Mirrored UV's and Tangent Space (SOLVED)

//----------------// Vertex Program//----------------varying vec3 lightVec;attribute vec3 Tangent, Bitangent;uniform vec4 LightPos;uniform mat4 WorldMatrix;uniform mat4 InvWorldMatrix;   void main(){   //Pass out our transformed Position and TexCoords   gl_Position = ftransform();   gl_TexCoord[0] = gl_MultiTexCoord0;      //Calculate the Tangent-Space matrix. This may need tweaking   mat3 TBNMatrix = mat3(Bitangent, Tangent, gl_Normal);      //Get the "world position" of the vertex   vec4 vectWorld = WorldMatrix * gl_Vertex;   //Cast a ray to the light from that position   vec4 lightToPoint = LightPos - vectWorld;      //Transform the light-ray to world space   vec3 lightWorld = (InvWorldMatrix * lightToPoint).xyz;      //Put the light direction in tangent space   lightVec = TBNMatrix * lightWorld;  }//------------------// Fragment Program//------------------varying vec3 lightVec;uniform sampler2D tex, tex1;   void main(){   //Normalize the light Vector per-fragment   vec3 lightDir = normalize(lightVec);      //Unpack and normalize the per-fragment normals   vec3 cNormal = 2.0 * ( texture2D(tex1, gl_TexCoord[0].st).rgb - 0.5);   //cNormal = vec4( 0.0, 0.0, 1.0, 1.0 ); //Uncomment for per-vertex shading.   cNormal = normalize(cNormal);      //Calculate the angle to the light, clamp to 0   float angleToLight = max( dot(lightDir,cNormal), 0.0 );      //Get Diffuse texture color   vec4 cDiffuse = texture2D(tex, gl_TexCoord[0].st);   //cDiffuse = vec4( 1.0, 1.0, 1.0, 1.0 ); //Uncomment for normal shading only.      //Compute final fragment color. No ambient.    gl_FragColor = vec4(cDiffuse.rgb * angleToLight, cDiffuse.a);}

//Per Triangle Normal Generation 	cVect3 edge1 = v1.position - v0.position;	cVect3 edge2 = v2.position - v0.position;	normal = edge2.Cross( edge1 );//Per Triangle Tangents Generation        cVect3 P = v1.position - v0.position;	cVect3 Q = v2.position - v0.position;	float s1 = v1.texcoord.x - v0.texcoord.x;	float t1 = v1.texcoord.y - v0.texcoord.y;	float s2 = v2.texcoord.x - v0.texcoord.x;	float t2 = v2.texcoord.y - v0.texcoord.y;	float tmp = 0.0f;	if(fabs(s1*t2 - s2*t1) <= 0.0001f)	{		//Prevent Divide by zero funkiness		tmp = 1.0f;	}	else	{		tmp = 1.0f/(s1*t2 - s2*t1);	}		tangent.x = (t1*Q.x - t2*P.x);	tangent.y = (t1*Q.y - t2*P.y);	tangent.z = (t1*Q.z - t2*P.z);		tangent *= tmp;	bitangent.x = (s1*Q.x - s2*P.x);	bitangent.y = (s1*Q.y - s2*P.y);	bitangent.z = (s1*Q.z - s2*P.z);	bitangent *= tmp;

varying vec3 lightVec;attribute vec3 Tangent, Bitangent;uniform vec4 LightPos;uniform mat4 WorldMatrix;uniform mat4 InvWorldMatrix;   void main(){   //Pass out our transformed Position and TexCoords   gl_Position = ftransform();   gl_TexCoord[0] = gl_MultiTexCoord0;      //Calculate the Tangent-Space matrix. This may need tweaking   mat3 TBNMatrix = mat3(Tangent.x, Bitangent.x, gl_Normal.x,						 Tangent.y, Bitangent.y, gl_Normal.y,						 Tangent.z, Bitangent.z, gl_Normal.z);      //Get the "world position" of the vertex   vec4 vectWorld = WorldMatrix * gl_Vertex;   //Cast a ray to the light from that position   vec4 lightToPoint = LightPos - vectWorld;      //Transform the light-ray to world space   vec3 lightWorld = (InvWorldMatrix * lightToPoint).xyz;      //Put the light direction in tangent space   lightVec = TBNMatrix * lightWorld;  }