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Madness.java
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import java.awt.*;
/**
* Madness is where the stats, collisions, locations of the cars, and more, are handled.
*
* @author Kaffeinated, Omar Waly
*/
class Madness {
public Stat stat;
private final Record rpd;
private final xtGraphics xt;
private final boolean[] dominate;
private final boolean[] caught;
public int pzy;
public int pxy;
public float speed;
private float forca;
public final float[] scy;
public final float[] scz;
public final float[] scx;
public boolean mtouch;
public boolean wtouch;
private int cntouch;
public boolean capsized;
private int txz;
private int fxz;
private int pmlt;
private int nmlt;
private int dcnt;
public int skid;
private boolean pushed;
public boolean gtouch;
private boolean pl;
private boolean pr;
private boolean pd;
private boolean pu;
public int loop;
public float ucomp;
public float dcomp;
public float lcomp;
public float rcomp;
private int lxz;
public int travxy;
public int travzy;
public int travxz;
public int trcnt;
public int capcnt;
private int srfcnt;
public boolean rtab;
public boolean ftab;
public boolean btab;
public boolean surfer;
public float powerup;
private int xtpower;
private float tilt;
public int squash;
private int nbsq;
public int hitmag;
public int cntdest;
public boolean dest;
public boolean newcar;
public int pcleared;
public int clear;
public int nlaps;
private int focus;
public float power;
public int missedcp;
public int lastcolido;
public int point;
public boolean nofocus;
private int rpdcatch;
private boolean colidim;
public int cn;
public int im;
public int mxz;
public int cxz;
/* variable for screen shake */
public int shakedam;
/**
* universal rate that speed decreases when it exceeds swits[0][2], that is, top speed
*
* @author Kaffeinated
*/
private static final float speeddec = 2.0F;
private void regy(int i, float f, ContO conto) {
f *= stat.dammult;
if (f > 100F) {
rpd.recy(i, f, mtouch, im);
f -= 100F;
byte byte0 = 0;
byte byte1 = 0;
int j = conto.zy;
int k = conto.xy;
for (; j < 360; j += 360)
;
for (; j > 360; j -= 360)
;
if (j < 210 && j > 150)
byte0 = -1;
if (j > 330 || j < 30)
byte0 = 1;
for (; k < 360; k += 360)
;
for (; k > 360; k -= 360)
;
if (k < 210 && k > 150)
byte1 = -1;
if (k > 330 || k < 30)
byte1 = 1;
if (byte0 * byte1 == 0)
shakedam = (int) ((Math.abs(f) + shakedam) / 2.0F);
if (im == 0 || colidim)
xt.crash(f, byte1 * byte0);
if (byte1 * byte0 == 0 || mtouch) {
for (int l = 0; l < conto.npl; l++) {
float f1 = 0.0F;
for (int k1 = 0; k1 < conto.p[l].n; k1++)
if (conto.p[l].wz == 0
&& Utility.py(conto.keyx[i], conto.p[l].ox[k1], conto.keyz[i], conto.p[l].oz[k1]) < stat.clrad) {
f1 = (f / 20F) * Medium.random();
conto.p[l].oz[k1] += f1 * RadicalMath.sin(j);
conto.p[l].ox[k1] -= f1 * RadicalMath.sin(k);
