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FITD/FitdLib/life.cpp

2521 lines
86 KiB
C++
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#include <string>
#include "common.h"
#include "hybrid.h"
int groundLevel;
s16 specialTable[4] = { 144, 192, 48, 112 };
int numSequenceParam = 0;
sequenceParamStruct sequenceParams[NUM_MAX_SEQUENCE_PARAM];
void resetRotateParam(void)
{
currentProcessedActorPtr->rotate.numSteps = 0;
}
void throwObj(int animThrow, int frameThrow, int arg_4, int objToThrowIdx, int throwRotated, int throwForce, int animNext)
{
if (InitAnim(animThrow, 2, animNext))
{
currentProcessedActorPtr->animActionANIM = animThrow;
currentProcessedActorPtr->animActionFRAME = frameThrow;
currentProcessedActorPtr->animActionType = 6;
currentProcessedActorPtr->hotPointID = arg_4;
currentProcessedActorPtr->animActionParam = objToThrowIdx;
currentProcessedActorPtr->hitForce = throwForce;
if (!throwRotated)
{
ListWorldObjets[objToThrowIdx].gamma -= 0x100;
}
ListWorldObjets[objToThrowIdx].foundFlag |= 0x1000;
}
}
void put(int x, int y, int z, int room, int stage, int alpha, int beta, int gamma, int idx)
{
tWorldObject* objPtr = &ListWorldObjets[idx];
objPtr->x = x;
objPtr->y = y;
objPtr->z = z;
objPtr->room = room;
objPtr->stage = stage;
objPtr->alpha = alpha;
objPtr->beta = beta;
objPtr->gamma = gamma;
DeleteInventoryObjet(idx);
objPtr->foundFlag |= 0x4000;
/* FlagGenereActiveList = 1;
FlagRefreshAux2 = 1; */
}
void drop(int worldIdx, int worldSource)
{
PutAtObjet(worldIdx, worldSource);
}
void fire(int fireAnim, int X, int Y, int Z, int hitForce, int nextAnim)
{
if (InitAnim(fireAnim, 2, nextAnim))
{
currentProcessedActorPtr->animActionANIM = fireAnim;
currentProcessedActorPtr->animActionFRAME = X;
currentProcessedActorPtr->animActionType = 4;
currentProcessedActorPtr->animActionParam = Z;
currentProcessedActorPtr->hotPointID = Y;
currentProcessedActorPtr->hitForce = hitForce;
}
}
int randRange(int min, int max)
{
return((rand() % (max - min)) + min);
}
int InitSpecialObjet(int mode, int X, int Y, int Z, int stage, int room, int alpha, int beta, int gamma, ZVStruct* zvPtr)
{
s16 localSpecialTable[4];
memcpy(localSpecialTable, specialTable, 8);
tObject* currentActorPtr = ListObjets.data();
int i;
for (i = 0; i < NUM_MAX_OBJECT; i++) // count the number of active actors
{
if (currentActorPtr->indexInWorld == -1)
break;
currentActorPtr++;
}
if (i == NUM_MAX_OBJECT) // no free actor entry, abort
{
return(-1);
}
currentActorPtr->objectType = AF_SPECIAL;
currentActorPtr->indexInWorld = -2;
currentActorPtr->life = -1;
currentActorPtr->lifeMode = 2; // TODO: probably incorrect betweem AITD1/2
currentActorPtr->bodyNum = 0;
currentActorPtr->worldX = currentActorPtr->roomX = X;
currentActorPtr->worldY = currentActorPtr->roomY = Y;
currentActorPtr->worldZ = currentActorPtr->roomZ = Z;
currentActorPtr->stage = stage;
currentActorPtr->room = room;
if (currentRoom != room)
{
currentActorPtr->worldX -= (s16)((roomDataTable[currentRoom].worldX - roomDataTable[room].worldX) * 10);
currentActorPtr->worldY += (s16)((roomDataTable[currentRoom].worldY - roomDataTable[room].worldY) * 10);
currentActorPtr->worldZ += (s16)((roomDataTable[currentRoom].worldZ - roomDataTable[room].worldZ) * 10);
}
currentActorPtr->alpha = alpha;
currentActorPtr->beta = beta;
currentActorPtr->gamma = gamma;
currentActorPtr->stepX = 0;
currentActorPtr->stepY = 0;
currentActorPtr->stepZ = 0;
ZVStruct* actorZvPtr = nullptr;
if (zvPtr)
{
actorZvPtr = &currentActorPtr->zv;
CopyZV(zvPtr, actorZvPtr);
}
switch (mode)
{
case 0: // evaporate
{
char* flowPtr;
int j;
actorZvPtr->ZVX1 -= X;
actorZvPtr->ZVX2 -= X;
actorZvPtr->ZVY1 -= Y;
actorZvPtr->ZVY2 -= Y;
actorZvPtr->ZVZ1 -= Z;
actorZvPtr->ZVZ2 -= Z;
currentActorPtr->frame = HQ_Malloc(HQ_Memory, 304);
flowPtr = HQ_PtrMalloc(HQ_Memory, currentActorPtr->frame);
if (!flowPtr)
{
currentActorPtr->indexInWorld = -1;
return(-1);
}
currentActorPtr->ANIM = mode;
*(s16*)flowPtr = localSpecialTable[rand() % 3]; // type ? color ?
flowPtr += 2;
*(s16*)flowPtr = 30; // num of points
flowPtr += 2;
for (j = 0; j < 30; j++)
{
*(s16*)flowPtr = randRange(actorZvPtr->ZVX1, actorZvPtr->ZVX2); //X
flowPtr += 2;
*(s16*)flowPtr = randRange(actorZvPtr->ZVY1, actorZvPtr->ZVY2); //Y
flowPtr += 2;
*(s16*)flowPtr = randRange(actorZvPtr->ZVZ1, actorZvPtr->ZVZ2); //Z
flowPtr += 2;
}
for (j = 0; j < 30; j++)
{
*(s16*)flowPtr = randRange(150, 300); // ?
flowPtr += 2;
*(s16*)flowPtr = randRange(30, 80); // ?
flowPtr += 2;
}
actorZvPtr->ZVX1 = X - 10;
actorZvPtr->ZVX2 = X + 10;
actorZvPtr->ZVY1 = Y;
actorZvPtr->ZVY2 = Y - 1;
actorZvPtr->ZVZ1 = Z - 10;
actorZvPtr->ZVZ2 = Z + 10;
break;
}
default:
{
printf("Unsupported case %d in createFlow\n", mode);
}
}
FlagGenereAffList = 1;
return(i);
}
void getHardClip()
{
ZVStruct* zvPtr = &currentProcessedActorPtr->zv;
char* etageData = (char*)getRoomData(currentProcessedActorPtr->room);
s16 numEntry;
int i;
etageData += *(s16*)etageData;
numEntry = *(s16*)etageData;
etageData += 2;
for (i = 0; i < numEntry; i++)
{
ZVStruct zvCol;
zvCol.ZVX1 = READ_LE_S16(etageData + 0x00);
zvCol.ZVX2 = READ_LE_S16(etageData + 0x02);
zvCol.ZVY1 = READ_LE_S16(etageData + 0x04);
zvCol.ZVY2 = READ_LE_S16(etageData + 0x06);
zvCol.ZVZ1 = READ_LE_S16(etageData + 0x08);
zvCol.ZVZ2 = READ_LE_S16(etageData + 0x0A);
if (CubeIntersect(zvPtr, &zvCol))
{
hardClip.ZVX1 = zvCol.ZVX1;
hardClip.ZVX2 = zvCol.ZVX2;
hardClip.ZVY1 = zvCol.ZVY1;
hardClip.ZVY2 = zvCol.ZVY2;
hardClip.ZVZ1 = zvCol.ZVZ1;
hardClip.ZVZ2 = zvCol.ZVZ2;
return;
}
etageData += 16;
}
hardClip.ZVX1 = 32000;
hardClip.ZVX2 = -32000;
hardClip.ZVY1 = 32000;
hardClip.ZVY2 = -32000;
hardClip.ZVZ1 = 32000;
hardClip.ZVZ2 = -32000;
}
void animMove(int animStand, int animWalk, int animRun, int animStop, int animBackward, int animTurnRight, int animTurnLeft)
{
if (currentProcessedActorPtr->speed == 5)
{
InitAnim(animRun, 1, -1);
}
if (currentProcessedActorPtr->speed == 4)
{
InitAnim(animWalk, 1, -1);
}
if (currentProcessedActorPtr->speed == -1) // backward
{
if (currentProcessedActorPtr->ANIM == animWalk)
{
InitAnim(animStand, 0, animBackward);
}
else
if (currentProcessedActorPtr->ANIM == animRun)
{
InitAnim(animStop, 0, animStand);
}
else
{
InitAnim(animBackward, 1, -1); // walk backward
}
}
if (currentProcessedActorPtr->speed == 0)
