codetidbits.txt

/* Old Code bits	
	hcolor[0] = 0.0;
	hcolor[1] = 1.0;
	hcolor[2] = 0.0;
	hcolor[3] = 1.0;

	x = 250;
	y2 = 200;
	w = 100;
	h = 100;
	glowOffset = 60;
	streakW = 500;
	streakH = 10;*/

	//reflecAnamorphic lenses make their flares really stretched
	//Actually, just make this control the reflections.  
	//The user can define the w + h themselves. :P
	/*if ( reflecAnamorphic ) {
		w = w * 2;
		//widthDouble = 2;
	}*/

			//else
			/*CG_DrawPic(
			( ( xCart/lensReflec[i].offset )+HALF_SCREEN_WIDTH ) - ( reflecAnamorphic ? lensReflec[i].width : lensReflec[i].width/2 ), //X
			( ( yCart/lensReflec[i].offset )+HALF_SCREEN_HEIGHT ) - ( lensReflec[i].height/2 ), //Y
			reflecAnamorphic ? lensReflec[i].width * 2 : lensReflec[i].width, //W
			lensReflec[i].height, //H
			lensReflec[i].graphic //pic 
			);*/
/*	float yMid = ymin + ( (ymax - ymin) /2 );

	//if the flare's origin moves to out of range, fade out the alpha on the reflections
	//this is how it works O_o each side of the screen is a different quadrant controlled
	//by a dif equation, excluding the corners where they'd overlap.  The corners have their own
	//equations applied later on, hopefully forming a complte circle for the flares to fade out easily. :S


	//left bar
	if ( x > xmin && x < xmax && y < ymin && y > -ymin )
		reflecAlpha = (float)(( xmax - (float)x ) / xDif);
	//right bar
	if ( x < -xmin && x > -xmax && y < ymin && y > -ymin )
		reflecAlpha = (float)(( xmax + (float)x ) / xDif);
	//upper bar
	if ( y > ymin && y < ymax && x < xmin && x > -xmin )
		reflecAlpha = (float)(( ymax - (float)y ) / yDif);
	//lower bar
	if ( y < -ymin && y > -ymax && x < xmin && x > -xmin )
		reflecAlpha = (float)(( ymax + (float)y ) / yDif);
	
	//lower right quadrant
/*	if ( x > xmin && x < xmax && y > ymin && y < ymax ) {
		if ( (x*0.75) > yMid )*/

/*
	CG_DrawPic( , y - ((h * hazeOffset) * 0.5), (w * hazeOffset), h * hazeOffset, cgs.media.flareHaze ); //Surrounding ambient haze

	trap_R_SetColor( strkColor );
	CG_DrawPic( streakX , streakY , streakW, streakH, cgs.media.flareStreak ); //Colored portion of the anamorphic streaks
	
	trap_R_SetColor( color ); 
	CG_DrawPic( x - ((w * glowOffset) * 0.5), y - ((h * glowOffset) * 0.5), (w * glowOffset), h * glowOffset, cgs.media.flareCore ); //Main colored glow bit of the main flare
	
	if ( whiteStreaks ) { //if player wanted white streaks in their streaks
		strkColor[0] = strkColor[1] = strkColor[2] = 1.0;

		trap_R_SetColor( strkColor ); //White
		CG_DrawPic( streakX + (streakW*0.2), streakY + (streakH*0.2), streakW*0.6, streakH*0.6, cgs.media.flareStreak ); //White Core of streak is ALWAYS 20% smaller.
	}

	trap_R_SetColor( NULL );
	CG_DrawPic( x, y, w, h, cgs.media.flareCore ); //Draw teh main fl4r3 :)*/

	//w = (0.0001 * -(length*length)) + w;
	//h = (0.0001 * -(length*length)) + h;

	/*if ( !clamp ) {
		w = w + (int)(-0.1 * length );
		h = h + (int)(-0.1 * length );

		//clamp it at 10% then fade it out
		if ( ((float)w/(float)w1) <= 0.2 && ((float)h/(float)h1) <= 0.2 ) {
			w = w1*0.2f;
			h = h1*0.2f;
		}

		//then fade it back in
		//if ( ((float)w/(float)w1) >= .05 && ((float)h/(float)h1) >= .05 && fadeAlpha == 0.0 ) 

		if ( ((float)w/(float)w1) <= 0.15 && ((float)h/(float)h1) <= 0.15 ) {
			w = w1 * 0.15;
			h = h1 * 0.15;
		}
		//CG_Printf( "Distance = %f, w = %i, h = %i\n", length, w, h);
	}*/

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