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mario_ped_tasks.cpp
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mario_ped_tasks.cpp
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#include "mario_ped_tasks.h"
#include <stdio.h>
#include "plugin.h"
#include "CHud.h"
#include "CTaskComplexEnterCar.h"
#include "CTaskComplexLeaveCar.h"
#include "CTaskComplexGoPickUpEntity.h"
#include "CTaskSimpleHoldEntity2.h"
#include "CTaskComplexUseSequence.h"
#include "CTaskComplexSequence2.h"
#include "CTaskSimpleRunNamedAnim.h"
#include "CTaskSimpleSwim.h"
#include "CTaskSimpleUseGun.h"
#include "CTaskSimpleClimb.h"
#include "CTaskSimpleStealthKill.h"
#include "CTaskSimpleCarGetOut.h"
#include "CModelInfo.h"
extern "C" {
#include <decomp/include/sm64shared.h>
#include <decomp/include/mario_animation_ids.h>
}
#include "mario.h"
#include "mario_custom_anims.h"
#include "mario_cj_anims.h"
void moveEntityToMarioHands(CTaskSimpleHoldEntity2* task, float pickupLerp=1.f)
{
if (pickupLerp < 0) pickupLerp = 0;
task->m_vecPosition.z = -0.5f * pickupLerp;
if (marioState.animInfo.animID == MARIO_ANIM_CUSTOM_VENDING_MACHINE)
task->m_pEntityToHold->m_bIsVisible = 0;
}
void handlePhoneTask(CTaskComplex* task, const int& marioId)
{
CTask* sub = task->m_pSubTask;
eTaskType taskID = ((eTaskType (__thiscall *)(CTask *))plugin::GetVMT(sub, 4))(sub);
if (taskID == TASK_SIMPLE_PHONE_IN)
{
sm64_set_mario_action_arg(marioId, ACT_CUSTOM_ANIM_TO_ACTION, 1);
sm64_set_mario_action_arg2(marioId, ACT_IDLE);
sm64_set_mario_animation(marioId, MARIO_ANIM_CUSTOM_PHONE_IN);
}
else if (taskID == TASK_SIMPLE_PHONE_TALK)
{
if (marioState.action != ACT_CUSTOM_ANIM_TO_ACTION)
sm64_set_mario_anim_override(marioId, phoneAnimOverrideTable.count(marioState.animInfo.animOverride.current) ? phoneAnimOverrideTable[marioState.animInfo.animOverride.current] : 0);
}
else if (taskID == TASK_SIMPLE_PHONE_OUT)
{
sm64_set_mario_action_arg(marioId, ACT_CUSTOM_ANIM_TO_ACTION, 1);
sm64_set_mario_action_arg2(marioId, ACT_IDLE);
sm64_set_mario_animation(marioId, MARIO_ANIM_CUSTOM_PHONE_OUT);
}
}
void marioPedTasks(CPlayerPed* ped, const int& marioId)
{
CTask* baseTask;
// enter vehicle animation handling
if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_COMPLEX_ENTER_CAR_AS_DRIVER)) || (baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_COMPLEX_ENTER_CAR_AS_PASSENGER)))
{
CTaskComplexEnterCar* task = static_cast<CTaskComplexEnterCar*>(baseTask);
int rear = (task->m_nTargetDoor == TARGET_DOOR_REAR_LEFT || task->m_nTargetDoor == TARGET_DOOR_REAR_RIGHT);
float targetAngle = 0;
if (task->m_nTargetDoor == 10 || task->m_nTargetDoor == TARGET_DOOR_REAR_LEFT) // 10 = front left door
targetAngle = task->m_pTargetVehicle->GetHeading() + M_PI_2;
else
targetAngle = task->m_pTargetVehicle->GetHeading() - M_PI_2;
if (targetAngle < -M_PI) targetAngle += M_PI*2;
if (targetAngle > M_PI) targetAngle -= M_PI*2;
// create actionArg with bitflags to tell libsm64 how to play the anims
uint32_t arg = (task->m_nTargetDoor == 10 || task->m_nTargetDoor == TARGET_DOOR_REAR_LEFT) ? SM64_VEHICLE_DOOR_LEFT : SM64_VEHICLE_DOOR_RIGHT;
if (task->m_pTargetVehicle->m_nVehicleClass == VEHICLE_BIKE || task->m_pTargetVehicle->m_nVehicleClass == VEHICLE_BMX)
arg |= SM64_VEHICLE_BIKE;
// calculate car seat target position
CVehicleModelInfo* modelInfo = (CVehicleModelInfo*)CModelInfo::GetModelInfo(task->m_pTargetVehicle->m_nModelIndex);
CVector seatPos = modelInfo->m_pVehicleStruct->m_avDummyPos[4+rear]; // 4 = DUMMY_SEAT_FRONT, 5 = DUMMY_SEAT_REAR
seatPos.z -= 0.375f;
seatPos.y += 0.375f;
// by default, seatPos.x is passenger seat. if entering from left side, invert X pos to get driver seat
if (arg & SM64_VEHICLE_DOOR_LEFT && !(arg & SM64_VEHICLE_BIKE))
seatPos.x *= -1;
CVector targetPos = *(task->m_pTargetVehicle->m_matrix) * seatPos;
seatPos.x += 1.1f * sign(seatPos.x);
seatPos.y -= 0.35f;
CVector startPos = task->m_vTargetDoorPos - CVector(0,0,1);
if (!(arg & SM64_VEHICLE_BIKE))
{
startPos = *(task->m_pTargetVehicle->m_matrix) * seatPos;
startPos.z = task->m_vTargetDoorPos.z-1;
}
// set the action!