{
if ((currentProcessedActorPtr->ANIM == animWalk) || (currentProcessedActorPtr->ANIM == animRun))
{
InitAnim(animStop, 0, animStand);
}
else
{
if (currentProcessedActorPtr->direction == 0)
{
InitAnim(animStand, 1, -1);
}
if (currentProcessedActorPtr->direction == 1) // left
{
InitAnim(animTurnLeft, 0, animStand);
}
if (currentProcessedActorPtr->direction == -1) // right
{
InitAnim(animTurnRight, 0, animStand);
}
}
}
}
void setStage(int newStage, int newRoomLocal, int X, int Y, int Z)
{
int animX;
int animY;
int animZ;
currentProcessedActorPtr->stage = newStage;
currentProcessedActorPtr->room = newRoomLocal;
if (g_gameId != AITD1)
{
currentProcessedActorPtr->hardMat = -1;
}
animX = currentProcessedActorPtr->roomX + currentProcessedActorPtr->stepX;
animY = currentProcessedActorPtr->roomY + currentProcessedActorPtr->stepY;
animZ = currentProcessedActorPtr->roomZ + currentProcessedActorPtr->stepZ;
currentProcessedActorPtr->zv.ZVX1 += X - animX;
currentProcessedActorPtr->zv.ZVX2 += X - animX;
currentProcessedActorPtr->zv.ZVY1 += Y - animY;
currentProcessedActorPtr->zv.ZVY2 += Y - animY;
currentProcessedActorPtr->zv.ZVZ1 += Z - animZ;
currentProcessedActorPtr->zv.ZVZ2 += Z - animZ;
currentProcessedActorPtr->roomX = X;
currentProcessedActorPtr->roomY = Y;
currentProcessedActorPtr->roomZ = Z;
currentProcessedActorPtr->worldX = X;
currentProcessedActorPtr->worldY = Y;
currentProcessedActorPtr->worldZ = Z;
currentProcessedActorPtr->stepX = 0;
currentProcessedActorPtr->stepY = 0;
currentProcessedActorPtr->stepZ = 0;
if (currentCameraTargetActor == currentProcessedActorIdx)
{
if (newStage != g_currentFloor)
{
FlagChangeEtage = 1;
NewNumEtage = newStage;
NewNumSalle = newRoomLocal;
}
else
{
if (currentRoom != newRoomLocal)
{
FlagChangeSalle = 1;
NewNumSalle = newRoomLocal;
}
}
}
else
{
if (currentRoom != newRoomLocal)
{
currentProcessedActorPtr->worldX -= (s16)((roomDataTable[currentRoom].worldX - roomDataTable[newRoomLocal].worldX) * 10);
currentProcessedActorPtr->worldY += (s16)((roomDataTable[currentRoom].worldY - roomDataTable[newRoomLocal].worldY) * 10);
currentProcessedActorPtr->worldZ += (s16)((roomDataTable[currentRoom].worldZ - roomDataTable[newRoomLocal].worldZ) * 10);
}
// FlagGenereActiveList = 1;
}
}
void setupRealZv(ZVStruct* zvPtr)
{
zvPtr->ZVX1 = 32000;
zvPtr->ZVY1 = 32000;
zvPtr->ZVZ1 = 32000;
zvPtr->ZVX2 = -32000;
zvPtr->ZVY2 = -32000;
zvPtr->ZVZ2 = -32000;
for (int i = 0; i < numOfPoints; i++)
{
point3dStruct* ptr = &pointBuffer[i];
if (zvPtr->ZVX1 > ptr->x)
{
zvPtr->ZVX1 = ptr->x;
}
else if (zvPtr->ZVX2 < ptr->x)
{
zvPtr->ZVX2 = ptr->x;
}
if (zvPtr->ZVY1 > ptr->y)
{
zvPtr->ZVY1 = ptr->y;
}
else if (zvPtr->ZVY2 < ptr->y)
{
zvPtr->ZVY2 = ptr->y;
}
if (zvPtr->ZVZ1 > ptr->z)
{
zvPtr->ZVZ1 = ptr->z;
}
else
if (zvPtr->ZVZ2 < ptr->z)
{
zvPtr->ZVZ2 = ptr->z;
}
}
}
void doRealZv(tObject* actorPtr)
{
ZVStruct* zvPtr;
computeScreenBox(0, 0, 0, actorPtr->alpha, actorPtr->beta, actorPtr->gamma, HQR_Get(HQ_Bodys, actorPtr->bodyNum));
zvPtr = &actorPtr->zv;
setupRealZv(zvPtr);
zvPtr->ZVX1 += actorPtr->roomX;
zvPtr->ZVX2 += actorPtr->roomX;
zvPtr->ZVY1 += actorPtr->roomY;
zvPtr->ZVY2 += actorPtr->roomY;
zvPtr->ZVZ1 += actorPtr->roomZ;
zvPtr->ZVZ2 += actorPtr->roomZ;
}
#ifdef DEBUG
char currentDebugLifeLine[1024 * 1024];
void appendFormated(const char* format, ...)
{
va_list argList;
va_start(argList, format);
char buff[256];
vsprintf(buff, format, argList);
va_end(argList);
strcat(currentDebugLifeLine, buff);
}
#endif
void processLife(int lifeNum, bool callFoundLife)
{
int exitLife = 0;
//int switchVal = 0;
int var_6;
int switchVal = 0;
currentLifeActorIdx = currentProcessedActorIdx;
currentLifeActorPtr = currentProcessedActorPtr;
currentLifeNum = lifeNum;
currentLifePtr = HQR_Get(listLife, lifeNum);
assert(currentLifePtr);
while (!exitLife)
{
int lifeTempVar1;
int lifeTempVar2;
int lifeTempVar3;
int lifeTempVar4;
int lifeTempVar5;
int lifeTempVar6;
int lifeTempVar7;
int lifeTempVar8;
s16 currentOpcode;
var_6 = -1;
currentOpcode = *(s16*)(currentLifePtr);
currentLifePtr += 2;
#ifdef DEBUG
strcpy(currentDebugLifeLine, "");
#endif
appendFormated("%d:opcode: %02X: ", lifeNum, currentOpcode & 0xFFFF);
if (currentOpcode & 0x8000)
{
var_6 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
if (var_6 == -1)
{
printf("Unsupported newVar = -1\n");
assert(0);
}
else
{
currentProcessedActorIdx = ListWorldObjets[var_6].objIndex;
if (currentProcessedActorIdx != -1)
{
currentProcessedActorPtr = &ListObjets[currentProcessedActorIdx];
goto processOpcode;
}
else
{
int opcodeLocated;
if (g_gameId == AITD1)
{
opcodeLocated = AITD1LifeMacroTable[currentOpcode & 0x7FFF];
}
else
{
opcodeLocated = AITD2LifeMacroTable[currentOpcode & 0x7FFF];
}
switch (opcodeLocated)
{
////////////////////////////////////////////////////////////////////////
case LM_BODY:
{
ListWorldObjets[var_6].body = evalVar();
break;
}
case LM_BODY_RESET:
{
ListWorldObjets[var_6].body = evalVar();
ListWorldObjets[var_6].anim = evalVar();
break;
}
case LM_TYPE:
{
lifeTempVar1 = (*(s16*)(currentLifePtr)) & TYPE_MASK;
currentLifePtr += 2;
lifeTempVar2 = ListWorldObjets[var_6].flags;
ListWorldObjets[var_6].flags = (ListWorldObjets[var_6].flags & (~TYPE_MASK)) + lifeTempVar1;
break;
}
////////////////////////////////////////////////////////////////////////
case LM_ANIM_ONCE:
{
ListWorldObjets[var_6].anim = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].animInfo = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].animType = ANIM_ONCE;
if (g_gameId >= JACK)
ListWorldObjets[var_6].frame = 0;
break;
}
case LM_ANIM_REPEAT:
{
ListWorldObjets[var_6].anim = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].animInfo = -1;
ListWorldObjets[var_6].animType = ANIM_REPEAT;
if (g_gameId >= JACK)
ListWorldObjets[var_6].frame = 0;
break;
}
case LM_ANIM_ALL_ONCE:
{
ListWorldObjets[var_6].anim = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].animInfo = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].animType = ANIM_ONCE | ANIM_UNINTERRUPTABLE;
if (g_gameId >= JACK)
ListWorldObjets[var_6].frame = 0;
break;
}
case LM_ANIM_RESET:
{
ASSERT(g_gameId >= JACK);
ListWorldObjets[var_6].anim = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].animInfo = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].animType = ANIM_ONCE | ANIM_RESET;
