protected void convertToChild(ModelRenderer parParent, ModelRenderer parChild) {
parChild.rotationPointX -= parParent.rotationPointX;
parChild.rotationPointY -= parParent.rotationPointY;
parChild.rotationPointZ -= parParent.rotationPointZ;
parChild.rotateAngleX -= parParent.rotateAngleX;
parChild.rotateAngleY -= parParent.rotateAngleY;
parChild.rotateAngleZ -= parParent.rotateAngleZ;
parParent.addChild(parChild);
}
public void setRotationAngles(
float f, float f1, float f2, float f3, float f4, float f5, Entity entity) {
super.setRotationAngles(f, f1, f2, f3, f4, f5, entity);
this.TurretHead.rotateAngleY =
this.TurretAntennaI.rotateAngleY =
this.TurretAntennaII.rotateAngleY =
this.RightBarrel.rotateAngleY =
this.LeftBarrel.rotateAngleY = f3 / (180F / (float) Math.PI);
this.TurretHead.rotateAngleX =
this.TurretAntennaI.rotateAngleX =
this.TurretAntennaII.rotateAngleX =
this.RightBarrel.rotateAngleX =
this.LeftBarrel.rotateAngleX = f4 / (180F / (float) Math.PI);
setStaticBody(f3);
EntityTurret_T2Revolver turret = (EntityTurret_T2Revolver) entity;
float healthRot =
-((float) Math.PI / 2F)
* ((float) (turret.getMaxHealth() - turret.getSrvHealth())
/ (float) turret.getMaxHealth());
this.HealthBar.rotateAngleZ = healthRot;
float ammoRot =
((float) Math.PI / 2F)
* ((float) (turret.getMaxAmmo() - turret.getAmmo()) / (float) turret.getMaxAmmo());
if (TurretUpgrades.hasUpgrade(TUpgInfAmmo.class, turret.upgrades) && turret.getAmmo() > 0) {
ammoRot = 0F;
}
this.AmmoBar.rotateAngleZ = ammoRot;
double xR =
Math.sin(turret.rotationYawHead / (180D / Math.PI))
* ((double) (turret.getRightBarrelOffset()) / (double) turret.getMaxShootTicks());
double zR =
Math.cos(turret.rotationYawHead / (180D / Math.PI))
* ((double) (turret.getRightBarrelOffset()) / (double) turret.getMaxShootTicks());
double yR =
-Math.sin(turret.rotationPitch / (180F / (float) Math.PI))
* ((double) (turret.getRightBarrelOffset()) / (double) turret.getMaxShootTicks());
double xL =
Math.sin(turret.rotationYawHead / (180D / Math.PI))
* ((double) (turret.getLeftBarrelOffset()) / (double) turret.getMaxShootTicks());
double zL =
Math.cos(turret.rotationYawHead / (180D / Math.PI))
* ((double) (turret.getLeftBarrelOffset()) / (double) turret.getMaxShootTicks());
double yL =
-Math.sin(turret.rotationPitch / (180F / (float) Math.PI))
* ((double) (turret.getLeftBarrelOffset()) / (double) turret.getMaxShootTicks());
xR *= (Math.cos(turret.rotationPitch / (180F / (float) Math.PI)));
zR *= (Math.cos(turret.rotationPitch / (180F / (float) Math.PI)));
xL *= (Math.cos(turret.rotationPitch / (180F / (float) Math.PI)));
zL *= (Math.cos(turret.rotationPitch / (180F / (float) Math.PI)));
if (turret.getAmmo() <= 0) {
xR = 0D;
yR = 0D;
zR = 0D;
xL = 0D;
yL = 0D;
zL = 0D;
}
RightBarrel.rotationPointX = (float) xR * 3F;
RightBarrel.rotationPointZ = (float) zR * 3F;
RightBarrel.rotationPointY = (float) yR * 3F;
LeftBarrel.rotationPointX = (float) xL * 3F;
LeftBarrel.rotationPointZ = (float) zL * 3F;
LeftBarrel.rotationPointY = (float) yL * 3F;
}
