Solved Player Direction?

I am trying to paste a schematic from world edit, but it needs to paste in front of the player.

I was wondering how to get the direction the player is looking, and make the schematic paste facing that direction. (Hopefully the schematics front is set when you copy it.)

 

Yes, but the direction is a vector.
I was hoping some had code or knew how to calculate north, east ect.

 

It's just god dang math, I had hopes someone made a class so I didn't have to spend hours, guess not...

To the work factory. ):

 

I found some stuff/made some stuff, and since I am nice I will share it in case anyone else wants this.

Code (Text):

       public static final BlockFace[] axis = { BlockFace.NORTH, BlockFace.EAST, BlockFace.SOUTH, BlockFace.WEST };
       public static final BlockFace[] radial = { BlockFace.NORTH, BlockFace.NORTH_EAST, BlockFace.EAST, BlockFace.SOUTH_EAST, BlockFace.SOUTH, BlockFace.SOUTH_WEST, BlockFace.WEST, BlockFace.NORTH_WEST };
       
        private static String getFacing(float yaw){
            BlockFace bf = yawToFace(yaw);
            if(bf.equals(BlockFace.NORTH)){
                return "SOUTH";
            }else if(bf.equals(BlockFace.EAST)){
                return "WEST";
            }else if(bf.equals(BlockFace.SOUTH)){
                return "NORTH";
            }else
                return "EAST";
        }
       
       public static BlockFace yawToFace(float yaw) {
           return yawToFace(yaw, false);
       }
     
       public static BlockFace yawToFace(float yaw, boolean useSubCardinalDirections) {
           if (useSubCardinalDirections) {
               return radial[Math.round(yaw / 45f) & 0x7];
           } else {
               return axis[Math.round(yaw / 90f) & 0x3];
           }
       }
       
       public static float getLookAtYaw(Vector motion) {
           double dx = motion.getX();
           double dz = motion.getZ();
           double yaw = 0;
           // Set yaw
           if (dx != 0) {
               // Set yaw start value based on dx
               if (dx < 0) {
                   yaw = 1.5 * Math.PI;
               } else {
                   yaw = 0.5 * Math.PI;
               }
               yaw -= Math.atan(dz / dx);
           } else if (dz < 0) {
               yaw = Math.PI;
           }
           return (float) (-yaw * 180 / Math.PI - 90);
       }
 

 

I know, google is, but sometimes it leads here, so I thought I would ask.

 

I said doing it myself could take hours, calculating all he maths ect. There are usually methods already made for that, which there was!

 

Anyway guys, I solved way frken up there before anyone posted code.

Sometimes I feel lazy, and its OK.

Just don't post if you don't like it.