OMFG I FINALLY GOT IT WORKING

PowerGDEditor/src/main/java/xyz/tbvns/GeometryDash/Render.java

@@ -25,7 +25,7 @@ public class Render {
     public double currentDistance;
     public HashMap<GDInstance, Integer> animationToCurrentframe = new HashMap<>();
 
-    public String fullRender(double fps) {
+    public String fullRender(double fps) throws CloneNotSupportedException {
         LevelStringBuilder builder = new LevelStringBuilder(new StringBuilder(LevelInfo.getLevelString()), 10); //TODO: make the editor layer configurable
         Matrix4f camera = new Matrix4f();
         camera.perspective((float) Math.toRadians(2),  (float) 16 /9, 0.001F, 1000);
@@ -38,7 +38,7 @@ public class Render {
 
             Vector3f cameraTranslation = new Vector3f(0, 0, 5);
             camera.translation(cameraTranslation); //TODO: make that follow a new camera path editor
-            //builder.add(1, 1, X_PROPERTY_ID, projectPoint(camera, new Vector4f((float) cameraTranslation.x, (float) cameraTranslation.y, (float) cameraTranslation.z, 0)).x, Y_PROPERTY_ID,projectPoint(camera, new Vector4f((float) cameraTranslation.x, (float) cameraTranslation.y, (float) cameraTranslation.z, 0)).y);
+            builder.add(1, 1, X_PROPERTY_ID, projectPoint(camera, new Vector4f((float) cameraTranslation.x, (float) cameraTranslation.y, (float) cameraTranslation.z - 1, 1)).x, Y_PROPERTY_ID,projectPoint(camera, new Vector4f((float) cameraTranslation.x, (float) cameraTranslation.y, (float) cameraTranslation.z - 1, 1)).y);
 
             System.out.println(currentPercent * 100);
 
@@ -53,9 +53,9 @@ public class Render {
                         for (Face face : gdModel.getFaces()) {
                             for (Vector4f point : face.points) {
                                 Vector3 translation = instance.getInstance().transform.getTranslation(Vector3.Zero);
-                                point = point.add(translation.x, translation.y, translation.z, 1);
+                                point = point.add(translation.x * 30, translation.y * 30, translation.z * 30, 0);
                                 Vector4f projected = projectPoint(camera, point);
-                                builder.add(1, POINT_OBJECT_ID, X_PROPERTY_ID, projected.x * 30, Y_PROPERTY_ID, projected.y * 30);
+                                builder.add(1, POINT_OBJECT_ID, X_PROPERTY_ID, projected.x, Y_PROPERTY_ID, projected.y);
                             }
                         }
                     } else {
@@ -64,25 +64,30 @@ public class Render {
                 } else {
                     GDModel gdModel = instance.getGdModel();
                     for (Face face : gdModel.getFaces()) {
+//
                         for (Vector4f point : face.points) {
+                            Vector4f vector = (Vector4f) point.clone();
                             Vector3 translation = instance.getInstance().transform.getTranslation(Vector3.Zero);
-                            point = point.add(translation.x * 30, translation.y * 30, translation.z * 30, 1);
-                            Vector4f projected = projectPoint(camera, point);
-                            builder.add(1, POINT_OBJECT_ID, X_PROPERTY_ID, projected.x, Y_PROPERTY_ID, projected.y);
+                            vector.add(translation.x * 30, translation.y * 30, translation.z * 30, 0);
+                            Vector4f projected = projectPoint(camera, vector);
+                            builder.add(1, POINT_OBJECT_ID, X_PROPERTY_ID, projected.x * 30, Y_PROPERTY_ID, projected.y * 30);
                         }
                     }
                 }
+                break;
             }
         }
         return builder.getLevelString().toString();
     }
 
     public Vector4f projectPoint(Matrix4f camera, Vector4f input) {
-        camera.transform(input);
+        System.out.println(input);
+        input = camera.transform(input);
+        System.out.println(input);
 
-        input.x = input.x / input.w;
-        input.y = input.y / input.w;
-        input.z = input.z / input.w;
+        input.x = input.x / input.z;
+        input.y = input.y / input.z;
+        input.z = input.z / input.z;
 
         return input;
     }