ListWorldObjets[var_6].frame = 0;
break;
}
////////////////////////////////////////////////////////////////////////
case LM_MOVE: // MOVE
{
ListWorldObjets[var_6].trackMode = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].trackNumber = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].positionInTrack = 0;
if (g_gameId > AITD1)
{
ListWorldObjets[var_6].mark = -1;
}
break;
}
case LM_ANGLE:
{
ListWorldObjets[var_6].alpha = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].beta = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].gamma = *(s16*)(currentLifePtr);
currentLifePtr += 2;
break;
}
case LM_STAGE: // stage
{
ListWorldObjets[var_6].stage = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].room = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].x = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].y = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ListWorldObjets[var_6].z = *(s16*)(currentLifePtr);
currentLifePtr += 2;
//FlagGenereActiveList = 1;
break;
}
case LM_TEST_COL:
{
if (*(s16*)(currentLifePtr))
{
ListWorldObjets[var_6].flags |= 0x20;
}
else
{
ListWorldObjets[var_6].flags &= 0xFFDF;
}
currentLifePtr += 2;
break;
}
////////////////////////////////////////////////////////////////////////
case LM_LIFE:
{
ListWorldObjets[var_6].life = *(s16*)(currentLifePtr);
currentLifePtr += 2;
break;
}
case LM_LIFE_MODE: // LIFE_MODE
{
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
if (lifeTempVar1 != ListWorldObjets[var_6].lifeMode)
{
ListWorldObjets[var_6].lifeMode = lifeTempVar1;
//FlagGenereActiveList = 1;
}
break;
}
case LM_FOUND_NAME: // FOUND_NAME
{
ListWorldObjets[var_6].foundName = *(s16*)(currentLifePtr);
currentLifePtr += 2;
break;
}
case LM_FOUND_BODY: // FOUND_BODY
{
ListWorldObjets[var_6].foundBody = *(s16*)(currentLifePtr);
currentLifePtr += 2;
break;
}
case LM_FOUND_FLAG: // FOUND_FLAG
{
ListWorldObjets[var_6].foundFlag &= 0xE000;
ListWorldObjets[var_6].foundFlag |= *(s16*)(currentLifePtr);
currentLifePtr += 2;
break;
}
case LM_FOUND_WEIGHT:
{
ListWorldObjets[var_6].positionInTrack = *(s16*)(currentLifePtr);
currentLifePtr += 2;
break;
}
case LM_START_CHRONO: // arrive in original interpreter too
{
break;
}
////////////////////////////////////////////////////////////////////////
default:
{
printf("Unsupported opcode %X when actor isn't in floor\n", currentOpcode & 0x7FFF);
assert(0);
break;
}
}
}
}
}
else
{
int opcodeLocated;
processOpcode:
if (g_gameId == AITD1)
{
opcodeLocated = AITD1LifeMacroTable[currentOpcode & 0x7FFF];
}
else
{
opcodeLocated = AITD2LifeMacroTable[currentOpcode & 0x7FFF];
}
switch (opcodeLocated)
{
case LM_BODY:
{
lifeTempVar1 = evalVar();
ListWorldObjets[currentProcessedActorPtr->indexInWorld].body = lifeTempVar1;
if (currentProcessedActorPtr->bodyNum != lifeTempVar1)
{
currentProcessedActorPtr->bodyNum = lifeTempVar1;
if (currentProcessedActorPtr->objectType & AF_ANIMATED)
{
if ((currentProcessedActorPtr->ANIM != -1) && (currentProcessedActorPtr->bodyNum != -1))
{
sAnimation* pAnim = HQR_Get(HQ_Anims, currentProcessedActorPtr->ANIM);
if (g_gameId >= JACK)
{
/* if (bFlagDecal)
gereDecal(); */
}
sBody* pBody = HQR_Get(HQ_Bodys, currentProcessedActorPtr->bodyNum);
/* if(gameId >= JACK)
{
setInterAnimObject2(currentProcessedActorPtr->FRAME, pAnim, pBody, TRUE, Objet->AnimDecal);
}
else */
{
SetInterAnimObjet(currentProcessedActorPtr->frame, pAnim, pBody);
}
}
}
else
{
FlagInitView = 1;
}
}
break;
}
case LM_BODY_RESET:
{
appendFormated("LM_BODY_RESET ");
int param1 = evalVar("body");
int param2 = evalVar("anim");
ListWorldObjets[currentProcessedActorPtr->indexInWorld].body = param1;
ListWorldObjets[currentProcessedActorPtr->indexInWorld].anim = param2;
currentProcessedActorPtr->bodyNum = param1;
if (currentProcessedActorPtr->objectType & AF_ANIMATED)
{
sAnimation* pAnim = HQR_Get(HQ_Anims, currentProcessedActorPtr->ANIM);
if (g_gameId >= JACK)
{
/* if (bFlagDecal)
gereDecal(); */
}
sBody* pBody = HQR_Get(HQ_Bodys, currentProcessedActorPtr->bodyNum);
SetAnimObjet(0, pAnim, pBody);
InitAnim(param2, 4, -1);
}
else
{
FlagInitView = 1;
}
break;
}
case LM_DO_REAL_ZV:
{
appendFormated("LM_DO_REAL_ZV ");
doRealZv(currentProcessedActorPtr);
break;
}
case LM_DEF_ZV: // DEF_ZV
{
appendFormated("LM_DEF_ZV ");
currentProcessedActorPtr->zv.ZVX1 = currentProcessedActorPtr->roomX + *(s16*)currentLifePtr + currentProcessedActorPtr->stepX;
currentLifePtr += 2;
currentProcessedActorPtr->zv.ZVX2 = currentProcessedActorPtr->roomX + *(s16*)currentLifePtr + currentProcessedActorPtr->stepX;
currentLifePtr += 2;
currentProcessedActorPtr->zv.ZVY1 = currentProcessedActorPtr->roomY + *(s16*)currentLifePtr + currentProcessedActorPtr->stepY;
currentLifePtr += 2;
currentProcessedActorPtr->zv.ZVY2 = currentProcessedActorPtr->roomY + *(s16*)currentLifePtr + currentProcessedActorPtr->stepY;
currentLifePtr += 2;
currentProcessedActorPtr->zv.ZVZ1 = currentProcessedActorPtr->roomZ + *(s16*)currentLifePtr + currentProcessedActorPtr->stepZ;
currentLifePtr += 2;
currentProcessedActorPtr->zv.ZVZ2 = currentProcessedActorPtr->roomZ + *(s16*)currentLifePtr + currentProcessedActorPtr->stepZ;
currentLifePtr += 2;
break;
}
case LM_DEF_ABS_ZV:
{
appendFormated("LM_DEF_ABS_ZV ");
currentProcessedActorPtr->zv.ZVX1 = *(s16*)currentLifePtr;
currentLifePtr += 2;
currentProcessedActorPtr->zv.ZVX2 = *(s16*)currentLifePtr;
currentLifePtr += 2;
currentProcessedActorPtr->zv.ZVY1 = *(s16*)currentLifePtr;
currentLifePtr += 2;
currentProcessedActorPtr->zv.ZVY2 = *(s16*)currentLifePtr;
currentLifePtr += 2;
currentProcessedActorPtr->zv.ZVZ1 = *(s16*)currentLifePtr;
currentLifePtr += 2;
currentProcessedActorPtr->zv.ZVZ2 = *(s16*)currentLifePtr;
currentLifePtr += 2;
break;
}
case LM_DO_ROT_ZV: // DO_ROT_ZV
{
appendFormated("LM_DO_ROT_ZV ");
getZvRot(HQR_Get(HQ_Bodys, currentProcessedActorPtr->bodyNum), &currentProcessedActorPtr->zv,
currentProcessedActorPtr->alpha,
currentProcessedActorPtr->beta,
currentProcessedActorPtr->gamma);
currentProcessedActorPtr->zv.ZVX1 += currentProcessedActorPtr->roomX;
currentProcessedActorPtr->zv.ZVX2 += currentProcessedActorPtr->roomX;
currentProcessedActorPtr->zv.ZVY1 += currentProcessedActorPtr->roomY;
currentProcessedActorPtr->zv.ZVY2 += currentProcessedActorPtr->roomY;
