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gamelogic.cpp
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#include "gamelogic.h"
#include "renderer.h"
#include "monsterlogic.h"
#include "soundhandler.h"
#include "hud.h"
#include "config.h"
void GameLogic::Init(ObjectGraphics* ograph)
{
// note weird order of SFX.
wtable[0].hitpoint = 1;
wtable[0].damage = 1;
wtable[0].speed = 32;
wtable[0].sound = SoundHandler::SOUND_SHOOT3;
wtable[1].hitpoint = 5;
wtable[1].damage = 2;
wtable[1].speed = 36;
wtable[1].sound = SoundHandler::SOUND_SHOOT5;
wtable[2].hitpoint = 10;
wtable[2].damage = 2;
wtable[2].speed = 40;
wtable[2].sound = SoundHandler::SOUND_SHOOT;
wtable[3].hitpoint = 15;
wtable[3].damage = 3;
wtable[3].speed = 40;
wtable[3].sound = SoundHandler::SOUND_SHOOT4;
wtable[4].hitpoint = 20;
wtable[4].damage = 5;
wtable[4].speed = 24;
wtable[4].sound = SoundHandler::SOUND_SHOOT5;
for (auto i = 0; i < 5; i++)
{
wtable[i].shape = &(ograph->BulletShapes[i]);
}
for (auto i = 0; i < 5; i++)
{
wtable[i].spark = &(ograph->SparkShapes[i]);
}
p1lives = 3;
p1health = 25;
p1weapon = 0;
p1reload = 5;
playerhit = false;
}
void GameLogic::ResetPlayer(MapObject& o)
{
// reset the player on death
o.data.ms.hitpoints = 25;
o.data.ms.eyey = -110;
o.data.ms.logic = NullLogic;
//o.data.ms.colltype = 8;
//o.data.ms.collwith = 4;
// 3 seconds invulnrability. Curiously, code comment state 2?
o.data.ms.delay = 75;
o.x = origx;
o.z = origz;
o.data.ms.rotquick.SetInt(origrot);
o.data.ms.invisible = 0;
o.data.ms.thermo = 0;
o.data.ms.bouncecnt = 0;
}
void GameLogic::InitLevel(GloomMap* gmapin, Camera* cam, ObjectGraphics* ograph)
{
gmap = gmapin;
objectgraphics = ograph;
levelfinished = false;
levelfinishednow = false;
sucking = 0;
sucker = 0;
std::fill(animframe, animframe + 160, 0);
for (auto e = 0; e < 25; e++)
{
eventhit[e] = false;
}
for (auto &o : gmap->GetMapObjects())
{
if (o.t == 0)// player
{
cam->x = o.x;
cam->y = 120; //TODO, and rotation
cam->z = o.z;
cam->rotquick = o.data.ms.rotquick;
origx = o.x;
origz = o.z;
origrot = o.data.ms.rotquick.GetInt();
o.data.ms.hitpoints = p1health;
//o.data.ms.lives = p1lives; TODO
o.data.ms.weapon = p1weapon;
o.data.ms.reload = p1reload;
}
}
}
bool GameLogic::AdjustPos(int32_t& overshoot, Quick& x, Quick& z, int32_t r, int32_t& closestzone)
{
/*
adjustposq;
neg d0
move d0, d1
;
muls zo_a(a4), d0
add.l d0, d0
;
muls zo_b(a4), d1
add.l d1, d1
;
sub.l d0, d6
sub.l d1, d7
;
rts
*/
overshoot = -overshoot;
int32_t xo, zo;
xo = overshoot * gmap->GetZones()[closestzone].a;
xo += xo;
zo = overshoot * gmap->GetZones()[closestzone].b;
zo += zo;
x.SetVal(x.GetVal() - xo);
z.SetVal(z.GetVal() - zo);
return Collision(false, x.GetInt(), z.GetInt(), r, overshoot, closestzone);
}
void GameLogic::MoveBlood()
{
for (auto &b : gmap->GetBlood())
{
//TODO: sucking, screen splatter
if (b.y.GetInt() < 0)
{
// normal blood
b.x = b.x + b.xvec;
b.y = b.y + b.yvec;
b.z = b.z + b.zvec;
Quick temp;
temp.SetVal(0x8000);
b.yvec = b.yvec + temp;
if (b.y.GetInt() >= 0)
{
b.killme = true;
}
}
else
{
// deaths head suck!
