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Improved Alchemy circle animation for Binding ritual.

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WayofTime 2015-12-26 17:18:31 -05:00
parent db5ab41728
commit 9faae07131
1 changed files with 10 additions and 6 deletions
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16
src/main/java/WayofTime/bloodmagic/client/render/alchemyArray/BindingAlchemyCircleRenderer.java
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@ -20,6 +20,9 @@ public class BindingAlchemyCircleRenderer extends AlchemyCircleRenderer {
public final int startTime = 50;
public final int sweepTime = 40;
public final float arcLength = (float) Math.sqrt(2*(2*2) - 2*2*2*Math.cos(2*Math.PI*2/5));
public final float theta2 = (float) (18f * Math.PI / 180f);
public final int endTime = 300;
public BindingAlchemyCircleRenderer() {
@ -39,7 +42,7 @@ public class BindingAlchemyCircleRenderer extends AlchemyCircleRenderer {
double sweep = (craftTime - startTime)/sweepTime;
if(sweep >= 0 && sweep < numberOfSweeps) {
float offset = ((int)sweep)*sweepTime + startTime;
originalAngle += 2*Math.PI*2/5*((craftTime - offset)/sweepTime + (int)sweep);
originalAngle += 2*Math.PI*2/5*(int)sweep + getAngle(craftTime - offset, (int)sweep);
}else if(sweep >= numberOfSweeps)
{
originalAngle += 2*Math.PI*2/5*numberOfSweeps + (craftTime - 5*sweepTime - startTime)*2*Math.PI*2/5/sweepTime;
@ -52,22 +55,23 @@ public class BindingAlchemyCircleRenderer extends AlchemyCircleRenderer {
}
public float getAngle(float craftTime, int sweep) {
return (float) (2*Math.PI*2/5*(craftTime)/sweepTime);
float rDP = craftTime/sweepTime*arcLength;
float rEnd = (float) Math.sqrt(rDP*rDP + 2*2 - 2*rDP*2*Math.cos(theta2));
return (float) (Math.acos((2*2 + rEnd*rEnd - rDP*rDP)/(2*rEnd*2)));
}
/**
* Returns the center-to-center distance of this circle.
*/
public float getDistanceOfCircle(int circle, float craftTime) {
public float getDistanceOfCircle(int circle, float craftTime) { //TODO Change this so it doesn't use angle, since it is a constant speed.
double sweep = (craftTime - startTime)/sweepTime;
if(sweep >= 0 && sweep < numberOfSweeps) {
float offset = ((int)sweep)*sweepTime + startTime;
float angle = getAngle(craftTime - offset, (int) sweep);
float theta2 = (float) (Math.PI - 4*Math.PI/5)/2f;
float thetaPrime = (float) (Math.PI - theta2 - angle);
if(thetaPrime > 0 && thetaPrime < Math.PI) {
// if(thetaPrime > 0 && thetaPrime < Math.PI) {
return (float) (2 * Math.sin(theta2) / Math.sin(thetaPrime));
}
// }
} else if(sweep >= numberOfSweeps && craftTime < endTime) {
return 2 - 2 * (craftTime - startTime - numberOfSweeps * sweepTime) / (endTime - startTime - numberOfSweeps * sweepTime);
} else if(craftTime >= endTime) {