currentProcessedActorPtr->zv.ZVZ1 += currentProcessedActorPtr->roomZ;
currentProcessedActorPtr->zv.ZVZ2 += currentProcessedActorPtr->roomZ;
break;
}
case LM_DO_MAX_ZV:
{
appendFormated("LM_DO_MAX_ZV ");
getZvMax(HQR_Get(HQ_Bodys, currentProcessedActorPtr->bodyNum), &currentProcessedActorPtr->zv);
currentProcessedActorPtr->zv.ZVX1 += currentProcessedActorPtr->roomX;
currentProcessedActorPtr->zv.ZVX2 += currentProcessedActorPtr->roomX;
currentProcessedActorPtr->zv.ZVY1 += currentProcessedActorPtr->roomY;
currentProcessedActorPtr->zv.ZVY2 += currentProcessedActorPtr->roomY;
currentProcessedActorPtr->zv.ZVZ1 += currentProcessedActorPtr->roomZ;
currentProcessedActorPtr->zv.ZVZ2 += currentProcessedActorPtr->roomZ;
break;
}
case LM_DO_CARRE_ZV: // DO_CARRE_ZV
{
appendFormated("LM_DO_CARRE_ZV ");
getZvCube(HQR_Get(HQ_Bodys, currentProcessedActorPtr->bodyNum), &currentProcessedActorPtr->zv);
currentProcessedActorPtr->zv.ZVX1 += currentProcessedActorPtr->roomX;
currentProcessedActorPtr->zv.ZVX2 += currentProcessedActorPtr->roomX;
currentProcessedActorPtr->zv.ZVY1 += currentProcessedActorPtr->roomY;
currentProcessedActorPtr->zv.ZVY2 += currentProcessedActorPtr->roomY;
currentProcessedActorPtr->zv.ZVZ1 += currentProcessedActorPtr->roomZ;
currentProcessedActorPtr->zv.ZVZ2 += currentProcessedActorPtr->roomZ;
break;
}
case LM_TYPE: // TYPE
{
appendFormated("LM_TYPE ");
lifeTempVar1 = readNextArgument("type") & AF_MASK;
lifeTempVar2 = currentProcessedActorPtr->objectType;
currentProcessedActorPtr->objectType = (currentProcessedActorPtr->objectType & ~AF_MASK) + lifeTempVar1;
if (g_gameId > AITD1)
{
if (lifeTempVar2 & 1)
{
if (!(lifeTempVar1 & 1))
{
addActorToBgInscrust(currentProcessedActorIdx);
}
}
if (lifeTempVar1 & 1)
{
if (!(lifeTempVar2 & 8))
{
removeFromBGIncrust(currentProcessedActorIdx);
}
}
}
break;
}
case LM_GET_HARD_CLIP: //GET_HARD_CLIP
{
appendFormated("LM_GET_HARD_CLIP ");
getHardClip();
break;
}
////////////////////////////////////////////////////////////////////////
case LM_ANIM_ONCE:
{
appendFormated("LM_ANIM_ONCE ");
lifeTempVar1 = readNextArgument("Anim");
lifeTempVar2 = readNextArgument("Flags");
if (lifeTempVar1 == -1)
{
currentProcessedActorPtr->ANIM = -1;
currentProcessedActorPtr->newAnim = -2;
}
else
{
InitAnim(lifeTempVar1, 0, lifeTempVar2);
}
break;
}
case LM_ANIM_REPEAT:
{
appendFormated("LM_ANIM_REPEAT ");
lifeTempVar1 = readNextArgument("Anim");
InitAnim(lifeTempVar1, 1, -1);
break;
}
case LM_ANIM_ALL_ONCE:
{
appendFormated("LM_ANIM_ALL_ONCE ");
lifeTempVar1 = readNextArgument("Anim");
lifeTempVar2 = readNextArgument("Flags");
InitAnim(lifeTempVar1, 2, lifeTempVar2);
break;
}
case LM_ANIM_RESET:
{
appendFormated("LM_ANIM_RESET ");
int anim = readNextArgument("Anim");
int animFlag = readNextArgument("Flags");
if (anim == -1)
{
currentProcessedActorPtr->ANIM = -1;
currentProcessedActorPtr->newAnim = -2;
}
else
{
InitAnim(anim, ANIM_ONCE | ANIM_RESET, animFlag);
}
break;
}
case LM_ANIM_HYBRIDE_ONCE:
{
appendFormated("LM_ANIM_HYBRIDE_ONCE ");
int anim = readNextArgument("Anim");
int body = readNextArgument("Body");
if ((currentProcessedActorPtr->ANIM != anim) || (currentProcessedActorPtr->bodyNum != body)) {
currentProcessedActorPtr->ANIM = anim;
currentProcessedActorPtr->bodyNum = body;
currentProcessedActorPtr->memoTicks = timer;
currentProcessedActorPtr->frame = 0;
if ((currentProcessedActorPtr->ANIM != -1) && (currentProcessedActorPtr->bodyNum != -1)) {
sHybrid* pHybrid = HQR_Get(HQ_Hybrides, currentProcessedActorPtr->ANIM);
currentProcessedActorPtr->numOfFrames = pHybrid->animations[currentProcessedActorPtr->bodyNum].count;
currentProcessedActorPtr->animInfo = -1;
currentProcessedActorPtr->animType = ANIM_ONCE;
currentProcessedActorPtr->objectType |= AF_OBJ_2D;
}
else {
currentProcessedActorPtr->numOfFrames = 0;
currentProcessedActorPtr->objectType = 0;
}
}
break;
}
case LM_ANIM_HYBRIDE_REPEAT:
{
appendFormated("LM_ANIM_HYBRIDE_REPEAT ");
int anim = readNextArgument("Anim");
int body = readNextArgument("Body");
if ((currentProcessedActorPtr->ANIM != anim) || (currentProcessedActorPtr->bodyNum != body)) {
currentProcessedActorPtr->ANIM = anim;
currentProcessedActorPtr->bodyNum = body;
currentProcessedActorPtr->memoTicks = timer;
currentProcessedActorPtr->frame = 0;
if ((currentProcessedActorPtr->ANIM != -1) && (currentProcessedActorPtr->bodyNum != -1)) {
sHybrid* pHybrid = HQR_Get(HQ_Hybrides, currentProcessedActorPtr->ANIM);
currentProcessedActorPtr->numOfFrames = pHybrid->animations[currentProcessedActorPtr->bodyNum].count;
currentProcessedActorPtr->animInfo = -1;
currentProcessedActorPtr->animType = ANIM_REPEAT;
currentProcessedActorPtr->objectType |= AF_OBJ_2D;
}
else {
currentProcessedActorPtr->numOfFrames = 0;
currentProcessedActorPtr->objectType = 0;
}
}
break;
}
////////////////////////////////////////////////////////////////////////
case LM_HIT:
{
appendFormated("LM_HIT ");
lifeTempVar1 = readNextArgument("Anim");
lifeTempVar2 = readNextArgument("StartFrame");
lifeTempVar3 = readNextArgument("GroupNumber");
lifeTempVar4 = readNextArgument("HitBoxSize");
lifeTempVar5 = evalVar("HitForce");
lifeTempVar6 = readNextArgument("NextAnim");
hit(lifeTempVar1, lifeTempVar2, lifeTempVar3, lifeTempVar4, lifeTempVar5, lifeTempVar6);
break;
}
case LM_FIRE: // FIRE
{
appendFormated("LM_FIRE ");
if (g_gameId == AITD1)
{
int fireAnim;
int shootFrame;
int emitPoint;
int zvSize;
int hitForce;
int nextAnim;
fireAnim = readNextArgument("Anim");
shootFrame = readNextArgument("Frame");
emitPoint = readNextArgument("EmitPoint");
zvSize = readNextArgument("ZVSize");
hitForce = readNextArgument("Force");
nextAnim = readNextArgument("NextAnim");
fire(fireAnim, shootFrame, emitPoint, zvSize, hitForce, nextAnim);
}
else // use an emitter model
{
int fireAnim;
int shootFrame;
int emitPoint;
int emitModel;
int zvSize;
int hitForce;
int nextAnim;
fireAnim = evalVar("Anim");
shootFrame = readNextArgument("Frame");
emitPoint = readNextArgument("EmitPoint");
emitModel = readNextArgument("EmitModel");
zvSize = readNextArgument("ZVSize");
hitForce = readNextArgument("Force");
nextAnim = evalVar();
fire(fireAnim, shootFrame, emitPoint, zvSize, hitForce, nextAnim); // todo: implement emit model
}
break;
}
case LM_FIRE_UP_DOWN: // TODO AITD3 only
{
appendFormated("LM_FIRE_UP_DOWN ");
evalVar();
