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ContO.java
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import fallk.logmaster.HLogger;
import java.awt.*;
import java.io.BufferedReader;
import java.io.ByteArrayInputStream;
import java.io.IOException;
import java.io.InputStreamReader;
import java.util.Arrays;
/**
* models
*
* @author Omar Waly, Kaffeinated
*/
public class ContO {
private final Trackers t;
public final Plane[] p;
public int npl = 0;
public int x = 0;
public int y = 0;
public int z = 0;
public int xz = 0;
public int xy = 0;
public int zy = 0;
public int wxz = 0;
public int wzy = 0;
public int dist = 0;
public int maxR = 0;
private int disp = 0;
private int disline = 7;
private boolean shadow = false;
private boolean noline = false;
private float grounded = 1.0F;
public int grat = 0;
public final int[] keyx = new int[4];
public final int[] keyz = new int[4];
public final int[] sx = new int[4];
public final int[] sy = new int[4];
public final int[] sz = new int[4];
public final int[] stg = new int[4];
public final int[] dov = new int[4];
public final float[] smag = new float[4];
public final int[] scx = new int[4];
public final int[] scz = new int[4];
public final boolean[] fulls = new boolean[4];
public boolean elec = false;
public boolean roted = false;
private final int[] edl = new int[4];
private final int[] edr = new int[4];
private final int[] elc = new int[4];
public boolean fix = false;
public int fcnt = 0;
public int checkpoint = 0;
private int tnt = 0;
private int[] txy;
private int[] tzy;
private int[][] tc;
private int[] tradx;
private int[] tradz;
private int[] trady;
private int[] tx;
private int[] ty;
private int[] tz;
private int[] skd;
private int[] dam;
private boolean[] notwall;
private void pdust(int i, Graphics2D rd, int j) {
if (j * dov[i] > 0) {
int k;
if (fulls[i]) {
k = stg[i] * stg[i];
} else {
k = stg[i] * stg[i] * stg[i] + 1;
}
int l = (Medium.cgrnd[0] * k + Medium.cfade[0] * 2 + Medium.csky[0]) / (3 + k);
int i1 = (Medium.cgrnd[1] * k + Medium.cfade[0] * 2 + Medium.csky[1]) / (3 + k);
int j1 = (Medium.cgrnd[2] * k + Medium.cfade[0] * 2 + Medium.csky[2]) / (3 + k);
for (int k1 = 0; k1 < t.nt; k1++) {
if (Math.abs(t.zy[k1]) != 90 && Math.abs(t.xy[k1]) != 90 && Math.abs(sx[i] - t.x[k1]) < t.radx[k1]
&& Math.abs(sz[i] - t.z[k1]) < t.radz[k1]) {
if (t.skd[k1] == 0) {
k = stg[i] * stg[i] * stg[i] + 2;
}
l = (int) ((t.c[k1][0] * 0.87D * k + Medium.cfade[0] * 2
+ Medium.csky[0]) / (3 + k));
i1 = (int) ((t.c[k1][1] * 0.87D * k + Medium.cfade[0] * 2
+ Medium.csky[1]) / (3 + k));
j1 = (int) ((t.c[k1][2] * 0.87D * k + Medium.cfade[0] * 2
+ Medium.csky[2]) / (3 + k));
}
}
if (sy[i] > 250) {
sy[i] = 250;
}
int l1 = Medium.cx
+ (int) ((sx[i] - Medium.x - Medium.cx) * RadicalMath.cos(Medium.xz) - (sz[i] - Medium.z - Medium.cz) * RadicalMath.sin(Medium.xz));
int i2 = Medium.cz
+ (int) ((sx[i] - Medium.x - Medium.cx) * RadicalMath.sin(Medium.xz) + (sz[i] - Medium.z - Medium.cz) * RadicalMath.cos(Medium.xz));
int j2 = Medium.cy + (int) ((sy[i] - Medium.y - Medium.cy) * RadicalMath.cos(Medium.zy) - (i2 - Medium.cz) * RadicalMath.sin(Medium.zy));
i2 = Medium.cz + (int) ((sy[i] - Medium.y - Medium.cy) * RadicalMath.sin(Medium.zy) + (i2 - Medium.cz) * RadicalMath.cos(Medium.zy));
int k2 = (int) Math.sqrt((Medium.cy - j2) * (Medium.cy - j2) + (Medium.cx - l1) * (Medium.cx - l1) + i2 * i2);
int l2 = 0;
do {
if (k2 > Medium.fade[l2]) {
l = (l * Medium.fogd + Medium.cfade[0]) / (Medium.fogd + 1);
i1 = (i1 * Medium.fogd + Medium.cfade[1]) / (Medium.fogd + 1);
