ich hab schon das Aussehen fast hinbekommen aber ich brauch noch eine Verbesserung das Wasser muss sich auf alle fälle bewegen
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bmap waterbump = <waterbump.bmp>;
bmap envspec = <sky1.tga>; // <skycube+6.tga>;
function mtl_ffpwater_1()
{
///////////////////////////////////////////////
// Lets make it scroll in some direction
//
mtl.skill1 += time;
mtl.matrix41 = floatd(mtl.skill1,4000);
}
function mtl_ffpwater_init()
{
mtl.matrix11 = float(1.6);
mtl.matrix22 = float(0.8);
bmap_to_mipmap(mtl.skin1);
bmap_to_mipmap(mtl.skin2);
bmap_to_normals(mtl.skin1,10.5);
bmap_to_cubemap(mtl.Skin2);
mtl.event = mtl_ffpwater_1;
mtl.enable_view = on;
}
material mtl_ffpwater
{
skin1=waterbump;
skin2=envspec;
event = mtl_ffpwater_init;
effect = "
matrix matMtl;
texture mtlSkin1;
texture mtlSkin2;
technique makewater
{
pass p0
{
/////////////////////////////////////////
// stage 0 /
/////////////////////////////////////////
Texture[0] = <mtlSkin1>;
magFilter[0]=linear;
minFilter[0]=linear;
mipFilter[0]=linear;
ColorArg1[0] = Texture;
ColorOp[0] = bumpenvmap;
ColorArg2[0] = current;
TextureTransformFlags[0] = Count2; // | Projected;
TextureTransform[0] = <matMtl>;
///////////////////////////////////////
// stage 1
///////////////////////////////////////
Texture[1] = <mtlSkin2>;
magFilter[1]=linear;
minFilter[1]=linear;
mipFilter[1]=linear;
AddressU[1]=Clamp;
AddressV[1]=Clamp;
ColorArg1[1] = Texture;
ColorOp[1] =selectarg1;
TextureTransformFlags[1] =count3 | projected;
texcoordindex[1]= cameraspaceposition | 2; // For cubemap use: cameraspacereflectionvector
colorop[2] = disable;
alphaop[2] = disable;
}
}
technique fallback { pass p0 { } }
";
}
action ffp_water {
my.transparent=on;
my.alpha=90;
my.material = mtl_ffpwater;
}
bmap waterbump = <waterbump.bmp>;
bmap envspec = <sky1.tga>; // <skycube+6.tga>;
function mtl_ffpwater_1()
{
///////////////////////////////////////////////
// Lets make it scroll in some direction
//
mtl.skill1 += time;
mtl.matrix41 = floatd(mtl.skill1,4000);
}
function mtl_ffpwater_init()
{
mtl.matrix11 = float(1.6);
mtl.matrix22 = float(0.8);
bmap_to_mipmap(mtl.skin1);
bmap_to_mipmap(mtl.skin2);
bmap_to_normals(mtl.skin1,10.5);
bmap_to_cubemap(mtl.Skin2);
mtl.event = mtl_ffpwater_1;
mtl.enable_view = on;
}
material mtl_ffpwater
{
skin1=waterbump;
skin2=envspec;
event = mtl_ffpwater_init;
effect = "
matrix matMtl;
texture mtlSkin1;
texture mtlSkin2;
technique makewater
{
pass p0
{
/////////////////////////////////////////
// stage 0 /
/////////////////////////////////////////
Texture[0] = <mtlSkin1>;
magFilter[0]=linear;
minFilter[0]=linear;
mipFilter[0]=linear;
ColorArg1[0] = Texture;
ColorOp[0] = bumpenvmap;
ColorArg2[0] = current;
TextureTransformFlags[0] = Count2; // | Projected;
TextureTransform[0] = <matMtl>;
///////////////////////////////////////
// stage 1
///////////////////////////////////////
Texture[1] = <mtlSkin2>;
magFilter[1]=linear;
minFilter[1]=linear;
mipFilter[1]=linear;
AddressU[1]=Clamp;
AddressV[1]=Clamp;
ColorArg1[1] = Texture;
ColorOp[1] =selectarg1;
TextureTransformFlags[1] =count3 | projected;
texcoordindex[1]= cameraspaceposition | 2; // For cubemap use: cameraspacereflectionvector
colorop[2] = disable;
alphaop[2] = disable;
}
}
technique fallback { pass p0 { } }
";
}
action ffp_water {
my.transparent=on;
my.alpha=90;
my.material = mtl_ffpwater;
}