currentLifePtr += 12;
evalVar();
break;
}
case LM_HIT_OBJECT: // HIT_OBJECT
{
appendFormated("LM_HIT_OBJECT ");
lifeTempVar1 = readNextArgument("Flags");
lifeTempVar2 = readNextArgument("Force");
currentProcessedActorPtr->animActionType = 8;
currentProcessedActorPtr->animActionParam = lifeTempVar1;
currentProcessedActorPtr->hitForce = lifeTempVar2;
currentProcessedActorPtr->hotPointID = -1;
break;
}
case LM_STOP_HIT_OBJECT: // cancel hit obj
{
appendFormated("LM_STOP_HIT_OBJECT ");
if (currentProcessedActorPtr->animActionType == 8)
{
currentProcessedActorPtr->animActionType = 0;
currentProcessedActorPtr->animActionParam = 0;
currentProcessedActorPtr->hitForce = 0;
currentProcessedActorPtr->hotPointID = -1;
}
break;
}
case LM_THROW: // throw
{
appendFormated("LM_THROW ");
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar3 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar4 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar5 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar6 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar7 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
throwObj(lifeTempVar1, lifeTempVar2, lifeTempVar3, lifeTempVar4, lifeTempVar5, lifeTempVar6, lifeTempVar7);
break;
}
////////////////////////////////////////////////////////////////////////
case LM_MOVE:
{
appendFormated("LM_MOVE ");
lifeTempVar1 = readNextArgument("TrackMode");
lifeTempVar2 = readNextArgument("TrackNumber");
InitDeplacement(lifeTempVar1, lifeTempVar2);
break;
}
case LM_RESET_MOVE_MANUAL:
{
appendFormated("LM_RESET_MOVE_MANUAL ");
resetRotateParam();
break;
}
case LM_CONTINUE_TRACK:
{
appendFormated("LM_CONTINUE_TRACK ");
char* ptr;
ptr = HQR_Get(listTrack, currentProcessedActorPtr->trackNumber);
ptr += currentProcessedActorPtr->positionInTrack * 2;
if (*(s16*)ptr == 5)
{
currentProcessedActorPtr->positionInTrack++;
}
break;
}
case LM_DO_MOVE:
{
appendFormated("LM_DO_MOVE ");
processTrack();
break;
}
case LM_ANIM_MOVE:
{
appendFormated("LM_ANIM_MOVE ");
int animStand = readNextArgument("animStand");
int animWalk = readNextArgument("animWalk");
int animRun = readNextArgument("animRun");
int animStop = readNextArgument("animStop");
int animWalkBackward = readNextArgument("animWalkBackward");
int animTurnRight = readNextArgument("animTurnRight");
int animTurnLeft = readNextArgument("animTurnLeft");
animMove(animStand, animWalk, animRun, animStop, animWalkBackward, animTurnRight, animTurnLeft);
break;
}
case LM_MANUAL_ROT: // MANUAL_ROT
{
appendFormated("LM_MANUAL_ROT ");
if (g_gameId == AITD1)
{
GereManualRot(240);
}
else
{
GereManualRot(90);
}
break;
}
case LM_SET_BETA: // SET_BETA
{
appendFormated("LM_SET_BETA ");
lifeTempVar1 = readNextArgument("beta");
lifeTempVar2 = readNextArgument("speed");
if (currentProcessedActorPtr->beta != lifeTempVar1)
{
if (currentProcessedActorPtr->rotate.numSteps == 0 || currentProcessedActorPtr->rotate.endValue != lifeTempVar1)
{
InitRealValue(currentProcessedActorPtr->beta, lifeTempVar1, lifeTempVar2, &currentProcessedActorPtr->rotate);
}
currentProcessedActorPtr->beta = updateActorRotation(&currentProcessedActorPtr->rotate);
}
break;
}
case LM_SET_ALPHA: // SET_ALPHA
{
appendFormated("LM_SET_ALPHA ");
lifeTempVar1 = readNextArgument("alpha");
lifeTempVar2 = readNextArgument("speed");
if (currentProcessedActorPtr->alpha != lifeTempVar1)
{
if (currentProcessedActorPtr->rotate.numSteps == 0 || lifeTempVar1 != currentProcessedActorPtr->rotate.endValue)
{
InitRealValue(currentProcessedActorPtr->alpha, lifeTempVar1, lifeTempVar2, &currentProcessedActorPtr->rotate);
}
currentProcessedActorPtr->alpha = updateActorRotation(&currentProcessedActorPtr->rotate);
}
break;
}
case LM_ANGLE: // ANGLE
{
appendFormated("LM_ANGLE ");
currentProcessedActorPtr->alpha = readNextArgument("alpha");
currentProcessedActorPtr->beta = readNextArgument("beta");
currentProcessedActorPtr->gamma = readNextArgument("gamma");
break;
}
case LM_COPY_ANGLE:
{
appendFormated("LM_COPY_ANGLE ");
int object = readNextArgument("object");
int localObjectIndex = ListWorldObjets[object].objIndex;
if (localObjectIndex == -1) {
currentProcessedActorPtr->alpha = ListWorldObjets[object].alpha;
currentProcessedActorPtr->beta = ListWorldObjets[object].beta;
currentProcessedActorPtr->gamma = ListWorldObjets[object].gamma;
}
else {
currentProcessedActorPtr->alpha = ListObjets[localObjectIndex].alpha;
currentProcessedActorPtr->beta = ListObjets[localObjectIndex].beta;
currentProcessedActorPtr->gamma = ListObjets[localObjectIndex].gamma;
}
break;
}
case LM_STAGE: // STAGE
{
appendFormated("LM_STAGE ");
lifeTempVar1 = readNextArgument("newStage");
lifeTempVar2 = readNextArgument("newRoom");
lifeTempVar3 = readNextArgument("X");
lifeTempVar4 = readNextArgument("Y");
lifeTempVar5 = readNextArgument("Z");
setStage(lifeTempVar1, lifeTempVar2, lifeTempVar3, lifeTempVar4, lifeTempVar5);
break;
}
case LM_TEST_COL: // TEST_COL
{
appendFormated("LM_TEST_COL ");
lifeTempVar1 = readNextArgument();
if (lifeTempVar1)
{
currentProcessedActorPtr->dynFlags |= 1;
}
else
{
currentProcessedActorPtr->dynFlags &= ~1;
}
break;
}
case LM_UP_COOR_Y: // UP_COOR_Y
{
appendFormated("LM_UP_COOR_Y ");
InitRealValue(0, -2000, -1, &currentProcessedActorPtr->YHandler);
break;
}
////////////////////////////////////////////////////////////////////////
case LM_LIFE: // LIFE
{
appendFormated("LM_LIFE ");
currentProcessedActorPtr->life = readNextArgument("newLife");
break;
}
case LM_STAGE_LIFE:
{
appendFormated("LM_STAGE_LIFE ");
ListWorldObjets[currentProcessedActorPtr->indexInWorld].floorLife = readNextArgument("stageLife");
break;
}
case LM_LIFE_MODE: // LIFE_MODE
{
appendFormated("LM_LIFE_MODE ");
lifeTempVar1 = readNextArgument("lifeMode");
if (g_gameId <= JACK)
{
lifeTempVar2 = currentProcessedActorPtr->lifeMode;
}
else
{
lifeTempVar2 = currentProcessedActorPtr->lifeMode & 3;
}
if (lifeTempVar1 != lifeTempVar2)
{
currentProcessedActorPtr->lifeMode = lifeTempVar1;
//FlagGenereActiveList = 1;
}
break;
}
case LM_DELETE: // DELETE
{
appendFormated("LM_DELETE ");
if (g_gameId <= JACK)
{
lifeTempVar1 = readNextArgument("ObjectId");
}
else
{
lifeTempVar1 = evalVar("ObjectId");
}
deleteObject(lifeTempVar1);
if (ListWorldObjets[lifeTempVar1].foundBody != -1)
{
if (g_gameId == AITD1) // TODO: check, really useful ?