j1 = (j1 * Medium.fogd + Medium.cfade[2]) / (Medium.fogd + 1);
}
} while (++l2 < 8);
if (Math.abs(scx[i]) + Math.abs(scz[i]) > 150) {
sy[i] -= 3F + 27F * smag[i];
} else {
sy[i] -= 23F + 7F * smag[i];
}
sx[i] += scx[i] / ((stg[i] + 1) * smag[i]);
sz[i] += scz[i] / ((stg[i] + 1) * smag[i]);
int ai[] = new int[8];
int ai1[] = new int[8];
int i3 = stg[i] - 3;
ai[0] = Utility.cXs((int) (l1 - (18F + Medium.random() * 18F + i3 * 6) * smag[i]), i2);
ai1[0] = Utility.cYs(
(int) (j2 - (7.5D + Medium.random() * 7.5D + i3 * 2.5D) * smag[i]),
i2);
if (ai1[0] < 45 && Medium.flex != 0) {
Medium.flex = 0;
}
ai[1] = Utility.cXs((int) (l1 - (18F + Medium.random() * 18F + i3 * 6) * smag[i]), i2);
ai1[1] = Utility.cYs(
(int) (j2 + (7.5D + Medium.random() * 7.5D + i3 * 2.5D) * smag[i]),
i2);
ai[2] = Utility.cXs(
(int) (l1 - (7.5D + Medium.random() * 7.5D + i3 * 2.5D) * smag[i]),
i2);
ai1[2] = Utility.cYs((int) (j2 + (18F + Medium.random() * 18F + i3 * 6) * smag[i]), i2);
ai[3] = Utility.cXs(
(int) (l1 + (7.5D + Medium.random() * 7.5D + i3 * 2.5D) * smag[i]),
i2);
ai1[3] = Utility.cYs((int) (j2 + (18F + Medium.random() * 18F + i3 * 6) * smag[i]), i2);
ai[4] = Utility.cXs((int) (l1 + (18F + Medium.random() * 18F + i3 * 6) * smag[i]), i2);
ai1[4] = Utility.cYs(
(int) (j2 + (7.5D + Medium.random() * 7.5D + i3 * 2.5D) * smag[i]),
i2);
ai[5] = Utility.cXs((int) (l1 + (18F + Medium.random() * 18F + i3 * 6) * smag[i]), i2);
ai1[5] = Utility.cYs(
(int) (j2 - (7.5D + Medium.random() * 7.5D + i3 * 2.5D) * smag[i]),
i2);
ai[6] = Utility.cXs(
(int) (l1 + (7.5D + Medium.random() * 7.5D + i3 * 2.5D) * smag[i]),
i2);
ai1[6] = Utility.cYs((int) (j2 - (18F + Medium.random() * 18F + i3 * 6) * smag[i]), i2);
ai[7] = Utility.cXs(
(int) (l1 - (7.5D + Medium.random() * 7.5D + i3 * 2.5D) * smag[i]),
i2);
ai1[7] = Utility.cYs((int) (j2 - (18F + Medium.random() * 18F + i3 * 6) * smag[i]), i2);
boolean flag = true;
int j3 = 0;
int k3 = 0;
int l3 = 0;
int i4 = 0;
int j4 = 0;
do {
if (ai1[j4] < 0 || i2 < 10) {
j3++;
}
if (ai1[j4] > Medium.h || i2 < 10) {
k3++;
}
if (ai[j4] < 0 || i2 < 10) {
l3++;
}
if (ai[j4] > Medium.w || i2 < 10) {
i4++;
}
if (ai1[j4] < 45 && Medium.flex != 0) {
Medium.flex = 0;
}
} while (++j4 < 8);
if (l3 == 4 || j3 == 4 || k3 == 4 || i4 == 4) {
flag = false;
}
if (flag) {
rd.setColor(new Color(l, i1, j1));
rd.fillPolygon(ai, ai1, 8);
}
if (dov[i] == 1) {
dov[i] = -1;
}
if (stg[i] == 4) {
stg[i] = 0;
} else {
stg[i]++;
if (stg[i] == 2 && fulls[i]) {
dov[i] = 0;
}
}
} else if (dov[i] == 0) {
dov[i] = 1;
}
}
public ContO(byte abyte0[], Trackers trackers) {
t = trackers;
p = new Plane[270];
boolean flag = false;
boolean flag1 = false;
int i = 0;
float f = 1.0F;
float f1 = 1.0F;
int ai[] = new int[100];
int ai1[] = new int[100];
int ai2[] = new int[100];
int ai3[] = new int[3];
boolean flag2 = false;
boolean flag3 = false;
boolean flag4 = false;
Wheels wheels = new Wheels();
int j = 0;
int k = 1;
int l = 0;
int i1 = 0;
byte byte0 = 0;
float nfmm_scale[] = {
1.0F, 1.0F, 1.0F
};
try (BufferedReader bufferedreader = new BufferedReader(
new InputStreamReader((new ByteArrayInputStream(abyte0))))) {
for (String line; (line = bufferedreader.readLine()) != null; ) {
line = line.trim();
if (line.startsWith("<p>")) {
flag = true;
i = 0;
k = 0;
l = 0;
byte0 = 0;
flag4 = false;
}
if (flag) {
if (line.startsWith("gr")) {
k = Utility.getint("gr", line, 0);
}
if (line.startsWith("fs")) {
l = Utility.getint("fs", line, 0);
}
if (line.startsWith("c")) {
flag2 = false;
ai3[0] = Utility.getint("c", line, 0);
ai3[1] = Utility.getint("c", line, 1);