/*
move.l bl_xvec(a5),d0
add.l d0,bl_x(a5)
move.l bl_zvec(a5),d1
add.l d1,bl_z(a5)
;
move.l bl_dest(a5),a0
move bl_x(a5),d0
sub ob_x(a0),d0
muls d0,d0
move bl_z(a5),d1
sub ob_z(a0),d1
muls d1,d1
add.l d1,d0
cmp.l #64*64,d0
bcc.s .loop
bra.s .kill
*/
if (!sucking)
{
b.killme = true;
}
else
{
b.x = b.x + b.xvec;
b.z = b.z + b.zvec;
MapObject o = GetNamedObj(b.dest);
int32_t dist = (o.x.GetInt() - b.x.GetInt()) * (o.x.GetInt() - b.x.GetInt());
dist += (o.z.GetInt() - b.z.GetInt()) * (o.z.GetInt() - b.z.GetInt());
if (dist < 64 * 64)
{
b.killme = true;
}
}
}
}
// kill pass
auto b = gmap->GetBlood().begin();
while (b != gmap->GetBlood().end())
{
if (b->killme)
{
b = gmap->GetBlood().erase(b);
}
else
{
++b;
}
}
}
void GameLogic::DoDoor()
{
for (auto &d : gmap->GetActiveDoors())
{
/*
dodoors
lea doors(pc), a5
;
.loop
move.l(a5), a5
tst.l(a5)
beq.done
;
move.l do_poly(a5), a0
move do_fracadd(a5), d0
add d0, do_frac(a5)
move do_frac(a5), d0
move d0, d1
add d1, d1
move d1, zo_open(a0); copy frac
;
*/
Zone& zone = gmap->GetZones()[d.do_poly];
d.do_frac += d.do_fracadd;
zone.open = d.do_frac * 2;
/*
move do_rx(a5), d1
sub do_lx(a5), d1; width
move d1, d2
muls d0, d2
lsl.l #2, d2
swap d2
move do_lx(a5), d3
sub d2, d3
move d3, zo_lx(a0)
add d1, d3
move d3, zo_rx(a0)
;
*/
int32_t width = d.do_rx - d.do_lx;
int32_t origwidth = width;
width *= d.do_frac;
width <<= 2;
width >>= 16;
zone.x1 = d.do_lx - width;
zone.x2 = zone.x1 + origwidth;
/*
move do_rz(a5), d1
sub do_lz(a5), d1
move d1, d2
muls d0, d2
lsl.l #2, d2
swap d2
move do_lz(a5), d3
sub d2, d3
move d3, zo_lz(a0)
add d1, d3
move d3, zo_rz(a0)
*/
width = d.do_rz - d.do_lz;
origwidth = width;
width *= d.do_frac;
width <<= 2;
width >>= 16;
zone.z1 = d.do_lz - width;
zone.z2 = zone.z1 + origwidth;
/*
;
tst d0
beq.s .kill
cmp #$4000, d0
bne.s .loop
;
.kill
move.l a5, a0
killitem doors
move.l a0, a5
bra.loop
;
.done
rts
*/
}
//kill pass
auto i = gmap->GetActiveDoors().begin();
while (i != gmap->GetActiveDoors().end())
{
if (i->do_frac == 0x4000)
{
gmap->GetZones()[i->do_poly].x1 = -1;
gmap->GetZones()[i->do_poly].x2 = -1;
gmap->GetZones()[i->do_poly].z1 = -1;
gmap->GetZones()[i->do_poly].z2 = -1;
i = gmap->GetActiveDoors().erase(i);
}
else
{
++ i;
}
}
}
MapObject GameLogic::GetPlayerObj()
{
for (auto o : gmap->GetMapObjects())
{
if (o.t == ObjectGraphics::OLT_PLAYER1)
{
return o;
break;
}
}
// warning squash
return gmap->GetMapObjects().front();
}
MapObject GameLogic::GetNamedObj(uint64_t id)
{
for (auto o : gmap->GetMapObjects())
{
if (o.identifier == id)
{
return o;
break;
}
}
// warning squash
return gmap->GetMapObjects().front();
}
uint8_t GameLogic::PickCalc(MapObject& o)
{
/*
pickcalc; pick a player and calculate angle to player!
