//***************************************************************************
//
// pie_EnableFog(bool val)
//
// Global enable/disable fog to allow fog to be turned of ingame
//
//***************************************************************************
void pie_EnableFog(bool val)
{
if (rendStates.fogEnabled != val)
{
debug(LOG_FOG, "pie_EnableFog: Setting fog to %s", val ? "ON" : "OFF");
rendStates.fogEnabled = val;
if (val)
{
pie_SetFogColour(WZCOL_FOG);
}
else
{
pie_SetFogColour(WZCOL_BLACK); // clear background to black
}
}
}
void pie_SetDefaultStates(void)//Sets all states
{
// pie_SetFogColour(0x00B08f5f);//nicks colour
//fog off
rendStates.fogEnabled = FALSE;// enable fog before renderer
rendStates.fog = FALSE;//to force reset to false
pie_SetFogStatus(FALSE);
pie_SetFogColour(0x00000000);//nicks colour
//depth Buffer on
rendStates.depthBuffer = FALSE;//to force reset to true
pie_SetDepthBufferStatus(DEPTH_CMP_LEQ_WRT_ON);
//set render mode
pie_SetTranslucent(TRUE);
pie_SetAdditive(TRUE);
//basic gouraud textured rendering
rendStates.texCombine = TEX_NONE;//to force reset to GOURAUD_TEX
pie_SetTexCombine(TEX_LOCAL);
rendStates.colourCombine = COLOUR_FLAT_CONSTANT;//to force reset to GOURAUD_TEX
pie_SetColourCombine(COLOUR_TEX_ITERATED);
rendStates.alphaCombine = ALPHA_ITERATED;//to force reset to GOURAUD_TEX
pie_SetAlphaCombine(ALPHA_CONSTANT);
rendStates.transMode = TRANS_ALPHA;//to force reset to DECAL
pie_SetTranslucencyMode(TRANS_DECAL);
//chroma keying on black
rendStates.keyingOn = FALSE;//to force reset to true
pie_SetColourKeyedBlack(TRUE);
//bilinear filtering
rendStates.bilinearOn = FALSE;//to force reset to true
pie_SetBilinear(TRUE);
}
//***************************************************************************
//
// pie_EnableFog(bool val)
//
// Global enable/disable fog to allow fog to be turned of ingame
//
//***************************************************************************
void pie_EnableFog(bool val)
{
if (rendStates.fogEnabled != val)
{
debug(LOG_FOG, "pie_EnableFog: Setting fog to %s", val ? "ON" : "OFF");
rendStates.fogEnabled = val;
if (val == true)
{
pie_SetFogColour(WZCOL_FOG);
}
else
{
PIELIGHT black;
black.rgba = 0;
black.byte.a = 255;
pie_SetFogColour(black); // clear background to black
}
}
}
void pie_EnableFog(BOOL val)
{
if (rendStates.fogCap == FOG_CAP_NO)
{
val = FALSE;
}
if (rendStates.fogEnabled != val)
{
rendStates.fogEnabled = val;
if (val == TRUE)
{
// pie_SetFogColour(0x0078684f);//(nicks colour + 404040)/2
pie_SetFogColour(0x00B08f5f);//nicks colour
}
else
{
pie_SetFogColour(0x00000000);//clear background to black
}
}
}
void pie_SetDefaultStates()//Sets all states
{
PIELIGHT black;
//fog off
rendStates.fogEnabled = false;// enable fog before renderer
rendStates.fog = false;//to force reset to false
pie_SetFogStatus(false);
black.rgba = 0;
black.byte.a = 255;
pie_SetFogColour(black);
//depth Buffer on
pie_SetDepthBufferStatus(DEPTH_CMP_LEQ_WRT_ON);
rendStates.rendMode = REND_ALPHA; // to force reset to REND_OPAQUE
pie_SetRendMode(REND_OPAQUE);
}
void war_SetFog(bool val)
{
debug(LOG_FOG, "Visual fog turned %s", val ? "ON" : "OFF");
if (warGlobs.bFog != val)
{
warGlobs.bFog = val;
}
if (warGlobs.bFog == true)
{
setRevealStatus(false);
}
else
{
PIELIGHT black;
setRevealStatus(true);
black.rgba = 0;
black.byte.a = 255;
pie_SetFogColour(black);
}
}