ai3[2] = Utility.getint("c", line, 2);
}
if (line.startsWith("glass")) {
flag2 = true;
}
if (line.startsWith("lightF")) {
byte0 = 1;
} else if (line.startsWith("lightB")) {
byte0 = 2;
} else if (line.startsWith("light")) {
byte0 = 1;
}
if (line.startsWith("noOutline")) {
flag4 = true;
}
if (line.startsWith("p")) {
ai[i] = (int) ((Utility.getint("p", line, 0) * f * f1) * nfmm_scale[0]);
ai1[i] = (int) ((Utility.getint("p", line, 1) * f) * nfmm_scale[1]);
ai2[i] = (int) ((Utility.getint("p", line, 2) * f) * nfmm_scale[2]);
int j1 = (int) Math.sqrt(ai[i] * ai[i] + ai1[i] * ai1[i] + ai2[i] * ai2[i]);
if (j1 > maxR) {
maxR = j1;
}
i++;
}
}
if (line.startsWith("</p>")) {
p[npl] = new Plane(t, ai, ai2, ai1, i, ai3, flag2, k, l, 0, 0, 0, disline, 0, flag3, byte0, flag4);
npl++;
flag = false;
}
if (line.startsWith("rims")) {
wheels.setrims(Utility.getint("rims", line, 0), Utility.getint("rims", line, 1),
Utility.getint("rims", line, 2), Utility.getint("rims", line, 3),
Utility.getint("rims", line, 4));
}
if (line.startsWith("w")) {
keyx[j] = (int) (Utility.getint("w", line, 0) * f * nfmm_scale[0]);
keyz[j] = (int) (Utility.getint("w", line, 2) * f * nfmm_scale[2]);
j++;
wheels.make(t, p, npl, (int) (Utility.getint("w", line, 0) * f * f1 * nfmm_scale[0]),
(int) (Utility.getint("w", line, 1) * f * nfmm_scale[1]),
(int) (Utility.getint("w", line, 2) * f * nfmm_scale[2]), Utility.getint("w", line, 3),
(int) (Utility.getint("w", line, 4) * f * f1), (int) (Utility.getint("w", line, 5) * f),
i1);
npl += 15;
}
if (line.startsWith("tracks")) {
int k1 = Utility.getint("tracks", line, 0);
txy = new int[k1];
tzy = new int[k1];
tc = new int[k1][3];
tradx = new int[k1];
tradz = new int[k1];
trady = new int[k1];
tx = new int[k1];
ty = new int[k1];
tz = new int[k1];
skd = new int[k1];
dam = new int[k1];
notwall = new boolean[k1];
}
if (line.startsWith("<track>")) {
flag1 = true;
notwall[tnt] = false;
dam[tnt] = 1;
skd[tnt] = 0;
ty[tnt] = 0;
tx[tnt] = 0;
tz[tnt] = 0;
txy[tnt] = 0;
tzy[tnt] = 0;
trady[tnt] = 0;
tradx[tnt] = 0;
tradz[tnt] = 0;
tc[tnt][0] = 0;
tc[tnt][1] = 0;
tc[tnt][2] = 0;
}
if (flag1) {
if (line.startsWith("c")) {
tc[tnt][0] = Utility.getint("c", line, 0);
tc[tnt][1] = Utility.getint("c", line, 1);
tc[tnt][2] = Utility.getint("c", line, 2);
}
if (line.startsWith("xy")) {
txy[tnt] = Utility.getint("xy", line, 0);
}
if (line.startsWith("zy")) {
tzy[tnt] = Utility.getint("zy", line, 0);
}
if (line.startsWith("radx")) {
tradx[tnt] = (int) (Utility.getint("radx", line, 0) * f);
}
if (line.startsWith("rady")) {
trady[tnt] = (int) (Utility.getint("rady", line, 0) * f);
}
if (line.startsWith("radz")) {
tradz[tnt] = (int) (Utility.getint("radz", line, 0) * f);
}
if (line.startsWith("ty")) {
ty[tnt] = (int) (Utility.getint("ty", line, 0) * f);
}
if (line.startsWith("tx")) {
tx[tnt] = (int) (Utility.getint("tx", line, 0) * f);
}
if (line.startsWith("tz")) {
tz[tnt] = (int) (Utility.getint("tz", line, 0) * f);
}
if (line.startsWith("skid")) {
skd[tnt] = Utility.getint("skid", line, 0);
}
if (line.startsWith("dam")) {
dam[tnt] = 3;
}
if (line.startsWith("notwall")) {
notwall[tnt] = true;
}
}
if (line.startsWith("</track>")) {
flag1 = false;
tnt++;
}
if (line.startsWith("disp")) {
disp = Utility.getint("disp", line, 0);
}
if (line.startsWith("disline")) {
disline = Utility.getint("disline", line, 0);
}
if (line.startsWith("shadow")) {
shadow = true;
}
if (line.startsWith("stonecold")) {
noline = true;
}
if (line.startsWith("road")) {
flag3 = true;
}
if (line.startsWith("notroad")) {
flag3 = false;
}
if (line.startsWith("grounded")) {
