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fallenOver) pad = 0;
////////////////////////////////////////////////////////
// If skater is falling off the ramp - let 'em die cool!
if (skater->fallenOffRamp) {
if (pad & PADRdown)
skater->skaterAnimFrame = 3;
else if (pad & PADRright)
skater->skaterAnimFrame = 4;
else
skater->skaterAnimFrame = 0;
} else {
////////////////////////////////////////////////////////
// Grab!
if (pad & PADRdown) {
skater->skaterAnimFrame = 1;
skater->grabTime++;
skater->numGrabs |= 0x1;
} else if (pad & PADRright) {
skater->skaterAnimFrame = 3;
skater->grabTime++;
skater->numGrabs |= 0x2;
} else if (pad & PADRleft) {
skater->skaterAnimFrame = 4;
skater->grabTime++;
skater->numGrabs |= 0x4;
} else {
skater->skaterAnimFrame = 0;
}
}
////////////////////////////////////////////////////////
// work out our direction
direction = skater->speed * rcos(skater->angle.vy);
////////////////////////////////////////////////////////
// Kick for initial speed
// Must be on ramp and standing still
if (!skater->offRamp && pad & PADR2 && skater->speed==0) {
skater->speed = 120;
}
////////////////////////////////////////////////////////
// Spin the skater around
if (skater->skaterAngle.vy!=0 && skater->skaterAngle.vy!=2048) {
skater->skaterAngle.vy = (skater->skaterAngle.vy-128) & 4095;
}
if (pad & PADR1 && (skater->skaterAngle.vy==0 || skater->skaterAngle.vy==2048)) {
skater->skaterAngle.vy = (skater->skaterAngle.vy-128) & 4095;
}
////////////////////////////////////////////////////////
// Build up turning speed
// (Cannot turn while building up some spin speed!)
// The faster you're going, the faster you can turn
if (!skater->offRamp) {
// Left/right Spin
if (pad & PADL1) {
if (skater->rotSpeed < abs(skater->speed)/2) skater->rotSpeed += 1;
} else {
skater->rotSpeed = 3<<4;
}
}
////////////////////////////////////////////////////////
// Turn
// If player's on the ramp, can only turn
// if not holding L1
#define LEAN_SPEED 2
if (!skater->fallenOver &&
!(!skater->offRamp && (pad & PADL1)))
{
// calculate max lean angle - smaller as skater increases speed
x = abs(skater->speed);
if ( (x > TOP_SPEED/2)
|| (skater->position.vx>0 && skater->angle.vy>1024 && skater->angle.vy<3072)
|| (skater->position.vx<-RAMP_FLAT && (skater->angle.vy>3072 || skater->angle.vy<1024))
) {
x = 100 + (TOP_SPEED - x)/3;
} else {
x = 200 + (TOP_SPEED - x)/2;
}
// lean left/right
if (pad & PADLleft) {
skater->angle.vy = (skater->angle.vy-(4096/360)*(skater->rotSpeed/20)) & 4095;
skater->totalSpin -= skater->rotSpeed>>4;
if (!skater->offRamp) skater->skaterAngle.vx -= LEAN_SPEED;
} else if (pad & PADLright) {
skater->angle.vy = (skater->angle.vy+(4096/360)*(skater->rotSpeed/20)) & 4095;
skater->totalSpin += skater->rotSpeed>>4;
if (!skater->offRamp) skater->skaterAngle.vx += LEAN_SPEED;
} else {
// return to upright stance (no lean)
if (skater->skaterAngle.vx>0) skater->skaterAngle.vx- By Doug Day PAUSED
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////////////////////////////////////////////////////////
// Limit skater to a 'sensible' top speed
if (skater->speed>TOP_SPEED) skater->speed = TOP_SPEED;
if (skater->speed<-TOP_SPEED) skater->speed = -TOP_SPEED;
////////////////////////////////////////////////////////
// If in mid-air - skater must not be able to do wierd stuff!