{
ListWorldObjets[lifeTempVar1].foundFlag &= ~0x8000;
}
ListWorldObjets[lifeTempVar1].foundFlag |= 0x4000;
}
break;
}
case LM_SPECIAL: // SPECIAL
{
appendFormated("LM_SPECIAL ");
lifeTempVar1 = readNextArgument("type");
switch (lifeTempVar1)
{
case 0: // evaporate
{
InitSpecialObjet(0,
currentProcessedActorPtr->roomX + currentProcessedActorPtr->stepX,
currentProcessedActorPtr->roomY + currentProcessedActorPtr->stepY,
currentProcessedActorPtr->roomZ + currentProcessedActorPtr->stepZ,
currentProcessedActorPtr->stage,
currentProcessedActorPtr->room,
currentProcessedActorPtr->alpha,
currentProcessedActorPtr->beta,
currentProcessedActorPtr->gamma,
&currentProcessedActorPtr->zv);
break;
}
case 1: // flow
{
currentProcessedActorPtr = &ListObjets[currentProcessedActorPtr->HIT_BY];
InitSpecialObjet(1,
currentProcessedActorPtr->roomX + currentProcessedActorPtr->stepX + currentProcessedActorPtr->hotPoint.x,
currentProcessedActorPtr->roomY + currentProcessedActorPtr->stepY + currentProcessedActorPtr->hotPoint.y,
currentProcessedActorPtr->roomZ + currentProcessedActorPtr->stepZ + currentProcessedActorPtr->hotPoint.z,
currentProcessedActorPtr->stage,
currentProcessedActorPtr->room,
0,
-currentProcessedActorPtr->beta,
0,
NULL);
currentProcessedActorPtr = currentLifeActorPtr;
break;
}
case 4: // cigar smoke
{
InitSpecialObjet(4,
currentProcessedActorPtr->roomX + currentProcessedActorPtr->stepX,
currentProcessedActorPtr->roomY + currentProcessedActorPtr->stepY,
currentProcessedActorPtr->roomZ + currentProcessedActorPtr->stepZ,
currentProcessedActorPtr->stage,
currentProcessedActorPtr->room,
currentProcessedActorPtr->alpha,
currentProcessedActorPtr->beta,
currentProcessedActorPtr->gamma,
&currentProcessedActorPtr->zv);
break;
}
}
break;
}
////////////////////////////////////////////////////////////////////////
case LM_START_CHRONO: //START_CHRONO
{
appendFormated("LM_START_CHRONO ");
startChrono(&currentProcessedActorPtr->CHRONO);
break;
}
////////////////////////////////////////////////////////////////////////
case LM_FOUND: // FOUND
{
appendFormated("LM_FOUND ");
lifeTempVar1 = readNextArgument("ObjectId");
if (g_gameId == AITD1)
{
FoundObjet(lifeTempVar1, 1);
}
else
{
if (callFoundLife)
{
FoundObjet(lifeTempVar1, 2);
}
else
{
FoundObjet(lifeTempVar1, 1);
}
}
break;
}
case LM_TAKE: // TAKE
{
appendFormated("LM_TAKE ");
if (g_gameId >= TIMEGATE)
{
int arg0 = evalVar();
int arg1 = readNextArgument();
int arg2 = readNextArgument();
int arg3 = readNextArgument();
}
else
{
lifeTempVar1 = readNextArgument("ObjectId");
take(lifeTempVar1);
}
break;
}
case LM_IN_HAND: // IN_HAND
{
appendFormated("LM_IN_HAND ");
if (g_gameId <= JACK)
{
inHandTable[currentInventory] = *(s16*)(currentLifePtr);
currentLifePtr += 2;
}
else
{
inHandTable[currentInventory] = evalVar();
}
break;
}
case LM_DROP: // DROP
{
appendFormated("LM_DROP ");
lifeTempVar1 = evalVar();
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
drop(lifeTempVar1, lifeTempVar2);
break;
}
case LM_PUT:
{
appendFormated("LM_PUT ");
int x;
int y;
int z;
int room;
int stage;
int alpha;
int beta;
int gamma;
int idx;
idx = *(s16*)(currentLifePtr);
currentLifePtr += 2;
x = *(s16*)(currentLifePtr);
currentLifePtr += 2;
y = *(s16*)(currentLifePtr);
currentLifePtr += 2;
z = *(s16*)(currentLifePtr);
currentLifePtr += 2;
room = *(s16*)(currentLifePtr);
currentLifePtr += 2;
stage = *(s16*)(currentLifePtr);
currentLifePtr += 2;
alpha = *(s16*)(currentLifePtr);
currentLifePtr += 2;
beta = *(s16*)(currentLifePtr);
currentLifePtr += 2;
gamma = *(s16*)(currentLifePtr);
currentLifePtr += 2;
put(x, y, z, room, stage, alpha, beta, gamma, idx);
break;
}
case LM_PUT_AT: // PUT_AT
{
appendFormated("LM_PUT_AT ");
int objIdx1;
int objIdx2;
objIdx1 = *(s16*)currentLifePtr;
currentLifePtr += 2;
objIdx2 = *(s16*)currentLifePtr;
currentLifePtr += 2;
PutAtObjet(objIdx1, objIdx2);
break;
}
case LM_FOUND_NAME: // FOUND_NAME
{
appendFormated("LM_FOUND_NAME ");
ListWorldObjets[currentProcessedActorPtr->indexInWorld].foundName = *(s16*)(currentLifePtr);
currentLifePtr += 2;
break;
}
case LM_FOUND_BODY: // FOUND_BODY
{
appendFormated("LM_FOUND_BODY ");
ListWorldObjets[currentProcessedActorPtr->indexInWorld].foundBody = *(s16*)(currentLifePtr);
currentLifePtr += 2;
break;
}
case LM_FOUND_FLAG: // FOUND_FLAG
{
appendFormated("LM_FOUND_FLAG ");
ListWorldObjets[currentProcessedActorPtr->indexInWorld].foundFlag &= 0xE000;
ListWorldObjets[currentProcessedActorPtr->indexInWorld].foundFlag |= *(s16*)(currentLifePtr);
currentLifePtr += 2;
break;
}
case LM_FOUND_WEIGHT: // FOUND_WEIGHT
{
appendFormated("LM_FOUND_WEIGHT ");
ListWorldObjets[currentProcessedActorPtr->indexInWorld].positionInTrack = *(s16*)(currentLifePtr);
currentLifePtr += 2;
break;
}
case LM_FOUND_LIFE: // FOUND_LIFE
{
appendFormated("LM_FOUND_LIFE ");
ListWorldObjets[currentProcessedActorPtr->indexInWorld].foundLife = *(s16*)(currentLifePtr);
currentLifePtr += 2;
break;
}
case LM_READ: // READ
{
appendFormated("LM_READ ");
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
if (g_gameId == AITD1)
{
currentLifePtr += 2;// AITD1 CD has an extra digit, related to the VOC files to play for the text?
}
FadeOutPhys(0x20, 0);
readBook(lifeTempVar2 + 1, lifeTempVar1);
if (g_gameId == AITD1)
{
FadeOutPhys(4, 0);
}
FlagInitView = 2;
break;
}
case LM_READ_ON_PICTURE: // TODO
{
appendFormated("LM_READ_ON_PICTURE ");
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar3 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar4 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar5 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar6 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar7 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar8 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
SaveTimerAnim();
FadeOutPhys(32, 0);
LoadPak("ITD_RESS", lifeTempVar1, aux);
palette_t lpalette;
copyPalette(aux + 64000, lpalette);
convertPaletteIfRequired(lpalette);
copyPalette(lpalette, currentGamePalette);
setPalette(lpalette);
turnPageFlag = false;
Lire(lifeTempVar2 + 1, lifeTempVar3, lifeTempVar4, lifeTempVar5, lifeTempVar6, 0, lifeTempVar7, lifeTempVar8);
FlagInitView = 2;
RestoreTimerAnim();
break;
}
////////////////////////////////////////////////////////////////////////
case LM_ANIM_SAMPLE: // ANIM_SAMPLE
{
appendFormated("LM_ANIM_SAMPLE ");
lifeTempVar1 = evalVar();
if (g_gameId == TIMEGATE)
{
currentLifePtr += 2;
}
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar3 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
if (currentProcessedActorPtr->END_FRAME != 0)
{
if (currentProcessedActorPtr->ANIM == lifeTempVar2)
{
if (currentProcessedActorPtr->frame == lifeTempVar3)
{
playSound(lifeTempVar1);
//setSampleFreq(0);
}
}
}
break;
}
case LM_2D_ANIM_SAMPLE:
{
appendFormated("LM_2D_ANIM_SAMPLE ");
int sampleNumber;
int animNumber;
int frameNumber;
sampleNumber = evalVar();
animNumber = *(s16*)(currentLifePtr);
currentLifePtr += 2;
frameNumber = *(s16*)(currentLifePtr);
currentLifePtr += 2;
printf("LM_2D_ANIM_SAMPLE(sampleNumber %d, animNumber %d, frameNumber %d)\n", sampleNumber, animNumber, frameNumber);
break; // TODO: implement
}
case LM_SAMPLE:
{
appendFormated("LM_SAMPLE ");
int sampleNumber;
if (g_gameId == TIMEGATE)
{
sampleNumber = evalVar();
readNextArgument();
}
else if (g_gameId <= JACK)
{
sampleNumber = evalVar();
}
else
{
sampleNumber = *(s16*)(currentLifePtr);
currentLifePtr += 2;
}
playSound(sampleNumber);
//setSampleFreq(0);
break;
}
case LM_REP_SAMPLE: // sample TODO!