grounded = Utility.getint("grounded", line, 0) / 100F;
}
if (line.startsWith("div")) {
f = Utility.getint("div", line, 0) / 10F;
}
if (line.startsWith("idiv")) {
f = Utility.getint("idiv", line, 0) / 100F;
}
if (line.startsWith("iwid")) {
f1 = Utility.getint("iwid", line, 0) / 100F;
}
if (line.startsWith("gwgr")) {
i1 = Utility.getint("gwgr", line, 0);
}
if (line.startsWith("ScaleX")) {
nfmm_scale[0] = Utility.getint("ScaleX", line, 0) / 100F;
}
if (line.startsWith("ScaleY")) {
nfmm_scale[1] = Utility.getint("ScaleY", line, 0) / 100F;
}
if (line.startsWith("ScaleZ")) {
nfmm_scale[2] = Utility.getint("ScaleZ", line, 0) / 100F;
}
}
} catch (IOException e) {
HLogger.error("Error loading " + Arrays.toString(abyte0) + ".rad");
e.printStackTrace();
}
grat = wheels.ground;
}
public ContO(ContO conto, int i, int j, int k, int l) {
t = conto.t;
npl = conto.npl;
maxR = conto.maxR;
disp = conto.disp;
disline = conto.disline;
noline = conto.noline;
shadow = conto.shadow;
grounded = conto.grounded;
grat = conto.grat;
p = new Plane[conto.npl];
for (int i1 = 0; i1 < npl; i1++) {
if (conto.p[i1].master != 0) {
conto.p[i1].n = 16;
}
p[i1] = new Plane(t, conto.p[i1].ox, conto.p[i1].oz, conto.p[i1].oy, conto.p[i1].n, conto.p[i1].oc,
conto.p[i1].glass, conto.p[i1].gr, conto.p[i1].fs, conto.p[i1].wx, conto.p[i1].wy, conto.p[i1].wz,
conto.disline, conto.p[i1].bfase, conto.p[i1].road, conto.p[i1].light, conto.p[i1].solo);
}
x = i;
y = j;
z = k;
for (int j1 = 0; j1 < npl; j1++) {
p[j1].master = conto.p[j1].master;
Utility.rot(p[j1].ox, p[j1].oz, 0, 0, l, p[j1].n);
p[j1].loadprojf();
}
if (conto.tnt != 0) {
for (int k1 = 0; k1 < conto.tnt; k1++) {
t.xy[t.nt] = (int) (conto.txy[k1] * RadicalMath.cos(l) - conto.tzy[k1] * RadicalMath.sin(l));
t.zy[t.nt] = (int) (conto.tzy[k1] * RadicalMath.cos(l) + conto.txy[k1] * RadicalMath.sin(l));
int i2 = 0;
do {
t.c[t.nt][i2] = (int) (conto.tc[k1][i2]
+ conto.tc[k1][i2] * (Medium.snap[i2] / 100F));
if (t.c[t.nt][i2] > 255) {
t.c[t.nt][i2] = 255;
}
if (t.c[t.nt][i2] < 0) {
t.c[t.nt][i2] = 0;
}
} while (++i2 < 3);
t.x[t.nt] = (int) ((x + conto.tx[k1] * RadicalMath.cos(l)) - conto.tz[k1] * RadicalMath.sin(l));
t.z[t.nt] = (int) (z + conto.tz[k1] * RadicalMath.cos(l) + conto.tx[k1] * RadicalMath.sin(l));
t.y[t.nt] = y + conto.ty[k1];
t.skd[t.nt] = conto.skd[k1];
t.dam[t.nt] = conto.dam[k1];
t.notwall[t.nt] = conto.notwall[k1];
i2 = Math.abs(l);
if (i2 == 180) {
i2 = 0;
}
t.radx[t.nt] = (int) Math
.abs(conto.tradx[k1] * RadicalMath.cos(i2) + conto.tradz[k1] * RadicalMath.sin(i2));
t.radz[t.nt] = (int) Math
.abs(conto.tradx[k1] * RadicalMath.sin(i2) + conto.tradz[k1] * RadicalMath.cos(i2));
t.rady[t.nt] = conto.trady[k1];
t.nt++;
}
}
int l1 = 0;
do {
stg[l1] = 0;
keyx[l1] = conto.keyx[l1];
keyz[l1] = conto.keyz[l1];
} while (++l1 < 4);
}
public void d(Graphics2D rd) {
if (dist != 0) {
dist = 0;
}
int i = Medium.cx + (int) ((x - Medium.x - Medium.cx) * RadicalMath.cos(Medium.xz) - (z - Medium.z - Medium.cz) * RadicalMath.sin(Medium.xz));
int j = Medium.cz + (int) ((x - Medium.x - Medium.cx) * RadicalMath.sin(Medium.xz) + (z - Medium.z - Medium.cz) * RadicalMath.cos(Medium.xz));
int k = Medium.cz + (int) ((y - Medium.y - Medium.cy) * RadicalMath.sin(Medium.zy) + (j - Medium.cz) * RadicalMath.cos(Medium.zy));
int l = Utility.cXs(i + maxR, k) - Utility.cXs(i - maxR, k);
if (Utility.cXs(i + maxR * 2, k) > 0 && Utility.cXs(i - maxR * 2, k) < Medium.w && k > -maxR && (k < Medium.fade[disline] + maxR || Medium.trk)
&& (l > disp || Medium.trk)) {
if (shadow) {
if (!Medium.crs) {
if (k < 2000) {
