static void saveg_write_floormove_t(floormove_t *str)
{
// thinker_t thinker;
saveg_write_thinker_t(&str->thinker);
// floor_e type;
saveg_write_enum(str->type);
// boolean crush;
saveg_write32(str->crush);
// sector_t* sector;
saveg_write32(str->sector - sectors);
// int direction;
saveg_write32(str->direction);
// int newspecial;
saveg_write32(str->newspecial);
// short texture;
saveg_write16(str->texture);
// fixed_t floordestheight;
saveg_write32(str->floordestheight);
// fixed_t speed;
saveg_write32(str->speed);
}
static void saveg_write_ceiling_t(ceiling_t *str)
{
// thinker_t thinker;
saveg_write_thinker_t(&str->thinker);
// ceiling_e type;
saveg_write_enum(str->type);
// sector_t* sector;
saveg_write32(str->sector - sectors);
// fixed_t bottomheight;
saveg_write32(str->bottomheight);
// fixed_t topheight;
saveg_write32(str->topheight);
// fixed_t speed;
saveg_write32(str->speed);
// boolean crush;
saveg_write32(str->crush);
// int direction;
saveg_write32(str->direction);
// int tag;
saveg_write32(str->tag);
// int olddirection;
saveg_write32(str->olddirection);
}
static void saveg_write_vldoor_t(vldoor_t *str)
{
// thinker_t thinker;
saveg_write_thinker_t(&str->thinker);
// vldoor_e type;
saveg_write_enum(str->type);
// sector_t* sector;
saveg_write32(str->sector - sectors);
// fixed_t topheight;
saveg_write32(str->topheight);
// fixed_t speed;
saveg_write32(str->speed);
// int direction;
saveg_write32(str->direction);
// int topwait;
saveg_write32(str->topwait);
// int topcountdown;
saveg_write32(str->topcountdown);
}
static void saveg_write_slidedoor_t(slidedoor_t *str)
{
// thinker_t thinker;
saveg_write_thinker_t(&str->thinker);
// sdt_e type;
saveg_write_enum(str->type);
// line_t *line1;
saveg_write32(str->line1 - lines);
// line_t *line2;
saveg_write32(str->line2 - lines);
// int frame;
saveg_write32(str->frame);
// int whichDoorIndex;
saveg_write32(str->whichDoorIndex);
// int timer;
saveg_write32(str->timer);
// sector_t *frontsector;
saveg_write32(str->frontsector - sectors);
// sd_e status;
saveg_write_enum(str->status);
}
static void saveg_write_vldoor_t(vldoor_t *str)
{
// thinker_t thinker;
saveg_write_thinker_t(&str->thinker);
// vldoor_e type;
saveg_write_enum(str->type);
// sector_t* sector;
saveg_write32(str->sector - sectors);
// fixed_t topheight;
saveg_write32(str->topheight);
// fixed_t speed;
saveg_write32(str->speed);
// int direction;
saveg_write32(str->direction);
// int topwait;
saveg_write32(str->topwait);
// int topcountdown;
saveg_write32(str->topcountdown);
// villsa [STRIFE] new field - sound to play when opening
//int opensound;
saveg_write32(str->opensound);
// villsa [STRIFE] new field - sound to play when closing
//int closesound;
saveg_write32(str->closesound);
}
static void saveg_write_glow_t(glow_t *str)
{
// thinker_t thinker;
saveg_write_thinker_t(&str->thinker);
// sector_t* sector;
saveg_write32(str->sector - sectors);
// int minlight;
saveg_write32(str->minlight);
// int maxlight;
saveg_write32(str->maxlight);
// int direction;
saveg_write32(str->direction);
}
static void saveg_write_plat_t(plat_t *str)
{
// thinker_t thinker;
saveg_write_thinker_t(&str->thinker);
// sector_t* sector;
saveg_write32(str->sector - sectors);
// fixed_t speed;
saveg_write32(str->speed);
// fixed_t low;
saveg_write32(str->low);
// fixed_t high;
saveg_write32(str->high);
// int wait;
saveg_write32(str->wait);
// int count;
saveg_write32(str->count);
// plat_e status;
saveg_write_enum(str->status);
// plat_e oldstatus;
saveg_write_enum(str->oldstatus);
// boolean crush;
saveg_write32(str->crush);
// int tag;
saveg_write32(str->tag);
// plattype_e type;
saveg_write_enum(str->type);
}
static void saveg_write_strobe_t(strobe_t *str)
{
// thinker_t thinker;
saveg_write_thinker_t(&str->thinker);
// sector_t* sector;
saveg_write32(str->sector - sectors);
// int count;
saveg_write32(str->count);
// int minlight;
saveg_write32(str->minlight);
// int maxlight;
saveg_write32(str->maxlight);
// int darktime;
saveg_write32(str->darktime);
// int brighttime;
saveg_write32(str->brighttime);
}
static void saveg_write_lightflash_t(lightflash_t *str)
{
// thinker_t thinker;
saveg_write_thinker_t(&str->thinker);
// sector_t* sector;
saveg_write32(str->sector - sectors);
// int count;
saveg_write32(str->count);
