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mugenstatecontrollers.cpp
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mugenstatecontrollers.cpp
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#include "mugenstatecontrollers.h"
#include <assert.h>
#include <string.h>
#include <stdio.h>
#include <string>
#define LOGGER_WARNINGS_DISABLED
#include <prism/memoryhandler.h>
#include <prism/log.h>
#include <prism/system.h>
#include <prism/clipboardhandler.h>
#include <prism/input.h>
#include <prism/math.h>
#include <prism/mugenanimationhandler.h>
#include <prism/screeneffect.h>
#include <prism/soundeffect.h>
#include "playerdefinition.h"
#include "playerhitdata.h"
#include "mugenexplod.h"
#include "stage.h"
#include "mugenstagehandler.h"
#include "config.h"
#include "pausecontrollers.h"
#include "mugenassignmentevaluator.h"
#include "fightui.h"
#include "gamelogic.h"
#include "projectile.h"
#include "dolmexicastoryscreen.h"
#include "titlescreen.h"
#include "intro.h"
#include "mugensound.h"
#include "afterimage.h"
#include "mugenstatehandler.h"
#define GAME_MAKE_ANIM_UNDER_Z 31
#define GAME_MAKE_ANIM_OVER_Z 51
using namespace std;
typedef void(*StateControllerParseFunction)(DreamMugenStateController*, MugenDefScriptGroup*);
typedef int(*StateControllerHandleFunction)(DreamMugenStateController*, DreamPlayer*); // return 1 iff state changed
typedef void(*StateControllerUnloadFunction)(DreamMugenStateController*);
static struct {
map<string, StateControllerParseFunction> mStateControllerParsers;
map<int, StateControllerHandleFunction> mStateControllerHandlers;
map<int, StateControllerUnloadFunction> mStateControllerUnloaders;
MemoryStack* mMemoryStack;
} gMugenStateControllerVariableHandler;
typedef struct {
char mName[100];
DreamMugenAssignment** mTriggerRoot;
} TriggerParseCaller;
static void checkSingleElementForTrigger(void* tCaller, void* tData) {
TriggerParseCaller* caller = (TriggerParseCaller*)tCaller;
MugenDefScriptGroupElement* e = (MugenDefScriptGroupElement*)tData;
if (strcmp(e->mName.data(), caller->mName)) return;
char* text = getAllocatedMugenDefStringVariableAsElement(e);
DreamMugenAssignment* trigger = parseDreamMugenAssignmentFromString(text);
freeMemory(text);
*caller->mTriggerRoot = makeDreamAndMugenAssignment(*caller->mTriggerRoot, trigger);
}
static int parseTriggerAndReturnIfFound(const char* tName, DreamMugenAssignment** tRoot, MugenDefScriptGroup* tGroup) {
if (!stl_string_map_contains_array(tGroup->mElements, tName)) return 0;
DreamMugenAssignment* triggerRoot = NULL;
TriggerParseCaller caller;
strcpy(caller.mName, tName);
caller.mTriggerRoot = &triggerRoot;
list_map(&tGroup->mOrderedElementList, checkSingleElementForTrigger, &caller);
*tRoot = makeDreamOrMugenAssignment(*tRoot, triggerRoot);
return 1;
}
static int parseNumberedTriggerAndReturnIfFound(int i, DreamMugenAssignment** tRoot, MugenDefScriptGroup* tGroup) {
char name[100];
sprintf(name, "trigger%d", i);
return parseTriggerAndReturnIfFound(name, tRoot, tGroup);
}
static void parseStateControllerTriggers(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup) {
DreamMugenAssignment* allRoot = NULL;
parseTriggerAndReturnIfFound("triggerall", &allRoot, tGroup);
DreamMugenAssignment* root = NULL;
int i = 1;
while (parseNumberedTriggerAndReturnIfFound(i, &root, tGroup)) i++;
root = makeDreamAndMugenAssignment(allRoot, root);
if (!root) {
root = makeDreamTrueMugenAssignment();
}
tController->mTrigger.mAssignment = root;
}
static void* allocMemoryOnMemoryStackOrMemory(uint32_t tSize) {
if (gMugenStateControllerVariableHandler.mMemoryStack && canFitOnMemoryStack(gMugenStateControllerVariableHandler.mMemoryStack, tSize)) return allocMemoryOnMemoryStack(gMugenStateControllerVariableHandler.mMemoryStack, tSize);
else return allocMemory(tSize);
}
typedef struct {
DreamMugenAssignment* x;
DreamMugenAssignment* y;
uint8_t mIsSettingX;
uint8_t mIsSettingY;
} Set2DPhysicsController;
static void parse2DPhysicsController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup, DreamMugenStateControllerType tType) {
Set2DPhysicsController* e = (Set2DPhysicsController*)allocMemoryOnMemoryStackOrMemory(sizeof(Set2DPhysicsController));
e->mIsSettingX = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("x", tGroup, &e->x);
e->mIsSettingY = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("y", tGroup, &e->y);
tController->mType = tType;
tController->mData = e;
}
static void unload2DPhysicsController(DreamMugenStateController* tController) {
Set2DPhysicsController* e = (Set2DPhysicsController*)tController->mData;
if (e->mIsSettingX) {
destroyDreamMugenAssignment(e->x);
}
if (e->mIsSettingY) {
destroyDreamMugenAssignment(e->y);
}
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* mState;
DreamMugenAssignment* mControl;
DreamMugenAssignment* mAnimation;
