Deferred shading issues?

float3x3 rotWorld = (float3x3)g_World; // extract the transformation matrix, leave out the translation, where g_World is the absolute transform of the model.out.normal.xyz = normalize(mul(rotWorld, in.normal.xyz)); // you dont HAVE to normalize if both the in.normal and rotWorld are normalized already.

void main(	in float4 position        : POSITION,		in float2 texCoords       : TEXCOORD0,	        in float3 normal          : NORMAL,		in float3 tangent         : TEXCOORD2,		in float3 bitangent       : TEXCOORD3,		out float4 positionOUT    : POSITION,		out float2 texCoordsOUT   : TEXCOORD0,		out float4x4 TBNOUT       : TEXCOORD1,		out float4 posOUT         : TEXCOORD5){	positionOUT = mul(glstate.matrix.mvp, position);	texCoordsOUT = texCoords;	        //TBN matrix	TBNOUT = float4x4(tangent.x, bitangent.x, normal.x, 0,                          tangent.y, bitangent.y, normal.y, 0,                          tangent.z, bitangent.z, normal.z, 0,                          0, 0, 0, 1 );        //Here I pass the position raw as it is, this probably is the problem?	posOUT = position;}

void main(      in float4 colorIN        : COLOR0,	        in float2 texCoords      : TEXCOORD0,		in float4x4 inTBN        : TEXCOORD1,		in float4 posIN          : TEXCOORD5,		out float4 colorOUT      : COLOR0,//Normals		out float4 depthOUT      : COLOR1,//Depth		out float4 aux1OUT       : COLOR2,//Diffuse					uniform sampler2D decal  : TEXUNIT0,		uniform sampler2D normal : TEXUNIT1){        //Normals multiplied with the TBN matrix	float4 NormalMap = tex2D(normal, texCoords);	colorOUT.xyz = mul(inTBN, (NormalMap * 2 - 1));        //Depth pass (position for now)	depthOUT = posIN;	//Aux1 pass (diffuse color)	float4 Diffuse = tex2D(decal, texCoords);	if(Diffuse.w < 0.5f) discard;//Any alpha from the pixels is discarded	aux1OUT.xyz = Diffuse.xyz;}

void main(	in float4 position        : POSITION,		in float2 texCoords       : TEXCOORD0,		out float4 positionOUT    : POSITION,		out float2 texCoordsOUT   : TEXCOORD0){	positionOUT = mul(glstate.matrix.mvp, position);	texCoordsOUT = texCoords;}

void main(      float2 UV: TEXCOORD0,                 uniform float3 LightColor,                uniform float4 LightPos,                uniform float3 EyePosition,                uniform sampler2D DiffuseTexture,                uniform sampler2D DepthTexture,                uniform sampler2D NormalTexture,                out float4 oColor: COLOR){	float4 tDiffuse  = tex2D(DiffuseTexture, UV);	float4 tPosition = tex2D(DepthTexture,   UV);	float4 tNormal   = tex2D(NormalTexture,  UV);	        //See here: The position is raw from the texture, might be a problem?	float3 LightDir = LightPos - tPosition.xyz;	float dist = length(LightDir);	float atten = max(0.0f, 1.0f - saturate((dist) / (LightPos.w)));	float3 EyeDir = normalize(EyePosition.xyz - tPosition.xyz);        float3 Half = normalize(normalize(LightDir.xyz) + EyeDir.xyz);   	float diffuse = max(dot(normalize(tNormal.xyz), normalize(LightDir)), 0);	float3 specular = pow(saturate(dot(tNormal.xyz, Half)), 64);	float3 lighting = atten * (((diffuse * tDiffuse.xyz) * LightColor));	oColor.xyz = lighting * 2.5f;//I multiply it here, more powerful lighting ;)	oColor.w = 1.0f;}