if (task->m_pSubTask)
{
CTask* sub = task->m_pSubTask;
// calling sub->GetID() returns some garbage number, so i copied this from plugin_sa CTask.cpp
eTaskType taskID = ((eTaskType (__thiscall *)(CTask *))plugin::GetVMT(sub, 4))(sub);
if (taskID == TASK_SIMPLE_BIKE_PICK_UP)
{
if (marioState.action != ACT_BIKE_PICK_UP)
sm64_set_mario_action_arg(marioId, ACT_BIKE_PICK_UP, arg);
marioSetPos(task->m_vTargetDoorPos - CVector(0,0,1), false);
sm64_set_mario_faceangle(marioId, targetAngle);
}
else if (taskID == TASK_SIMPLE_CAR_OPEN_LOCKED_DOOR_FROM_OUTSIDE)
{
marioSetPos(startPos, false);
sm64_set_mario_faceangle(marioId, targetAngle);
if (marioState.action != ACT_CUSTOM_ANIM_TO_ACTION)
{
sm64_set_mario_action_arg(marioId, ACT_CUSTOM_ANIM_TO_ACTION, 1);
sm64_set_mario_action_arg2(marioId, ACT_IDLE);
sm64_set_mario_animation(marioId, MARIO_ANIM_CUSTOM_CAR_LOCKED);
}
}
else if (taskID == TASK_SIMPLE_CAR_OPEN_DOOR_FROM_OUTSIDE)
{
if (marioState.action != ACT_ENTER_VEHICLE_OPENDOOR)
sm64_set_mario_action_arg(marioId, ACT_ENTER_VEHICLE_OPENDOOR, arg);
sm64_set_mario_faceangle(marioId, targetAngle);
CVector doorPos = task->m_vTargetDoorPos - CVector(0,0,1);
if (marioState.actionTimer)
{
uint32_t ticks = marioState.actionTimer;
if (ticks > 10) ticks = 10;
doorPos.x = lerp(doorPos.x, startPos.x, ticks/10.f);
doorPos.y = lerp(doorPos.y, startPos.y, ticks/10.f);
doorPos.z = lerp(doorPos.z, startPos.z, ticks/10.f);
}
marioSetPos(doorPos, false);
}
else if (marioState.action != ACT_ENTER_VEHICLE_DRAGPED && (taskID == TASK_SIMPLE_CAR_SLOW_DRAG_PED_OUT))
{
marioSetPos(startPos, false);
sm64_set_mario_action_arg(marioId, ACT_ENTER_VEHICLE_DRAGPED, arg);
}
else if (taskID == TASK_SIMPLE_CAR_GET_IN)
{
if (marioState.action != ACT_ENTER_VEHICLE_JUMPINSIDE)
{
sm64_set_mario_action_arg(marioId, ACT_ENTER_VEHICLE_JUMPINSIDE, arg);
marioState.actionTimer = 0;
}
if (marioState.actionTimer < 7)
{
// jumping inside
CVector newPos(
lerp(startPos.x, targetPos.x, marioState.actionTimer/7.f),
lerp(startPos.y, targetPos.y, marioState.actionTimer/7.f),
lerp(startPos.z, targetPos.z, marioState.actionTimer/7.f)
);
marioSetPos(newPos, false);
sm64_set_mario_faceangle(marioId, targetAngle);
}
else
{
// now inside
marioSetPos(targetPos, false);
float watchTheDamnRoadAngle = targetAngle + (arg&SM64_VEHICLE_DOOR_LEFT ? M_PI_2 : -M_PI_2);
if (watchTheDamnRoadAngle < -M_PI) watchTheDamnRoadAngle += M_PI*2;
if (watchTheDamnRoadAngle > M_PI) watchTheDamnRoadAngle -= M_PI*2;
sm64_set_mario_faceangle(marioId, watchTheDamnRoadAngle);
}
}
else if (taskID == TASK_SIMPLE_CAR_CLOSE_DOOR_FROM_INSIDE)
{
if (marioState.action != ACT_CUSTOM_ANIM)
{
sm64_set_mario_action(marioId, ACT_CUSTOM_ANIM);
sm64_set_mario_animation(marioId, (arg&SM64_VEHICLE_DOOR_LEFT) ? MARIO_ANIM_CUSTOM_CLOSE_CAR_DOOR_LEFT : MARIO_ANIM_CUSTOM_CLOSE_CAR_DOOR_RIGHT);
}
marioSetPos(targetPos, false);
float watchTheDamnRoadAngle = targetAngle + (arg&SM64_VEHICLE_DOOR_LEFT ? M_PI_2 : -M_PI_2);
if (watchTheDamnRoadAngle < -M_PI) watchTheDamnRoadAngle += M_PI*2;
