etqw-sdk/base/materials/penta.mtr

material shaderDemos/ambientTest
{
	{
		cubeMap		env/penta_amb
		texgen		normal
	}
}

material shaderDemos/ambientTest2
{
	{
		cubeMap		env/penta_spec
		texgen		normal
	}
}

material shaderDemos/ambientEnv
{
	{
		cubeMap		env/penta
		texgen		normal
	}
}


material penta/atmosphereClouds
{
	{
		map		heightmap (textures/penta/cloud05.tga, 6)
	}
	{
		map		textures/penta/cloud05.tga
	}
}

/*

Weather "simulations" are gamecode side, this means calculating wich layers and how much clouds we want, the "humidity" (mie scatteriing) parameter of the atmosphere, time of day, sun intensisty are done by the game.
The pysical side of things (calculating the actual colors based on the parameters ...) are done by the engine (and most of them by the graphics hardware)
The params are from the atmosphere entity??  The cloud textures should just be made by the artists?  Simulating acual cloud shapes may be hard/slow
*/


//The sun sprite
material penta/sun
{

	noShadows
	noSelfShadow

	deform sprite
	{
		blend	add
		map		env/sun.tga
		color	parm0, parm1, parm2, 1.0
	}
}

//Shader parm 4 contains angle to the horizon in [0..1] range
//fixme use same calculations as for sun color and 60% reflectance from the moon surface??
material penta/moon
{
	noShadows
	noSelfShadow

	deform sprite
	{
		blend blend
		map		env/moon_full.tga
		color	moonRedTable[parm4], moonGreenTable[parm4], moonBlueTable[parm4], 1.0
	}
}

material penta/liquidTest
{
	discrete
	//translucent
	noshadows
	//sort subview
	twosided

	diffusemap	_black
	//specularmap	models/mapobjects/test/roof_s.tga
	//specularmap	_white
	{
		blend bumpmap
		map heightmap (textures/detail/crackedearth.tga, 20)
		scroll time*0.2, time*0.2
	}

	{
		refractWaterRenderMap	512	256		// size of the texture to draw the mirror view in
		//blend	blend
		//vertexcolor


		// fix up the projection
		translate 0.5 , 0.5
		scale 0.5 , 0.5
	}

	{
		mirrorWaterRenderMap	512	256		// size of the texture to draw the mirror view in
		blend blend
		vertexcolor

		// fix up the projection
		translate 0.50 , 0.50
		scale 0.5 , 0.5
	}


}

material terrain/rock
{
	discrete
	//translucent
	noshadows
	//sort subview
	{
		map		textures/base_wall/a_sopanel1_d01b.tga
		//mirrorRenderMap		256	256		// size of the texture to draw the mirror view in
		//blend	blend

		// give it a greenish tint
		//red	0.6
		//green	1
		//blue	0.6

		// opacity
		alpha	0.5

		// fix up the projection
		//translate	0.5 , 0.5
		//scale	0.5 , 0.5
	}
}

material terrain/rock2
{
	discrete
	//translucent
	noshadows
	{
		//mirrorRenderMap		256	256		// size of the texture to draw the mirror view in
		map		textures/base_wall/a_sopanel1_d01b.tga
		blend	blend

		// give it a greenish tint
		//red	0.6
		//green	1
		//blue	0.6

		// opacity
		//alpha	0.7

		// fix up the projection
		//translate	0.5 , 0.5
		//scale	0.5 , 0.5
	}
}

material penta/skydome_backdrop {

	noShadows
	noSelfShadow

	sort decal

	//Background color of the sky
	{
		vertexProgram skycolor2.cg
		vertexParm 		0	haloscale, halobias
		vertexParm		1	sun_x, sun_y, sun_z
		vertexParm		2	cosTable[ sun_azimuth / 360 ], sinTable[ sun_azimuth / 360 ], 0
		vertexParm		3	sinTable[ sun_azimuth / 360 ] * -1, cosTable[ sun_azimuth / 360 ], 0
		fragmentProgram skycolor2.cg
		fragmentMapBinding	0	skyGradient
	}
/*
	//Add high altitude clouds
	{
		blend add
		map _starCubeMap
		color stardens * 0.5, stardens * 0.5, stardens * 0.5, 0
		texGen equatorialSky
	}
*/



