sigonasr2
/
SigRenderer2
1
0
Fork 0
Code Issues Pull Requests Projects Releases Wiki Activity

Block buildling and some camera clipping fixes.

Browse Source
origin
Joshua Sigona 3 years ago
parent 234520ced4
commit 78ffa0d78d
2 changed files with 150 additions and 134 deletions
Show all changes Ignore whitespace when comparing lines Ignore changes in amount of whitespace Ignore changes in whitespace at EOL
Show Stats Download Patch File Download Diff File
  1. 262
      src/sig/Panel.java
  2. 20
      src/sig/SigRenderer.java

262
src/sig/Panel.java
Unescape View File

@ -109,122 +109,31 @@ public class Panel extends JPanel implements Runnable {
Matrix matCamera = Matrix.PointAt(SigRenderer.vCamera, vTarget, vUp);
Matrix matView = Matrix.QuickInverse(matCamera);
for (Triangle t : SigRenderer.triRender) {
if (t.nextRenderTime<=System.currentTimeMillis()) {
Triangle triProjected = new Triangle(),triTransformed=new Triangle(),triViewed=new Triangle();
if (t.b!=null) {
matWorld = Matrix.MakeTranslation(t.b.pos.x,t.b.pos.y,t.b.pos.z);
}
triTransformed.A = Matrix.MultiplyVector(matWorld,t.A);
triTransformed.B = Matrix.MultiplyVector(matWorld,t.B);
triTransformed.C = Matrix.MultiplyVector(matWorld,t.C);
triTransformed.T = t.T;
triTransformed.U = t.U;
triTransformed.V = t.V;
triTransformed.tex = t.tex;
triTransformed.b=t.b;
triTransformed.unmodifiedTri=t;
Vector normal=new Vector(),line1=new Vector(),line2=new Vector();
line1 = Vector.subtract(triTransformed.B,triTransformed.A);
line2 = Vector.subtract(triTransformed.C,triTransformed.A);
normal = Vector.crossProduct(line1,line2);
normal = Vector.normalize(normal);
Vector cameraRay = Vector.subtract(triTransformed.A,SigRenderer.vCamera);
float distSquared = ((triTransformed.b.pos.x-SigRenderer.vCamera.x)*(triTransformed.b.pos.x-SigRenderer.vCamera.x)+
(triTransformed.b.pos.y-SigRenderer.vCamera.y)*(triTransformed.b.pos.y-SigRenderer.vCamera.y)+
(triTransformed.b.pos.z-SigRenderer.vCamera.z)*(triTransformed.b.pos.z-SigRenderer.vCamera.z));
if (Vector.dotProduct(normal,cameraRay)<0&&Vector.dotProduct(cameraRay,SigRenderer.vLookDir)>0.1f&&distSquared<4096) {
Vector lightDir = Vector.multiply(SigRenderer.vLookDir, -1);
lightDir = Vector.normalize(lightDir);
//System.out.println(-Vector.dotProduct(normal,Vector.normalize(cameraRay)));
float dp = 0.1f;
if (t.b!=null) {
dp = Math.max(0.1f,Math.min(1,(1f/((triTransformed.b.pos.x-SigRenderer.vCamera.x)*(triTransformed.b.pos.x-SigRenderer.vCamera.x)+
(triTransformed.b.pos.y-SigRenderer.vCamera.y)*(triTransformed.b.pos.y-SigRenderer.vCamera.y)+
(triTransformed.b.pos.z-SigRenderer.vCamera.z)*(triTransformed.b.pos.z-SigRenderer.vCamera.z))*64)))*0.5f+Math.max(0.1f,Math.min(1,1-Vector.dotProduct(normal,SigRenderer.vLookDir)))*0.5f;
} else {
dp = Math.max(0.1f,Vector.dotProduct(lightDir,normal));
}
/*Vector center = Vector.divide(Vector.add(triTransformed.A,Vector.add(triTransformed.B,triTransformed.C)),3);