;
bsr pickplayer
bsr calcangle
tst ob_invisible(a0)
beq.s.rts
move d0, -(a7)
bsr rndw
and #63, d0
sub #32, d0
add(a7) + , d0
and #255, d0
.rts rts
*/
MapObject player = GetPlayerObj();
uint8_t ang = GloomMaths::CalcAngle(player.x.GetInt(), player.z.GetInt(), o.x.GetInt(), o.z.GetInt());
if (player.data.ms.invisible)
{
ang = ang + (GloomMaths::RndW() & 63) - 32;
}
return ang;
}
void GameLogic::DoRot()
{
std::vector<ActiveRotPoly>&rotpolys = gmap->GetActiveRotPolys();
std::vector<Zone>&zones = gmap->GetZones();
for (auto& r: rotpolys)
{
if (r.speed)
{
r.rot += r.speed;
if (r.flags & 1)
{
// Morph
if (r.rot < 0)
{
if (r.flags & 3)
{
r.speed = -r.speed;
}
else
{
r.speed = 0;
}
}
else if (r.rot > 0x4000)
{
if (r.flags & 2)
{
r.speed = -r.speed;
}
else
{
r.speed = 0;
}
}
for (int vertex = 0; vertex < r.num; vertex++)
{
auto thiszone = r.first + vertex;
auto prevzone = thiszone - 1;
if (vertex == 0) prevzone = r.first + r.num - 1;
/*
.loop movem(a3) + , d0 - d3, (vx, vz, ox, oz, d4 is rot)
muls d4, d0
lsl.l #2, d0
swap d0
add d2, d0
muls d4, d1
lsl.l #2, d1
swap d1
add d3, d1
movem d0 - d1, zo_lx(a2)
movem d0 - d1, zo_rx(a1)
move.l a2, a1
*/
int32_t vx = r.vx[vertex];
vx *= r.rot;
vx <<= 2;
vx >>= 16;
vx += r.ox[vertex];
int32_t vz= r.vz[vertex];
vz *= r.rot;
vz <<= 2;
vz >>= 16;
vz += r.oz[vertex];
zones[thiszone].x1 = vx;
zones[thiszone].z1 = vz;
zones[prevzone].x2 = vx;
zones[prevzone].z2 = vz;
}
// norm recalc
for (int vertex = 0; vertex < r.num; vertex++)
{
auto thiszone = r.first + vertex;
int16_t rx, rz;
GloomMaths::CalcNormVec(zones[thiszone].x2 - zones[thiszone].x1, zones[thiszone].z2 - zones[thiszone].z1, rx, rz);
zones[thiszone].na = rx;
zones[thiszone].nb = rz;
zones[thiszone].a = -rz;
zones[thiszone].b = rx;
}
}
else
{
//rot
r.rot += r.speed;
for (int vertex = 0; vertex < r.num; vertex++)
{
auto thiszone = r.first + vertex;
auto prevzone = thiszone - 1;
if (vertex == 0) prevzone = r.first + r.num - 1;
int16_t rotmatrix[4];
GloomMaths::GetCamRot2Raw(r.rot & 1023, rotmatrix);
int16_t nx, nz;
Rotter(r.lx[vertex], r.lz[vertex], nx, nz, rotmatrix);
zones[thiszone].x1 = nx + r.cx;
zones[thiszone].z1 = nz + r.cz;
zones[prevzone].x2 = nx + r.cx;
zones[prevzone].z2 = nz + r.cz;
Rotter(r.na[vertex], r.nb[vertex], nx, nz, rotmatrix);
zones[thiszone].na = nx;
zones[thiszone].nb = nz;
zones[thiszone].a = -nz;
zones[thiszone].b = nx;
}
}
}
}
}
void GameLogic::Rotter(int16_t x, int16_t z, int16_t&nx, int16_t& nz, int16_t camrots[4])
{
/*
move d0, d2
move d1, d3
;
muls(a4), d0
muls 2(a4), d3
add.l d3, d0
add.l d0, d0
swap d0; new x!