uint8_t mIsChangingControl;
uint8_t mIsChangingAnimation;
} ChangeStateController;
static void parseChangeStateController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup, DreamMugenStateControllerType tType) {
ChangeStateController* e = (ChangeStateController*)allocMemoryOnMemoryStackOrMemory(sizeof(ChangeStateController));
fetchDreamAssignmentFromGroupAndReturnWhetherItExists("value", tGroup, &e->mState);
e->mIsChangingControl = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("ctrl", tGroup, &e->mControl);
e->mIsChangingAnimation = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("anim", tGroup, &e->mAnimation);
tController->mType = tType;
tController->mData = e;
}
static void unloadChangeStateController(DreamMugenStateController* tController) {
ChangeStateController* e = (ChangeStateController*)tController->mData;
destroyDreamMugenAssignment(e->mState);
if (e->mIsChangingControl) {
destroyDreamMugenAssignment(e->mControl);
}
if (e->mIsChangingAnimation) {
destroyDreamMugenAssignment(e->mAnimation);
}
freeMemory(e);
}
static void fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString(const char* tName, MugenDefScriptGroup* tGroup, DreamMugenAssignment** tDst, const char* tDefault = NULL) {
if (!fetchDreamAssignmentFromGroupAndReturnWhetherItExists(tName, tGroup, tDst)) {
if (tDefault) {
*tDst = makeDreamStringMugenAssignment(tDefault);
}
else {
*tDst = NULL;
}
}
}
typedef struct {
DreamMugenAssignment* mState;
DreamMugenAssignment* mControl;
DreamMugenAssignment* mID;
uint8_t mIsChangingControl;
} TargetChangeStateController;
static void parseTargetChangeStateController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup) {
TargetChangeStateController* e = (TargetChangeStateController*)allocMemoryOnMemoryStackOrMemory(sizeof(TargetChangeStateController));
fetchDreamAssignmentFromGroupAndReturnWhetherItExists("value", tGroup, &e->mState);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("id", tGroup, &e->mID);
e->mIsChangingControl = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("ctrl", tGroup, &e->mControl);
tController->mType = MUGEN_STATE_CONTROLLER_TYPE_SET_TARGET_STATE;
tController->mData = e;
}
static void unloadTargetChangeStateController(DreamMugenStateController* tController) {
TargetChangeStateController* e = (TargetChangeStateController*)tController->mData;
destroyDreamMugenAssignment(e->mState);
destroyDreamMugenAssignment(e->mID);
if (e->mIsChangingControl) {
destroyDreamMugenAssignment(e->mControl);
}
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* mAttribute;
DreamMugenAssignment* mHitFlag;
DreamMugenAssignment* mGuardFlag;
DreamMugenAssignment* mAffectTeam;
DreamMugenAssignment* mAnimationType;
DreamMugenAssignment* mAirAnimationType;
DreamMugenAssignment* mFallAnimationType;
DreamMugenAssignment* mPriority;
DreamMugenAssignment* mDamage;
DreamMugenAssignment* mPauseTime;
DreamMugenAssignment* mGuardPauseTime;
DreamMugenAssignment* mSparkNumber;
DreamMugenAssignment* mGuardSparkNumber;
DreamMugenAssignment* mSparkXY;
DreamMugenAssignment* mHitSound;
DreamMugenAssignment* mGuardSound;
DreamMugenAssignment* mGroundType;
DreamMugenAssignment* mAirType;
DreamMugenAssignment* mGroundSlideTime;
DreamMugenAssignment* mGuardSlideTime;
DreamMugenAssignment* mGroundHitTime;
DreamMugenAssignment* mGuardHitTime;
DreamMugenAssignment* mAirHitTime;
DreamMugenAssignment* mGuardControlTime;
DreamMugenAssignment* mGuardDistance;
DreamMugenAssignment* mYAccel;
DreamMugenAssignment* mGroundVelocity;
DreamMugenAssignment* mGuardVelocity;
DreamMugenAssignment* mAirVelocity;
DreamMugenAssignment* mAirGuardVelocity;
DreamMugenAssignment* mGroundCornerPushVelocityOffset;
DreamMugenAssignment* mAirCornerPushVelocityOffset;
DreamMugenAssignment* mDownCornerPushVelocityOffset;
DreamMugenAssignment* mGuardCornerPushVelocityOffset;
DreamMugenAssignment* mAirGuardCornerPushVelocityOffset;
DreamMugenAssignment* mAirGuardControlTime;
DreamMugenAssignment* mAirJuggle;
DreamMugenAssignment* mMinimumDistance;
DreamMugenAssignment* mMaximumDistance;
DreamMugenAssignment* mSnap;
DreamMugenAssignment* mPlayerSpritePriority1;
DreamMugenAssignment* mPlayerSpritePriority2;
DreamMugenAssignment* mPlayer1ChangeFaceDirection;
DreamMugenAssignment* mPlayer1ChangeFaceDirectionRelativeToPlayer2;
DreamMugenAssignment* mPlayer2ChangeFaceDirectionRelativeToPlayer1;
DreamMugenAssignment* mPlayer1StateNumber;
DreamMugenAssignment* mPlayer2StateNumber;
DreamMugenAssignment* mPlayer2CapableOfGettingPlayer1State;
DreamMugenAssignment* mForceStanding;
DreamMugenAssignment* mFall;
DreamMugenAssignment* mFallXVelocity;
DreamMugenAssignment* mFallYVelocity;
DreamMugenAssignment* mFallCanBeRecovered;
DreamMugenAssignment* mFallRecoveryTime;
DreamMugenAssignment* mFallDamage;
DreamMugenAssignment* mAirFall;