if (watchTheDamnRoadAngle > M_PI) watchTheDamnRoadAngle -= M_PI*2;
sm64_set_mario_faceangle(marioId, watchTheDamnRoadAngle);
}
else if (taskID == TASK_SIMPLE_CAR_SHUFFLE)
{
// switch from passenger to driver seat
CVector driverSeatPos = modelInfo->m_pVehicleStruct->m_avDummyPos[4+rear]; // DUMMY_SEAT_FRONT
driverSeatPos.z -= 0.375f;
driverSeatPos.y += 0.375f;
if (arg & SM64_VEHICLE_DOOR_LEFT && !(arg & SM64_VEHICLE_BIKE))
driverSeatPos.x *= -1;
CVector driverTargetPos = *(task->m_pTargetVehicle->m_matrix) * driverSeatPos;
if (marioState.action != ACT_ENTER_VEHICLE_JUMPINSIDE)
{
sm64_set_mario_action_arg(marioId, ACT_ENTER_VEHICLE_JUMPINSIDE, arg);
marioState.actionTimer = 0;
}
if (marioState.actionTimer < 7)
{
// jumping to different seat
CVector newPos(
lerp(targetPos.x, driverTargetPos.x, marioState.actionTimer/7.f),
lerp(targetPos.y, driverTargetPos.y, marioState.actionTimer/7.f),
lerp(targetPos.z, driverTargetPos.z, marioState.actionTimer/7.f)
);
marioSetPos(newPos, false);
sm64_set_mario_faceangle(marioId, targetAngle);
}
else
{
// now in driver seat
marioSetPos(driverTargetPos, false);
float watchTheDamnRoadAngle = targetAngle + (arg&SM64_VEHICLE_DOOR_LEFT ? M_PI_2 : -M_PI_2);
if (watchTheDamnRoadAngle < -M_PI) watchTheDamnRoadAngle += M_PI*2;
if (watchTheDamnRoadAngle > M_PI) watchTheDamnRoadAngle -= M_PI*2;
sm64_set_mario_faceangle(marioId, watchTheDamnRoadAngle);
}
}
}
}
else if (!ped->m_nPedFlags.bInVehicle && marioState.action >= ACT_ENTER_VEHICLE_OPENDOOR && marioState.action <= ACT_BIKE_PICK_UP)
sm64_set_mario_action(marioId, ACT_FREEFALL);
// exit vehicle animation handling
static int jumpedOut = 0;
if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_COMPLEX_LEAVE_CAR)))
{
CTaskComplexLeaveCar* task = static_cast<CTaskComplexLeaveCar*>(baseTask);
int rear = (task->m_nTargetDoor == TARGET_DOOR_REAR_LEFT || task->m_nTargetDoor == TARGET_DOOR_REAR_RIGHT);
float targetAngle = 0;
if (task->m_nTargetDoor == 10 || task->m_nTargetDoor == TARGET_DOOR_REAR_LEFT) // 10 = front left door
targetAngle = task->m_pTargetVehicle->GetHeading() - M_PI_2;
else
targetAngle = task->m_pTargetVehicle->GetHeading() + M_PI_2;
if (targetAngle < -M_PI) targetAngle += M_PI*2;
if (targetAngle > M_PI) targetAngle -= M_PI*2;
// create actionArg with bitflags to tell libsm64 how to play the anims
uint32_t arg = (task->m_nTargetDoor == 10 || task->m_nTargetDoor == TARGET_DOOR_REAR_LEFT) ? SM64_VEHICLE_DOOR_LEFT : SM64_VEHICLE_DOOR_RIGHT;
if (task->m_pTargetVehicle->m_nVehicleClass == VEHICLE_BIKE || task->m_pTargetVehicle->m_nVehicleClass == VEHICLE_BMX)
arg |= SM64_VEHICLE_BIKE;
// calculate car seat target position
CVehicleModelInfo* modelInfo = (CVehicleModelInfo*)CModelInfo::GetModelInfo(task->m_pTargetVehicle->m_nModelIndex);
CVector seatPos = modelInfo->m_pVehicleStruct->m_avDummyPos[4]; // DUMMY_SEAT_FRONT
seatPos.z -= 0.375f;
seatPos.y += 0.375f;
// by default, seatPos.x is passenger seat. if entering from left side, invert X pos to get driver seat
