| //Input variables |
| float4x4 world; |
| float4x4 inverseWorld; |
| float4x4 worldViewProjection; |
| float4 viewPosition; |
|
| float4 Ambient; |
| float4 DirectionalDirection; |
| float4 DirectionalColor; |
| float4 PointPosition; |
| float4 PointColor; |
| float PointFactor; |
|
| float4 Material; |
|
| texture SkinTexture; |
| sampler Skin = sampler_state |
| { |
| Texture = (SkinTexture); |
| ADDRESSU = CLAMP; |
| ADDRESSV = CLAMP; |
| MAGFILTER = LINEAR; |
| MINFILTER = LINEAR; |
| MIPFILTER = LINEAR; |
| }; |
|
| texture NormalMapTexture; |
| sampler NormalMap = sampler_state |
| { |
| Texture = (NormalMapTexture); |
| ADDRESSU = CLAMP; |
| ADDRESSV = CLAMP; |
| MAGFILTER = LINEAR; |
| MINFILTER = LINEAR; |
| MIPFILTER = LINEAR; |
| }; |
|
| texture ReflectionTexture; |
| sampler Reflection = sampler_state |
| { |
| Texture = (ReflectionTexture); |
| ADDRESSU = CLAMP; |
| ADDRESSV = CLAMP; |
| MAGFILTER = LINEAR; |
| MINFILTER = LINEAR; |
| MIPFILTER = LINEAR; |
| }; |
|
|
| struct VS_INPUT |
| { |
| float4 ObjectPos: POSITION; |
| float2 Tex : TEXCOORD0; |
| float3 ObjectNormal : NORMAL; |
| }; |
|
| struct VS_OUTPUT |
| { |
| float4 ScreenPos: POSITION; |
| float2 Tex: TEXCOORD0; |
| float3 WorldNormal: TEXCOORD1; |
| float4 PointDirection: TEXCOORD2; |
| }; |
|
|
| VS_OUTPUT AircraftVS(VS_INPUT In) |
| { |
| VS_OUTPUT Out; |
|
| //Move to screen space |
| Out.ScreenPos = mul(In.ObjectPos, worldViewProjection); |
| |
| float4 WorldPos = mul(In.ObjectPos, world); |
| float4 WorldNormal = mul(In.ObjectNormal, world); |
| |
| //Pass on texture coordinates and normal |
| Out.Tex = In.Tex; |
| Out.WorldNormal = WorldNormal; |
|
| //Direction of point light to this vertex |
| float4 lightDir; |
| lightDir= PointPosition - WorldPos; |
| float dist = length(lightDir); |
| lightDir = lightDir/dist; |
| |
| //Store attenuation in w |
| lightDir.w = saturate(1/(PointFactor * dist)); |
|
| Out.PointDirection = lightDir; |
|
| return Out; |
| } |
|
| float4 DirectionalLight(float3 WorldNormal) |
| { |
| return DirectionalColor * saturate(dot(WorldNormal, normalize(DirectionalDirection))); |
| } |
|
| float4 PointLight(float3 Normal, float4 PointDirection) |
| { |
| return PointColor * saturate(PointDirection.w * dot(Normal, normalize(PointDirection.xyz))); |
| } |
|
| float4 AircraftPS( float2 tex: TEXCOORD0, float3 WorldNormal : TEXCOORD1, float4 PointDirection : TEXCOORD2) : COLOR |
| { |
| WorldNormal = normalize(WorldNormal); |
| |
| float4 Directional = DirectionalLight(WorldNormal); |
| float4 Point = PointLight(WorldNormal, PointDirection); |
| |
| //Specular map is in alpha of diffusemap and material |
| float MattFactor = Material.a * tex2D(Skin, tex).a; |
|
| //Add it all up |
| float4 retval; |
|
| retval= saturate( |
| Material * |
| ( //Remove alpha channel from texture |
| ((Ambient + Directional + Point) * float4(tex2D(Skin, tex).rgb, 1)) + |
| (1-MattFactor) * texCUBE(Reflection, WorldNormal) |
| ) |
| ); |
|
| |
| |
| return retval; |
| } |
|
|
|
| //--------------------------------------------------------------// |
| // Technique Section for Aircraft Effects |
| //--------------------------------------------------------------// |
| technique Aircraft |
| { |
| pass Single_Pass |
| { |
| ZENABLE = TRUE; |
| ZWRITEENABLE = TRUE; |
| |
| CULLMODE = CW; |
|
| VertexShader = compile vs_1_1 AircraftVS(); |
| PixelShader = compile ps_2_0 AircraftPS(); |
| } |
|
| } |
|