;
muls 4(a4), d2
muls 6(a4), d1
add.l d2, d1
add.l d1, d1
swap d1
*/
int32_t newx = (int32_t)camrots[0] * (int32_t)x + (int32_t)camrots[1] * (int32_t)z;
int32_t newz = (int32_t)camrots[2] * (int32_t)x + (int32_t)camrots[3] * (int32_t)z;
// compensate for 1.15 fracs
newx += newx;
newz += newz;
nx = (newx >> 16);
nz = (newz >> 16);
}
bool GameLogic::Collision(bool event, int32_t x, int32_t z, int32_t r, int32_t& overshoot, int32_t& closestzone)
{
// do 3x3 square
int32_t closest = 0x3fff;
bool good = true;
for (int32_t dx = -1; dx < 2; dx++)
{
for (int32_t dz = -1; dz < 2; dz++)
{
int32_t gx = x / 256 + dx;
int32_t gz = z / 256 + dz;
if ((gx >= 0) && (gx < 32) && (gz >= 0) && (gz < 32))
{
std::vector<uint32_t> collzones = gmap->GetCollisions(event?1:0, gx, gz);
for (size_t checkzone = 0; checkzone < collzones.size(); checkzone++)
{
int32_t dist = FindSegDist(x, z, gmap->GetZones()[collzones[checkzone]]);
if (dist < r)
{
good = false;
if (dist < closest)
{
closest = dist;
closestzone = collzones[checkzone];
}
}
}
}
}
}
// explicit check of rotpolys as they may have gone out of their collision grid spot
std::vector<ActiveRotPoly>& rotpolys = gmap->GetActiveRotPolys();
for (auto &thisrot : rotpolys)
{
for (int16_t i = 0; i < thisrot.num; i++)
{
int32_t dist = FindSegDist(x, z, gmap->GetZones()[thisrot.first + i]);
if (dist < r)
{
good = false;
if (dist < closest)
{
closest = dist;
closestzone = thisrot.first + i;
}
}
}
}
overshoot = closest - r;
return !good;
}
int32_t GameLogic::FindSegDist(int32_t x, int32_t z, Zone& zone)
{
// tranlation of source. Some kind of cross product to determine if exceeds line length, then similar perp check
/*
findsegdist; find distance from d6, d7 to zone in a4...
;
; find end dist
move zo_rx(a4), d0
sub d6, d0
muls zo_na(a4), d0
move zo_rz(a4), d1
sub d7, d1
muls zo_nb(a4), d1
add.l d1, d0
add.l d0, d0
swap d0; distance from end
;
cmp zo_ln(a4), d0
bcs.s.perp; use perpendicular distance!
;
move #$3fff, d0
rts
;
.perp; find perpendicular dist.
;
move zo_rx(a4), d0
sub d6, d0
muls zo_a(a4), d0
move zo_rz(a4), d1
sub d7, d1
muls zo_b(a4), d1
add.l d1, d0
add.l d0, d0
bpl.s.pl
neg.l d0
.pl swap d0; perpendicular dist.w
rts
*/
int32_t tx, tz;
tx = zone.x2 - x;
tx *= zone.na;
tz = zone.z2 - z;
tz *= zone.nb;
tx += tz;
tx *= 2;
if (((tx >> 16) < zone.ln) && (tx>=0))
{
tx = zone.x2 - x;
tx *= zone.a;
tz = zone.z2 - z;
tz *= zone.b;
tx += tz;
tx *= 2;
if (tx < 0) tx = -tx;
return tx >> 16;
}
return 0x3FFF;
}
bool GameLogic::Update(Camera* cam)
{
Quick inc;
bool done = false;
bool moved = false;
inc.SetVal(0xd0000);
newobjects.clear();
Quick camrots[4], camrotstrafe[4];
GloomMaths::GetCamRot(cam->rotquick.GetInt()&0xFF, camrots);
GloomMaths::GetCamRot((cam->rotquick.GetInt())+64&0xFF, camrotstrafe);
const Uint8 *keystate = SDL_GetKeyboardState(NULL);