if (arg & SM64_VEHICLE_BIKE)
seatPos.x = 0.005f;
if (arg & SM64_VEHICLE_DOOR_LEFT)
seatPos.x *= -1;
CVector startPos = *(task->m_pTargetVehicle->m_matrix) * seatPos;
seatPos.x += 1.1f * sign(seatPos.x);
seatPos.y -= 0.35f;
CVector targetPos = *(task->m_pTargetVehicle->m_matrix) * seatPos;
targetPos.z = sm64_surface_find_floor_height(targetPos.x/MARIO_SCALE, targetPos.z/MARIO_SCALE, -targetPos.y/MARIO_SCALE) * MARIO_SCALE;
// set the action!
if (task->m_pSubTask)
{
CTask* sub = task->m_pSubTask;
// calling sub->GetID() returns some garbage number, so i copied this from plugin_sa CTask.cpp
eTaskType taskID = ((eTaskType (__thiscall *)(CTask *))plugin::GetVMT(sub, 4))(sub);
switch(taskID)
{
case TASK_SIMPLE_CAR_GET_OUT:
{
CTaskSimpleCarGetOut* subTask = (CTaskSimpleCarGetOut*)sub;
if (!subTask->m_isUpsideDown)
{
if (marioState.action != ACT_LEAVE_VEHICLE_JUMPOUT)
sm64_set_mario_action_arg(marioId, ACT_LEAVE_VEHICLE_JUMPOUT, arg);
if (marioState.actionTimer < 7)
{
// jumping outside
CVector newPos(
lerp(startPos.x, targetPos.x, marioState.actionTimer/7.f),
lerp(startPos.y, targetPos.y, marioState.actionTimer/7.f),
lerp(startPos.z, targetPos.z, marioState.actionTimer/7.f)
);
marioSetPos(newPos, false);
}
else
{
// now outside
marioSetPos(targetPos, false);
}
sm64_set_mario_faceangle(marioId, targetAngle);
}
else
{
// crawling out
float faceangle = -atan2f(-targetPos.y + startPos.y, targetPos.x - startPos.x) + M_PI_2;
if (marioState.action != ACT_VEHICLE_CRAWL_OUT)
sm64_set_mario_action(marioId, ACT_VEHICLE_CRAWL_OUT);
if (marioState.actionTimer < 45)
{
CVector newPos(
lerp(startPos.x, targetPos.x, marioState.actionTimer/45.f),
lerp(startPos.y, targetPos.y, marioState.actionTimer/45.f),
targetPos.z
);
marioSetPos(newPos, false);
}
else
marioSetPos(targetPos, false);
sm64_set_mario_faceangle(marioId, faceangle);
}
}
break;
case TASK_SIMPLE_CAR_CLOSE_DOOR_FROM_OUTSIDE:
{
if (marioState.action != ACT_LEAVE_VEHICLE_CLOSEDOOR)
sm64_set_mario_action_arg(marioId, ACT_LEAVE_VEHICLE_CLOSEDOOR, arg);
marioSetPos(targetPos, false);
float faceDoorAngle = targetAngle + M_PI;
if (faceDoorAngle < -M_PI) faceDoorAngle += M_PI*2;
if (faceDoorAngle > M_PI) faceDoorAngle -= M_PI*2;
sm64_set_mario_faceangle(marioId, faceDoorAngle);
}
break;
case TASK_SIMPLE_CAR_JUMP_OUT:
if (jumpedOut < 5)
{
sm64_set_mario_forward_velocity(marioId, 70);
sm64_set_mario_faceangle(marioId, targetAngle);
CVector targetPos = *(task->m_pTargetVehicle->m_matrix) * seatPos;
marioSetPos(CVector(targetPos.x, targetPos.y, startPos.z), false);
}
if (marioState.action != ACT_DIVE && !jumpedOut)
{
sm64_set_mario_action(marioId, ACT_DIVE);
}
jumpedOut++;
break;
}
}
}
else
{
jumpedOut = 0;
if (marioState.action == ACT_LEAVE_VEHICLE_JUMPOUT || marioState.action == ACT_LEAVE_VEHICLE_CLOSEDOOR || marioState.action == ACT_VEHICLE_CRAWL_OUT)
sm64_set_mario_action(marioId, ACT_IDLE);
}
static bool _fallen = false;
if (ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_COMPLEX_CAR_SLOW_BE_DRAGGED_OUT))