Vector cameraRay2 = Vector.subtract(center,SigRenderer.vCamera);
float dp = Math.max(0.1f,Math.min(1,(1f/((cameraRay2.x-center.x)*(cameraRay2.x-center.x)+
(cameraRay2.y-center.y)*(cameraRay2.y-center.y)+
(cameraRay2.z-center.z)*(cameraRay2.z-center.z))*4)));*/
/*float dp = Math.max(0.1f,Math.min(1,(1f/((triTransformed.b.pos.x-SigRenderer.vCamera.x)*(triTransformed.b.pos.x-SigRenderer.vCamera.x)+
(triTransformed.b.pos.y-SigRenderer.vCamera.y)*(triTransformed.b.pos.y-SigRenderer.vCamera.y)+
(triTransformed.b.pos.z-SigRenderer.vCamera.z)*(triTransformed.b.pos.z-SigRenderer.vCamera.z))*4)));*/
triViewed.A = Matrix.MultiplyVector(matView,triTransformed.A);
triViewed.B = Matrix.MultiplyVector(matView,triTransformed.B);
triViewed.C = Matrix.MultiplyVector(matView,triTransformed.C);
triTransformed.copyExtraDataTo(triViewed);
triViewed.setColor((0)+(0<<8)+((int)(dp*255)<<16));
int clippedTriangles = 0;
Triangle[] clipped = new Triangle[]{new Triangle(),new Triangle()};
clippedTriangles = Triangle.ClipAgainstPlane(new Vector(0,0,0.1f),new Vector(0,0,1), triViewed, clipped);
for (int i=0;i<clippedTriangles;i++) {
if (i>0) {
triProjected = new Triangle();
}
triProjected.A = Matrix.MultiplyVector(SigRenderer.matProj,clipped[i].A);
triProjected.B = Matrix.MultiplyVector(SigRenderer.matProj,clipped[i].B);
triProjected.C = Matrix.MultiplyVector(SigRenderer.matProj,clipped[i].C);
triProjected.col = clipped[i].col;
triProjected.tex = clipped[i].tex;
triProjected.T = (Vector2)clipped[i].T.clone();
triProjected.U = (Vector2)clipped[i].U.clone();
triProjected.V = (Vector2)clipped[i].V.clone();
triProjected.b=clipped[i].b;
triProjected.unmodifiedTri=clipped[i].unmodifiedTri;
triProjected.T.u = triProjected.T.u/triProjected.A.w;
triProjected.U.u = triProjected.U.u/triProjected.B.w;
triProjected.V.u = triProjected.V.u/triProjected.C.w;
triProjected.T.v = triProjected.T.v/triProjected.A.w;
triProjected.U.v = triProjected.U.v/triProjected.B.w;
triProjected.V.v = triProjected.V.v/triProjected.C.w;
triProjected.T.w = 1.0f/triProjected.A.w;
triProjected.U.w = 1.0f/triProjected.B.w;
triProjected.V.w = 1.0f/triProjected.C.w;
triProjected.A = Vector.divide(triProjected.A, triProjected.A.w);
triProjected.B = Vector.divide(triProjected.B, triProjected.B.w);
triProjected.C = Vector.divide(triProjected.C, triProjected.C.w);
triProjected.A.x*=-1f;
triProjected.A.y*=-1f;
triProjected.B.x*=-1f;
triProjected.B.y*=-1f;
triProjected.C.x*=-1f;
triProjected.C.y*=-1f;
Vector viewOffset = new Vector(1,1,0);
triProjected.A = Vector.add(triProjected.A,viewOffset);
triProjected.B = Vector.add(triProjected.B,viewOffset);
triProjected.C = Vector.add(triProjected.C,viewOffset);
triProjected.A.x*=0.5f*SigRenderer.SCREEN_WIDTH;
triProjected.A.y*=0.5f*SigRenderer.SCREEN_HEIGHT;
triProjected.B.x*=0.5f*SigRenderer.SCREEN_WIDTH;
triProjected.B.y*=0.5f*SigRenderer.SCREEN_HEIGHT;