hitmag += Math.abs(f1);
}
if (f1 != 0.0F) {
if (Math.abs(f1) >= 1.0F) {
conto.p[l].chip = 1;
conto.p[l].ctmag = f1;
}
if (!conto.p[l].nocol && !conto.p[l].glass) {
if (conto.p[l].bfase > 20 && conto.p[l].hsb[1] > 0.25D)
conto.p[l].hsb[1] = 0.25F;
if (conto.p[l].bfase > 25 && conto.p[l].hsb[2] > 0.69999999999999996D)
conto.p[l].hsb[2] = 0.7F;
if (conto.p[l].bfase > 30 && conto.p[l].hsb[1] > 0.14999999999999999D)
conto.p[l].hsb[1] = 0.15F;
if (conto.p[l].bfase > 35 && conto.p[l].hsb[2] > 0.59999999999999998D)
conto.p[l].hsb[2] = 0.6F;
if (conto.p[l].bfase > 40)
conto.p[l].hsb[0] = 0.075F;
if (conto.p[l].bfase > 50 && conto.p[l].hsb[2] > 0.5D)
conto.p[l].hsb[2] = 0.5F;
if (conto.p[l].bfase > 60)
conto.p[l].hsb[0] = 0.05F;
conto.p[l].bfase += f1;
new Color(conto.p[l].c[0], conto.p[l].c[1], conto.p[l].c[2]);
Color color = Color.getHSBColor(conto.p[l].hsb[0], conto.p[l].hsb[1], conto.p[l].hsb[2]);
conto.p[l].c[0] = color.getRed();
conto.p[l].c[1] = color.getGreen();
conto.p[l].c[2] = color.getBlue();
}
if (conto.p[l].glass)
conto.p[l].gr += Math.abs(f1 * 1.5D);
}
}
}
if (byte1 * byte0 == -1)
if (nbsq > 0) {
int i1 = 0;
int j1 = 1;
for (int l1 = 0; l1 < conto.npl; l1++) {
float f2 = 0.0F;
for (int i2 = 0; i2 < conto.p[l1].n; i2++)
if (conto.p[l1].wz == 0) {
f2 = (f / 15F) * Medium.random();
if ((Math.abs(conto.p[l1].oy[i2] - stat.flipy - squash) < stat.msquash * 3
|| conto.p[l1].oy[i2] < stat.flipy + squash) && squash < stat.msquash) {
conto.p[l1].oy[i2] += f2;
i1 = (int) (i1 + f2);
j1++;
hitmag += Math.abs(f2);
}
}
if (conto.p[l1].glass)
conto.p[l1].gr += 5;
else if (f2 != 0.0F)
conto.p[l1].bfase += f2;
if (Math.abs(f2) >= 1.0F) {
conto.p[l1].chip = 1;
conto.p[l1].ctmag = f2;
}
}
squash += i1 / j1;
nbsq = 0;
} else {
nbsq++;
}
}
}
public Madness(Record record, xtGraphics xtgraphics, int i) {
cn = 0;
im = 0;
mxz = 0;
cxz = 0;
dominate = new boolean[7];
caught = new boolean[7];
pzy = 0;
pxy = 0;
speed = 0.0F;
forca = 0.0F;
scy = new float[4];
scz = new float[4];
scx = new float[4];
mtouch = false;
wtouch = false;
cntouch = 0;
capsized = false;
txz = 0;
fxz = 0;
pmlt = 1;
nmlt = 1;
dcnt = 0;
skid = 0;
pushed = false;
gtouch = false;
pl = false;
pr = false;
pd = false;
pu = false;
loop = 0;
ucomp = 0.0F;
dcomp = 0.0F;
lcomp = 0.0F;
rcomp = 0.0F;
lxz = 0;
travxy = 0;
travzy = 0;
travxz = 0;
trcnt = 0;
capcnt = 0;
srfcnt = 0;
rtab = false;
ftab = false;
btab = false;
surfer = false;
powerup = 0.0F;
xtpower = 0;
tilt = 0.0F;
squash = 0;
nbsq = 0;
hitmag = 0;
cntdest = 0;
dest = false;
newcar = false;
pcleared = 0;
clear = 0;
nlaps = 0;
focus = -1;
power = 75F;
missedcp = 0;
lastcolido = 0;
point = 0;
nofocus = false;
rpdcatch = 0;
colidim = false;
rpd = record;
xt = xtgraphics;
im = i;
shakedam = 0;
stat = new Stat();
}
private void regz(int i, float f, ContO conto) {
