/** Initialize 3D actor
@param bodyIdx 3D actor body index
@param actorIdx 3D actor index */
void initModelActor(int32 bodyIdx, int16 actorIdx) {
ActorStruct *localActor;
int32 entityIdx;
int32 entityIdxOld;
int currentIndex;
uint16 *ptr;
int16 var1, var2, var3, var4;
int32 result, result1, result2;
result = 0;
localActor = &sceneActors[actorIdx];
if (localActor->staticFlags.bIsSpriteActor)
return;
if (actorIdx == 0 && heroBehaviour == kProtoPack && localActor->armor != 0 && localActor->armor != 1) { // if hero
setBehaviour(kNormal);
}
if (bodyIdx != -1) {
entityIdx = initBody(bodyIdx, actorIdx);
} else {
entityIdx = -1;
}
if (entityIdx != -1) {
if (localActor->entity == entityIdx)
return;
entityIdxOld = localActor->entity;
localActor->entity = entityIdx;
localActor->body = bodyIdx;
currentIndex = localActor->entity;
if (bottomLeftX == -32000) {
ptr = (uint16 *) bodyTable[localActor->entity];
ptr++;
var1 = *((int16 *)ptr++);
var2 = *((int16 *)ptr++);
localActor->boudingBox.Y.bottomLeft = *((int16 *)ptr++);
localActor->boudingBox.Y.topRight = *((int16 *)ptr++);
var3 = *((int16 *)ptr++);
var4 = *((int16 *)ptr++);
if (localActor->staticFlags.bUseMiniZv) {
result1 = var2 - var1; // take smaller for bound
result2 = var4 - var3;
if (result1 < result2)
result = result1;
else
result = result2;
result = abs(result);
result >>= 1;
} else {
inline void initializeNewObject(size_t mark, void *vft, RexxBehaviour *b)
{
// we need to make this a function object of some type in case
// a GC cycle gets triggered before this is complete. By default,
// we make this a generic object
setVirtualFunctions(vft);
setBehaviour(b);
// this has a clean set of flags, except for the live mark
header.initHeader(mark);
// make sure the object is cleared in case this gets marked out of any of
// the constructors.
clearObject();
}
/** Restart hero variables while opening new scenes */
void restartHeroScene() {
sceneHero->controlMode = 1;
memset(&sceneHero->dynamicFlags, 0, 2);
memset(&sceneHero->staticFlags, 0, 2);
sceneHero->staticFlags.bComputeCollisionWithObj = 1;
sceneHero->staticFlags.bComputeCollisionWithBricks = 1;
sceneHero->staticFlags.bIsZonable = 1;
sceneHero->staticFlags.bCanDrown = 1;
sceneHero->staticFlags.bCanFall = 1;
sceneHero->armor = 1;
sceneHero->positionInMoveScript = -1;
sceneHero->labelIdx = -1;
sceneHero->positionInLifeScript = 0;
sceneHero->zone = -1;
sceneHero->angle = previousHeroAngle;
setActorAngleSafe(sceneHero->angle, sceneHero->angle, 0, &sceneHero->move);
setBehaviour(previousHeroBehaviour);
cropBottomScreen = 0;
}
void setFemale ()
{ setBehaviour (__DRAGONNINJAFEMALEBEHAVIOUR); }
// To control the aspect of the ninja
// It can be male or female!
void setMale ()
{ setBehaviour (__DRAGONNINJAMALEBEHAVIOUR); }
