135 lines
4.6 KiB
Java
135 lines
4.6 KiB
Java
package p000;
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import java.util.Vector;
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import javax.microedition.m3g.Mesh;
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import javax.microedition.m3g.Node;
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import javax.microedition.m3g.RayIntersection;
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import javax.microedition.m3g.Texture2D;
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import javax.microedition.m3g.Transform;
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import javax.microedition.m3g.World;
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/* renamed from: x */
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/* loaded from: microcounterstrike.jar:x.class */
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public final class BulletHoleManager {
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/* renamed from: a */
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private static BulletHoleManager bulletHoleManager280;
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/* renamed from: b */
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private static Mesh mesh281;
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/* renamed from: e */
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private static Texture2D[] texture284;
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/* renamed from: g */
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private Vector list286;
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/* renamed from: c */
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private static float value282 = 0.1f;
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/* renamed from: d */
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private static float value283 = 1.0f;
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/* renamed from: f */
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private static float[] value285 = {0.0f, 0.0f, 1.0f};
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private BulletHoleManager() {
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}
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/* renamed from: a */
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public static BulletHoleManager getInstance() {
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if (bulletHoleManager280 == null) {
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bulletHoleManager280 = new BulletHoleManager();
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}
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return bulletHoleManager280;
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}
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/* renamed from: a */
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public static void execute303(World world) {
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StringBuffer stringBuffer = new StringBuffer("/res/image2d/crater");
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stringBuffer.append(0);
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stringBuffer.append(".png");
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mesh281 = ResourceLoader.loadM3G(stringBuffer.toString(), 160);
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mesh281.scale(0.5f, 0.5f, 0.5f);
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texture284 = new Texture2D[1];
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texture284[0] = mesh281.getAppearance(0).getTexture(0);
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world.addChild(mesh281);
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mesh281.setPickingEnable(false);
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Transform transform = new Transform();
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mesh281.getTransformTo(world, transform);
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world.removeChild(mesh281);
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float[] fArr = {0.0f, 0.0f, 1.0f, 0.0f};
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transform.transform(fArr);
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value285[0] = fArr[0];
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value285[1] = fArr[1];
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value285[2] = fArr[2];
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}
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/* renamed from: a */
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public final void compute304(int i, RayIntersection rayIntersection, World world) {
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float distance = rayIntersection.getDistance();
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float[] fArr = new float[6];
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rayIntersection.getRay(fArr);
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float f = fArr[0] + (fArr[3] * distance);
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float f2 = fArr[1] + (fArr[4] * distance);
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float f3 = fArr[2] + (fArr[5] * distance);
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float normalX = rayIntersection.getNormalX();
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float normalY = rayIntersection.getNormalY();
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float normalZ = rayIntersection.getNormalZ();
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Node intersected = rayIntersection.getIntersected();
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Transform transform = new Transform();
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intersected.getTransformTo(world, transform);
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float[] fArr2 = {normalX, normalY, normalZ, 0.0f};
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transform.transform(fArr2);
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float[] fArr3 = {fArr2[0], fArr2[1], fArr2[2]};
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if (VectorMath.getFloat259(fArr3, new float[]{fArr[3], fArr[4], fArr[5]}) > 0.0f) {
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fArr3[0] = -fArr3[0];
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fArr3[1] = -fArr3[1];
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fArr3[2] = -fArr3[2];
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}
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float degrees = (float) Math.toDegrees((float) FastAcos.getDouble78(VectorMath.getFloat259(value285, fArr3) / (Math.sqrt(((value285[0] * value285[0]) + (value285[1] * value285[1])) + (value285[2] * value285[2])) * Math.sqrt(((fArr3[0] * fArr3[0]) + (fArr3[1] * fArr3[1])) + (fArr3[2] * fArr3[2])))));
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float[] fArrM260b = VectorMath.getFloatArray260(value285, fArr3);
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if (fArrM260b[0] == 0.0f && fArrM260b[1] == 0.0f && fArrM260b[2] == 0.0f) {
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fArrM260b[1] = 1.0f;
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}
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float f4 = value282;
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if (i == 2) {
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f4 = value283;
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}
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Mesh meshDuplicate = mesh281.duplicate();
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meshDuplicate.setTranslation(f, f2, f3);
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meshDuplicate.setScale(f4, f4, f4);
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if (fArrM260b[0] != 0.0f || fArrM260b[1] != 0.0f || fArrM260b[2] != 0.0f) {
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meshDuplicate.postRotate(degrees, fArrM260b[0], fArrM260b[1], fArrM260b[2]);
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}
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world.addChild(meshDuplicate);
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if (this.list286 == null) {
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this.list286 = new Vector();
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}
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this.list286.addElement(meshDuplicate);
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}
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/* renamed from: b */
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public final void execute305(World world) {
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if (this.list286 != null) {
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for (int i = 0; i < this.list286.size(); i++) {
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world.removeChild((Mesh) this.list286.elementAt(i));
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}
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}
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this.list286 = null;
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this.list286 = new Vector();
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}
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/* renamed from: b */
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public final void execute306() {
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this.list286 = null;
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}
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/* renamed from: c */
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public static void execute307() {
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mesh281 = null;
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texture284 = null;
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value285 = null;
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}
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}
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