f *= stat.dammult;
if (Math.abs(f) > 100F) {
rpd.recz(i, f, im);
if (f > 100F)
f -= 100F;
if (f < -100F)
f += 100F;
shakedam = (int) ((Math.abs(f) + shakedam) / 2.0F);
if (im == 0 || colidim)
xt.crash(f, 0);
for (int j = 0; j < conto.npl; j++) {
float f1 = 0.0F;
for (int k = 0; k < conto.p[j].n; k++)
if (conto.p[j].wz == 0
&& Utility.py(conto.keyx[i], conto.p[j].ox[k], conto.keyz[i], conto.p[j].oz[k]) < stat.clrad) {
f1 = (f / 20F) * Medium.random();
conto.p[j].oz[k] += f1 * RadicalMath.cos(conto.xz) * RadicalMath.cos(conto.zy);
conto.p[j].ox[k] += f1 * RadicalMath.sin(conto.xz) * RadicalMath.cos(conto.xy);
hitmag += Math.abs(f1);
}
if (f1 != 0.0F) {
if (Math.abs(f1) >= 1.0F) {
conto.p[j].chip = 1;
conto.p[j].ctmag = f1;
}
if (!conto.p[j].nocol && !conto.p[j].glass) {
if (conto.p[j].bfase > 20 && conto.p[j].hsb[1] > 0.25D)
conto.p[j].hsb[1] = 0.25F;
if (conto.p[j].bfase > 25 && conto.p[j].hsb[2] > 0.69999999999999996D)
conto.p[j].hsb[2] = 0.7F;
if (conto.p[j].bfase > 30 && conto.p[j].hsb[1] > 0.14999999999999999D)
conto.p[j].hsb[1] = 0.15F;
if (conto.p[j].bfase > 35 && conto.p[j].hsb[2] > 0.59999999999999998D)
conto.p[j].hsb[2] = 0.6F;
if (conto.p[j].bfase > 40)
conto.p[j].hsb[0] = 0.075F;
if (conto.p[j].bfase > 50 && conto.p[j].hsb[2] > 0.5D)
conto.p[j].hsb[2] = 0.5F;
if (conto.p[j].bfase > 60)
conto.p[j].hsb[0] = 0.05F;
conto.p[j].bfase += Math.abs(f1);
new Color(conto.p[j].c[0], conto.p[j].c[1], conto.p[j].c[2]);
Color color = Color.getHSBColor(conto.p[j].hsb[0], conto.p[j].hsb[1], conto.p[j].hsb[2]);
conto.p[j].c[0] = color.getRed();
conto.p[j].c[1] = color.getGreen();
conto.p[j].c[2] = color.getBlue();
}
if (conto.p[j].glass)
conto.p[j].gr += Math.abs(f1 * 1.5D);
}
}
}
}
public void colide(ContO conto, Madness madness, ContO conto1) {
float af[] = new float[4];
float af1[] = new float[4];
float af2[] = new float[4];
float af3[] = new float[4];
float af4[] = new float[4];
float af5[] = new float[4];
int i = 0;
do {
af[i] = conto.x + conto.keyx[i];
if (capsized)
af1[i] = conto.y + stat.flipy + squash;
else
af1[i] = conto.y + conto.grat;
af2[i] = conto.z + conto.keyz[i];
af3[i] = conto1.x + conto1.keyx[i];
if (capsized)
af4[i] = conto1.y + StatList.flipy[madness.cn] + madness.squash;
else
af4[i] = conto1.y + conto1.grat;
af5[i] = conto1.z + conto1.keyz[i];
} while (++i < 4);
Utility.rot(af, af1, conto.x, conto.y, conto.xy, 4);
Utility.rot(af1, af2, conto.y, conto.z, conto.zy, 4);
Utility.rot(af, af2, conto.x, conto.z, conto.xz, 4);
Utility.rot(af3, af4, conto1.x, conto1.y, conto1.xy, 4);
Utility.rot(af4, af5, conto1.y, conto1.z, conto1.zy, 4);
Utility.rot(af3, af5, conto1.x, conto1.z, conto1.xz, 4);
if (Utility.rpy(conto.x, conto1.x, conto.y, conto1.y, conto.z,
conto1.z) < (conto.maxR * conto.maxR + conto1.maxR * conto1.maxR) * 1.5D) {
if (!caught[madness.im] && (speed != 0.0F || madness.speed != 0.0F)) {
