public void Draw(ITexture t, float x, float y, float rotation, float scale)
{
_render_surface.StartRender(false);
Engine.Screen2DImmediate.ACTION_Begin2D();
int white = Engine.Gl.RGBA(1, 1, 1, 1);
// T00 slow!
// Engine.Screen2DImmediate.DRAW_TextureRotated( t.ID, x, y, t.Width*scale, t.Height*scale, rotation, 0, 0, 1, 1, white, white, white, white );
Engine.Screen2DImmediate.DRAW_Texture(t.ID, x, y, x + Constants.terrainPieceTextureWidth, y + Constants.terrainPieceTextureWidth, white, white, white, white, 0, 0, 1, 1);
Engine.Screen2DImmediate.ACTION_End2D();
_render_surface.EndRender();
}
private void Main_Loop()
{
// Okay, we start the main loop here. We are going to loop over
// and over until the user click on the "Quit" button and by this,
// change the value of DoLoop to false.
// We loop all of this until the DoLoop isn't True.
while (DoLoop == true)
{
// Let us the capacity to use buttons of the form.
System.Windows.Forms.Application.DoEvents();
// New : We moved the movement code in an other sub to make
// the code clearer.
Check_Input();
if (InputEngine.IsKeyPressed(CONST_TV_KEY.TV_KEY_Z))
{
Scene.SetRenderMode(CONST_TV_RENDERMODE.TV_LINE);
}
else
{
Scene.SetRenderMode(CONST_TV_RENDERMODE.TV_SOLID);
}
// New : We moved the checking of maximum camera "look at" and
// also the camera movement smoothing in an other sub too.
Check_Movement();
//render surfaces before tv3d.clear or you get funkey results
RenderSurf1.StartRender(false);
Atmos.Atmosphere_Render();
//Land.Render();
RenderSurf1.EndRender();
RenderSurf2.StartRender(false);
Atmos.Atmosphere_Render();
//Land.Render();
RenderSurf2.EndRender();
// Clear the the last frame.
TV.Clear(false);
// New : if we are below the waterheight, this means the we are
// underwater. To give a cool underwater effect, we will add fog.
// If we are over the ground, then don't add the fog but render
// the lens flare.
/*
* if (sngPositionY < sngWaterHeight)
* {
* //' Render a blue fog to simulate under water.
* Atmos.Fog_Enable(true);
* Atmos.Fog_SetColor(0f, 0.4f, 0.5f);
* Atmos.Fog_SetParameters(0f, 0f, 0.01f);
* Atmos.Fog_SetType(CONST_TV_FOG.TV_FOG_EXP, CONST_TV_FOGTYPE.TV_FOGTYPE_RANGE);
* Atmos.LensFlare_Enable(false);
* }
* else
* {*/
// New : we have to render the lens flare.
Atmos.LensFlare_Enable(true);
Atmos.Fog_Enable(false);
/*Atmos.Fog_Enable(true);
* Atmos.Fog_SetColor(1, 1, 1);
* Atmos.Fog_SetParameters(50f, 100f, 0.01f);
* Atmos.Fog_SetType(CONST_TV_FOG.TV_FOG_LINEAR, CONST_TV_FOGTYPE.TV_FOGTYPE_VERTEX);*/
//}
// New have to render the sky, the sun and lens flares
Atmos.Atmosphere_Render();
// New : we have to render the landscape.
//Land.Render();
WMap.Render();
//Scene.RenderAll(false);
// We render all the 3D objects contained in the scene.
//Scene.RenderAllMeshes(true);
// We display everything that we have rendered
TV.RenderToScreen();
WorldPosition PlayerPos = WMap.GetPlayerPosition();
GlobalVars.GameForm.Text = "Pos:" + sngPositionX + " (" + PlayerPos.TileX + ");" + sngPositionY + ";" + sngPositionZ + " (" + PlayerPos.TileZ + ") + (" + PlayerPos.TilePosX + ";" + PlayerPos.TilePosY + ";" + PlayerPos.TilePosZ + ")";
//GlobalVars.GameForm.Text = Scene.GetTriangleNumber().ToString();
}
// We ask to quit.
this.Quit();
}