float3 f3ToEyeWS = normalize(m_f3CameraPosition - f4PosWS.xyz);float3 f3HalfWS = normalize(f3LightVectorWS + f3ToEyeWS);float fNdotH = max(0.0f, dot(f3NormalWS, f3HalfWS));float fSpecularTerm = fSpecIntensity * pow(fNdotH, fSpecPower);

// Pass depthOut.Depth.x = Out.Position.z;Out.Depth.y = Out.Position.w;

// Depth (z / w)Out.RT2.r = In.Depth.x / In.Depth.y;

// Depthfloat fDepth = m_kRT2.Sample(m_kPointSampler, In.TexCoord).x;// Convert to world space posfloat4 f4PosWS;f4PosWS.x = (In.TexCoord.x * 2.0f) - 1.0f;f4PosWS.y = -((In.TexCoord.y * 2.0f) - 1.0f);f4PosWS.z = fDepth;f4PosWS.w = 1.0f;f4PosWS = mul(f4PosWS, m_kInvViewProjection);f4PosWS /= f4PosWS.w;

// Specular light termfloat3 f3ToEyeWS = normalize(m_f3CameraPosition - f4PosWS.xyz);float3 f3HalfWS = normalize(f3LightVectorWS + f3ToEyeWS);float fNdotH = max(0.0f, dot(f3NormalWS, f3HalfWS));float fSpecularTerm = saturate(fSpecIntensity * pow(fNdotH, fSpecPower));

// Transform normals to worldOut.Normal = mul( In.Normal, (float3x3)m_kWorld );

// NormalsOut.RT1.rgb = 0.5f * (normalize(In.Normal) + 1.0f);

// Get normalfloat3 f3NormalWS = 2.0f * f4RT1Sample.xyz - 1.0f;

Quote:Original post by Pragma
I would bet that's your problem - 8 bits is really not enough for normals. There are lots of good suggestions for normal storage (with code) here.