if (Math.abs(power * speed * stat.moment) != Math
.abs(madness.power * madness.speed * StatList.moment[madness.cn])) {
dominate[madness.im] = Math.abs(power * speed * stat.moment) > Math
.abs(madness.power * madness.speed * StatList.moment[madness.cn]);
} else dominate[madness.im] = stat.moment > StatList.moment[madness.cn];
caught[madness.im] = true;
}
} else if (caught[madness.im])
caught[madness.im] = false;
if (dominate[madness.im]) {
int j = (int) (((((((((scz[0] - madness.scz[0]) + scz[1]) - madness.scz[1]) + scz[2]) - madness.scz[2])
+ scz[3]) - madness.scz[3])
* (((((((scz[0] - madness.scz[0]) + scz[1]) - madness.scz[1]) + scz[2]) - madness.scz[2]) + scz[3])
- madness.scz[3])
+ (((((((scx[0] - madness.scx[0]) + scx[1]) - madness.scx[1]) + scx[2]) - madness.scx[2]) + scx[3])
- madness.scx[3])
* (((((((scx[0] - madness.scx[0]) + scx[1]) - madness.scx[1]) + scx[2]) - madness.scx[2])
+ scx[3]) - madness.scx[3]))
/ 16F);
int k = 0;
do {
int l = 0;
do
if (Utility.rpy(af[k], af3[l], af1[k], af4[l], af2[k], af5[l]) < (j + 7000)
* (stat.comprad + stat.comprad)) {
if (Math.abs(scx[k] * stat.moment) > Math.abs(madness.scx[l] * StatList.moment[madness.cn])) {
float f = madness.scx[l] * stat.revpush;
if (f > 300F)
f = 300F;
if (f < -300F)
f = -300F;
float f2 = scx[k] * stat.push;
if (f2 > 300F)
f2 = 300F;
if (f2 < -300F)
f2 = -300F;
float f4 = 1.0F;
if (madness.cn == 13)
f4 = stat.moment;
madness.scx[l] += f2;
if (im == 0)
madness.colidim = true;
madness.regx(l, f2 * stat.moment * f4, conto1);
if (madness.colidim)
madness.colidim = false;
scx[k] -= f;
regx(k, -f * StatList.moment[cn], conto);
scy[k] -= stat.revlift;
if (im == 0)
madness.colidim = true;
madness.regy(l, stat.revlift * 7, conto1);
if (madness.colidim)
madness.colidim = false;
}
if (Math.abs(scz[k] * stat.moment) > Math.abs(madness.scz[l] * StatList.moment[madness.cn])) {
float f1 = madness.scz[l] * stat.revpush;
if (f1 > 300F)
f1 = 300F;
if (f1 < -300F)
f1 = -300F;
float f3 = scz[k] * stat.push;
if (f3 > 300F)
f3 = 300F;
if (f3 < -300F)
f3 = -300F;
float f5 = 1.0F;
if (madness.cn == 13)
f5 = stat.moment;
madness.scz[l] += f3;
if (im == 0)
madness.colidim = true;
madness.regz(l, f3 * stat.moment * f5, conto1);
if (madness.colidim)
madness.colidim = false;
scz[k] -= f1;
regz(k, -f1 * StatList.moment[cn], conto);
scy[k] -= stat.revlift;
if (im == 0)
madness.colidim = true;
madness.regy(l, stat.revlift * 7, conto1);
if (madness.colidim)
madness.colidim = false;
}
if (im == 0)
madness.lastcolido = 70;
if (madness.im == 0)
lastcolido = 70;
madness.scy[l] -= stat.lift;
}
while (++l < 4);
} while (++k < 4);
}
}
private void distruct(ContO conto) {
for (int i = 0; i < conto.npl; i++)
if (conto.p[i].wz == 0 || conto.p[i].gr == -17 || conto.p[i].gr == -16)
conto.p[i].embos = 1;
}