}

material penta/skydome_clouds {

	noShadows
	noSelfShadow
	noAtmosphere


	//Add high altitude clouds
	{
		if clouddens1
		blend add
		halfSphereMap atmosphere/high_heavy.tga
		color clouddens1, clouddens1, clouddens1, 0
		texGen skybox
	}
/*
	//Add medium clouds
	{
		blend GL_ONE_MINUS_SRC_ALPHA, GL_SRC_ALPHA
		vertexProgram litclouds.cg
		vertexParm 		0	cloudscale, cloudbias
		vertexParm		1	sun_x, sun_y, sun_z
		vertexParm		2	cloud_r, cloud_g, cloud_b, clouddens2
		vertexParm		3	cloudhighlight_r, cloudhighlight_g, cloudhighlight_b
		fragmentProgram litclouds.cg
		fragmentMap		0	halfSphereMap atmosphere/cloudy.tga
		fragmentMap		1	_skyGradient
	}
*/
	/*{
		//blend blend
		vertexProgram	warclouds3.cg
		vertexParm 		0		time*0.001


		fragmentProgram warclouds3.cg
		fragmentMap		0		env/clouds/mask.tga
		fragmentMap		1		env/clouds/altostratus01.tga
	}*/

	/*{
		blend add
		vertexProgram spherical_texgen.cg
		vertexParm 		0		time*0.005
		fragmentProgram spherical_texgen.cg
		fragmentMap		0	atmosphere/cloudhigh2.tga
	}*/

	/*{
		blend add
		halfSphereMap atmosphere/cloudhigh2.tga
		highquality
		texGen skybox
		rotate time*0.005
		vertexColor
	}*/
}

/*
material penta/skydome_clouds {

	noShadows
	noSelfShadow

	{
		vertexParm 		0		time*0.001
		vertexParm		1		0, 0, 1
		blend blend
		vertexProgram	warclouds2.vfp
//		pixelParm		0		1, 1, 1
//		pixelParm		1		0.5, 0.5, 0.5
		fragmentProgram	warclouds2.vfp
		fragmentMap		0		add(scale(heightmap(env/clouds/altostratus01.tga, 20), 1.0, 1.0, 1.0, 0.0),
									scale(env/clouds/altostratus01.tga, 0.0, 0.0, 0.0, 1.0))
		fragmentMap		1		_normalCubeMap
		fragmentMap		2		env/clouds/altostratus01.tga
		fragmentMap		3		env/clouds/mask.tga
	}
}
*/
/*
material penta/skydome_clouds {

	noShadows
	noSelfShadow

	{
		blend blend
		vertexProgram	warclouds.vfp
		vertexParm	0	time*0.01
		fragmentProgram	warclouds.vfp
		fragmentMap		0		env/clouds/altostratus01.tga
		fragmentMap		1		env/clouds/altostratus01.tga
		fragmentMap		2		env/clouds/mask.tga
	}
}
*/

/*
material penta/skydome_clouds {

	noShadows
	noSelfShadow

	//Cirrus
	{
		blend cloudhigh
		map env/clouds/cirrus01.tga
		color cirrus*10*(1-fog), cirrus*10*(1-fog), cirrus*10*(1-fog), cirrus*10*(1-fog)
	}

	//Cirrostratus
	{
		scroll time*wind_x*0.1, time*wind_y*0.1
		blend cloudhigh
		map env/clouds/cirrostratus01.tga
		color cirrostratus*10*(1-fog), cirrostratus*10*(1-fog), cirrostratus*10*(1-fog), cirrostratus*10*(1-fog)
	}

	//Alto stratus clouds
	{
		if (altostratus > 0.5)
		translate 0.5, 0.5
		scroll time*wind_x*0.8, time*wind_y*0.8
		blend cloudmedium
		map env/clouds/altostratus01.tga
		color 1.0, 1.0, 1.0, (1-fog)
	}

	//Alto stratus clouds
	{
		if (altostratus > 0.75)
		scroll time*wind_x*0.5, time*wind_y*0.5
		blend cloudmedium
		map Scale( env/clouds/altostratus01.tga, 0.8, 0.8, 0.8, 1.0)
		color 1.0, 1.0, 1.0, (1-fog)*0.75
	}