{
// get dragged out of vehicle - animation handling
uint32_t arg = (ped->m_pVehicle->IsDriver(ped)) ? SM64_VEHICLE_DOOR_LEFT : SM64_VEHICLE_DOOR_RIGHT;
if (ped->m_pVehicle->m_nVehicleClass == VEHICLE_BIKE || ped->m_pVehicle->m_nVehicleClass == VEHICLE_BMX)
arg |= SM64_VEHICLE_BIKE;
// calculate car seat target position
CVehicleModelInfo* modelInfo = (CVehicleModelInfo*)CModelInfo::GetModelInfo(ped->m_pVehicle->m_nModelIndex);
CVector seatPos = modelInfo->m_pVehicleStruct->m_avDummyPos[4]; // DUMMY_SEAT_FRONT
seatPos.z -= 0.375f;
seatPos.y += 0.375f;
// by default, seatPos.x is passenger seat. if entering from left side, invert X pos to get driver seat
if (arg & SM64_VEHICLE_BIKE)
seatPos.x = 0.005f;
if (arg & SM64_VEHICLE_DOOR_LEFT)
seatPos.x *= -1;
CVector startPos = *(ped->m_pVehicle->m_matrix) * seatPos;
seatPos.x += 1.1f * sign(seatPos.x);
seatPos.y -= 0.35f;
CVector targetPos = *(ped->m_pVehicle->m_matrix) * seatPos;
if (!_fallen && marioState.action != ACT_VEHICLE_JACKED)
{
_fallen = true;
marioSetPos(startPos, false);
sm64_set_mario_action_arg(marioId, ACT_VEHICLE_JACKED, arg);
}
if (marioState.actionState == 2)
{
CVector newPos(
lerp(startPos.x, targetPos.x, marioState.actionTimer/8.f),
lerp(startPos.y, targetPos.y, marioState.actionTimer/8.f),
lerp(startPos.z, targetPos.z, marioState.actionTimer/8.f)
);
marioSetPos(newPos, false);
}
}
else if (ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_COMPLEX_FALL_AND_GET_UP))
{
sm64_set_mario_anim_override(marioId, 0);
if (!_fallen)
{
float _angle1 = (ped->m_pVehicle && ped->m_pVehicle->m_vecMoveSpeed.Magnitude2D()) ? atan2(ped->m_pVehicle->m_vecMoveSpeed.y, ped->m_pVehicle->m_vecMoveSpeed.x) : -1;
float _angle2 = (ped->m_pVehicle) ? ped->m_pVehicle->GetHeading()+M_PI_2 : 0;
if (_angle2 < -M_PI) _angle2 += M_PI*2;
if (_angle2 > M_PI) _angle2 -= M_PI*2;
int angle1 = (int)_angle1;
int angle2 = (int)_angle2;
_fallen = true;
if (angle1 != angle2)
sm64_set_mario_action_arg(marioId, ACT_HARD_BACKWARD_AIR_KB, 1);
else
sm64_set_mario_action_arg(marioId, ACT_HARD_FORWARD_AIR_KB, 1);
}
}
else if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_SIMPLE_NAMED_ANIM)))
{
CTaskSimpleRunNamedAnim* task = static_cast<CTaskSimpleRunNamedAnim*>(baseTask);
runAnimKey(task, marioId);
}
else if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_COMPLEX_USE_SEQUENCE)))
{
CTaskComplexUseSequence* task = static_cast<CTaskComplexUseSequence*>(baseTask);
if (task->m_pSubTask)
{
CTaskComplex* sub = static_cast<CTaskComplex*>(task->m_pSubTask);
eTaskType sub_taskID = ((eTaskType (__thiscall *)(CTask *))plugin::GetVMT(sub, 4))(sub);
if (sub_taskID == TASK_COMPLEX_SEQUENCE)
{
CTaskComplexSequence2* sub2 = static_cast<CTaskComplexSequence2*>(sub);
CTask* sub2_aTask = sub2->m_aTasks[sub2->m_nCurrentTaskIndex];
eTaskType aTaskID = ((eTaskType (__thiscall *)(CTask *))plugin::GetVMT(sub2_aTask, 4))(sub2_aTask);
if (aTaskID == TASK_SIMPLE_SLIDE_TO_COORD)
{
// class CTaskSimpleSlideToCoord : public CTaskSimpleRunNamedAnim