public void reseto(int i, ContO conto, CheckPoints checkpoints) {
cn = i;
int j = 0;
do {
dominate[j] = false;
caught[j] = false;
} while (++j < 7);
if (cn == 11 && im == 0)
if (checkpoints.stage == 10)
stat.moment = 2.5F;
else
stat.moment = 2.0F;
if (cn == 9 && im != 0)
if (checkpoints.stage == 4)
stat.maxmag = 8000;
else
stat.maxmag = 9700;
mxz = 0;
cxz = 0;
pzy = 0;
pxy = 0;
speed = 0.0F;
j = 0;
do {
scy[j] = 0.0F;
scx[j] = 0.0F;
scz[j] = 0.0F;
} while (++j < 4);
forca = (((float) Math.sqrt(conto.keyz[0] * conto.keyz[0] + conto.keyx[0] * conto.keyx[0])
+ (float) Math.sqrt(conto.keyz[1] * conto.keyz[1] + conto.keyx[1] * conto.keyx[1])
+ (float) Math.sqrt(conto.keyz[2] * conto.keyz[2] + conto.keyx[2] * conto.keyx[2])
+ (float) Math.sqrt(conto.keyz[3] * conto.keyz[3] + conto.keyx[3] * conto.keyx[3])) / 10000F)
* (float) (stat.bounce - 0.29999999999999999D);
mtouch = false;
wtouch = false;
txz = 0;
fxz = 0;
pmlt = 1;
nmlt = 1;
dcnt = 0;
skid = 0;
pushed = false;
gtouch = false;
pl = false;
pr = false;
pd = false;
pu = false;
loop = 0;
ucomp = 0.0F;
dcomp = 0.0F;
lcomp = 0.0F;
rcomp = 0.0F;
lxz = 0;
travxy = 0;
travzy = 0;
travxz = 0;
rtab = false;
ftab = false;
btab = false;
powerup = 0.0F;
xtpower = 0;
trcnt = 0;
capcnt = 0;
tilt = 0.0F;
pcleared = checkpoints.pcs;
clear = 0;
nlaps = 0;
focus = -1;
missedcp = 0;
nofocus = false;
power = 98F;
lastcolido = 0;
checkpoints.dested[im] = 0;
squash = 0;
nbsq = 0;
hitmag = 0;
cntdest = 0;
dest = false;
newcar = false;
if (im == 0) {
Medium.checkpoint = -1;
Medium.lastcheck = false;
}
rpdcatch = 0;
}
private void regx(int i, float f, ContO conto) {
f *= stat.dammult;
if (Math.abs(f) > 100F) {
rpd.recx(i, f, im);
if (f > 100F)
f -= 100F;
if (f < -100F)
f += 100F;
shakedam = (int) ((Math.abs(f) + shakedam) / 2.0F);
if (im == 0 || colidim)
xt.crash(f, 0);
for (int j = 0; j < conto.npl; j++) {
float f1 = 0.0F;
for (int k = 0; k < conto.p[j].n; k++)
if (conto.p[j].wz == 0
&& Utility.py(conto.keyx[i], conto.p[j].ox[k], conto.keyz[i], conto.p[j].oz[k]) < stat.clrad) {
f1 = (f / 20F) * Medium.random();
conto.p[j].oz[k] -= f1 * RadicalMath.sin(conto.xz) * RadicalMath.cos(conto.zy);
conto.p[j].ox[k] += f1 * RadicalMath.cos(conto.xz) * RadicalMath.cos(conto.xy);
hitmag += Math.abs(f1);
}
if (f1 != 0.0F) {
if (Math.abs(f1) >= 1.0F) {
conto.p[j].chip = 1;
conto.p[j].ctmag = f1;
}
if (!conto.p[j].nocol && !conto.p[j].glass) {
if (conto.p[j].bfase > 20 && conto.p[j].hsb[1] > 0.25D)
conto.p[j].hsb[1] = 0.25F;
if (conto.p[j].bfase > 25 && conto.p[j].hsb[2] > 0.69999999999999996D)
conto.p[j].hsb[2] = 0.7F;
if (conto.p[j].bfase > 30 && conto.p[j].hsb[1] > 0.14999999999999999D)
conto.p[j].hsb[1] = 0.15F;
if (conto.p[j].bfase > 35 && conto.p[j].hsb[2] > 0.59999999999999998D)
conto.p[j].hsb[2] = 0.6F;
if (conto.p[j].bfase > 40)
conto.p[j].hsb[0] = 0.075F;