{
appendFormated("LM_REP_SAMPLE ");
if ((g_gameId == AITD1) || (g_gameId == TIMEGATE))
{
evalVar();
currentLifePtr += 2;
}
else
{
currentLifePtr += 4;
}
//printf("LM_REP_SAMPLE\n");
break;
}
case LM_STOP_SAMPLE: // todo
{
appendFormated("LM_STOP_SAMPLE ");
//printf("LM_STOP_SAMPLE\n");
if (g_gameId == TIMEGATE)
{
readNextArgument();
}
break;
}
case LM_SAMPLE_THEN: //todo
{
appendFormated("LM_SAMPLE_THEN ");
if (g_gameId == AITD1)
{
playSound(evalVar());
nextSample = evalVar();
}
else
{
int newSample;
if (g_gameId == JACK)
{
newSample = evalVar();
nextSample = evalVar();
}
else
{
newSample = *(s16*)currentLifePtr;
currentLifePtr += 2;
nextSample = *(s16*)currentLifePtr;
currentLifePtr += 2;
}
playSound(newSample);
}
printf("LM_SAMPLE_THEN\n");
// setSampleFreq(0);
break;
}
case LM_SAMPLE_THEN_REPEAT: //todo
{
appendFormated("LM_SAMPLE_THEN_REPEAT ");
playSound(evalVar());
nextSample = evalVar() | 0x4000;
// setSampleFreq(0);
//printf("LM_SAMPLE_THEN_REPEAT\n");
break;
}
////////////////////////////////////////////////////////////////////////
case LM_MUSIC: // MUSIC
{
appendFormated("LM_MUSIC ");
int newMusicIdx = *(s16*)(currentLifePtr);
currentLifePtr += 2;
playMusic(newMusicIdx);
break;
}
case LM_NEXT_MUSIC: // TODO
{
appendFormated("LM_NEXT_MUSIC ");
int musicIdx = *(s16*)(currentLifePtr);
currentLifePtr += 2;
if (currentMusic == -1)
{
playMusic(musicIdx);
}
else
{
nextMusic = musicIdx;
}
break;
}
case LM_FADE_MUSIC: // ? fade out music and play another music ?
{
appendFormated("LM_FADE_MUSIC ");
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
if (currentMusic != -1)
{
fadeMusic(0, 0, 0x8000); // fade out music
startChrono(&musicChrono); // fade out music timer
currentMusic = -2; // waiting next music
nextMusic = lifeTempVar1; // next music to play
}
else
{
playMusic(lifeTempVar1);
}
break;
}
case LM_RND_FREQ: // TODO
{
appendFormated("LM_RND_FREQ ");
//printf("LM_RND_FREQ\n");
currentLifePtr += 2;
break;
}
////////////////////////////////////////////////////////////////////////
case LM_LIGHT: // LIGHT
{
appendFormated("LM_LIGHT ");
lifeTempVar1 = 2 - ((*(s16*)(currentLifePtr)) << 1);
currentLifePtr += 2;
if (g_gameId >= JACK || (!CVars[getCVarsIdx((enumCVars)KILLED_SORCERER)]))
{
if (lightOff != lifeTempVar1)
{
lightOff = lifeTempVar1;
lightVar2 = 1;
}
}
break;
}
case LM_SHAKING: // SHAKING
{
appendFormated("LM_SHAKING ");
printf("LM_SHAKING\n");
//shakingState = shakingAmplitude = *(s16*)(currentLifePtr);
currentLifePtr += 2;
/* if(shakingState==0)
{
stopShaking();
} */
break;
}
case LM_PLUIE:
{
appendFormated("LM_PLUIE ");
//printf("LM_PLUIE\n");
// TODO
currentLifePtr += 2;
break;
}
case LM_WATER: // ? shaking related
{
appendFormated("LM_WATER ");
// TODO: Warning, AITD1/AITD2 diff
printf("LM_WATER\n");
// mainLoopVar1 = shakeVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
/* if(mainLoopVar1)
{
//setupShaking(-600);
}
else
{
//setupShaking(1000);
} */
break;
}
case LM_CAMERA_TARGET: // CAMERA_TARGET
{
appendFormated("LM_CAMERA_TARGET ");
lifeTempVar1 = readNextArgument("Target");
if (lifeTempVar1 != currentWorldTarget) // same target
{
lifeTempVar2 = ListWorldObjets[lifeTempVar1].objIndex;
if (lifeTempVar2 != -1)
{
if (g_gameId == AITD1)
{
currentWorldTarget = lifeTempVar1;
currentCameraTargetActor = lifeTempVar2;
lifeTempVar3 = ListObjets[currentCameraTargetActor].room;
if (lifeTempVar3 != currentRoom)
{
FlagChangeSalle = 1;
NewNumSalle = lifeTempVar3;
}
}
else
{
// security case, the target actor may be still be in list while already changed of stage
// TODO: check if AITD1 could use the same code (quite probable as it's only security)
if (ListObjets[lifeTempVar2].stage != g_currentFloor)
{
currentWorldTarget = lifeTempVar1;
FlagChangeEtage = 1;
NewNumEtage = ListObjets[lifeTempVar2].stage;
NewNumSalle = ListObjets[lifeTempVar2].room;
}
else
{
currentWorldTarget = lifeTempVar1;
currentCameraTargetActor = lifeTempVar2;
lifeTempVar3 = ListObjets[currentCameraTargetActor].room;
if (lifeTempVar3 != currentRoom)
{
FlagChangeSalle = 1;
NewNumSalle = lifeTempVar3;
}
}
}
}
else // different stage
{
currentWorldTarget = lifeTempVar1;
if (ListWorldObjets[lifeTempVar1].stage != g_currentFloor)
{
FlagChangeEtage = 1;
NewNumEtage = ListWorldObjets[lifeTempVar1].stage;
NewNumSalle = ListWorldObjets[lifeTempVar1].room;
}
else
{
if (currentRoom != ListWorldObjets[lifeTempVar1].room)
{
FlagChangeSalle = 1;
NewNumSalle = ListWorldObjets[lifeTempVar1].room;
}
}
}
}
break;
}
case LM_PICTURE: // displayScreen
{
appendFormated("LM_PICTURE ");
int pictureIndex = readNextArgument("pictureIndex");
int delay = readNextArgument("delay");
int sampleId;
if (g_gameId == TIMEGATE)
{
sampleId = evalVar("sampleId");
readNextArgument();
}
else
{
sampleId = readNextArgument("sampleId");
}
SaveTimerAnim();
LoadPak("ITD_RESS", pictureIndex, aux);
if (g_gameId > AITD1)
{
FadeOutPhys(0x10, 0);
palette_t lpalette;
copyPalette(aux + 64000, lpalette);
convertPaletteIfRequired(lpalette);
copyPalette(lpalette, currentGamePalette);
setPalette(lpalette);
}
FastCopyScreen(aux, frontBuffer);
osystem_CopyBlockPhys((unsigned char*)frontBuffer, 0, 0, 320, 200);
osystem_drawBackground();
unsigned int chrono;
startChrono(&chrono);
playSound(sampleId);
//soundFunc(0);
do
{
unsigned int time;
process_events();
time = evalChrono(&chrono);
if (time > (unsigned int)delay)
break;
} while (!key && !Click);
RestoreTimerAnim();
FlagInitView = 1;
if (g_gameId > AITD1)
{
FadeOutPhys(0x10, 0);
}
break;
}
case LM_PLAY_SEQUENCE: // sequence
{
appendFormated("LM_PLAY_SEQUENCE ");
u16 sequenceIdx;
u16 fadeEntry;
u16 fadeOut;
SaveTimerAnim();
sequenceIdx = *(u16*)(currentLifePtr);
currentLifePtr += 2;
fadeEntry = *(u16*)(currentLifePtr);
currentLifePtr += 2;
fadeOut = *(u16*)(currentLifePtr);
currentLifePtr += 2;
playSequence(sequenceIdx, fadeEntry, fadeOut);
RestoreTimerAnim();
break;
}
case LM_DEF_SEQUENCE_SAMPLE:
{
appendFormated("LM_DEF_SEQUENCE_SAMPLE ");
u16 numParams;
int i;
numParams = *(s16*)(currentLifePtr);
currentLifePtr += 2;
ASSERT(numParams <= NUM_MAX_SEQUENCE_PARAM);
for (i = 0; i < numParams; i++)
{
sequenceParams[i].frame = READ_LE_U16(currentLifePtr);
currentLifePtr += 2;
sequenceParams[i].sample = READ_LE_U16(currentLifePtr);
currentLifePtr += 2;
}
numSequenceParam = numParams;
break;
}
////////////////////////////////////////////////////////////////////////
case LM_PROTECT: // protection opcode
{
assert(g_gameId != TIMEGATE);
appendFormated("LM_PROTECT ");
printf("LM_PROTECT\n");
//protection = 1;
break;
}
////////////////////////////////////////////////////////////////////////
case LM_INVENTORY: // INVENTORY
{
appendFormated("LM_INVENTORY ");
statusScreenAllowed = *(s16*)currentLifePtr;
currentLifePtr += 2;
break;
}
case LM_SET_INVENTORY:
{
appendFormated("LM_SET_INVENTORY ");
//int inventoryIndex = *(s16*)(currentLifePtr);
currentLifePtr += 2;
/* if(indeventoyIndex != currentInHand)
{
if(currentInHand<2)
{
int i;
for(i=0;i<inventory[currentInHand];i++)
{
objectTable[inventoryTable[currentInHand][i]].flags2&=0x7FFF;
}
currentInHand = inventoryIndex
}
}*/
printf("LM_SET_INVENTORY\n");
break;
}
case LM_SET_GROUND:
{
appendFormated("LM_SET_GROUND ");
groundLevel = *(s16*)currentLifePtr;
currentLifePtr += 2;
break;
}
case LM_MESSAGE:
{
appendFormated("LM_MESSAGE ");
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
makeMessage(lifeTempVar1);
break;
}
case LM_MESSAGE_VALUE:
{
appendFormated("LM_MESSAGE_VALUE ");
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar2 = *(s16*)(currentLifePtr); // unused param ?