DreamMugenAssignment* mForceNoFall;
DreamMugenAssignment* mDownVelocity;
DreamMugenAssignment* mDownHitTime;
DreamMugenAssignment* mDownBounce;
DreamMugenAssignment* mHitID;
DreamMugenAssignment* mChainID;
DreamMugenAssignment* mNoChainID;
DreamMugenAssignment* mHitOnce;
DreamMugenAssignment* mKill;
DreamMugenAssignment* mGuardKill;
DreamMugenAssignment* mFallKill;
DreamMugenAssignment* mNumberOfHits;
DreamMugenAssignment* mGetPower;
DreamMugenAssignment* mGivePower;
DreamMugenAssignment* mPaletteEffectTime;
DreamMugenAssignment* mPaletteEffectMultiplication;
DreamMugenAssignment* mPaletteEffectAddition;
DreamMugenAssignment* mEnvironmentShakeTime;
DreamMugenAssignment* mEnvironmentShakeFrequency;
DreamMugenAssignment* mEnvironmentShakeAmplitude;
DreamMugenAssignment* mEnvironmentShakePhase;
DreamMugenAssignment* mFallEnvironmentShakeTime;
DreamMugenAssignment* mFallEnvironmentShakeFrequency;
DreamMugenAssignment* mFallEnvironmentShakeAmplitude;
DreamMugenAssignment* mFallEnvironmentShakePhase;
} HitDefinitionController;
static void readHitDefinitionFromGroup(HitDefinitionController* e, MugenDefScriptGroup* tGroup) {
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("attr", tGroup, &e->mAttribute, "s , na");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("hitflag", tGroup, &e->mHitFlag, "maf");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("guardflag", tGroup, &e->mGuardFlag);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("affectteam", tGroup, &e->mAffectTeam, "e");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("animtype", tGroup, &e->mAnimationType, "light");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("air.animtype", tGroup, &e->mAirAnimationType);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall.animtype", tGroup, &e->mFallAnimationType);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("priority", tGroup, &e->mPriority);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("damage", tGroup, &e->mDamage, "0 , 0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("pausetime", tGroup, &e->mPauseTime, "0 , 0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("guard.pausetime", tGroup, &e->mGuardPauseTime);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("sparkno", tGroup, &e->mSparkNumber);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("guard.sparkno", tGroup, &e->mGuardSparkNumber);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("sparkxy", tGroup, &e->mSparkXY, "0 , 0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("hitsound", tGroup, &e->mHitSound);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("guardsound", tGroup, &e->mGuardSound);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("ground.type", tGroup, &e->mGroundType, "high");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("air.type", tGroup, &e->mAirType);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("ground.slidetime", tGroup, &e->mGroundSlideTime, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("guard.slidetime", tGroup, &e->mGuardSlideTime);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("ground.hittime", tGroup, &e->mGroundHitTime, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("guard.hittime", tGroup, &e->mGuardHitTime);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("air.hittime", tGroup, &e->mAirHitTime, "20");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("guard.ctrltime", tGroup, &e->mGuardControlTime);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("guard.dist", tGroup, &e->mGuardDistance);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("yaccel", tGroup, &e->mYAccel);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("ground.velocity", tGroup, &e->mGroundVelocity, "0 , 0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("guard.velocity", tGroup, &e->mGuardVelocity);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("air.velocity", tGroup, &e->mAirVelocity, "0 , 0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("airguard.velocity", tGroup, &e->mAirGuardVelocity);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("ground.cornerpush.veloff", tGroup, &e->mGroundCornerPushVelocityOffset);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("air.cornerpush.veloff", tGroup, &e->mAirCornerPushVelocityOffset);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("down.cornerpush.veloff", tGroup, &e->mDownCornerPushVelocityOffset);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("guard.cornerpush.veloff", tGroup, &e->mGuardCornerPushVelocityOffset);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("airguard.cornerpush.veloff", tGroup, &e->mAirGuardCornerPushVelocityOffset);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("airguard.ctrltime", tGroup, &e->mAirGuardControlTime);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