Quick newx = cam->x;
Quick newz = cam->z;
MapObject playerobj = GetPlayerObj();
int16_t initialhealth = playerobj.data.ms.hitpoints;
bool squished = false;
if (playerobj.data.ms.logic == NullLogic)
{
playerobj.x = cam->x;
playerobj.y.SetInt(0);
playerobj.z = cam->z;
playerobj.data.ms.rotquick = cam->rotquick;
inc.SetVal(playerobj.data.ms.movspeed);
//wire these up to controller as well at some point
bool controlfire = keystate[Config::GetKey(Config::KEY_SHOOT)] != 0;
bool controlup = keystate[Config::GetKey(Config::KEY_UP)] != 0;
bool controldown = keystate[Config::GetKey(Config::KEY_DOWN)] != 0;
bool controlleft = keystate[Config::GetKey(Config::KEY_LEFT)] != 0;
bool controlright = keystate[Config::GetKey(Config::KEY_RIGHT)] != 0;
bool controlstrafeleft = keystate[Config::GetKey(Config::KEY_SLEFT)] != 0;
bool controlstraferight = keystate[Config::GetKey(Config::KEY_SRIGHT)] != 0;
bool controlstrafemod = keystate[Config::GetKey(Config::KEY_STRAFEMOD)] != 0;
if (Config::HaveController())
{
Sint32 contX = Config::GetControllerX();
Sint32 contY = Config::GetControllerY();
//printf("contX=%lu contY=%lu\n",contX,contY);
if (contX < -8000) controlstrafeleft = true;
if (contX > 8000) controlstraferight = true;
if (contY < -8000) controlup = true;
if (contY > 8000) controldown = true;
if (Config::GetControllerFire()) controlfire = true;
}
if (SDL_GetMouseState(NULL, NULL))
{
controlfire = true;
}
if (controlup)
{
// U
newx = cam->x - camrots[1] * inc;
newz = cam->z + camrots[0] * inc;
moved = true;
}
if (controldown)
{
// D
newx = cam->x + camrots[1] * inc;
newz = cam->z - camrots[0] * inc;
moved = true;
}
if (controlleft || controlstrafeleft)
{
//L
//TODO: Rotation acceleration
if (controlstrafemod || controlstrafeleft)
{
//strafe
newx = newx + camrotstrafe[1] * inc;
newz = newz - camrotstrafe[0] * inc;
moved = true;
}
else
{
cam->rotquick.SetInt(cam->rotquick.GetInt() - 4);
}
}
if (controlright || controlstraferight)
{
//R
if (controlstrafemod || controlstraferight)
{
//strafe
newx = newx - camrotstrafe[1] * inc;
newz = newz + camrotstrafe[0] * inc;
moved = true;
}
else
{
cam->rotquick.SetInt(cam->rotquick.GetInt() + 4);
}
}
if (!moved)
{
//unbounce
if (playerobj.data.ms.bounce)
{
playerobj.data.ms.bounce += 30;
if ((playerobj.data.ms.bounce & 127) < 30)
{
playerobj.data.ms.bounce = 0;
SoundHandler::Play(SoundHandler::SOUND_FOOTSTEP);
}
}
}
else
{
// bounce!
/*
.bounce move ob_bounce(a5),d2
add #20,ob_bounce(a5)
move ob_bounce(a5),d1
and #255,d2
cmp #64,d2
bcc.s .fskip
and #255,d1
cmp #64,d1
bcs.s .fskip
;
bsr footstep
*/
int16_t d2 = playerobj.data.ms.bounce;
playerobj.data.ms.bounce += 20;
int16_t d1 = playerobj.data.ms.bounce;
d2 &= 255;
d1 &= 255;
if ((d1 >= 64) && (d2 < 64))
{
SoundHandler::Play(SoundHandler::SOUND_FOOTSTEP);
}
}
if (controlfire)
{
//Shoot!