	//Stratocumulus
	{
		//if (status > 0.5)
		translate 0.5, 0.5
		scroll time*wind_x*0.25, time*wind_y*0.25
		blend cloudmedium
		map env/clouds/stratocumulus01.tga
		color 1.0, 1.0, 1.0, stratocumulus*(1-fog)
	}
}

*/

//Single cloud puff of a particle cloud
material penta/cloud {

	noShadows
	noSelfShadow

	{
		if 0
		blend blend

		//vertexProgram	cloud_blob.cg
		//vertexParm	0 1
		//fragmentProgram	cloud_blob.cg
		//fragmentMap 0	env/clouds/cumulus02.tga
		color cloudhighlight_r, cloudhighlight_g, cloudhighlight_b, clouddens3
		map env/clouds/cumulus02.tga
	}
}

/*
material penta/skydome_scaletest {

	//Basic sky color
	{
		blend skycolor
		map _white
	}

	//Add stars
	{
		color stardens, stardens, stardens, 1.0
		blend add
		texGen skybox
		//vertexcolor
		map _starCubeMap
	}

	//Cirrus
	{
		//scroll 0, time*0.001
		scale 0.00005, 0.00005
		blend cloudhigh
		map env/clouds/cirrus01.tga
		color cirrus*10*(1-fog), cirrus*10*(1-fog), cirrus*10*(1-fog), cirrus*10*(1-fog)
	}

	//Cirrostratus
	{
		scroll 0, time*0.001
		scale 0.00005, 0.00005
		blend cloudhigh
		map env/clouds/cirrostratus01.tga
		color cirrostratus*10*(1-fog), cirrostratus*10*(1-fog), cirrostratus*10*(1-fog), cirrostratus*10*(1-fog)
	}

	//Alto stratus clouds
	{
		blend cloudmedium
		//blend blend
		scale 0.00005, 0.00005
		map Scale( env/clouds/altostratus01.tga, 1.2, 1.2, 1.2, 1.0)
		color 1.0, 1.0, 1.0, altostratus*(1-fog)
	}

}*/



material penta/glare
{
	{
		//blend add
		program	glare.vfp
		vertexParm		0		1/1024.0;
		vertexParm		1		0.9, 0.6, 0.9			// target full intensity RGB
		fragmentMap		0		_currentRender
	}
}

/**
	Post process material that shows the destination alpha channel.
	(Fixed the engine so postprocess alpha works!)`
*/
material penta/showalpha
{
	sort postprocess
	translucent
	{
		program	postprocess/showAlpha
	}
}

material penta_showalpha
{
	sort postprocess
	translucent
	{
		program	postprocess/showAlpha
	}
}

material penta/showdepth
{
	{
		//blend GL_SRC_ALPHA, GL_ZERO
		vertexProgram	post_showdepth.cg
		fragmentProgram	post_showdepth.cg
		vertexParmBinding	0		currentRenderPow2Correction
		fragmentParmBinding	1		proj2View
		fragmentParmBinding	2		pos2View
		fragmentMap		0		_currentDepth
		fragmentMap		1		_currentRender
		//map _currentDepth
	}
	sort postprocess
}

material penta/noglare
{
	{
		//blend GL_ZERO, GL_SRC_ALPHA
		maskColor
		maskDepth
		map _default
		//alpha 0.1
	}
	
	translucent
}

material system/noglare
{
	sort postprocess
	{
		blend GL_ZERO, GL_SRC_ALPHA
		maskColor
		alpha 0.1
		map _default
	}
	
	translucent
}

material penta/grasstest {
	twoSided
	{
		blend diffusemap
		map textures/foliage/greengrass001_d.tga
		//scale 0.125, -0.25
		alphaTest 0.5
	}
	{
		blend bumpmap
		map textures/foliage/greengrass001_local.tga
		//scale 0.125, -0.25
	}
}

material penta/imposter {
	//noShadow
	//twoSided

	{
		blend diffusemap
		map models/mapobjects/tree/tree_surf_packed.tga
		scale 1, 0.5
		alphaTest 0.5
	}
	//{
	//	blend bumpmap
	//	map models/mapobjects/tree/tree_surf_packed.tga
		//scale 1, 0.5
		//translate 0, 1
	//}
}


material penta/raintest {
	{
		blend add
		rotate 180
		map textures/particles/raintest.tga
		maskalpha
	}