triProjected.C.x*=0.5f*SigRenderer.SCREEN_WIDTH;
triProjected.C.y*=0.5f*SigRenderer.SCREEN_HEIGHT;
accumulatedTris.add(triProjected);
}
} else {
t.nextRenderTime=System.currentTimeMillis()+200;
}
for (String key : SigRenderer.blockGrid.keySet()) {
Block b = SigRenderer.blockGrid.get(key);
if (!b.neighbors.UP) {
prepareTriForRender(matWorld, matView, b.block.triangles.get(8), accumulatedTris);
prepareTriForRender(matWorld, matView, b.block.triangles.get(9), accumulatedTris);
}
if (!b.neighbors.DOWN) {
prepareTriForRender(matWorld, matView, b.block.triangles.get(10), accumulatedTris);
prepareTriForRender(matWorld, matView, b.block.triangles.get(11), accumulatedTris);
}
if (!b.neighbors.LEFT) {
prepareTriForRender(matWorld, matView, b.block.triangles.get(6), accumulatedTris);
prepareTriForRender(matWorld, matView, b.block.triangles.get(7), accumulatedTris);
}
if (!b.neighbors.RIGHT) {
prepareTriForRender(matWorld, matView, b.block.triangles.get(2), accumulatedTris);
prepareTriForRender(matWorld, matView, b.block.triangles.get(3), accumulatedTris);
}
if (!b.neighbors.FORWARD) {
prepareTriForRender(matWorld, matView, b.block.triangles.get(4), accumulatedTris);
prepareTriForRender(matWorld, matView, b.block.triangles.get(5), accumulatedTris);
}
if (!b.neighbors.BACKWARD) {
prepareTriForRender(matWorld, matView, b.block.triangles.get(0), accumulatedTris);
prepareTriForRender(matWorld, matView, b.block.triangles.get(1), accumulatedTris);
}
}
if (SigRenderer.PROFILING) {
@ -303,6 +212,127 @@ public class Panel extends JPanel implements Runnable {
}
}
private void prepareTriForRender(Matrix matWorld, Matrix matView, Triangle t, List<Triangle> accumulatedTris) {
if (t.nextRenderTime<=System.currentTimeMillis()) {
Triangle triProjected = new Triangle(),triTransformed=new Triangle(),triViewed=new Triangle();
if (t.b!=null) {
matWorld = Matrix.MakeTranslation(t.b.pos.x,t.b.pos.y,t.b.pos.z);
}
triTransformed.A = Matrix.MultiplyVector(matWorld,t.A);
triTransformed.B = Matrix.MultiplyVector(matWorld,t.B);
triTransformed.C = Matrix.MultiplyVector(matWorld,t.C);
triTransformed.T = t.T;
triTransformed.U = t.U;
triTransformed.V = t.V;
triTransformed.tex = t.tex;
triTransformed.b=t.b;
triTransformed.unmodifiedTri=t;
Vector normal=new Vector(),line1=new Vector(),line2=new Vector();
line1 = Vector.subtract(triTransformed.B,triTransformed.A);
line2 = Vector.subtract(triTransformed.C,triTransformed.A);
normal = Vector.crossProduct(line1,line2);
normal = Vector.normalize(normal);
Vector center = Vector.divide(Vector.add(triTransformed.A,Vector.add(triTransformed.B,triTransformed.C)),3);
Vector cameraRay = Vector.subtract(center,SigRenderer.vCamera);
float distSquared = ((triTransformed.b.pos.x-SigRenderer.vCamera.x)*(triTransformed.b.pos.x-SigRenderer.vCamera.x)+
(triTransformed.b.pos.y-SigRenderer.vCamera.y)*(triTransformed.b.pos.y-SigRenderer.vCamera.y)+