boolean flag = false;
for (int l1 = t.nt - 1; l1 >= 0; l1--) {
if (Math.abs(t.zy[l1]) == 90 || Math.abs(t.xy[l1]) == 90
|| Math.abs(x - t.x[l1]) >= t.radx[l1] + maxR
|| Math.abs(z - t.z[l1]) >= t.radz[l1] + maxR) {
continue;
}
flag = true;
break;
}
rd.setRenderingHint(RenderingHints.KEY_ANTIALIASING, RenderingHints.VALUE_ANTIALIAS_ON);
if (flag) {
for (int i2 = 0; i2 < npl; i2++) {
p[i2].s(rd, x - Medium.x, y - Medium.y, z - Medium.z, xz, xy, zy, 0);
}
} else {
int j2 = Medium.cy + (int) ((Medium.ground - Medium.cy) * RadicalMath.cos(Medium.zy)
- (j - Medium.cz) * RadicalMath.sin(Medium.zy));
int k2 = Medium.cz + (int) ((Medium.ground - Medium.cy) * RadicalMath.sin(Medium.zy)
+ (j - Medium.cz) * RadicalMath.cos(Medium.zy));
if (Utility.cYs(j2 + maxR, k2) > 0 && Utility.cYs(j2 - maxR, k2) < Medium.h) {
for (int l2 = 0; l2 < npl; l2++) {
p[l2].s(rd, x - Medium.x, y - Medium.y, z - Medium.z, xz, xy, zy, 1);
}
}
}
Medium.addSp(x - Medium.x, z - Medium.z, (int) (maxR * 0.80000000000000004D));
rd.setRenderingHint(RenderingHints.KEY_ANTIALIASING, RenderingHints.VALUE_ANTIALIAS_OFF);
} else {
lowshadow(rd, k);
}
} else {
for (int i1 = 0; i1 < npl; i1++) {
p[i1].s(rd, x - Medium.x, y - Medium.y, z - Medium.z, xz, xy, zy, 2);
}
}
}
int j1 = Medium.cy + (int) ((y - Medium.y - Medium.cy) * RadicalMath.cos(Medium.zy) - (j - Medium.cz) * RadicalMath.sin(Medium.zy));
if (Utility.cYs(j1 + maxR, k) > 0 && Utility.cYs(j1 - maxR, k) < Medium.h) {
if (elec) {
electrify(rd);
}
if (fix) {
fixit(rd);
}
if (checkpoint != 0 && checkpoint - 1 == Medium.checkpoint) {
l = -1;
}
int ai[] = new int[npl];
int ai1[] = new int[npl];
int i3 = 0;
do {
if (stg[i3] != 0) {
pdust(i3, rd, -1);
}
} while (++i3 < 4);
for (int j3 = 0; j3 < npl; j3++) {
ai[j3] = 0;
}
for (int k3 = 0; k3 < npl; k3++) {
for (int i4 = k3 + 1; i4 < npl; i4++) {
if (p[k3].av != p[i4].av) {
if (p[k3].av < p[i4].av) {
ai[k3]++;
} else {
ai[i4]++;
}
} else if (k3 > i4) {
ai[k3]++;
} else {
ai[i4]++;
}
}
ai1[ai[k3]] = k3;
}
for (int l3 = 0; l3 < npl; l3++) {
p[ai1[l3]].d(rd, x - Medium.x, y - Medium.y, z - Medium.z, xz, xy, zy, wxz, wzy, noline, l);
if (p[ai1[l3]].master != 0 && stg[p[ai1[l3]].master - 1] != 0) {
pdust(p[ai1[l3]].master - 1, rd, 1);
}
}
dist = (int) (Math.sqrt((int) Math.sqrt(((Medium.x + Medium.cx) - x) * ((Medium.x + Medium.cx) - x) + (Medium.z - z) * (Medium.z - z)
+ ((Medium.y + Medium.cy) - y) * ((Medium.y + Medium.cy) - y))) * grounded);
}
}
if (dist == 0) {
int k1 = 0;
do {
if (stg[k1] != 0) {
if (stg[k1] == 4) {
stg[k1] = 0;
} else {
stg[k1]++;
}
}
} while (++k1 < 4);
}
}
public void dust(int i, float f, float f1, float f2, float f3, float f4, float f5, boolean flag, int j) {
boolean flag1 = false;
if (j > 5 && (i == 0 || i == 2)) {
flag1 = true;
}
if (j < -5 && (i == 1 || i == 3)) {
flag1 = true;
}
if (stg[i] == 0 && Math.abs(f3) + Math.abs(f4) > 100F && !flag1) {
sx[i] = (int) f;
sy[i] = (int) f1;
sz[i] = (int) f2;
stg[i] = 1;
dov[i] = -1;
smag[i] = f5;
scx[i] = (int) f3;
scz[i] = (int) f4;
fulls[i] = flag;
}
}
private void lowshadow(Graphics2D rd, int i) {
int ai[] = new int[4];
int ai1[] = new int[4];
int ai2[] = new int[4];
byte byte0 = 1;
int j;
for (j = Math.abs(zy); j > 270; j -= 360) {
}
j = Math.abs(j);
if (j > 90) {
byte0 = -1;
}
ai[0] = (int) ((keyx[0] * 1.2D + x) - Medium.x);
ai2[0] = (int) (((keyz[0] + 30) * byte0 * 1.2D + z) - Medium.z);
ai[1] = (int) ((keyx[1] * 1.2D + x) - Medium.x);
ai2[1] = (int) (((keyz[1] + 30) * byte0 * 1.2D + z) - Medium.z);
ai[2] = (int) ((keyx[3] * 1.2D + x) - Medium.x);