("air.juggle", tGroup, &e->mAirJuggle, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("mindist", tGroup, &e->mMinimumDistance);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("maxdist", tGroup, &e->mMaximumDistance);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("snap", tGroup, &e->mSnap);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("p1sprpriority", tGroup, &e->mPlayerSpritePriority1, "1");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("p2sprpriority", tGroup, &e->mPlayerSpritePriority2, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("p1facing", tGroup, &e->mPlayer1ChangeFaceDirection);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("p1getp2facing", tGroup, &e->mPlayer1ChangeFaceDirectionRelativeToPlayer2, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("p2facing", tGroup, &e->mPlayer2ChangeFaceDirectionRelativeToPlayer1, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("p1stateno", tGroup, &e->mPlayer1StateNumber, "-1");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("p2stateno", tGroup, &e->mPlayer2StateNumber, "-1");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("p2getp1state", tGroup, &e->mPlayer2CapableOfGettingPlayer1State, "1");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("forcestand", tGroup, &e->mForceStanding);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall", tGroup, &e->mFall, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall.xvelocity", tGroup, &e->mFallXVelocity, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall.yvelocity", tGroup, &e->mFallYVelocity);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall.recover", tGroup, &e->mFallCanBeRecovered, "1");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall.recovertime", tGroup, &e->mFallRecoveryTime, "4");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall.damage", tGroup, &e->mFallDamage, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("air.fall", tGroup, &e->mAirFall);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("forcenofall", tGroup, &e->mForceNoFall, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("down.velocity", tGroup, &e->mDownVelocity);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("down.hittime", tGroup, &e->mDownHitTime);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("down.bounce", tGroup, &e->mDownBounce, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("id", tGroup, &e->mHitID, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("chainID", tGroup, &e->mChainID, "-1");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("nochainID", tGroup, &e->mNoChainID);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("hitonce", tGroup, &e->mHitOnce);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("kill", tGroup, &e->mKill, "1");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("guard.kill", tGroup, &e->mGuardKill, "1");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall.kill", tGroup, &e->mFallKill, "1");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("numhits", tGroup, &e->mNumberOfHits, "1");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("getpower", tGroup, &e->mGetPower);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("givepower", tGroup, &e->mGivePower);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("palfx.time", tGroup, &e->mPaletteEffectTime, "0");
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("palfx.mul", tGroup, &e->mPaletteEffectMultiplication);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("palfx.add", tGroup, &e->mPaletteEffectAddition);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("envshake.time", tGroup, &e->mEnvironmentShakeTime);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("envshake.freq", tGroup, &e->mEnvironmentShakeFrequency);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("envshake.ampl", tGroup, &e->mEnvironmentShakeAmplitude);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("envshake.phase", tGroup, &e->mEnvironmentShakePhase);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall.envshake.time", tGroup, &e->mFallEnvironmentShakeTime);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall.envshake.freq", tGroup, &e->mFallEnvironmentShakeFrequency);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall.envshake.ampl", tGroup, &e->mFallEnvironmentShakeAmplitude);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("fall.envshake.phase", tGroup, &e->mFallEnvironmentShakePhase);
}
static void parseHitDefinitionController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup) {
HitDefinitionController* e = (HitDefinitionController*)allocMemoryOnMemoryStackOrMemory(sizeof(HitDefinitionController));
readHitDefinitionFromGroup(e, tGroup);
tController->mType = MUGEN_STATE_CONTROLLER_TYPE_HIT_DEFINITION;