}

material penta/test_1 {

	//discrete
	//noshadows
	//twosided
	//diffusemap	_black
	nonsolid

	{
		//blend blend
		vertexProgram	water.vfp
		fragmentProgram	water.vfp
		vertexParmBinding	0	mvptMatrix_0
		vertexParmBinding	1	mvptMatrix_1
		vertexParmBinding	2	mvptMatrix_2
		vertexParmBinding	3	mvptMatrix_3
		vertexParmBinding	4	viewOrigin
		vertexParmBinding	5	currentRenderPow2Correction
		vertexParm		6	time * 0.05
		fragmentMap	0	mirrorRender
		fragmentMap	1	textures/penta/watertest.tga
		fragmentMap	2	_currentRender
		maskalpha
	}
}

material penta/test_2 {

	//discrete
	//noshadows
	//twosided
	//diffusemap	_black

	{
		//blend blend
		vertexProgram	water_cube.vfp
		fragmentProgram	water_cube.vfp
		vertexParmBinding	0	mvptMatrix_0
		vertexParmBinding	1	mvptMatrix_1
		vertexParmBinding	2	mvptMatrix_2
		vertexParmBinding	3	mvptMatrix_3
		vertexParmBinding	4	viewOrigin
		vertexParmBinding	5	currentRenderPow2Correction
		vertexParm		6	time * 0.1
		fragmentMap	0	cubeMap env/watertest
		fragmentMap	1	textures/penta/watertest.tga
		fragmentMap	2	_currentRender
		maskalpha
	}
}

material penta/watertest {
	nonsolid
	{
		useTemplate material/water_reflect<
					"textures/penta/watertest.tga",
					"time * 0.05",
					"0",
					"0.6",
					"0.7",
					"0.7",
					"0.04",
					"6"
		>

	}
}

material penta/watertest_old {

	//discrete
	//noshadows
	//twosided
	//diffusemap	_black
	nonsolid

	{
		//blend blend
		vertexProgram	water/gerstner_reflect.vfp
		fragmentProgram	water/gerstner_reflect.vfp
		vertexParmBinding	0	mvptMatrix_0
		vertexParmBinding	1	mvptMatrix_1
		vertexParmBinding	2	mvptMatrix_2
		vertexParmBinding	3	mvptMatrix_3
		vertexParmBinding	4	viewOrigin
		vertexParmBinding	5	currentRenderPow2Correction
		vertexParm		6	time * 0.05, time * 0.1, time * 0.03, time * 0.07

		vertexParmBinding	7	waveDirX
		vertexParmBinding	8	waveDirY
		vertexParmBinding	9	wavePhase
		vertexParmBinding	10	waveFrequency
		vertexParmBinding	11	waveAmplitude
		vertexParmBinding	12	waveDirXQ
		vertexParmBinding	13	waveDirYQ
		vertexParmBinding	14	waveDirXXQW
		vertexParmBinding	15	waveDirYYQW
		vertexParmBinding	16	waveDirXYQW
		vertexParmBinding	17	waveDirXW
		vertexParmBinding	18	waveDirYW
		vertexParmBinding	19	waveQW


		fragmentParm	0	1
		fragmentParm	1	0.5, 0.7, 0.3, 1
		fragmentParm	2	0.05, 0.05, 0, 0

		fragmentMap	0	mirrorRender
		fragmentMap	1	textures/penta/watertest.tga
		fragmentMap	2	_currentRender
		//maskalpha
	}
	//sort earlyPostProcess
	translucent
}

material penta/lightbeam {
	{
		map textures/penta/lightbeam.tga
		blend add
		//color parm0, parm1, parm2, 1
		rgb 0.5
		alpha 0.7
		//maskcolor
	}
}

material penta/litsmoke {


	translucent
	discrete
	nonsolid
	noimpact
	{
		blend blend
		maskAlpha
		map _white
	}