ai2[2] = (int) (((keyz[3] - 30) * byte0 * 1.2D + z) - Medium.z);
ai[3] = (int) ((keyx[2] * 1.2D + x) - Medium.x);
ai2[3] = (int) (((keyz[2] - 30) * byte0 * 1.2D + z) - Medium.z);
Utility.rot(ai, ai2, x - Medium.x, z - Medium.z, xz, 4);
int k = (int) (Medium.cgrnd[0] / 1.5D);
int l = (int) (Medium.cgrnd[1] / 1.5D);
int i1 = (int) (Medium.cgrnd[2] / 1.5D);
int j1 = 0;
do {
ai1[j1] = Medium.ground;
} while (++j1 < 4);
for (int k1 = t.nt - 1; k1 >= 0; k1--) {
int l1 = 0;
int j2 = 0;
do {
if (Math.abs(t.zy[k1]) != 90 && Math.abs(t.xy[k1]) != 90
&& Math.abs(ai[j2] - (t.x[k1] - Medium.x)) < t.radx[k1]
&& Math.abs(ai2[j2] - (t.z[k1] - Medium.z)) < t.radz[k1]) {
l1++;
}
} while (++j2 < 4);
if (l1 <= 2) {
continue;
}
j2 = 0;
do {
ai1[j2] = t.y[k1] - Medium.y;
if (t.zy[k1] != 0) {
ai1[j2] += ((ai2[j2] - (t.z[k1] - Medium.z - t.radz[k1])) * RadicalMath.sin(t.zy[k1]))
/ RadicalMath.sin(90 - t.zy[k1]) - (t.radz[k1] * RadicalMath.sin(t.zy[k1])) / RadicalMath.sin(90 - t.zy[k1]);
}
if (t.xy[k1] != 0) {
ai1[j2] += ((ai[j2] - (t.x[k1] - Medium.x - t.radx[k1])) * RadicalMath.sin(t.xy[k1]))
/ RadicalMath.sin(90 - t.xy[k1]) - (t.radx[k1] * RadicalMath.sin(t.xy[k1])) / RadicalMath.sin(90 - t.xy[k1]);
}
} while (++j2 < 4);
k = (int) (t.c[k1][0] / 1.5D);
l = (int) (t.c[k1][1] / 1.5D);
i1 = (int) (t.c[k1][2] / 1.5D);
break;
}
Utility.rot(ai, ai2, Medium.cx, Medium.cz, Medium.xz, 4);
Utility.rot(ai1, ai2, Medium.cy, Medium.cz, Medium.zy, 4);
boolean flag = true;
int i2 = 0;
int k2 = 0;
int l2 = 0;
int i3 = 0;
int j3 = 0;
do {
ai[j3] = Utility.cXs(ai[j3], ai2[j3]);
ai1[j3] = Utility.cYs(ai1[j3], ai2[j3]);
if (ai1[j3] < 0 || ai2[j3] < 10) {
i2++;
}
if (ai1[j3] > Medium.h || ai2[j3] < 10) {
k2++;
}
if (ai[j3] < 0 || ai2[j3] < 10) {
l2++;
}
if (ai[j3] > Medium.w || ai2[j3] < 10) {
i3++;
}
} while (++j3 < 4);
if (l2 == 4 || i2 == 4 || k2 == 4 || i3 == 4) {
flag = false;
}
if (flag) {
int k3 = 0;
do {
if (i > Medium.fade[k3]) {
k = (k * Medium.fogd + Medium.cfade[0]) / (Medium.fogd + 1);
l = (l * Medium.fogd + Medium.cfade[1]) / (Medium.fogd + 1);
i1 = (i1 * Medium.fogd + Medium.cfade[2]) / (Medium.fogd + 1);
}
} while (++k3 < 8);
rd.setColor(new Color(k, l, i1));
rd.fillPolygon(ai, ai1, 4);
}
}
private void fixit(Graphics2D rd) {
if (fcnt == 1) {
for (int i = 0; i < npl; i++) {
// COLOR OF CAR GOING THROUGH FIX HOOP
p[i].hsb[0] = 0.57F;
p[i].hsb[2] = 0.8F;
p[i].hsb[1] = 0.8F;
Color color = Color.getHSBColor(p[i].hsb[0], p[i].hsb[1], p[i].hsb[2]);
int l = (int) (color.getRed() + color.getRed() * (Medium.snap[0] / 100F));
if (l > 255) {
l = 255;
}
if (l < 0) {
l = 0;
}
int i1 = (int) (color.getGreen() + color.getGreen() * (Medium.snap[1] / 100F));
if (i1 > 255) {
i1 = 255;
}
if (i1 < 0) {
i1 = 0;
}
int k1 = (int) (color.getBlue() + color.getBlue() * (Medium.snap[2] / 100F));
if (k1 > 255) {
k1 = 255;
}
if (k1 < 0) {
k1 = 0;
}
Color.RGBtoHSB(l, i1, k1, p[i].hsb);
p[i].flx = 1;
}
}
if (fcnt == 2) {
for (int j = 0; j < npl; j++) {
p[j].flx = 1;
}
}
if (fcnt == 4) {
for (int k = 0; k < npl; k++) {
p[k].flx = 3;
}
}
if (fcnt == 1 || fcnt > 2) {
int ai[] = new int[8];
int ai1[] = new int[8];
int ai2[] = new int[4];
int j1 = 0;
do {
ai[j1] = (keyx[j1] + x) - Medium.x;
ai1[j1] = (grat + y) - Medium.y;
ai2[j1] = (keyz[j1] + z) - Medium.z;
} while (++j1 < 4);
Utility.rot(ai, ai1, x - Medium.x, y - Medium.y, xy, 4);
Utility.rot(ai1, ai2, y - Medium.y, z - Medium.y, zy, 4);
Utility.rot(ai, ai2, x - Medium.x, z - Medium.z, xz, 4);
Utility.rot(ai, ai2, Medium.cx, Medium.cz, Medium.xz, 4);
Utility.rot(ai1, ai2, Medium.cy, Medium.cz, Medium.zy, 4);
j1 = 0;
int l1 = 0;
