Staircase stuck collision check.

origin
Joshua Sigona 3 years ago
parent 1922be6cd5
commit 817231fc49
  1. 29
      src/sig/models/Staircase.java

@ -77,18 +77,17 @@ public class Staircase extends Mesh{
tris.add(b.block.triangles.get(7)); tris.add(b.block.triangles.get(7));
return tris; return tris;
} }
boolean checkCollision(float x,float y,float z) { boolean checkCollision(float x,float y,float z,Staircase staircaseCheck) {
for (int yy=0;yy<SigRenderer.cameraHeight;yy++) { for (int yy=0;yy<SigRenderer.cameraHeight;yy++) {
Block b1 = SigRenderer.blockGrid.get((float)Math.floor(x+SigRenderer.cameraCollisionPadding)+"_"+(float)Math.floor(y+yy)+"_"+(float)Math.floor(z+SigRenderer.cameraCollisionPadding)); Block b1 = SigRenderer.blockGrid.get((float)Math.floor(x+SigRenderer.cameraCollisionPadding)+"_"+(float)Math.floor(y+yy)+"_"+(float)Math.floor(z+SigRenderer.cameraCollisionPadding));
Block b2 = SigRenderer.blockGrid.get((float)Math.floor(x-SigRenderer.cameraCollisionPadding)+"_"+(float)Math.floor(y+yy)+"_"+(float)Math.floor(z+SigRenderer.cameraCollisionPadding)); Block b2 = SigRenderer.blockGrid.get((float)Math.floor(x-SigRenderer.cameraCollisionPadding)+"_"+(float)Math.floor(y+yy)+"_"+(float)Math.floor(z+SigRenderer.cameraCollisionPadding));
Block b3 = SigRenderer.blockGrid.get((float)Math.floor(x+SigRenderer.cameraCollisionPadding)+"_"+(float)Math.floor(y+yy)+"_"+(float)Math.floor(z-SigRenderer.cameraCollisionPadding)); Block b3 = SigRenderer.blockGrid.get((float)Math.floor(x+SigRenderer.cameraCollisionPadding)+"_"+(float)Math.floor(y+yy)+"_"+(float)Math.floor(z-SigRenderer.cameraCollisionPadding));
Block b4 = SigRenderer.blockGrid.get((float)Math.floor(x-SigRenderer.cameraCollisionPadding)+"_"+(float)Math.floor(y+yy)+"_"+(float)Math.floor(z-SigRenderer.cameraCollisionPadding)); Block b4 = SigRenderer.blockGrid.get((float)Math.floor(x-SigRenderer.cameraCollisionPadding)+"_"+(float)Math.floor(y+yy)+"_"+(float)Math.floor(z-SigRenderer.cameraCollisionPadding));
//System.out.println(b1+","+b2+","+b3+","+b4); //System.out.println(b1+","+b2+","+b3+","+b4);
if ((b1!=null&&!b1.block.equals(SigRenderer.currentStaircase))|| if ((b1!=null&&!b1.block.equals(staircaseCheck))||
(b2!=null&&!b2.block.equals(SigRenderer.currentStaircase))|| (b2!=null&&!b2.block.equals(staircaseCheck))||
(b3!=null&&!b3.block.equals(SigRenderer.currentStaircase))|| (b3!=null&&!b3.block.equals(staircaseCheck))||
(b4!=null&&!b4.block.equals(SigRenderer.currentStaircase))) { (b4!=null&&!b4.block.equals(staircaseCheck))) {
System.out.println(b1+","+b2+","+b3+","+b4);
return false; return false;
} }
} }
@ -101,7 +100,7 @@ public class Staircase extends Mesh{
float diffZ=Math.min(1,Math.max(0.3f,SigRenderer.vCamera.z+z-b.pos.z)); float diffZ=Math.min(1,Math.max(0.3f,SigRenderer.vCamera.z+z-b.pos.z));
switch (b.getFacingDirection()) { switch (b.getFacingDirection()) {
case EAST: { case EAST: {
if (checkCollision(SigRenderer.vCamera.x+x, b.pos.y+diffX+1.3f, SigRenderer.vCamera.z+z)) { if (checkCollision(SigRenderer.vCamera.x+x, b.pos.y+diffX+1.3f, SigRenderer.vCamera.z+z,SigRenderer.currentStaircase)) {