tController->mData = e;
}
static void unloadHitDefinitionData(HitDefinitionController* e) {
destroyDreamMugenAssignment(e->mAttribute);
destroyDreamMugenAssignment(e->mHitFlag);
destroyDreamMugenAssignment(e->mGuardFlag);
destroyDreamMugenAssignment(e->mAffectTeam);
destroyDreamMugenAssignment(e->mAnimationType);
destroyDreamMugenAssignment(e->mAirAnimationType);
destroyDreamMugenAssignment(e->mFallAnimationType);
destroyDreamMugenAssignment(e->mPriority);
destroyDreamMugenAssignment(e->mDamage);
destroyDreamMugenAssignment(e->mPauseTime);
destroyDreamMugenAssignment(e->mGuardPauseTime);
destroyDreamMugenAssignment(e->mSparkNumber);
destroyDreamMugenAssignment(e->mGuardSparkNumber);
destroyDreamMugenAssignment(e->mSparkXY);
destroyDreamMugenAssignment(e->mHitSound);
destroyDreamMugenAssignment(e->mGuardSound);
destroyDreamMugenAssignment(e->mGroundType);
destroyDreamMugenAssignment(e->mAirType);
destroyDreamMugenAssignment(e->mGroundSlideTime);
destroyDreamMugenAssignment(e->mGuardSlideTime);
destroyDreamMugenAssignment(e->mGroundHitTime);
destroyDreamMugenAssignment(e->mGuardHitTime);
destroyDreamMugenAssignment(e->mAirHitTime);
destroyDreamMugenAssignment(e->mGuardControlTime);
destroyDreamMugenAssignment(e->mGuardDistance);
destroyDreamMugenAssignment(e->mYAccel);
destroyDreamMugenAssignment(e->mGroundVelocity);
destroyDreamMugenAssignment(e->mGuardVelocity);
destroyDreamMugenAssignment(e->mAirVelocity);
destroyDreamMugenAssignment(e->mAirGuardVelocity);
destroyDreamMugenAssignment(e->mGroundCornerPushVelocityOffset);
destroyDreamMugenAssignment(e->mAirCornerPushVelocityOffset);
destroyDreamMugenAssignment(e->mDownCornerPushVelocityOffset);
destroyDreamMugenAssignment(e->mGuardCornerPushVelocityOffset);
destroyDreamMugenAssignment(e->mAirGuardCornerPushVelocityOffset);
destroyDreamMugenAssignment(e->mAirGuardControlTime);
destroyDreamMugenAssignment(e->mAirJuggle);
destroyDreamMugenAssignment(e->mMinimumDistance);
destroyDreamMugenAssignment(e->mMaximumDistance);
destroyDreamMugenAssignment(e->mSnap);
destroyDreamMugenAssignment(e->mPlayerSpritePriority1);
destroyDreamMugenAssignment(e->mPlayerSpritePriority2);
destroyDreamMugenAssignment(e->mPlayer1ChangeFaceDirection);
destroyDreamMugenAssignment(e->mPlayer1ChangeFaceDirectionRelativeToPlayer2);
destroyDreamMugenAssignment(e->mPlayer2ChangeFaceDirectionRelativeToPlayer1);
destroyDreamMugenAssignment(e->mPlayer1StateNumber);
destroyDreamMugenAssignment(e->mPlayer2StateNumber);
destroyDreamMugenAssignment(e->mPlayer2CapableOfGettingPlayer1State);
destroyDreamMugenAssignment(e->mForceStanding);
destroyDreamMugenAssignment(e->mFall);
destroyDreamMugenAssignment(e->mFallXVelocity);
destroyDreamMugenAssignment(e->mFallYVelocity);
destroyDreamMugenAssignment(e->mFallCanBeRecovered);
destroyDreamMugenAssignment(e->mFallRecoveryTime);
destroyDreamMugenAssignment(e->mFallDamage);
destroyDreamMugenAssignment(e->mAirFall);
destroyDreamMugenAssignment(e->mForceNoFall);
destroyDreamMugenAssignment(e->mDownVelocity);
destroyDreamMugenAssignment(e->mDownHitTime);
destroyDreamMugenAssignment(e->mDownBounce);
destroyDreamMugenAssignment(e->mHitID);
destroyDreamMugenAssignment(e->mChainID);
destroyDreamMugenAssignment(e->mNoChainID);
destroyDreamMugenAssignment(e->mHitOnce);
destroyDreamMugenAssignment(e->mKill);
destroyDreamMugenAssignment(e->mGuardKill);
destroyDreamMugenAssignment(e->mFallKill);
destroyDreamMugenAssignment(e->mNumberOfHits);
destroyDreamMugenAssignment(e->mGetPower);
destroyDreamMugenAssignment(e->mGivePower);
destroyDreamMugenAssignment(e->mPaletteEffectTime);
destroyDreamMugenAssignment(e->mPaletteEffectMultiplication);
destroyDreamMugenAssignment(e->mPaletteEffectAddition);
destroyDreamMugenAssignment(e->mEnvironmentShakeTime);
destroyDreamMugenAssignment(e->mEnvironmentShakeFrequency);
destroyDreamMugenAssignment(e->mEnvironmentShakeAmplitude);
destroyDreamMugenAssignment(e->mEnvironmentShakePhase);
destroyDreamMugenAssignment(e->mFallEnvironmentShakeTime);
destroyDreamMugenAssignment(e->mFallEnvironmentShakeFrequency);
destroyDreamMugenAssignment(e->mFallEnvironmentShakeAmplitude);
destroyDreamMugenAssignment(e->mFallEnvironmentShakePhase);
}
static void unloadHitDefinitionController(DreamMugenStateController* tController) {
HitDefinitionController* e = (HitDefinitionController*)tController->mData;
unloadHitDefinitionData(e);
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* mValue;
int mIsVolumeScale;
DreamMugenAssignment* mVolume;
DreamMugenAssignment* mChannel;
DreamMugenAssignment* mLowPriority;
DreamMugenAssignment* mFrequencyMultiplier;
DreamMugenAssignment* mLoop;
int mIsAbspan;
DreamMugenAssignment* mPan;
} PlaySoundController;
static void parsePlaySoundController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup, DreamMugenStateControllerType tType) {