if (conto.p[j].bfase > 50 && conto.p[j].hsb[2] > 0.5D)
conto.p[j].hsb[2] = 0.5F;
if (conto.p[j].bfase > 60)
conto.p[j].hsb[0] = 0.05F;
conto.p[j].bfase += Math.abs(f1);
new Color(conto.p[j].c[0], conto.p[j].c[1], conto.p[j].c[2]);
Color color = Color.getHSBColor(conto.p[j].hsb[0], conto.p[j].hsb[1], conto.p[j].hsb[2]);
conto.p[j].c[0] = color.getRed();
conto.p[j].c[1] = color.getGreen();
conto.p[j].c[2] = color.getBlue();
}
if (conto.p[j].glass)
conto.p[j].gr += Math.abs(f1 * 1.5D);
}
}
}
}
public void drive(Control control, ContO conto, Trackers trackers, CheckPoints checkpoints) {
int i = 1;
int j = 1;
boolean flag = false;
boolean flag1 = false;
boolean flag2 = false;
capsized = false;
int k;
for (k = Math.abs(pzy); k > 270; k -= 360)
;
k = Math.abs(k);
if (k > 90)
flag = true;
boolean flag3 = false;
int l;
for (l = Math.abs(pxy); l > 270; l -= 360)
;
l = Math.abs(l);
if (l > 90) {
flag3 = true;
j = -1;
}
int i1 = conto.grat;
if (flag) {
if (flag3) {
flag3 = false;
flag1 = true;
} else {
flag3 = true;
capsized = true;
}
i = -1;
} else if (flag3)
capsized = true;
if (capsized)
i1 = stat.flipy + squash;
control.zyinv = flag;
float f = 0.0F;
float f1 = 0.0F;
float f2 = 0.0F;
if (mtouch)
loop = 0;
if (wtouch) {
if (loop == 2 || loop == -1) {
loop = -1;
if (control.left)
pl = true;
if (control.right)
pr = true;
if (control.up)
pu = true;
if (control.down)
pd = true;
}
ucomp = 0.0F;
dcomp = 0.0F;
lcomp = 0.0F;
rcomp = 0.0F;
}
if (control.handb) {
if (!pushed)
if (!wtouch) {
if (loop == 0)
loop = 1;
} else if (gtouch)
pushed = true;
} else {
pushed = false;
}
if (loop == 1) {
float f3 = (scy[0] + scy[1] + scy[2] + scy[3]) / 4F;
int j1 = 0;
do
scy[j1] = f3;
while (++j1 < 4);
loop = 2;
}
if (!dest)
if (loop == 2) {
if (control.up) {
if (ucomp == 0.0F) {
ucomp = 10F + (scy[0] + 50F) / 20F;
if (ucomp < 5F)
ucomp = 5F;
if (ucomp > 10F)
ucomp = 10F;
ucomp *= stat.airs;
}
if (ucomp < 20F)
ucomp += 0.5D * stat.airs;
f = (-stat.airc) * RadicalMath.sin(conto.xz) * j;
f1 = stat.airc * RadicalMath.cos(conto.xz) * j;
} else if (ucomp != 0.0F && ucomp > -2F)
ucomp -= 0.5D * stat.airs;
if (control.down) {
if (dcomp == 0.0F) {
dcomp = 10F + (scy[0] + 50F) / 20F;
if (dcomp < 5F)
dcomp = 5F;
if (dcomp > 10F)
dcomp = 10F;
dcomp *= stat.airs;
}
if (dcomp < 20F)
dcomp += 0.5D * stat.airs;
f2 = -stat.airc;
} else if (dcomp != 0.0F && ucomp > -2F)
dcomp -= 0.5D * stat.airs;
if (control.left) {
if (lcomp == 0.0F)
lcomp = 5F;
if (lcomp < 20F)
lcomp += 2.0F * stat.airs;
f = (-stat.airc) * RadicalMath.cos(conto.xz) * i;
f1 = (-stat.airc) * RadicalMath.sin(conto.xz) * i;
} else if (lcomp > 0.0F)
lcomp -= 2.0F * stat.airs;
if (control.right) {
if (rcomp == 0.0F)
rcomp = 5F;
if (rcomp < 20F)
rcomp += 2.0F * stat.airs;
f = stat.airc * RadicalMath.cos(conto.xz) * i;
f1 = stat.airc * RadicalMath.sin(conto.xz) * i;
} else if (rcomp > 0.0F)
