textures/common/water
{
	noselfShadow
    noshadows
	translucent
	qer_nocarve
	water

	qer_editorimage 	textures/editor/water.tga
}

textures/water/water_surface1_reflection
{
	translucent
	twoSided
	noShadows
	noSelfShadow
	nonsolid
	discrete
	mirrorOblique
	qer_editorimage textures/editor/water_reflect.tga

	{
		blend		gl_one, gl_one_minus_src_color
		mirrorRenderMap	256	128

		vertexProgram		bumpyMirror.glsl
		vertexParm 0		1, 1, 0 				// x = deform scale, y = blur scale, z = blur quality (0 = 1 sample, 1 = 9 samples, 2 = 13 samples, 3 = 17 samples )
		vertexParm 1		3, 0.8, 0.2, 1.0	 	// x = Fresnel exponent, y = Fresnel scale, z = Fresnel bias
		vertexParm 2		0, 0, 0, 0	// RGB = tint color, A = tint lerp
		fragmentProgram		bumpyMirror.glsl
		fragmentMap 0 		_scratch	// mirror render
		fragmentMap 1 		normalMap textures/water/water_surface1_local.tga			// normalmap, use _flat otherwise
		fragmentMap 2 		textures/gloss_test/gray50_gloss.tga			// mask
	}
}

textures/water/water_surface1_color
{
	translucent
	twoSided
	noShadows
	noSelfShadow
	nonsolid
	discrete
	qer_editorimage textures/editor/water_color.tga

	{
		blend bumpmap
		map textures/water/water_surface1_local.tga
		scale 2, 2
		scroll sinTable[time * .02] * .01, time * 0.02
		shear sinTable[time * .02] * .02, cosTable[time * .02] * .02
		rotate sinTable[time * .01] * .01
	}
	{
		blend blend
		map textures/water/water_surface1_d.tga
		alpha 0.1
		scale 2, 2
		scroll sinTable[time * .02] * .01, time * 0.02
		shear sinTable[time * .02] * .02, cosTable[time * .02] * .02
		rotate sinTable[time * .01] * .01
	}
	{
		blend specularmap
		map textures/water/water_surface1_s.tga
		scale 2, 2
		scroll sinTable[time * .02] * .01, time * 0.02
		shear sinTable[time * .02] * .02, cosTable[time * .02] * .02
		rotate sinTable[time * .01] * .01
	}
	glossmap textures/gloss_test/gray25_gloss.tga
}

textures/water/water_surface1_refract
{
	liquid
	//water
	translucent
	twoSided
	noShadows
	noSelfShadow
	moveableclip
	discrete
	qer_editorimage textures/editor/water_refract.tga
	{
		vertexProgram		heatHaze.glsl
		//vertexParm		0	time * .1, time * 0.08
		vertexParm		0	sinTable[time * .02] * .2, cosTable[time * .02] * .4
		vertexParm		1	3
		fragmentProgram		heatHaze.glsl
		fragmentMap		0	_currentRender
		fragmentMap		1	normalMap textures/water/water_surface1_local.tga
		fragmentMap		2	_currentDepth
		maskDepth
	}
}