better shaders a bit

src/DifBuilder.hx

@@ -933,15 +933,15 @@ class DifBuilder {
 						uvs.push(uv3);
 						uvs.push(uv2);
 						uvs.push(uv1);
-						t.push(new Point(tri.t3.x, tri.t3.y, tri.t3.z));
+						t.push(new Point(-tri.t3.x, tri.t3.y, tri.t3.z));
-						t.push(new Point(tri.t2.x, tri.t2.y, tri.t2.z));
+						t.push(new Point(-tri.t2.x, tri.t2.y, tri.t2.z));
-						t.push(new Point(tri.t1.x, tri.t1.y, tri.t1.z));
+						t.push(new Point(-tri.t1.x, tri.t1.y, tri.t1.z));
-						b.push(new Point(tri.b3.x, tri.b3.y, tri.b3.z));
+						b.push(new Point(-tri.b3.x, tri.b3.y, tri.b3.z));
-						b.push(new Point(tri.b2.x, tri.b2.y, tri.b2.z));
+						b.push(new Point(-tri.b2.x, tri.b2.y, tri.b2.z));
-						b.push(new Point(tri.b1.x, tri.b1.y, tri.b1.z));
+						b.push(new Point(-tri.b1.x, tri.b1.y, tri.b1.z));
-						n.push(new Point(tri.n3.x, tri.n3.y, tri.n3.z));
+						n.push(new Point(-tri.n3.x, tri.n3.y, tri.n3.z));
-						n.push(new Point(tri.n2.x, tri.n2.y, tri.n2.z));
+						n.push(new Point(-tri.n2.x, tri.n2.y, tri.n2.z));
-						n.push(new Point(tri.n1.x, tri.n1.y, tri.n1.z));
+						n.push(new Point(-tri.n1.x, tri.n1.y, tri.n1.z));
 					}
 					var prim = new Polygon(points);
 					prim.uvs = uvs;

src/DtsObject.hx

@@ -826,12 +826,15 @@ class DtsObject extends GameObject {
 				n2.scale(-1);
 			}
 
-			// t0.x *= -1;
+			t0.x *= -1;
-			// t1.x *= -1;
+			t1.x *= -1;
-			// t2.x *= -1;
+			t2.x *= -1;
-			// b0.x *= -1;
+			b0.x *= -1;
-			// b1.x *= -1;
+			b1.x *= -1;
-			// b2.x *= -1;
+			b2.x *= -1;
+			n0.x *= -1;
+			n1.x *= -1;
+			n2.x *= -1;
 
 			return [
 				{

src/shaders/DefaultCubemapMaterial.hx

@@ -45,28 +45,28 @@ class DefaultCubemapMaterial extends hxsl.Shader {
 		}
 		function vertex() {
 			var eyePos = camera.position * mat3x4(global.modelViewInverse);
-			eyePos.x *= -1;
+			// eyePos.x *= -1;
 			// eyePos /= vec3(global.modelViewInverse[0].x, global.modelViewInverse[1].y, global.modelViewInverse[2].z);
 			var cubeTrans = mat3(global.modelView);
 			var cubeEyePos = camera.position - global.modelView[3].xyz;
-			cubeEyePos.x *= -1;
+			// cubeEyePos.x *= -1;
 			calculatedUV = input.uv;
 
 			var objToTangentSpace = mat3(input.t, input.b, input.n);
 			outLightVec = vec4(0);
 
 			outNormal = input.normal;
-			outNormal.x *= -1;
+			// outNormal.x *= -1;
 
 			var inLightVec = vec3(-0.5732, 0.27536, -0.77176) * transposeMat3(mat3(global.modelView));
-			inLightVec.x *= -1;
+			// inLightVec.x *= -1;
 			outLightVec.xyz = -inLightVec * objToTangentSpace;
 			// var cubeVertPos = input.position * cubeTrans;
 			// var cubeNormal = input.normal * cubeTrans;
 			// var eyeToVert = (cubeVertPos - cubeEyePos).normalize();
 			// outReflectVec = reflect(eyeToVert, cubeNormal);
 			var p = input.position;
-			p.x *= -1;
+			// p.x *= -1;
 			outPos = (p / 100.0) * objToTangentSpace;
 			outEyePos = (eyePos / 100.0) * objToTangentSpace;
 			outLightVec.w = step(-0.5, dot(outNormal, -inLightVec));