// (i.e. cannot change direction!)
if (skater->fallenOffRamp || skater->offRamp) {
skater->position.vz += skater->fallZSpeed;
if (skater->fallYAngle > 1024 && skater->fallYAngle < 3072) {
skater->position.vy -= (skater->speed * skater->fallZAngleSin) / 4096;
} else {
skater->position.vy += (skater->speed * skater->fallZAngleSin) / 4096;
}
} else if (skater->fallenOver) {
// Skater has fallen over - no grip, so slide down ramp
skater->position.vx += (skater->speed * rcos(skater->angle.vy)) / 4096;
if (skater->angle.vy > 1024 && skater->angle.vy < 3072) {
skater->position.vy -= (skater->speed * rsin(skater->angle.vz)) / 4096;
} else {
skater->position.vy += (skater->speed * rsin(skater->angle.vz)) / 4096;
}
skater->position.vz += (skater->speed/2 * skater->fallZAngleSin) / 4096;
} else {
// On ramp - so move normally
skater->position.vx += (skater->speed * rcos(skater->angle.vy)) / 4096;
if (skater->angle.vy > 1024 && skater->angle.vy < 3072) {
skater->position.vy -= (skater->speed * rsin(skater->angle.vz)) / 4096;
} else {
skater->position.vy += (skater->speed * rsin(skater->angle.vz)) / 4096;
}
skater->position.vz += (skater->speed * -rsin(skater->angle.vy)) / 4096;
}
////////////////////////////////////////////////////////
// Confine the skater to the outer edge of the ramp
if (skater->position.vx > RAMP_TRANS) {
skater->position.vx = RAMP_TRANS-1;
}
if (skater->position.vx < -RAMP_TRANS-RAMP_FLAT) {
skater->position.vx = -RAMP_TRANS-RAMP_FLAT+1;
}
////////////////////////////////////////////////////////
// Has skater landed after falling off the side?
if (skater->fallenOffRamp) {
if (skater->position.vy > FLOOR) {
resetSkater(skater);
skater->position.vx = -RAMP_FLAT/2;
skater->position.vy = RAMP_TRANS;
skater->position.vz = RAMP_WIDTH/3 + (RAMP_WIDTH*cpad)/3;
}
}
/////////////////////////////////////////////////////////
// Has skater landed after a jump?
if (skater->offRamp && skater->position.vy > 0) {
skater->offRamp = 0;
skater->fall = 0;
// make player fall if landing angle is too great
fall = -1;
vy = skater->angle.vy;
falla = skater->fallYAngle;
// From take off angle - calculate what angles are safe to land on
if (falla < 1024) { // Quadrant A
valid_a1 = abs(2048 - vy);
valid_a2 = abs(4096 - vy);
} else if (falla < 2048) { // Quadrant B
valid_a1 = abs(2048 - vy);
valid_a2 = abs(4096 - vy);
} else if (falla < 3072) { // Quadrant C
valid_a1 = abs(4096 - vy);
valid_a2 = abs(6144 - vy);
} else { // Quadrant D
valid_a1 = abs(4096 - vy);
valid_a2 = abs(6144 - vy);
}
valid_a1 &= 4095;
valid_a2 &= 4095;
ad1 = abs(falla - valid_a1) & 4095;
ad2 = abs(falla - valid_a2) & 4095;
if (ad1<300 || ad1>4096-300 || ad2<300 || ad2>4096-300) {
fall = 0;
}
if ( fall ) {
x = skater->angle.vy & 4095;
skater->fallenOver = -1;
if (skater->position.vx > 0) {
skater->fallZAngleSin = rsin(4096 - precalcAngle[skater->position.vx]);
} else {
skater->fallZAngleSin = rsin(precalcAngle[abs(skater->position.vx + RAMP_FLAT)]);
}
skater->fallZSpeed = (skater->speed * -rsin(skater->angle.vy)) / 4096;
if (x<2048) {
skater->skaterAngle.vx = 1024;
} else {
skater->skaterAngle.vx = -1024;
}
if (skater->position.vx p C `0 = dH \ J P