int i2 = 0;
int j2 = 0;
do {
int k2 = 0;
do {
if (Math.abs(ai[j2] - ai[k2]) > j1) {
j1 = Math.abs(ai[j2] - ai[k2]);
}
if (Math.abs(ai1[j2] - ai1[k2]) > l1) {
l1 = Math.abs(ai1[j2] - ai1[k2]);
}
if (Utility.py(ai[j2], ai[k2], ai1[j2], ai1[k2]) > i2) {
i2 = Utility.py(ai[j2], ai[k2], ai1[j2], ai1[k2]);
}
} while (++k2 < 4);
} while (++j2 < 4);
i2 = (int) (Math.sqrt(i2) / 1.5D);
if (j1 < i2) {
j1 = i2;
}
if (l1 < i2) {
l1 = i2;
}
j2 = Medium.cx + (int) ((x - Medium.x - Medium.cx) * RadicalMath.cos(Medium.xz) - (z - Medium.z - Medium.cz) * RadicalMath.sin(Medium.xz));
int l2 = Medium.cz + (int) ((x - Medium.x - Medium.cx) * RadicalMath.sin(Medium.xz) + (z - Medium.z - Medium.cz) * RadicalMath.cos(Medium.xz));
int i3 = Medium.cy + (int) ((y - Medium.y - Medium.cy) * RadicalMath.cos(Medium.zy) - (l2 - Medium.cz) * RadicalMath.sin(Medium.zy));
l2 = Medium.cz + (int) ((y - Medium.y - Medium.cy) * RadicalMath.sin(Medium.zy) + (l2 - Medium.cz) * RadicalMath.cos(Medium.zy));
ai[0] = Utility.cXs((int) (j2 - j1 / 0.80000000000000004D
- Medium.random() * (j1 / 2.3999999999999999D)), l2);
ai1[0] = Utility.cYs((int) (i3 - l1 / 1.9199999999999999D
- Medium.random() * (l1 / 5.6699999999999999D)), l2);
ai[1] = Utility.cXs((int) (j2 - j1 / 0.80000000000000004D
- Medium.random() * (j1 / 2.3999999999999999D)), l2);
ai1[1] = Utility.cYs((int) (i3 + l1 / 1.9199999999999999D
+ Medium.random() * (l1 / 5.6699999999999999D)), l2);
ai[2] = Utility.cXs((int) (j2 - j1 / 1.9199999999999999D
- Medium.random() * (j1 / 5.6699999999999999D)), l2);
ai1[2] = Utility.cYs((int) (i3 + l1 / 0.80000000000000004D
+ Medium.random() * (l1 / 2.3999999999999999D)), l2);
ai[3] = Utility.cXs((int) (j2 + j1 / 1.9199999999999999D
+ Medium.random() * (j1 / 5.6699999999999999D)), l2);
ai1[3] = Utility.cYs((int) (i3 + l1 / 0.80000000000000004D
+ Medium.random() * (l1 / 2.3999999999999999D)), l2);
ai[4] = Utility.cXs((int) (j2 + j1 / 0.80000000000000004D
+ Medium.random() * (j1 / 2.3999999999999999D)), l2);
ai1[4] = Utility.cYs((int) (i3 + l1 / 1.9199999999999999D
+ Medium.random() * (l1 / 5.6699999999999999D)), l2);
ai[5] = Utility.cXs((int) (j2 + j1 / 0.80000000000000004D
+ Medium.random() * (j1 / 2.3999999999999999D)), l2);
ai1[5] = Utility.cYs((int) (i3 - l1 / 1.9199999999999999D
- Medium.random() * (l1 / 5.6699999999999999D)), l2);
ai[6] = Utility.cXs((int) (j2 + j1 / 1.9199999999999999D
+ Medium.random() * (j1 / 5.6699999999999999D)), l2);
ai1[6] = Utility.cYs((int) (i3 - l1 / 0.80000000000000004D
- Medium.random() * (l1 / 2.3999999999999999D)), l2);
ai[7] = Utility.cXs((int) (j2 - j1 / 1.9199999999999999D
- Medium.random() * (j1 / 5.6699999999999999D)), l2);
ai1[7] = Utility.cYs((int) (i3 - l1 / 0.80000000000000004D
- Medium.random() * (l1 / 2.3999999999999999D)), l2);
if (fcnt == 3) {
Utility.rot(ai, ai1, Utility.cXs(j2, l2), Utility.cYs(i3, l2), 22, 8);
}
if (fcnt == 4) {
Utility.rot(ai, ai1, Utility.cXs(j2, l2), Utility.cYs(i3, l2), 22, 8);
}
if (fcnt == 5) {
Utility.rot(ai, ai1, Utility.cXs(j2, l2), Utility.cYs(i3, l2), 0, 8);
}
if (fcnt == 6) {
Utility.rot(ai, ai1, Utility.cXs(j2, l2), Utility.cYs(i3, l2), -22, 8);
}
if (fcnt == 7) {
Utility.rot(ai, ai1, Utility.cXs(j2, l2), Utility.cYs(i3, l2), -22, 8);
}
int j3 = (int) (191F + 191F * (Medium.snap[0] / 350F));
if (j3 > 255) {
j3 = 255;
}
if (j3 < 0) {
j3 = 0;
}
int k3 = (int) (232F + 232F * (Medium.snap[1] / 350F));
if (k3 > 255) {
k3 = 255;
}
if (k3 < 0) {
k3 = 0;
}
int l3 = (int) (255F + 255F * (Medium.snap[2] / 350F));
if (l3 > 255) {
l3 = 255;
}
if (l3 < 0) {
l3 = 0;
}