CTaskSimpleRunNamedAnim* animTask = static_cast<CTaskSimpleRunNamedAnim*>(sub2_aTask);
runAnimKey(animTask, marioId);
}
}
else if (sub_taskID == TASK_COMPLEX_USE_MOBILE_PHONE)
handlePhoneTask(sub, marioId);
}
}
else if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_COMPLEX_USE_MOBILE_PHONE)))
{
handlePhoneTask((CTaskComplex*)baseTask, marioId);
}
else if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_SIMPLE_CLIMB)))
{
// only happens in Catalyst when getting into the train
CTaskSimpleClimb* task = static_cast<CTaskSimpleClimb*>(baseTask);
sm64_set_mario_action_arg(marioId, ACT_CUSTOM_ANIM_TO_ACTION, 1);
sm64_set_mario_action_arg2(marioId, ACT_IDLE);
sm64_set_mario_animation(marioId, MARIO_ANIM_CUSTOM_CLIMB_CJ);
}
else if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_SIMPLE_SWIM)))
{
CTaskSimpleSwim* task = static_cast<CTaskSimpleSwim*>(baseTask);
if ((marioState.action & ACT_GROUP_MASK) == ACT_GROUP_SUBMERGED && marioState.velocity[1] < 0 && task->m_nSwimState < SWIM_SPRINTING)
{
// submerge CJ
task->m_nSwimState = SWIM_DIVE_UNDERWATER;
ped->m_pPlayerData->m_fMoveBlendRatio = 0;
}
}
else
{
_fallen = false;
resetLastAnim();
}
}
void marioPedTasksMaxFPS(CPlayerPed* ped, const int& marioId)
{
CTask* baseTask;
int16_t animFrame = marioState.animInfo.animFrame;
int16_t loopEnd = (marioState.animInfo.curAnim) ? marioState.animInfo.curAnim->loopEnd : 0;
const CWeapon& activeWeapon = ped->m_aWeapons[ped->m_nActiveWeaponSlot];
if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_COMPLEX_GO_PICKUP_ENTITY)))
{
CTaskComplexGoPickUpEntity* task = static_cast<CTaskComplexGoPickUpEntity*>(baseTask);
sm64_set_mario_anim_override(marioId, 0);
if (task->m_pSubTask)
{
CTask* sub = task->m_pSubTask;
removeObject(task->m_pEntity);
// calling sub->GetID() returns some garbage number, so i copied this from plugin_sa CTask.cpp
eTaskType taskID = ((eTaskType (__thiscall *)(CTask *))plugin::GetVMT(sub, 4))(sub);
// for this complex task, we're only checking for one case
static int wait = 0;
if (taskID == TASK_SIMPLE_PICKUP_ENTITY)
{
if (marioState.action != ACT_CUSTOM_ANIM_TO_ACTION && !wait)
{
wait = CTimer::m_snTimeInMilliseconds;
sm64_set_mario_action_arg(marioId, ACT_CUSTOM_ANIM_TO_ACTION, 1);
sm64_set_mario_action_arg2(marioId, ACT_HOLD_IDLE);
sm64_set_mario_animation(marioId, MARIO_ANIM_CUSTOM_PICKUP_SLOW);
}
else if (CTimer::m_snTimeInMilliseconds - wait < 500)
sm64_set_mario_anim_frame(marioId, 0);
moveEntityToMarioHands((CTaskSimpleHoldEntity2*)sub, (marioState.animInfo.animID == MARIO_ANIM_CUSTOM_PICKUP_SLOW) ? (float)animFrame/(float)loopEnd : 1.f);
}
else
wait = 0;
}
}
else if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_SIMPLE_PUTDOWN_ENTITY)))
{
CTaskSimpleHoldEntity2* task = static_cast<CTaskSimpleHoldEntity2*>(baseTask);
moveEntityToMarioHands(task, (float)(loopEnd - animFrame - 10)/(float)(loopEnd-10));
sm64_set_mario_anim_override(marioId, 0);
if (marioState.action != ACT_CUSTOM_ANIM_TO_ACTION && task->m_pEntityToHold)
{
