HLSL BumpMap Problem...Please Help

void NormalMap_Diffuse_VS2(float4 Pos : POSITION,float3 Normal : NORMAL,float2 Tex : TEXCOORD0,float3 Tan : TANGENT,
				 out float4 oPos : POSITION,
				 out float2 oTex : TEXCOORD0,
				 out float3 oLight1 : TEXCOORD1,
				 out float3 oView : TEXCOORD2,
				 out float4 ovPos : TEXCOORD3)
{
	oPos   = mul(Pos, matWorldViewProj);
	ovPos = mul(Pos, matWorld);
	float3x3 TanMatrix;
	TanMatrix[0] = mul(Tan,matWorldView);
	TanMatrix[1] = mul(cross(Normal,Tan),matWorldView);
	TanMatrix[2] = mul(Normal,matWorldView);

	float3 LightDir = mul(matWorldViewInv,Light1Pos-Pos);
	oLight1 = mul(TanMatrix,LightDir);

////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////
	// I THINK THIS IS WHAT IS CAUSEING IT TO MOVE WHEN I DONT WANT IT TOO
	// BUT IM NOT SURE
	float3 EyeVec = normalize(vecEye );
	oView  = mul(matWorldViewInv,-Light1Pos) + EyeVec;
////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////
	// THIS LINE KEEPS THE LIGHT STILL BUT WONT REFLECT THE SPECULAR CORRECTLY
	//oView  = mul(vecEye.xyz-Pos, matWorld);

	

	oTex = Tex;
}

float4 NormalMap_Diffuse_PS2(float2 Tex: TEXCOORD0,
							 float3 Light1: TEXCOORD1,
							 float3 View : TEXCOORD2,
							 float3 vPos : TEXCOORD3): COLOR
{

	float4 Ambient = tex2D( g_samScene, Tex ) * 0.3f;
   
	float3 vLight = normalize( float3( vPos - Light1Pos ) );
    if( dot( vLight, -normalize(Light1Pos) ) > 0.78539816339744830961566084581988 ) // Light must face the pixel (within Theta)
    {
		float3 Normal = (tex2D(g_samBump,Tex));
		Normal = (Normal) * 2 - 1;

		float3 ViewVec = normalize(View);
		
		Light1 = normalize(Light1);

		float diff = saturate(dot(Normal, Light1));
		float3 R = normalize(2 * diff * Normal - (Light1));
	
		float spec = max(dot(R,ViewVec),0);
		float SelfShadow = saturate(4*diff);
		

		float4 specular = SelfShadow*pow(spec,Shinyness) * (Scolor*Sintensity) ;

		float4 Diffuse = SelfShadow*diff*Light1Color;

		//return Ambient + ( tex2D( g_samScene, Tex ) * (Diffuse+specular));
		//return Diffuse+specular;
		//return Diffuse;
		return (tex2D( g_samScene, Tex )*0.3) + specular;
	}
	else
		return Ambient;
}