PlaySoundController* e = (PlaySoundController*)allocMemoryOnMemoryStackOrMemory(sizeof(PlaySoundController));
fetchDreamAssignmentFromGroupAndReturnWhetherItExists("value", tGroup, &e->mValue);
e->mIsVolumeScale = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("volumescale", tGroup, &e->mVolume);
if (!e->mIsVolumeScale)
{
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("volume", tGroup, &e->mVolume);
}
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("channel", tGroup, &e->mChannel);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("lowpriority", tGroup, &e->mLowPriority);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("freqmul", tGroup, &e->mFrequencyMultiplier);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("loop", tGroup, &e->mLoop);
e->mIsAbspan = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("abspan", tGroup, &e->mPan);
if (!e->mIsAbspan)
{
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("pan", tGroup, &e->mPan);
}
tController->mType = tType;
tController->mData = e;
}
static void unloadPlaySoundController(DreamMugenStateController* tController) {
PlaySoundController* e = (PlaySoundController*)tController->mData;
destroyDreamMugenAssignment(e->mValue);
destroyDreamMugenAssignment(e->mVolume);
destroyDreamMugenAssignment(e->mChannel);
destroyDreamMugenAssignment(e->mLowPriority);
destroyDreamMugenAssignment(e->mFrequencyMultiplier);
destroyDreamMugenAssignment(e->mLoop);
destroyDreamMugenAssignment(e->mPan);
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* mValue;
DreamMugenAssignment* mEdge;
DreamMugenAssignment* mPlayer;
uint8_t mHasValue;
} WidthController;
static void parseWidthController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup) {
WidthController* e = (WidthController*)allocMemoryOnMemoryStackOrMemory(sizeof(WidthController));
e->mHasValue = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("value", tGroup, &e->mValue);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("edge", tGroup, &e->mEdge);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("player", tGroup, &e->mPlayer);
tController->mType = MUGEN_STATE_CONTROLLER_TYPE_WIDTH;
tController->mData = e;
}
static void unloadWidthController(DreamMugenStateController* tController) {
WidthController* e = (WidthController*)tController->mData;
if (e->mHasValue) {
destroyDreamMugenAssignment(e->mValue);
}
destroyDreamMugenAssignment(e->mEdge);
destroyDreamMugenAssignment(e->mPlayer);
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* mScale;
DreamMugenAssignment* mPos;
} ZoomController;
static void parseZoomController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup) {
ZoomController* e = (ZoomController*)allocMemoryOnMemoryStackOrMemory(sizeof(ZoomController));
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("scale", tGroup, &e->mScale);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("pos", tGroup, &e->mPos);
tController->mType = MUGEN_STATE_CONTROLLER_TYPE_ZOOM;
tController->mData = e;
}
static void unloadZoomController(DreamMugenStateController* tController) {
ZoomController* e = (ZoomController*)tController->mData;
destroyDreamMugenAssignment(e->mScale);
destroyDreamMugenAssignment(e->mPos);
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* tNewAnimation;
DreamMugenAssignment* tStep;
} ChangeAnimationController;
static void parseChangeAnimationController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup, DreamMugenStateControllerType tType) {
ChangeAnimationController* e = (ChangeAnimationController*)allocMemoryOnMemoryStackOrMemory(sizeof(ChangeAnimationController));
fetchDreamAssignmentFromGroupAndReturnWhetherItExists("value", tGroup, &e->tNewAnimation);
if (!fetchDreamAssignmentFromGroupAndReturnWhetherItExists("elem", tGroup, &e->tStep)) {
e->tStep = makeDreamNumberMugenAssignment(1);
}
tController->mType = tType;
tController->mData = e;
}
static void unloadChangeAnimationController(DreamMugenStateController* tController) {
ChangeAnimationController* e = (ChangeAnimationController*)tController->mData;
destroyDreamMugenAssignment(e->tNewAnimation);
destroyDreamMugenAssignment(e->tStep);
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* tValue;
} ControlSettingController;
static void parseControlSettingController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup) {
ControlSettingController* e = (ControlSettingController*)allocMemoryOnMemoryStackOrMemory(sizeof(ControlSettingController));
fetchDreamAssignmentFromGroupAndReturnWhetherItExists("value", tGroup, &e->tValue);
tController->mType = MUGEN_STATE_CONTROLLER_TYPE_SET_CONTROL;
tController->mData = e;
}
static void unloadControlSettingController(DreamMugenStateController* tController) {
ControlSettingController* e = (ControlSettingController*)tController->mData;