// int maxlight;
saveg_write32(str->maxlight);
// int minlight;
saveg_write32(str->minlight);
// int maxtime;
saveg_write32(str->maxtime);
// int mintime;
saveg_write32(str->mintime);
}
static void saveg_write_mobj_t(mobj_t *str)
{
// thinker_t thinker;
saveg_write_thinker_t(&str->thinker);
// fixed_t x;
saveg_write32(str->x);
// fixed_t y;
saveg_write32(str->y);
// fixed_t z;
saveg_write32(str->z);
// struct mobj_s* snext;
saveg_writep(str->snext);
// struct mobj_s* sprev;
saveg_writep(str->sprev);
// angle_t angle;
saveg_write32(str->angle);
// spritenum_t sprite;
saveg_write_enum(str->sprite);
// int frame;
saveg_write32(str->frame);
// struct mobj_s* bnext;
saveg_writep(str->bnext);
// struct mobj_s* bprev;
saveg_writep(str->bprev);
// struct subsector_s* subsector;
saveg_writep(str->subsector);
// fixed_t floorz;
saveg_write32(str->floorz);
// fixed_t ceilingz;
saveg_write32(str->ceilingz);
// fixed_t radius;
saveg_write32(str->radius);
// fixed_t height;
saveg_write32(str->height);
// fixed_t momx;
saveg_write32(str->momx);
// fixed_t momy;
saveg_write32(str->momy);
// fixed_t momz;
saveg_write32(str->momz);
// int validcount;
saveg_write32(str->validcount);
// mobjtype_t type;
saveg_write_enum(str->type);
// mobjinfo_t* info;
saveg_writep(str->info);
// int tics;
saveg_write32(str->tics);
// state_t* state;
saveg_write32(str->state - states);
// int flags;
saveg_write32(str->flags);
// int health;
saveg_write32(str->health);
// int movedir;
saveg_write32(str->movedir);
// int movecount;
saveg_write32(str->movecount);
// struct mobj_s* target;
saveg_writep(str->target);
// int reactiontime;
saveg_write32(str->reactiontime);
// int threshold;
saveg_write32(str->threshold);
// struct player_s* player;
if (str->player)
{
saveg_write32(str->player - players + 1);
}
else
{
saveg_write32(0);
}
// int lastlook;
saveg_write32(str->lastlook);
// mapthing_t spawnpoint;
saveg_write_mapthing_t(&str->spawnpoint);
// struct mobj_s* tracer;
saveg_writep(str->tracer);
}
static void saveg_write_mobj_t(mobj_t *str)
{
// thinker_t thinker;
saveg_write_thinker_t(&str->thinker);
// fixed_t x, y, z;
SV_WriteLong(str->x);
SV_WriteLong(str->y);
SV_WriteLong(str->z);
// struct mobj_s *snext, *sprev;
SV_WritePtr(str->snext);
SV_WritePtr(str->sprev);
// angle_t angle;
SV_WriteLong(str->angle);
// spritenum_t sprite;
SV_WriteLong(str->sprite);
// int frame;
SV_WriteLong(str->frame);
// struct mobj_s *bnext, *bprev;
SV_WritePtr(str->bnext);
SV_WritePtr(str->bprev);
// struct subsector_s *subsector;
SV_WritePtr(str->subsector);
// fixed_t floorz, ceilingz;
SV_WriteLong(str->floorz);
SV_WriteLong(str->ceilingz);
// fixed_t radius, height;
SV_WriteLong(str->radius);
SV_WriteLong(str->height);
// fixed_t momx, momy, momz;
SV_WriteLong(str->momx);
SV_WriteLong(str->momy);
SV_WriteLong(str->momz);
// int validcount;
SV_WriteLong(str->validcount);
// mobjtype_t type;
// Our mobjinfo table has an extra entry, for compatibility with v1.0
// HHE patches. So translate the internal thing type index to the
// equivalent for Vanilla Heretic v1.3, for savegame compatibility.
if (str->type > MT_PHOENIXFX_REMOVED)
{
SV_WriteLong(str->type - 1);
}
else if (str->type == MT_PHOENIXFX_REMOVED)
{
// This should never happen, but just in case, do something
// vaguely sensible ... ?
SV_WriteLong(MT_PHOENIXFX1);
}
else
{
SV_WriteLong(str->type);
}
// mobjinfo_t *info;
SV_WritePtr(str->info);
// int tics;
SV_WriteLong(str->tics);
// state_t *state;
saveg_write_state_ptr(str->state);
// int damage;
SV_WriteLong(str->damage);
// int flags;
SV_WriteLong(str->flags);
// int flags2;
SV_WriteLong(str->flags2);
// specialval_t special1;
saveg_write_specialval_t(&str->special1);
// specialval_t special2;
saveg_write_specialval_t(&str->special2);
// int health;
SV_WriteLong(str->health);
// int movedir;
SV_WriteLong(str->movedir);
// int movecount;
SV_WriteLong(str->movecount);
// struct mobj_s *target;
SV_WritePtr(str->target);
// int reactiontime;
SV_WriteLong(str->reactiontime);
// int threshold;
SV_WriteLong(str->threshold);
// struct player_s *player;
if (str->player != NULL)
{
SV_WriteLong(str->player - players + 1);
}
else
{
SV_WriteLong(0);
}
// int lastlook;
SV_WriteLong(str->lastlook);
// mapthing_t spawnpoint;
saveg_write_mapthing_t(&str->spawnpoint);
}