}

material penta/flame_ember01
{
	//sort 2
	//noAtmosphere
	qer_editorimage textures/particles/flash/ember_mid.tga
	{
		blend add
		color 0.5, 0.5, 0.5, 0.5
		map clamp textures/particles/flash/ember_mid.tga
		//alpha 0
		maskalpha
		vertexcolor
	}
}

material penta/flame_ember01_burn
{
	//sort 2
	//noAtmosphere
	qer_editorimage textures/particles/flash/ember_mid.tga
	{
		blend GL_ZERO, GL_ONE_MINUS_SRC_COLOR
		map clamp textures/particles/flash/ember_mid.tga
		maskalpha
		vertexcolor
	}
}

material penta/depthsprites
{
	qer_editorimage models/penta/sphere_depth.tga
	{
		blend blend
		program depth_sprite.cg
		vertexParm 0 120
		fragmentMap 0 textures/particles/barrelpoof.tga
		fragmentMap 2 makealpha(textures/particles/barrelpoof.tga)

		translate time, 5
	}

	translucent
}


material penta/debris_ember
{
	{
		blend blend
		map clamp textures/particles/debris/debris1.tga
		vertexcolor
		rotate time * 3
	}
}

material penta/debris_smoke
{
	twoSided
	{
		blend add
		map textures/particles/flash/flameball01.tga
		vertexcolor
	}
	{
		blend blend
		map makealpha(textures/particles/barrelpoof.tga)
		vertexcolor
	}



}

material penta/generic_smoke
{
	{
		blend blend
		vertexcolor
		map textures/particles/barrelpoof.tga
	}
}

material penta/smoke_trail
{
	twosided

	{
		blend blend
		vertexcolor
		map makealpha(textures/particles/smoke/smoke_trail02.tga)
	}
	{
		blend add
		vertexcolor
		map textures/particles/smoke/flame_trail02.tga
	}
}

material penta/black_hole
{
	twosided

	{
		vertexProgram	heatHaze.vfp
		vertexParm		0		0 , 0
		vertexParm		1		20	// magnitude of the distortion
		fragmentProgram	heatHaze.vfp
		fragmentMap		0		_currentRender
		fragmentMap		1		textures/particles/blackhole_local.tga
		maskAlpha
	}
	/*{
		blend filter
		map textures/particles/blackhole_filter.tga
		rotate time * -2
		clamp
	}*/
	{
		blend add
		map textures/particles/blackhole_luma.tga
		rotate time * 3
		zeroclamp
	}
}

material penta/railgun_spark2
{
	twosided
	{
		blend add
		map textures/particles/vpring1_alpha.tga
		zeroclamp
		vertexcolor
	}
}

material penta/railgun_bolt3
{
	twosided
	{
		vertexProgram	heatHaze.vfp
		vertexParm		0		0 , 0
		vertexParm		1		20	// magnitude of the distortion
		fragmentProgram	heatHaze.vfp
		fragmentMap		0		_currentRender
		fragmentMap		1		textures/particles/railslug_local.tga
		maskAlpha
	}
	/*{
		blend filter
		map textures/particles/railslug_filter.tga
		clamp
	}*/
	/*{
		blend add
		maskalpha
		map textures/effects/weapons/muzzleflash_s2a.tga
		vertexcolor
		scale -1, 1
		useTemplate templates/materials/animate< 8, 0.05 >
	}*/
}

material penta/railgun_trail
{
	twosided
	{
		blend add
		map textures/particles/railslug_trail.tga
		clamp
		vertexcolor
	}
}

material penta/bolt
{
	//twosided
	/*{
		blend blend
		//maskalpha
		//vertexprogram plasma.cg
		//fragmentprogram plasma.cg

		//fragmentMap 0 textures/sfx/noise.tga
		//fragmentMap 2 clamp textures/sfx/plasmalookup2.tga