destroyDreamMugenAssignment(e->tValue);
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* tValue;
} SpritePriorityController;
static void parseSpritePriorityController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup) {
SpritePriorityController* e = (SpritePriorityController*)allocMemoryOnMemoryStackOrMemory(sizeof(SpritePriorityController));
fetchDreamAssignmentFromGroupAndReturnWhetherItExists("value", tGroup, &e->tValue);
tController->mType = MUGEN_STATE_CONTROLLER_TYPE_SPRITE_PRIORITY;
tController->mData = e;
}
static void unloadSpritePriorityController(DreamMugenStateController* tController) {
SpritePriorityController* e = (SpritePriorityController*)tController->mData;
destroyDreamMugenAssignment(e->tValue);
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* mFlag;
DreamMugenAssignment* mFlag2;
DreamMugenAssignment* mFlag3;
uint8_t mHasFlag2;
uint8_t mHasFlag3;
} SpecialAssertController;
static void parseSpecialAssertController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup) {
SpecialAssertController* e = (SpecialAssertController*)allocMemoryOnMemoryStackOrMemory(sizeof(SpecialAssertController));
fetchDreamAssignmentFromGroupAndReturnWhetherItExists("flag", tGroup, &e->mFlag);
e->mHasFlag2 = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("flag2", tGroup, &e->mFlag2);
e->mHasFlag3 = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("flag3", tGroup, &e->mFlag3);
tController->mType = MUGEN_STATE_CONTROLLER_TYPE_ASSERT_SPECIAL;
tController->mData = e;
}
static void unloadSpecialAssertController(DreamMugenStateController* tController) {
SpecialAssertController* e = (SpecialAssertController*)tController->mData;
destroyDreamMugenAssignment(e->mFlag);
if (e->mHasFlag2) {
destroyDreamMugenAssignment(e->mFlag2);
}
if (e->mHasFlag3) {
destroyDreamMugenAssignment(e->mFlag3);
}
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* mPositionOffset;
DreamMugenAssignment* mPositionOffset2;
DreamMugenAssignment* mSpacing;
uint8_t mHasSecondDustCloud;
} MakeDustController;
static void parseMakeDustController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup) {
MakeDustController* e = (MakeDustController*)allocMemoryOnMemoryStackOrMemory(sizeof(MakeDustController));
if (!fetchDreamAssignmentFromGroupAndReturnWhetherItExists("pos", tGroup, &e->mPositionOffset)) {
e->mPositionOffset = makeDream2DVectorMugenAssignment(Vector2D(0, 0));
}
e->mHasSecondDustCloud = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("pos2", tGroup, &e->mPositionOffset2);
if (!fetchDreamAssignmentFromGroupAndReturnWhetherItExists("spacing", tGroup, &e->mSpacing)) {
e->mSpacing = makeDreamNumberMugenAssignment(1);
}
tController->mType = MUGEN_STATE_CONTROLLER_TYPE_MAKE_DUST;
tController->mData = e;
}
static void unloadMakeDustController(DreamMugenStateController* tController) {
MakeDustController* e = (MakeDustController*)tController->mData;
destroyDreamMugenAssignment(e->mPositionOffset);
if (e->mHasSecondDustCloud) {
destroyDreamMugenAssignment(e->mPositionOffset2);
}
destroyDreamMugenAssignment(e->mSpacing);
freeMemory(e);
}
typedef struct {
uint8_t mDummy;
} NullController;
static void parseNullController(DreamMugenStateController* tController, DreamMugenStateControllerType tType) {
NullController* e = (NullController*)allocMemoryOnMemoryStackOrMemory(sizeof(NullController));
e->mDummy = 0;
tController->mType = tType;
tController->mData = e;
}
static void unloadNullController(DreamMugenStateController* tController) {
freeMemory(tController->mData);
}
enum VarSetType : uint8_t {
VAR_SET_TYPE_SYSTEM,
VAR_SET_TYPE_SYSTEM_FLOAT,
VAR_SET_TYPE_INTEGER,
VAR_SET_TYPE_FLOAT
};
typedef struct {
DreamMugenAssignment* mID;
DreamMugenAssignment* mAssignment;
uint8_t mType;
} VarSetControllerEntry;
typedef struct {
Vector mVarSets;
} VarSetController;
typedef struct {
VarSetController* mController;
MugenDefScriptGroup* mGroup;
} VarSetControllerCaller;
static void parseSingleVarSetControllerEntry(VarSetControllerCaller* tCaller, const string& tName, MugenDefScriptGroupElement& /*tElement*/) {
VarSetControllerCaller* caller = (VarSetControllerCaller*)tCaller;
int isEntry = tName.find('(') != string::npos;
if (!isEntry) return;
VarSetControllerEntry* e = (VarSetControllerEntry*)allocMemoryOnMemoryStackOrMemory(sizeof(VarSetControllerEntry));
char name[100];
strcpy(name, tName.data());
char* start = strchr(name, '(');
assert(start != NULL);
*start = '\0';
char value[100];
strcpy(value, start + 1);
char* end = strchr(value, ')');
assert(end != NULL);
*end = '\0';
if (!strcmp("var", name)) {
e->mType = VAR_SET_TYPE_INTEGER;
}
else if (!strcmp("sysvar", name)) {
e->mType = VAR_SET_TYPE_SYSTEM;
}
else if (!strcmp("sysfvar", name)) {
e->mType = VAR_SET_TYPE_SYSTEM_FLOAT;
}
else if (!strcmp("fvar", name)) {
e->mType = VAR_SET_TYPE_FLOAT;
}
else {