SigRenderer.vCamera.y=b.pos.y+diffX+0.3f; SigRenderer.vCamera.y=b.pos.y+diffX+0.3f;
} else { } else {
SigRenderer.fallSpd=0; SigRenderer.fallSpd=0;
@ -109,7 +108,7 @@ public class Staircase extends Mesh{
} }
}break; }break;
case NORTH: { case NORTH: {
if (checkCollision(SigRenderer.vCamera.x+x, b.pos.y+(1-diffZ)+1.3f, SigRenderer.vCamera.z+z)) { if (checkCollision(SigRenderer.vCamera.x+x, b.pos.y+(1-diffZ)+1.3f, SigRenderer.vCamera.z+z,SigRenderer.currentStaircase)) {
SigRenderer.vCamera.y=b.pos.y+(1-diffZ)+0.3f; SigRenderer.vCamera.y=b.pos.y+(1-diffZ)+0.3f;
} else { } else {
SigRenderer.fallSpd=0; SigRenderer.fallSpd=0;
@ -117,7 +116,7 @@ public class Staircase extends Mesh{
} }
}break; }break;
case SOUTH: { case SOUTH: {
if (checkCollision(SigRenderer.vCamera.x+x, b.pos.y+diffZ+1.3f, SigRenderer.vCamera.z+z)) { if (checkCollision(SigRenderer.vCamera.x+x, b.pos.y+diffZ+1.3f, SigRenderer.vCamera.z+z,SigRenderer.currentStaircase)) {
SigRenderer.vCamera.y=b.pos.y+diffZ+0.3f; SigRenderer.vCamera.y=b.pos.y+diffZ+0.3f;
} else { } else {
SigRenderer.fallSpd=0; SigRenderer.fallSpd=0;
@ -125,7 +124,7 @@ public class Staircase extends Mesh{
} }
}break; }break;
case WEST: { case WEST: {
if (checkCollision(SigRenderer.vCamera.x+x, b.pos.y+(1-diffX)+1.3f, SigRenderer.vCamera.z+z)) { if (checkCollision(SigRenderer.vCamera.x+x, b.pos.y+(1-diffX)+1.3f, SigRenderer.vCamera.z+z,SigRenderer.currentStaircase)) {
SigRenderer.vCamera.y=b.pos.y+(1-diffX)+0.3f; SigRenderer.vCamera.y=b.pos.y+(1-diffX)+0.3f;
} else { } else {
SigRenderer.fallSpd=0; SigRenderer.fallSpd=0;
@ -141,24 +140,26 @@ public class Staircase extends Mesh{
if (SigRenderer.vCamera.y>=b.pos.y+3f) { if (SigRenderer.vCamera.y>=b.pos.y+3f) {
valid=true; valid=true;
} else { } else {
float diffX=Math.min(1,Math.max(0.3f,SigRenderer.vCamera.x+x-b.pos.x));
float diffZ=Math.min(1,Math.max(0.3f,SigRenderer.vCamera.z+z-b.pos.z));
switch (b.getFacingDirection()) { switch (b.getFacingDirection()) {
case EAST: { case EAST: {
if (SigRenderer.vCamera.x<b.pos.x+0.5f) { if (SigRenderer.vCamera.x<b.pos.x+0.5f&&checkCollision(SigRenderer.vCamera.x+x, b.pos.y+diffX+0.3f, SigRenderer.vCamera.z+z,this)) {
valid=true; valid=true;
} }
}break; }break;
case NORTH: { case NORTH: {
if (SigRenderer.vCamera.z>b.pos.z+0.5f) { if (SigRenderer.vCamera.z>b.pos.z+0.5f&&checkCollision(SigRenderer.vCamera.x+x, b.pos.y+(1-diffZ)+0.3f, SigRenderer.vCamera.z+z,this)) {
valid=true; valid=true;
} }
}break; }break;
case SOUTH: { case SOUTH: {
if (SigRenderer.vCamera.z<b.pos.z+0.5f) { if (SigRenderer.vCamera.z<b.pos.z+0.5f&&checkCollision(SigRenderer.vCamera.x+x, b.pos.y+diffZ+0.3f, SigRenderer.vCamera.z+z,this)) {
valid=true; valid=true;
} }
}break; }break;
case WEST: { case WEST: {
if (SigRenderer.vCamera.x>b.pos.x+0.5f) { if (SigRenderer.vCamera.x>b.pos.x+0.5f&&checkCollision(SigRenderer.vCamera.x+x, b.pos.y+(1-diffX)+0.3f, SigRenderer.vCamera.z+z,this)) {
valid=true; valid=true;
} }
}break; }break;

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