(triTransformed.b.pos.z-SigRenderer.vCamera.z)*(triTransformed.b.pos.z-SigRenderer.vCamera.z));
if (Vector.dotProduct(normal,cameraRay)<0&&Vector.dotProduct(cameraRay,SigRenderer.vLookDir)>-0.2f&&distSquared<4096) {
Vector lightDir = Vector.multiply(SigRenderer.vLookDir, -1);
lightDir = Vector.normalize(lightDir);
//System.out.println(-Vector.dotProduct(normal,Vector.normalize(cameraRay)));
float dp = 0.1f;
if (t.b!=null) {
dp = Math.max(0.1f,Math.min(1,(1f/((triTransformed.b.pos.x-SigRenderer.vCamera.x)*(triTransformed.b.pos.x-SigRenderer.vCamera.x)+
(triTransformed.b.pos.y-SigRenderer.vCamera.y)*(triTransformed.b.pos.y-SigRenderer.vCamera.y)+
(triTransformed.b.pos.z-SigRenderer.vCamera.z)*(triTransformed.b.pos.z-SigRenderer.vCamera.z))*64)))*0.5f+Math.max(0.1f,Math.min(1,1-Vector.dotProduct(normal,SigRenderer.vLookDir)))*0.5f;
} else {
dp = Math.max(0.1f,Vector.dotProduct(lightDir,normal));
}
/*Vector center = Vector.divide(Vector.add(triTransformed.A,Vector.add(triTransformed.B,triTransformed.C)),3);
Vector cameraRay2 = Vector.subtract(center,SigRenderer.vCamera);
float dp = Math.max(0.1f,Math.min(1,(1f/((cameraRay2.x-center.x)*(cameraRay2.x-center.x)+
(cameraRay2.y-center.y)*(cameraRay2.y-center.y)+
(cameraRay2.z-center.z)*(cameraRay2.z-center.z))*4)));*/
/*float dp = Math.max(0.1f,Math.min(1,(1f/((triTransformed.b.pos.x-SigRenderer.vCamera.x)*(triTransformed.b.pos.x-SigRenderer.vCamera.x)+
(triTransformed.b.pos.y-SigRenderer.vCamera.y)*(triTransformed.b.pos.y-SigRenderer.vCamera.y)+
(triTransformed.b.pos.z-SigRenderer.vCamera.z)*(triTransformed.b.pos.z-SigRenderer.vCamera.z))*4)));*/
triViewed.A = Matrix.MultiplyVector(matView,triTransformed.A);
triViewed.B = Matrix.MultiplyVector(matView,triTransformed.B);
triViewed.C = Matrix.MultiplyVector(matView,triTransformed.C);
triTransformed.copyExtraDataTo(triViewed);
triViewed.setColor((0)+(0<<8)+((int)(dp*255)<<16));
int clippedTriangles = 0;
Triangle[] clipped = new Triangle[]{new Triangle(),new Triangle()};
clippedTriangles = Triangle.ClipAgainstPlane(new Vector(0,0,0.1f),new Vector(0,0,1), triViewed, clipped);
for (int i=0;i<clippedTriangles;i++) {
if (i>0) {
triProjected = new Triangle();
}
triProjected.A = Matrix.MultiplyVector(SigRenderer.matProj,clipped[i].A);
triProjected.B = Matrix.MultiplyVector(SigRenderer.matProj,clipped[i].B);
triProjected.C = Matrix.MultiplyVector(SigRenderer.matProj,clipped[i].C);
triProjected.col = clipped[i].col;
triProjected.tex = clipped[i].tex;
triProjected.T = (Vector2)clipped[i].T.clone();
triProjected.U = (Vector2)clipped[i].U.clone();
triProjected.V = (Vector2)clipped[i].V.clone();
triProjected.b=clipped[i].b;
triProjected.unmodifiedTri=clipped[i].unmodifiedTri;
triProjected.T.u = triProjected.T.u/triProjected.A.w;
triProjected.U.u = triProjected.U.u/triProjected.B.w;
triProjected.V.u = triProjected.V.u/triProjected.C.w;
triProjected.T.v = triProjected.T.v/triProjected.A.w;