logWarningFormat("Unrecognized variable setting name %s. Default to var.", name);
e->mType = VAR_SET_TYPE_INTEGER;
}
e->mID = makeDreamNumberMugenAssignment(atoi(value));
fetchDreamAssignmentFromGroupAndReturnWhetherItExists(tName.data(), caller->mGroup, &e->mAssignment);
vector_push_back(&caller->mController->mVarSets, e);
}
static void loadSingleOriginalVarSetController(Vector* tDst, MugenDefScriptGroup* tGroup, MugenDefScriptGroupElement* tIDElement, VarSetType tType) {
VarSetControllerEntry* e = (VarSetControllerEntry*)allocMemoryOnMemoryStackOrMemory(sizeof(VarSetControllerEntry));
e->mType = tType;
fetchDreamAssignmentFromGroupAsElement(tIDElement, &e->mID);
fetchDreamAssignmentFromGroupAndReturnWhetherItExists("value", tGroup, &e->mAssignment);
vector_push_back(tDst, e);
}
static void unloadSingleVarSetEntry(void* tCaller, void* tData) {
(void)tCaller;
VarSetControllerEntry* e = (VarSetControllerEntry*)tData;
destroyDreamMugenAssignment(e->mAssignment);
}
static void parseVarSetController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup, DreamMugenStateControllerType tType) {
int isIntegerVersion = stl_string_map_contains_array(tGroup->mElements, "v");
int isFloatVersion = stl_string_map_contains_array(tGroup->mElements, "fv");
VarSetController* e = (VarSetController*)allocMemoryOnMemoryStackOrMemory(sizeof(VarSetController));
e->mVarSets = new_vector();
if (isIntegerVersion) {
loadSingleOriginalVarSetController(&e->mVarSets, tGroup, &tGroup->mElements["v"], VAR_SET_TYPE_INTEGER);
}
else if (isFloatVersion) {
loadSingleOriginalVarSetController(&e->mVarSets, tGroup, &tGroup->mElements["fv"], VAR_SET_TYPE_FLOAT);
}
else {
VarSetControllerCaller caller;
caller.mController = e;
caller.mGroup = tGroup;
stl_string_map_map(tGroup->mElements, parseSingleVarSetControllerEntry, &caller);
}
if (vector_size(&e->mVarSets) != 1) {
logWarning("Unable to parse VarSetController. Missing elements. Defaulting to Null controller.");
// unable to delete mugen assignments if on memory stack
delete_vector(&e->mVarSets);
parseNullController(tController, MUGEN_STATE_CONTROLLER_TYPE_NULL);
return;
}
tController->mType = tType;
tController->mData = e;
}
static void unloadVarSetController(DreamMugenStateController* tController) {
VarSetController* e = (VarSetController*)tController->mData;
vector_map(&e->mVarSets, unloadSingleVarSetEntry, NULL);
delete_vector(&e->mVarSets);
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* mValue;
DreamMugenAssignment* mFirst;
DreamMugenAssignment* mLast;
uint8_t mType;
} VarRangeSetController;
static void parseVarRangeSetController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup) {
VarRangeSetController* e = (VarRangeSetController*)allocMemoryOnMemoryStackOrMemory(sizeof(VarRangeSetController));
int isIntegerVersion = stl_string_map_contains_array(tGroup->mElements, "value");
if (isIntegerVersion) {
e->mType = VAR_SET_TYPE_INTEGER;
fetchDreamAssignmentFromGroupAndReturnWhetherItExists("value", tGroup, &e->mValue);
}
else {
e->mType = VAR_SET_TYPE_FLOAT;
fetchDreamAssignmentFromGroupAndReturnWhetherItExists("fvalue", tGroup, &e->mValue);
}
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("first", tGroup, &e->mFirst);
fetchAssignmentFromGroupAndReturnWhetherItExistsDefaultString("last", tGroup, &e->mLast);
tController->mType = MUGEN_STATE_CONTROLLER_TYPE_SET_VARIABLE_RANGE;
tController->mData = e;
}
static void unloadVarRangeSetController(DreamMugenStateController* tController) {
VarRangeSetController* e = (VarRangeSetController*)tController->mData;
destroyDreamMugenAssignment(e->mValue);
destroyDreamMugenAssignment(e->mFirst);
destroyDreamMugenAssignment(e->mLast);
freeMemory(e);
}
typedef struct {
DreamMugenAssignment* mStateType;
DreamMugenAssignment* mMoveType;
DreamMugenAssignment* mPhysics;
uint8_t mHasStateType;
uint8_t mHasMoveType;
uint8_t mHasPhysics;
} StateTypeSetController;
static void parseStateTypeSetController(DreamMugenStateController* tController, MugenDefScriptGroup* tGroup) {
StateTypeSetController* e = (StateTypeSetController*)allocMemoryOnMemoryStackOrMemory(sizeof(StateTypeSetController));
e->mHasStateType = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("statetype", tGroup, &e->mStateType);
e->mHasMoveType = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("movetype", tGroup, &e->mMoveType);
e->mHasPhysics = fetchDreamAssignmentFromGroupAndReturnWhetherItExists("physics", tGroup, &e->mPhysics);
tController->mType = MUGEN_STATE_CONTROLLER_TYPE_SET_STATE_TYPE;
tController->mData = e;
}
static void unloadStateTypeSetController(DreamMugenStateController* tController) {
StateTypeSetController* e = (StateTypeSetController*)tController->mData;
if (e->mHasStateType) {
destroyDreamMugenAssignment(e->mStateType);
}
if (e->mHasMoveType) {
destroyDreamMugenAssignment(e->mMoveType);