src/shaders/DefaultCubemapNormalMaterial.hx

@@ -45,11 +45,11 @@ class DefaultCubemapNormalMaterial extends hxsl.Shader {
 			calculatedUV = input.uv;
 			outLightVec = vec4(0);
 			var inLightVec = vec3(-0.5732, 0.27536, -0.77176) * transposeMat3(mat3(global.modelView));
-			inLightVec.x *= -1;
+			// inLightVec.x *= -1;
 			var eyePos = camera.position * mat3x4(global.modelViewInverse);
-			eyePos.x *= -1;
+			// eyePos.x *= -1;
 			outNormal = input.normal;
-			outNormal.x *= -1;
+			// outNormal.x *= -1;
 			// eyePos /= vec3(global.modelViewInverse[0].x, global.modelViewInverse[1].y, global.modelViewInverse[2].z);
 			outLightVec.xyz = -inLightVec;
 			outLightVec.w = step(-0.5, dot(outNormal, -inLightVec));
@@ -60,15 +60,15 @@ class DefaultCubemapNormalMaterial extends hxsl.Shader {
 
 			var cubeTrans = mat3(global.modelView);
 			var cubeEyePos = camera.position - global.modelView[3].xyz;
-			cubeEyePos.x *= -1;
+			// cubeEyePos.x *= -1;
 
 			outPos = input.position;
-			outPos.x *= -1;
+			// outPos.x *= -1;
 
 			var cubeVertPos = input.position * cubeTrans;
-			cubeVertPos.x *= -1;
+			// cubeVertPos.x *= -1;
 			var cubeNormal = (input.normal * cubeTrans).normalize();
-			cubeNormal.x *= -1;
+			// cubeNormal.x *= -1;
 			var eyeToVert = cubeVertPos - cubeEyePos;
 			outReflectVec = reflect(eyeToVert, cubeNormal);
 		}

src/shaders/DefaultCubemapNormalNoSpecMaterial.hx

@@ -39,9 +39,9 @@ class DefaultCubemapNormalNoSpecMaterial extends hxsl.Shader {
 		function vertex() {
 			calculatedUV = input.uv;
 			var inLightVec = vec3(-0.5732, 0.27536, -0.77176) * transposeMat3(mat3(global.modelView));
-			inLightVec.x *= -1;
+			// inLightVec.x *= -1;
 			var pN = input.normal;
-			pN.x *= -1;
+			// pN.x *= -1;
 			outShading = vec4(saturate(dot(-inLightVec, pN)));
 			outShading.w = 1;
 			outShading *= vec4(1.08, 1.03, 0.90, 1);
@@ -49,10 +49,10 @@ class DefaultCubemapNormalNoSpecMaterial extends hxsl.Shader {
 			// eyePos /= vec3(global.modelViewInverse[0].x, global.modelViewInverse[1].y, global.modelViewInverse[2].z);
 			var cubeTrans = mat3(global.modelView);
 			var cubeEyePos = camera.position - global.modelView[3].xyz;
-			cubeEyePos.x *= -1;
+			// cubeEyePos.x *= -1;
 
 			var p = input.position;
-			p.x *= -1;
+			// p.x *= -1;
 
 			var cubeVertPos = p * cubeTrans;
 			var cubeNormal = (pN * cubeTrans).normalize();

src/shaders/DefaultDiffuseMaterial.hx

@@ -29,9 +29,9 @@ class DefaultDiffuseMaterial extends hxsl.Shader {
 			calculatedUV = input.uv;
 			var objToTangentSpace = mat3(input.t, input.b, input.n);
 			var inLightVec = vec3(-0.5732, 0.27536, -0.77176) * transposeMat3(mat3(global.modelView));
-			inLightVec.x *= -1;
+			// inLightVec.x *= -1;
 			var n = input.normal;
-			n.x *= -1;
+			// n.x *= -1;
 			outShading = vec4(saturate(dot(-inLightVec, n)));
 			outShading.w = 1;
 			outShading *= vec4(1.08, 1.03, 0.90, 1);

src/shaders/DefaultMaterial.hx

@@ -47,17 +47,17 @@ class DefaultMaterial extends hxsl.Shader {
 			var objToTangentSpace = mat3(input.t, input.b, input.n);
 			outLightVec = vec4(0);
 			var inLightVec = vec3(-0.5732, 0.27536, -0.77176) * transposeMat3(mat3(global.modelView));
-			inLightVec.x *= -1;
+			// inLightVec.x *= -1;
 			var eyePos = camera.position * mat3x4(global.modelViewInverse);
-			eyePos.x *= -1;
+			// eyePos.x *= -1;
 			// eyePos /= vec3(global.modelViewInverse[0].x, global.modelViewInverse[1].y, global.modelViewInverse[2].z);
 			outLightVec.xyz = -inLightVec * objToTangentSpace;
 			var p = input.position;
-			p.x *= -1;
+			// p.x *= -1;
 			outPos = (p / 100.0) * objToTangentSpace;
 			outEyePos = (eyePos / 100.0) * objToTangentSpace;
 			var pN = input.normal;
-			pN.x *= -1;
+			// pN.x *= -1;
 			outLightVec.w = isHalfTile ? step(0, dot(pN, -inLightVec)) : step(-0.5, dot(pN, -inLightVec));
 		}
 		function fragment() {