		//vertexParm 0 time
		//fragmentParm 0 time

		map textures/sfx/plasmabolt.tga
	}*/
}

material particles/penta/landfallheathaze {
	noshadows
	translucent
	nonsolid
	sort postprocess
	/*{
		vertexProgram	heatHazeWithVertex.vfp
		vertexParm		0		0 , 0
		vertexParm		1		10	// magnitude of the distortion
		fragmentProgram	heatHazeWithVertex.vfp
		fragmentMap		0		_currentRender
		fragmentMap		1		textures/particles/smoke/smokenormal.tga
		maskAlpha
	}*/
	/*{
		map _white
		vertexcolor
	}*/
}

material particles/penta/landfallflame2
{
	noAtmosphere
	qer_editorimage textures/particles/flash/ember_mid.tga
	{
		blend add
		color 0.5, 0.5, 0.5, 0.5
		map clamp textures/particles/flash/ember_mid.tga

		maskalpha
		vertexcolor
		//useTemplate templates/materials/animate_rows< 16, 2, 1>
	}
}

material penta/flash {
	{

		blend add
		vertexcolor
		map textures/particles/vpring1_alpha.tga
		//maskalpha
		alpha 0.01
	}
}

material penta/halo {
	{
		blend add
		vertexcolor
		map textures/particles/halo.tga
		maskalpha
	}
}

material penta/halo2 {
	qer_editorimage textures/particles/halo.tga
	{
		blend add
		vertexcolor
		map textures/particles/halo.tga
	}
}

material penta/landfall_cloud {
	qer_editorimage textures/particles/smoke/smokepuff.tga
	{
		blend		blend
		map			makealpha( textures/particles/smoke/smokepuff.tga )
		vertexcolor
	}
}

material penta/landtile {
	//bumpmap _flat
	{
		map commandmaps/canyon.tga
		red sun_r
		green sun_g
		blue sun_b
	}
}

material penta/frametest {
	{
		map textures/penta/frametest.tga
		vertexcolor
		blend blend
	}
}

material penta/raindrop {
	{
		blend blend
		cullFace none
		map alphazeroclamp textures/particles/raindrop.tga
		
	}
}


material penta/raindrop2 {
	qer_editorimage textures/particles/raindrop2.tga
	nonsolid
	sort refraction
	translucent
	forceAtmosphere
	backSide penta/raindrop2

{
	program	water/simple_cube_alpha
	diffuseMap alphazeroclamp textures/particles/raindrop2.tga
	bumpMap alphazeroclamp textures/particles/raindrop2_local.tga
	map clamp highquality textures/penta/specular.tga
	environmentCubeMap cubemap env/valley
	water_tint	  1, 1, 1
	water_distortion  1, 0.1, 1, 0	
	water_fresnel	  20
	water_glare	  1
	water_offset 0, 0, 0, 0 
	water_desat 0.7
}
}

material penta/snowflake {
	{
		blend blend
		map alphazeroclamp textures/particles/snowflake.tga
	}
}

material penta/snowflake2 {
	{
		blend blend
		map alphazeroclamp textures/particles/snowflake2.tga
	}
}

material penta/snowflake3 {
	{
		blend blend
		map alphazeroclamp textures/particles/snowflake3.tga
	}
}
template simpleHeatMaterial {
	parameters	<
		temperature,
		noisescale
	>

	text {
		noatmosphere
		{
			//program heatsight/simple
			//parameters temperature, noisescale
			map _white
			rgb temperature
		}
	}
}

material penta/heat_sight
{
	useTemplate simpleHeatMaterial< 1.5, 0.01 >
}

material penta/heat_sight_test
{
	{
		//blend blend
		map	textures/base_wall/darkconcrete_b.tga
	}
}




material penta/heat_sight_atmosphere
{
	{
		program heatsight/atmosphere
	}
}

material penta/fade_edge_test {
	{
		blend add
		program trivialEdgeFade
		map textures/penta/oceangradient.tga
	}
}
/*
material penta/softtest {
	{
		blend blend
		program soft_particles
		map		makealpha (textures/particles/dustcloud_02.tga)
		mask	_currentDepth
		vertexcolor
	}
}
*/

material penta/inverse {
	{
		program sfx/maskedInvert
		blend GL_ONE_MINUS_DST_COLOR, GL_SRC_ALPHA
		map makealpha (textures/particles/dustcloud_02.tga)
		maskalpha
		vertexcolor
	}
}