triProjected.U.v = triProjected.U.v/triProjected.B.w;
triProjected.V.v = triProjected.V.v/triProjected.C.w;
triProjected.T.w = 1.0f/triProjected.A.w;
triProjected.U.w = 1.0f/triProjected.B.w;
triProjected.V.w = 1.0f/triProjected.C.w;
triProjected.A = Vector.divide(triProjected.A, triProjected.A.w);
triProjected.B = Vector.divide(triProjected.B, triProjected.B.w);
triProjected.C = Vector.divide(triProjected.C, triProjected.C.w);
triProjected.A.x*=-1f;
triProjected.A.y*=-1f;
triProjected.B.x*=-1f;
triProjected.B.y*=-1f;
triProjected.C.x*=-1f;
triProjected.C.y*=-1f;
Vector viewOffset = new Vector(1,1,0);
triProjected.A = Vector.add(triProjected.A,viewOffset);
triProjected.B = Vector.add(triProjected.B,viewOffset);
triProjected.C = Vector.add(triProjected.C,viewOffset);
triProjected.A.x*=0.5f*SigRenderer.SCREEN_WIDTH;
triProjected.A.y*=0.5f*SigRenderer.SCREEN_HEIGHT;
triProjected.B.x*=0.5f*SigRenderer.SCREEN_WIDTH;
triProjected.B.y*=0.5f*SigRenderer.SCREEN_HEIGHT;
triProjected.C.x*=0.5f*SigRenderer.SCREEN_WIDTH;
triProjected.C.y*=0.5f*SigRenderer.SCREEN_HEIGHT;
accumulatedTris.add(triProjected);
}
} else {
t.nextRenderTime=System.currentTimeMillis()+200;
}
}
}
public void repaint() {
super.repaint();
}

20
src/sig/SigRenderer.java
Unescape View File

@ -96,7 +96,7 @@ public class SigRenderer implements KeyListener,MouseListener,MouseMotionListene
yaw+=TURNSPEED;
}
if (answer!=null) {
System.out.println(answer);
addBlock(Vector.add(answer.pos,new Vector(0,1,0)),BlockType.PLANKS);
answer=null;
}
}
@ -107,24 +107,11 @@ public class SigRenderer implements KeyListener,MouseListener,MouseMotionListene
b.updateFaces();
}
public static void updateRenderGrid() {
triRender.clear();
for (String key : blockGrid.keySet()) {
Block b = blockGrid.get(key);
if (!b.neighbors.UP) {triRender.add(b.block.triangles.get(8));triRender.add(b.block.triangles.get(9));}
if (!b.neighbors.DOWN) {triRender.add(b.block.triangles.get(10));triRender.add(b.block.triangles.get(11));}
if (!b.neighbors.LEFT) {triRender.add(b.block.triangles.get(6));triRender.add(b.block.triangles.get(7));}
if (!b.neighbors.RIGHT) {triRender.add(b.block.triangles.get(2));triRender.add(b.block.triangles.get(3));}
if (!b.neighbors.FORWARD) {triRender.add(b.block.triangles.get(4));triRender.add(b.block.triangles.get(5));}
if (!b.neighbors.BACKWARD) {triRender.add(b.block.triangles.get(0));triRender.add(b.block.triangles.get(1));}
}
}
SigRenderer(JFrame f) {
//cube = new Mesh(OBJReader.ReadOBJFile("teapot.obj",false));
Random r = new Random(438107);
for (int x=0;x<128;x++) {
for (int z=0;z<128;z++) {
for (int x=0;x<64;x++) {
for (int z=0;z<64;z++) {
if (Math.random()<=0.5) {
addBlock(new Vector(x,0,z),BlockType.DIRT);
} else {
@ -132,7 +119,6 @@ public class SigRenderer implements KeyListener,MouseListener,MouseMotionListene
}
}
}
updateRenderGrid();
Panel p = new Panel();

Write Preview
Loading…
Cancel
Save