsChanged = false;
}
if ( !Texture.Ready || shader.Texture.ID != Texture.ID )
shader.Texture = Texture;
shader.Render( myVertices );
}
protected override void OnRender( SpriteShader shader, Vector2 renderPosition = new Vector2() )
{
mySprite.Position = renderPosition;
mySprite.Render( shader );
}
protected override void OnRender( SpriteShader shader, Vector2 renderPosition = new Vector2() )
{
myButtonSprite.Position = renderPosition;
myButtonSprite.Colour = ( IsEnabled ? Colour : DisabledColour );
myButtonSprite.Render( shader );
}
protected override void OnRender( SpriteShader shader, Vector2 renderPosition = new Vector2() )
{
myFrameSprite.Position = renderPosition;
myFrameSprite.Colour = ( IsEnabled ? OpenTK.Graphics.Color4.White : DisabledColour );
myFrameSprite.Render( shader );
}
public RenderEventArgs( SpriteShader shader, Vector2 drawPosition )
{
ShaderProgram = shader;
DrawPosition = drawPosition;
}
protected virtual void OnRender( SpriteShader shader, Vector2 renderPosition = new Vector2() )
{
}
public void Render( SpriteShader shader, Vector2 parentPosition = new Vector2() )
{
if ( IsVisible )
{
parentPosition += Position;
OnRender( shader, parentPosition );
if ( RenderObject != null )
RenderObject( this, new RenderEventArgs( shader, parentPosition ) );
try
{
foreach ( UIObject child in myChildren )
child.Render( shader, parentPosition + myPaddingTopLeft );
}
catch ( Exception )
{
}
}
}