sm64_set_mario_action_arg(marioId, ACT_CUSTOM_ANIM_TO_ACTION, 1);
sm64_set_mario_action_arg2(marioId, ACT_IDLE);
sm64_set_mario_animation(marioId, MARIO_ANIM_CUSTOM_PUTDOWN_SLOW);
}
}
else if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_SIMPLE_HOLD_ENTITY)))
{
CTaskSimpleHoldEntity2* task = static_cast<CTaskSimpleHoldEntity2*>(baseTask);
moveEntityToMarioHands(task);
sm64_set_mario_anim_override(marioId, 0);
}
else if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_SIMPLE_STEALTH_KILL)))
{
CTaskSimpleStealthKill* task = static_cast<CTaskSimpleStealthKill*>(baseTask);
//char buf[256];
//sprintf(buf, "stealth %d %d %d %d", task->b_bIsAborting, task->b_bIsFinished, task->m_bKeepTargetAlive, task->m_nTime);
//CHud::SetMessage(buf);
sm64_set_mario_action_arg(marioId, ACT_CUSTOM_ANIM_TO_ACTION, 1);
sm64_set_mario_action_arg2(marioId, ACT_IDLE);
sm64_set_mario_animation(marioId, MARIO_ANIM_CUSTOM_STEALTH_KILL);
}
else if ((baseTask = ped->m_pIntelligence->m_TaskMgr.FindActiveTaskByType(TASK_SIMPLE_USE_GUN)))
{
CTaskSimpleUseGun* task = static_cast<CTaskSimpleUseGun*>(baseTask);
bool moving = (ped->m_vecMoveSpeed.x || ped->m_vecMoveSpeed.y);
static float armsShoot = 0;
static float torsoShoot = 0;
if (task->m_pWeaponInfo && task->m_pWeaponInfo->m_nFlags.bAimWithArm)
{
// used with normal pistol, sawed-off shotgun and uzi/tec9
bool reloading = (activeWeapon.m_nState == WEAPONSTATE_RELOADING);
if (!reloading && gunAnimOverrideTable.count(marioState.animInfo.animOverride.current))
{
sm64_set_mario_anim_override(marioId, gunAnimOverrideTable[marioState.animInfo.animOverride.current]);
// get rotations for arms...
static float rightArmShoot = 0;
static float leftArmShoot = 0;
if (task->bRightHand) rightArmShoot = (task->m_nFireGunThisFrame * task->bRightHand) / 1.0f;
if (task->bLefttHand) leftArmShoot = (task->m_nFireGunThisFrame * task->bLefttHand) / 2.f;
rightArmShoot /= 1.5f;
leftArmShoot /= 2.f;
float updown = (marioState.headAngle[0] >= 0) ? 16 : -8; // if looking up or down
float rightarm[] = {
(task->m_ArmIKInUse) ? -(float)M_PI_2-marioState.headAngle[0]*4.f : -(float)M_PI,
(task->m_ArmIKInUse) ? (float)M_PI_2+marioState.headAngle[0]*updown : 0,
( (task->m_ArmIKInUse) ? marioState.headAngle[1]-0.45f : 0 ) - rightArmShoot
};
float leftarm[] = {
(task->m_ArmIKInUse) ? -(float)M_PI_2-marioState.headAngle[0]*4.f : 0,
(task->m_ArmIKInUse) ? -(float)M_PI_2-marioState.headAngle[0]*updown : 0,
( (task->m_ArmIKInUse) ? marioState.headAngle[1]+0.45f : 0 ) + leftArmShoot
};
sm64_set_mario_rightarm_angle(marioId, rightarm[0], rightarm[1], rightarm[2]);
if (task->m_pWeaponInfo->m_nFlags.bTwinPistol)
sm64_set_mario_leftarm_angle(marioId, leftarm[0], leftarm[1], leftarm[2]);
}
else
{
// no animation or is reloading gun
sm64_set_mario_anim_override(marioId, 0);
sm64_set_mario_rightarm_angle(marioId, 0, 0, 0);
sm64_set_mario_leftarm_angle(marioId, 0, 0, 0);
}
}
else if (sideAnimWeaponIDs.count(activeWeapon.m_eWeaponType))
{
// heavier weapon (deagle, shotgun, mp5, rifles...)