rd.setColor(new Color(j3, k3, l3));
rd.fillPolygon(ai, ai1, 8);
ai[0] = Utility.cXs((int) (j2 - j1 - Medium.random() * (j1 / 4)), l2);
ai1[0] = Utility.cYs((int) (i3 - l1 / 2.3999999999999999D
- Medium.random() * (l1 / 9.5999999999999996D)), l2);
ai[1] = Utility.cXs((int) (j2 - j1 - Medium.random() * (j1 / 4)), l2);
ai1[1] = Utility.cYs((int) (i3 + l1 / 2.3999999999999999D
+ Medium.random() * (l1 / 9.5999999999999996D)), l2);
ai[2] = Utility.cXs((int) (j2 - j1 / 2.3999999999999999D
- Medium.random() * (j1 / 9.5999999999999996D)), l2);
ai1[2] = Utility.cYs((int) (i3 + l1 + Medium.random() * (l1 / 4)), l2);
ai[3] = Utility.cXs((int) (j2 + j1 / 2.3999999999999999D
+ Medium.random() * (j1 / 9.5999999999999996D)), l2);
ai1[3] = Utility.cYs((int) (i3 + l1 + Medium.random() * (l1 / 4)), l2);
ai[4] = Utility.cXs((int) (j2 + j1 + Medium.random() * (j1 / 4)), l2);
ai1[4] = Utility.cYs((int) (i3 + l1 / 2.3999999999999999D
+ Medium.random() * (l1 / 9.5999999999999996D)), l2);
ai[5] = Utility.cXs((int) (j2 + j1 + Medium.random() * (j1 / 4)), l2);
ai1[5] = Utility.cYs((int) (i3 - l1 / 2.3999999999999999D
- Medium.random() * (l1 / 9.5999999999999996D)), l2);
ai[6] = Utility.cXs((int) (j2 + j1 / 2.3999999999999999D
+ Medium.random() * (j1 / 9.5999999999999996D)), l2);
ai1[6] = Utility.cYs((int) (i3 - l1 - Medium.random() * (l1 / 4)), l2);
ai[7] = Utility.cXs((int) (j2 - j1 / 2.3999999999999999D
- Medium.random() * (j1 / 9.5999999999999996D)), l2);
ai1[7] = Utility.cYs((int) (i3 - l1 - Medium.random() * (l1 / 4)), l2);
j3 = (int) (213F + 213F * (Medium.snap[0] / 350F));
if (j3 > 255) {
j3 = 255;
}
if (j3 < 0) {
j3 = 0;
}
k3 = (int) (239F + 239F * (Medium.snap[1] / 350F));
if (k3 > 255) {
k3 = 255;
}
if (k3 < 0) {
k3 = 0;
}
l3 = (int) (255F + 255F * (Medium.snap[2] / 350F));
if (l3 > 255) {
l3 = 255;
}
if (l3 < 0) {
l3 = 0;
}
rd.setColor(new Color(j3, k3, l3));
rd.fillPolygon(ai, ai1, 8);
}
if (fcnt > 7) {
fcnt = 0;
fix = false;
} else {
fcnt++;
}
}
private void electrify(Graphics2D rd) {
int i = 0;
do {
if (elc[i] == 0) {
edl[i] = (int) (380F - Medium.random() * 760F);
edr[i] = (int) (380F - Medium.random() * 760F);
elc[i] = 1;
}
int j = (int) (edl[i] + (190F - Medium.random() * 380F));
int k = (int) (edr[i] + (190F - Medium.random() * 380F));
int l = (int) (Medium.random() * 126F);
int i1 = (int) (Medium.random() * 126F);
int ai[] = new int[8];
int ai1[] = new int[8];
int ai2[] = new int[8];
int j1 = 0;
do {
ai2[j1] = z - Medium.z;
} while (++j1 < 8);
ai[0] = x - Medium.x - 504;
ai1[0] = y - Medium.y - edl[i] - 5 - (int) (Medium.random() * 5F);
ai[1] = (x - Medium.x - 252) + i1;
ai1[1] = y - Medium.y - j - 5 - (int) (Medium.random() * 5F);
ai[2] = ((x - Medium.x) + 252) - l;
ai1[2] = y - Medium.y - k - 5 - (int) (Medium.random() * 5F);
ai[3] = (x - Medium.x) + 504;
ai1[3] = y - Medium.y - edr[i] - 5 - (int) (Medium.random() * 5F);
ai[4] = (x - Medium.x) + 504;
ai1[4] = (y - Medium.y - edr[i]) + 5 + (int) (Medium.random() * 5F);
ai[5] = ((x - Medium.x) + 252) - l;
ai1[5] = (y - Medium.y - k) + 5 + (int) (Medium.random() * 5F);
ai[6] = (x - Medium.x - 252) + i1;
ai1[6] = (y - Medium.y - j) + 5 + (int) (Medium.random() * 5F);
ai[7] = x - Medium.x - 504;
ai1[7] = (y - Medium.y - edl[i]) + 5 + (int) (Medium.random() * 5F);
if (roted) {
Utility.rot(ai, ai2, x - Medium.x, z - Medium.z, 90, 8);
}
Utility.rot(ai, ai2, Medium.cx, Medium.cz, Medium.xz, 8);
Utility.rot(ai1, ai2, Medium.cy, Medium.cz, Medium.zy, 8);
boolean flag = true;
int k1 = 0;
int l1 = 0;
int i2 = 0;
int j2 = 0;
int ai3[] = new int[8];
int ai4[] = new int[8];
int k2 = 0;