rcomp -= 2.0F * stat.airs;
pzy += (dcomp - ucomp) * RadicalMath.cos(pxy);
if (flag)
conto.xz += (dcomp - ucomp) * RadicalMath.sin(pxy);
else
conto.xz -= (dcomp - ucomp) * RadicalMath.sin(pxy);
pxy += rcomp - lcomp;
} else {
float f4 = power;
if (f4 < 40F)
f4 = 40F;
if (im == 0 && power != 98F)
if (checkpoints.stage != 6 && checkpoints.stage != 8)
f4 = (float) (f4 * 0.76000000000000001D);
else if (checkpoints.stage != 6)
f4 = (float) (f4 * 0.90000000000000002D);
if (control.down)
if (speed > 0.0F) {
speed -= stat.handb / 2;
} else {
int k1 = 0;
int j2 = 0;
do
if (speed <= -(stat.swits[j2] / 2 + f4 * (stat.swits[j2]) / 196F))
k1++;
while (++j2 < 2);
if (k1 != 2)
speed -= stat.acelf[k1] / 2.0F + f4 * (stat.acelf[k1]) / 196F;
else
speed = -(stat.swits[1] / 2 + f4 * (stat.swits[1]) / 196F);
}
if (control.up)
if (speed < 0.0F) {
speed += stat.handb;
} else {
int l1 = 0;
int k2 = 0;
do
if (speed >= stat.swits[k2] / 2 + (f4 * stat.swits[k2]) / 196F)
l1++;
while (++k2 < 3);
if (l1 != 3)
speed += stat.acelf[l1] / 2.0F + (f4 * stat.acelf[l1]) / 196F;
else
speed = stat.swits[2] / 2 + (f4 * stat.swits[2]) / 196F;
}
if (control.handb && Math.abs(speed) > stat.handb)
if (speed < 0.0F)
speed += stat.handb;
else
speed -= stat.handb;
if (loop == -1 && conto.y < 100) {
if (control.left) {
if (!pl) {
if (lcomp == 0.0F)
lcomp = 5F * stat.airs;
if (lcomp < 20F)
lcomp += 2.0F * stat.airs;
}
} else {
if (lcomp > 0.0F)
lcomp -= 2.0F * stat.airs;
pl = false;
}
if (control.right) {
if (!pr) {
if (rcomp == 0.0F)
rcomp = 5F * stat.airs;
if (rcomp < 20F)
rcomp += 2.0F * stat.airs;
}
} else {
if (rcomp > 0.0F)
rcomp -= 2.0F * stat.airs;
pr = false;
}
if (control.up) {
if (!pu) {
if (ucomp == 0.0F)
ucomp = 5F * stat.airs;
if (ucomp < 20F)
ucomp += 2.0F * stat.airs;
}
} else {
if (ucomp > 0.0F)
ucomp -= 2.0F * stat.airs;
pu = false;
}
if (control.down) {
if (!pd) {
if (dcomp == 0.0F)
dcomp = 5F * stat.airs;
if (dcomp < 20F)
dcomp += 2.0F * stat.airs;
}
} else {
if (dcomp > 0.0F)
dcomp -= 2.0F * stat.airs;
pd = false;
}
pzy += (dcomp - ucomp) * RadicalMath.cos(pxy);
if (flag)
conto.xz += (dcomp - ucomp) * RadicalMath.sin(pxy);
else
conto.xz -= (dcomp - ucomp) * RadicalMath.sin(pxy);
pxy += rcomp - lcomp;
}
}
float f5 = (20F * speed) / (154F * stat.simag);
if (f5 > 20F)
f5 = 20F;
conto.wzy -= f5;
if (conto.wzy < -45)
conto.wzy += 45;
if (conto.wzy > 45)
conto.wzy -= 45;
if (control.right) {
conto.wxz -= stat.turn;
if (conto.wxz < -36)
conto.wxz = -36;
}
if (control.left) {
conto.wxz += stat.turn;
if (conto.wxz > 36)
conto.wxz = 36;
}
if (conto.wxz != 0 && !control.left && !control.right)
if (Math.abs(speed) < 10F) {
if (Math.abs(conto.wxz) == 1)
conto.wxz = 0;
if (conto.wxz > 0)
conto.wxz--;
if (conto.wxz < 0)
conto.wxz++;
} else {
if (Math.abs(conto.wxz) < stat.turn * 2)
conto.wxz = 0;
if (conto.wxz > 0)