currentLifePtr += 2;
makeMessage(lifeTempVar1);
break;
}
case LM_END_SEQUENCE: // ENDING
{
appendFormated("LM_END_SEQUENCE ");
// TODO!
printf("LM_END_SEQUENCE\n");
break;
}
////////////////////////////////////////////////////////////////////////
case LM_VAR:
{
appendFormated("LM_VAR ");
lifeTempVar1 = readNextArgument("Index");
vars[lifeTempVar1] = evalVar("value");
break;
}
case LM_INC: // INC_VAR
{
appendFormated("LM_INC ");
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
vars[lifeTempVar1]++;
break;
}
case LM_DEC: // DEC_VAR
{
appendFormated("LM_DEC ");
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
vars[lifeTempVar1]--;
break;
}
case LM_ADD: // ADD_VAR
{
appendFormated("LM_ADD ");
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
vars[lifeTempVar1] += evalVar();
break;
}
case LM_SUB: // SUB_VAR
{
appendFormated("LM_SUB ");
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
vars[lifeTempVar1] -= evalVar();
break;
}
case LM_MODIF_C_VAR:
case LM_C_VAR:
{
appendFormated("LM_C_VAR ");
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
CVars[lifeTempVar1] = evalVar();
break;
}
////////////////////////////////////////////////////////////////////////
case LM_IF_EGAL:
{
appendFormated("LM_IF_EGAL ");
lifeTempVar1 = evalVar();
lifeTempVar2 = evalVar();
if (lifeTempVar1 == lifeTempVar2)
{
currentLifePtr += 2;
}
else
{
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += lifeTempVar2 * 2;
currentLifePtr += 2;
}
break;
}
case LM_IF_DIFFERENT:
{
appendFormated("LM_IF_DIFFERENT ");
lifeTempVar1 = evalVar();
lifeTempVar2 = evalVar();
if (lifeTempVar1 != lifeTempVar2)
{
currentLifePtr += 2;
}
else
{
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += lifeTempVar2 * 2;
currentLifePtr += 2;
}
break;
}
case LM_IF_SUP_EGAL:
{
appendFormated("LM_IF_SUP_EGAL ");
lifeTempVar1 = evalVar();
lifeTempVar2 = evalVar();
if (lifeTempVar1 >= lifeTempVar2)
{
currentLifePtr += 2;
}
else
{
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += lifeTempVar2 * 2;
currentLifePtr += 2;
}
break;
}
case LM_IF_SUP:
{
appendFormated("LM_IF_SUP ");
lifeTempVar1 = evalVar();
lifeTempVar2 = evalVar();
if (lifeTempVar1 > lifeTempVar2)
{
currentLifePtr += 2;
}
else
{
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += lifeTempVar2 * 2;
currentLifePtr += 2;
}
break;
}
case LM_IF_INF_EGAL:
{
appendFormated("LM_IF_INF_EGAL ");
lifeTempVar1 = evalVar();
lifeTempVar2 = evalVar();
if (lifeTempVar1 <= lifeTempVar2)
{
currentLifePtr += 2;
}
else
{
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += lifeTempVar2 * 2;
currentLifePtr += 2;
}
break;
}
case LM_IF_INF:
{
appendFormated("LM_IF_INF ");
lifeTempVar1 = evalVar();
lifeTempVar2 = evalVar();
if (lifeTempVar1 < lifeTempVar2)
{
currentLifePtr += 2;
}
else
{
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += lifeTempVar2 * 2;
currentLifePtr += 2;
}
break;
}
case LM_GOTO:
{
appendFormated("LM_GOTO ");
lifeTempVar1 = readNextArgument("Offset");
currentLifePtr += lifeTempVar1 * 2;
break;
}
////////////////////////////////////////////////////////////////////////
case LM_SWITCH: // SWITCH
{
appendFormated("LM_SWITCH ");
switchVal = evalVar("value");
break;
}
case LM_CASE: // CASE
{
appendFormated("LM_CASE ");
lifeTempVar1 = readNextArgument("Case");
if (lifeTempVar1 == switchVal)
{
currentLifePtr += 2;
}
else
{
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += lifeTempVar2 * 2;
currentLifePtr += 2;
}
break;
}
case LM_MULTI_CASE: // MULTI_CASE
{
appendFormated("LM_MULTI_CASE ");
int i;
lifeTempVar1 = *(s16*)(currentLifePtr);
currentLifePtr += 2;
lifeTempVar2 = 0;
for (i = 0; i < lifeTempVar1; i++)
{
if (*(s16*)(currentLifePtr) == switchVal)
{
lifeTempVar2 = 1;
}
currentLifePtr += 2;
}
if (!lifeTempVar2)
{
lifeTempVar2 = *(s16*)(currentLifePtr);
currentLifePtr += lifeTempVar2 * 2;
currentLifePtr += 2;
}
else
{
currentLifePtr += 2;
}
break;
}
////////////////////////////////////////////////////////////////////////
case LM_RETURN:
{
appendFormated("LM_RETURN ");
exitLife = 1;
break;
}
case LM_END:
{
appendFormated("LM_END ");
exitLife = 1;
break;
}
case LM_GAME_OVER:
{
appendFormated("LM_GAME_OVER ");
fadeMusic(0, 0, 0x8000); // fade out music
startChrono(&musicChrono);
while (evalChrono(&musicChrono) < 120)
{
process_events();
}
FlagGameOver = 1;
exitLife = 1;
break;
}
case LM_WAIT_GAME_OVER:
{
appendFormated("LM_WAIT_GAME_OVER ");
while (key || JoyD || Click)
{
process_events();
}
while (!key && !JoyD && Click)
{
process_events();
}
FlagGameOver = 1;
exitLife = 1;
break;
}
case LM_CALL_INVENTORY:
{
appendFormated("LM_CALL_INVENTORY ");
processInventory();
break;
}
case LM_DO_ROT_CLUT: // DO_ROT_CLUT
{
appendFormated("LM_DO_ROT_CLUT ");
assert(g_gameId == TIMEGATE);
int arg0 = readNextArgument();
int arg1 = readNextArgument();
int arg2 = readNextArgument();
break;
}
case LM_START_FADE_IN_MUSIC_LOOP:
{
appendFormated("LM_START_FADE_IN_MUSIC_LOOP ");
assert(g_gameId == TIMEGATE);
int arg0 = readNextArgument();
int arg1 = readNextArgument();
int arg2 = readNextArgument();
int arg3 = readNextArgument();
int arg4 = readNextArgument();
//int arg5 = readNextArgument();
break;
}
default:
{
printf("Unknown opcode %X in processLife\n", currentOpcode & 0x7FFF);
assert(0);
}
}
}
#ifdef DEBUG
if (strlen(currentDebugLifeLine))
{
printf("%s\n", currentDebugLifeLine);
}
#endif
if (var_6 != -1)
{
currentProcessedActorIdx = currentLifeActorIdx;
currentProcessedActorPtr = currentLifeActorPtr;
}
}
currentLifeNum = -1;
}
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