src/shaders/DefaultNormalMaterial.hx

@@ -43,11 +43,11 @@ class DefaultNormalMaterial extends hxsl.Shader {
 			calculatedUV = input.uv;
 			outLightVec = vec4(0);
 			var inLightVec = vec3(-0.5732, 0.27536, -0.77176) * transposeMat3(mat3(global.modelView));
-			inLightVec.x *= -1;
+			// inLightVec.x *= -1;
 			var eyePos = camera.position * mat3x4(global.modelViewInverse);
-			eyePos.x *= -1;
+			// eyePos.x *= -1;
 			outNormal = input.normal;
-			outNormal.x *= -1;
+			// outNormal.x *= -1;
 			// eyePos /= vec3(global.modelViewInverse[0].x, global.modelViewInverse[1].y, global.modelViewInverse[2].z);
 			outLightVec.xyz = -inLightVec;
 			outLightVec.w = step(-0.5, dot(outNormal, -inLightVec));
@@ -56,7 +56,7 @@ class DefaultNormalMaterial extends hxsl.Shader {
 			outShading.w = 1;
 			outShading *= vec4(1.08, 1.03, 0.90, 1);
 			outPos = input.position;
-			outPos.x *= -1;
+			// outPos.x *= -1;
 		}
 		function fragment() {
 			// Diffuse part

src/shaders/NoiseTileMaterial.hx

@@ -43,17 +43,17 @@ class NoiseTileMaterial extends hxsl.Shader {
 			var objToTangentSpace = mat3(input.t, input.b, input.n);
 			outLightVec = vec4(0);
 			var inLightVec = vec3(-0.5732, 0.27536, -0.77176) * transposeMat3(mat3(global.modelView));
-			inLightVec.x *= -1;
+			// inLightVec.x *= -1;
 			var eyePos = camera.position * mat3x4(global.modelViewInverse);
-			eyePos.x *= -1;
+			// eyePos.x *= -1;
 			// eyePos /= vec3(global.modelViewInverse[0].x, global.modelViewInverse[1].y, global.modelViewInverse[2].z);
 			outLightVec.xyz = -inLightVec * objToTangentSpace;
 			var p = input.position;
-			p.x *= -1;
+			// p.x *= -1;
 			outPos = (p / 100.0) * objToTangentSpace;
 			outEyePos = (eyePos / 100.0) * objToTangentSpace;
 			var n = input.normal;
-			n.x *= -1;
+			// n.x *= -1;
 			outLightVec.w = step(0, dot(n, -inLightVec));
 		}
 		function fragment() {

src/shaders/RefractMaterial.hx

@@ -42,20 +42,20 @@ class RefractMaterial extends hxsl.Shader {
 		}
 		function vertex() {
 			calculatedUV = input.uv;
-			var objToTangentSpace = transposeMat3(mat3(input.t, input.b, input.n));
+			var objToTangentSpace = mat3(input.t, input.b, input.n);
 			outLightVec = vec4(0);
 			var inLightVec = vec3(-0.5732, 0.27536, -0.77176) * transposeMat3(mat3(global.modelView));
-			inLightVec.x *= -1;
+			// inLightVec.x *= -1;
 			var eyePos = camera.position * mat3x4(global.modelViewInverse);
-			eyePos.x *= -1;
+			// eyePos.x *= -1;
 			// eyePos /= vec3(global.modelViewInverse[0].x, global.modelViewInverse[1].y, global.modelViewInverse[2].z);
 			outLightVec.xyz = -inLightVec * objToTangentSpace;
 			var p = input.position;
-			p.x *= -1;
+			// p.x *= -1;
 			outPos = (p / 100.0) * objToTangentSpace;
 			outEyePos = (eyePos / 100.0) * objToTangentSpace;
 			var n = input.normal;
-			n.x *= -1;
+			// n.x *= -1;
 			outLightVec.w = step(-0.5, dot(n, -inLightVec));
 		}
 		function fragment() {