conto.wxz -= stat.turn * 2;
if (conto.wxz < 0)
conto.wxz += stat.turn * 2;
}
int i2 = (int) (3600F / (speed * speed));
if (i2 < 5)
i2 = 5;
if (speed < 0.0F)
i2 = -i2;
if (wtouch) {
if (!capsized) {
if (!control.handb)
fxz = conto.wxz / (i2 * 3);
else
fxz = conto.wxz / i2;
conto.xz += conto.wxz / i2;
}
wtouch = false;
gtouch = false;
} else {
conto.xz += fxz;
}
if (speed > 30F || speed < -100F) {
do {
if (Math.abs(mxz - cxz) <= 180)
break;
if (cxz > mxz)
cxz -= 360;
else if (cxz < mxz)
cxz += 360;
} while (true);
if (Math.abs(mxz - cxz) < 30) {
cxz += (mxz - cxz) / 4F;
} else {
if (cxz > mxz)
cxz -= 10;
if (cxz < mxz)
cxz += 10;
}
}
float af[] = new float[4];
float af1[] = new float[4];
float af2[] = new float[4];
int l2 = 0;
do {
af[l2] = conto.keyx[l2] + conto.x;
af2[l2] = i1 + conto.y;
af1[l2] = conto.z + conto.keyz[l2];
scy[l2] += 7F;
} while (++l2 < 4);
Utility.rot(af, af2, conto.x, conto.y, pxy, 4);
Utility.rot(af2, af1, conto.y, conto.z, pzy, 4);
Utility.rot(af, af1, conto.x, conto.z, conto.xz, 4);
boolean flag4 = false;
int i3 = (int) ((scx[0] + scx[1] + scx[2] + scx[3]) / 4F);
int j3 = (int) ((scz[0] + scz[1] + scz[2] + scz[3]) / 4F);
int k3 = 0;
do {
if (scx[k3] - i3 > 200F)
scx[k3] = 200 + i3;
if (scx[k3] - i3 < -200F)
scx[k3] = i3 - 200;
if (scz[k3] - j3 > 200F)
scz[k3] = 200 + j3;
if (scz[k3] - j3 < -200F)
scz[k3] = j3 - 200;
} while (++k3 < 4);
k3 = 0;
do {
af2[k3] += scy[k3];
af[k3] += (scx[0] + scx[1] + scx[2] + scx[3]) / 4F;
af1[k3] += (scz[0] + scz[1] + scz[2] + scz[3]) / 4F;
} while (++k3 < 4);
k3 = 1;
for (int l3 = 0; l3 < trackers.nt; l3++)
if (Math.abs(trackers.zy[l3]) != 90 && Math.abs(trackers.xy[l3]) != 90
&& Math.abs(conto.x - trackers.x[l3]) < trackers.radx[l3]
&& Math.abs(conto.z - trackers.z[l3]) < trackers.radz[l3])
k3 = trackers.skd[l3];
if (mtouch) {
float f6 = stat.grip;
f6 -= (Math.abs(txz - conto.xz) * speed) / 250F;
if (control.handb)
f6 -= Math.abs(txz - conto.xz) * 4;
if (f6 < stat.grip) {
if (skid != 2)
skid = 1;
speed -= speed / 100F;
} else if (skid == 1)
skid = 2;
if (k3 == 1)
f6 = (float) (f6 * 0.75D);
if (k3 == 2)
f6 = (float) (f6 * 0.55000000000000004D);
int j4 = -(int) (speed * RadicalMath.sin(conto.xz) * RadicalMath.cos(pzy));
int k4 = (int) (speed * RadicalMath.cos(conto.xz) * RadicalMath.cos(pzy));
int i5 = -(int) (speed * RadicalMath.sin(pzy));
if (!control.up) {
if (speed <= stat.swits[2]) {
if (speed > 0.0F)
speed -= 0.5F;
} else {
if (speed > 0.0F)
speed -= speeddec;
}
}
if (capsized || dest || checkpoints.haltall) {
j4 = 0;
k4 = 0;
i5 = 0;
f6 = stat.grip / 5F;
if (speed > 0.0F)
speed -= 2.0F;
else
speed += 2.0F;
}
if (f6 < 1.0F)
f6 = 1.0F;
float f9 = 0.0F;
float f10 = 0.0F;
int l6 = 0;
do {
if (Math.abs(scx[l6] - j4) > f6) {
if (scx[l6] < j4)
scx[l6] += f6;
else
scx[l6] -= f6;
} else {
scx[l6] = j4;
}
if (Math.abs(scz[l6] - k4) > f6) {