if ((playerobj.data.ms.reloadcnt == 0) && (!firedown))
{
auto wep = playerobj.data.ms.weapon;
if (playerobj.data.ms.mega)
{
if (playerobj.data.ms.mega >= (750 + 125))
{
// ULTRA MEGA OVERKILL
playerobj.data.ms.rotquick.SetInt(playerobj.data.ms.rotquick.GetInt() + 8);
Shoot(playerobj, this, (playerobj.data.ms.collwith & 3) ^ 3, 0, wtable[wep].hitpoint, wtable[wep].damage, wtable[wep].speed, wtable[wep].shape, wtable[wep].spark);
playerobj.data.ms.rotquick.SetInt(playerobj.data.ms.rotquick.GetInt() - 16);
Shoot(playerobj, this, (playerobj.data.ms.collwith & 3) ^ 3, 0, wtable[wep].hitpoint, wtable[wep].damage, wtable[wep].speed, wtable[wep].shape, wtable[wep].spark);
playerobj.data.ms.rotquick.SetInt(playerobj.data.ms.rotquick.GetInt() + 8);
Shoot(playerobj, this, (playerobj.data.ms.collwith & 3) ^ 3, 0, wtable[wep].hitpoint, wtable[wep].damage, wtable[wep].speed, wtable[wep].shape, wtable[wep].spark);
}
else
{
playerobj.data.ms.rotquick.SetInt(playerobj.data.ms.rotquick.GetInt() + 4);
Shoot(playerobj, this, (playerobj.data.ms.collwith & 3) ^ 3, 0, wtable[wep].hitpoint, wtable[wep].damage, wtable[wep].speed, wtable[wep].shape, wtable[wep].spark);
playerobj.data.ms.rotquick.SetInt(playerobj.data.ms.rotquick.GetInt() - 8);
Shoot(playerobj, this, (playerobj.data.ms.collwith & 3) ^ 3, 0, wtable[wep].hitpoint, wtable[wep].damage, wtable[wep].speed, wtable[wep].shape, wtable[wep].spark);
playerobj.data.ms.rotquick.SetInt(playerobj.data.ms.rotquick.GetInt() + 4);
}
}
else
{
Shoot(playerobj, this, (playerobj.data.ms.collwith & 3) ^ 3, 0, wtable[wep].hitpoint, wtable[wep].damage, wtable[wep].speed, wtable[wep].shape, wtable[wep].spark);
}
SoundHandler::Play(wtable[wep].sound);
playerobj.data.ms.reloadcnt = playerobj.data.ms.reload;
if (!Config::GetAutoFire()) firedown = true;
playerobj.data.ms.fired = 10;
}
}
else
{
firedown = false;
}
if (playerobj.data.ms.reloadcnt > 0) playerobj.data.ms.reloadcnt--;
if (keystate[SDL_SCANCODE_F1])
{
// cheat for debug
done = true;
}
int32_t overshoot, closestzone;
if (!Collision(false, newx.GetInt(), newz.GetInt(), 32, overshoot, closestzone))
{
cam->x = newx;
cam->z = newz;
}
else
{
// well, it's what the original seems to do...
if (!AdjustPos(overshoot, newx, newz, 32, closestzone))
{
cam->x = newx;
cam->z = newz;
}
else if (!AdjustPos(overshoot, newx, newz, 32, closestzone))
{
cam->x = newx;
cam->z = newz;
}
else
{
if (Collision(false, cam->x.GetInt(), cam->z.GetInt(), 32, overshoot, closestzone))
{
squished = true;
}
}
}
// mouse control
{
int mx, my;
SDL_GetRelativeMouseState(&mx, &my);
cam->rotquick.SetVal(cam->rotquick.GetVal() + mx*Config::GetMouseSens() * 800);
}
//gamepad control
if (Config::HaveController())
{
Sint32 rot = Config::GetControllerRot();
if (abs(rot) < 8000) rot = 0;
cam->rotquick.SetVal(cam->rotquick.GetVal() + rot * 10);
}
CheckSuck(cam);
cam->y = -(playerobj.y.GetInt() + playerobj.data.ms.eyey);
// add bounce
int16_t camrotsraw[4];
GloomMaths::GetCamRotRaw(playerobj.data.ms.bounce & 255, camrotsraw);
cam->y -= (camrotsraw[1] * 20) >> 16;
// event check
Teleport tele;
bool gotele = false;
// prevent multiple sound playing!
if (!playerobj.data.ms.pixsizeadd)
{
if (Collision(true, cam->x.GetInt(), cam->z.GetInt(), 32, overshoot, closestzone))
{
if (gmap->GetZones()[closestzone].ev > 1)
{
if (gmap->GetZones()[closestzone].ev == 24)
{
levelfinished = true;
SoundHandler::Play(SoundHandler::SOUND_TELEPORT);
playerobj.data.ms.pixsizeadd = 1;
}
if (!eventhit[gmap->GetZones()[closestzone].ev])
{
gmap->ExecuteEvent(gmap->GetZones()[closestzone].ev, gotele, tele);
}
// these are one-shot
if (gmap->GetZones()[closestzone].ev < 19)
{
eventhit[gmap->GetZones()[closestzone].ev] = true;
}
}
}
}
if (gotele)
{
// teleport animation
activetele = tele;
playerobj.data.ms.pixsizeadd = 2;
}
}
else
{
// we're dead, jim
//playerobj.data.ms.logic(playerobj, this);
}
// actually do the tele animation
playerobj.data.ms.pixsize += playerobj.data.ms.pixsizeadd;
if (playerobj.data.ms.pixsize >= 24)
{