sm64_set_mario_anim_override(marioId, (moving) ? MARIO_ANIM_CUSTOM_RIFLE_AIM_WALK : MARIO_ANIM_CUSTOM_RIFLE_AIM);
if (task->m_nFireGunThisFrame && weaponKnockbacks.count(activeWeapon.m_eWeaponType))
{
armsShoot = weaponKnockbacks[activeWeapon.m_eWeaponType].first;
torsoShoot = weaponKnockbacks[activeWeapon.m_eWeaponType].second;
}
armsShoot /= 1.1f;
torsoShoot /= 1.1f;
sm64_set_mario_rightarm_angle(marioId, 0, -armsShoot, 0);
sm64_set_mario_leftarm_angle(marioId, 0, -armsShoot, 0);
sm64_set_mario_torsoangle(marioId, -torsoShoot/2.75f, 0, torsoShoot);
}
else if (shoulderWeaponIDs.count(activeWeapon.m_eWeaponType))
{
// rocket launcher
sm64_set_mario_anim_override(marioId, (moving) ? MARIO_ANIM_CUSTOM_RIFLE_AIM_WALK : MARIO_ANIM_CUSTOM_RIFLE_AIM);
sm64_set_mario_rightarm_angle(marioId, 0, 0, 0);
sm64_set_mario_leftarm_angle(marioId, 0, 0, 0);
}
else if (heavyWeaponIDs.count(activeWeapon.m_eWeaponType))
{
// minigun, flamethrower, extinguisher
sm64_set_mario_anim_override(marioId, (moving) ? MARIO_ANIM_CUSTOM_GUNHEAVY_AIM_WALK : MARIO_ANIM_CUSTOM_GUNHEAVY_AIM);
sm64_set_mario_rightarm_angle(marioId, 0, 0, 0);
sm64_set_mario_leftarm_angle(marioId, 0, 0, 0);
}
else if (lightWeaponIDs.count(activeWeapon.m_eWeaponType))
{
sm64_set_mario_anim_override(marioId, (moving) ? MARIO_ANIM_CUSTOM_GUNLIGHT_AIM_WALK : MARIO_ANIM_CUSTOM_GUNLIGHT_AIM);
if (weaponKnockbacks.count(activeWeapon.m_eWeaponType))
{
if (task->m_nFireGunThisFrame)
{
armsShoot = weaponKnockbacks[activeWeapon.m_eWeaponType].first;
torsoShoot = weaponKnockbacks[activeWeapon.m_eWeaponType].second;
}
armsShoot /= 1.1f;
torsoShoot /= 1.1f;
sm64_set_mario_rightarm_angle(marioId, -armsShoot, 0, 0);
sm64_set_mario_torsoangle(marioId, -torsoShoot, 0, 0);
}
else if (task->m_nFireGunThisFrame && activeWeapon.m_eWeaponType == WEAPON_SPRAYCAN)
sm64_set_mario_rightarm_angle(marioId, sinf(CTimer::m_snTimeInMilliseconds/300.f) / 1.5f, 0, (sinf(CTimer::m_snTimeInMilliseconds/150.f)) / 3.5f);
else
sm64_set_mario_rightarm_angle(marioId, 0, 0, 0);
}
else
{
sm64_set_mario_anim_override(marioId, 0);
sm64_set_mario_rightarm_angle(marioId, 0, 0, 0);
sm64_set_mario_leftarm_angle(marioId, 0, 0, 0);
}
}
else
{
sm64_set_mario_rightarm_angle(marioId, 0, 0, 0);
sm64_set_mario_leftarm_angle(marioId, 0, 0, 0);
CWeaponInfo* info = CWeaponInfo::GetWeaponInfo(activeWeapon.m_eWeaponType, ped->GetWeaponSkill());
if (sideAnimWeaponIDs.count(activeWeapon.m_eWeaponType) && gunSideAnimOverrideTable.count(marioState.animInfo.animOverride.current))
sm64_set_mario_anim_override(marioId, gunSideAnimOverrideTable[marioState.animInfo.animOverride.current]);
else if (shoulderWeaponIDs.count(activeWeapon.m_eWeaponType) && gunShoulderAnimOverrideTable.count(marioState.animInfo.animOverride.current))
sm64_set_mario_anim_override(marioId, gunShoulderAnimOverrideTable[marioState.animInfo.animOverride.current]);
else if (heavyWeaponIDs.count(activeWeapon.m_eWeaponType) && gunHeavyAnimOverrideTable.count(marioState.animInfo.animOverride.current) && activeWeapon.m_eWeaponType != WEAPON_EXTINGUISHER)
sm64_set_mario_anim_override(marioId, gunHeavyAnimOverrideTable[marioState.animInfo.animOverride.current]);
else
sm64_set_mario_anim_override(marioId, 0);
}
//char buf[32];
//sprintf(buf, "%d %d %d", marioState.animInfo.animOverride.current, marioState.actionState, marioState.animInfo.animFrame);
//CHud::SetMessage(buf);
/*
char buf[256] = {0};
char a[32];
for (int i=0; i<TASK_PRIMARY_MAX; i++)
{
sprintf(a, (ped->m_pIntelligence->m_TaskMgr.m_aPrimaryTasks[i]) ? "%x" : "%x ", ped->m_pIntelligence->m_TaskMgr.m_aPrimaryTasks[i]);
strcat(buf, a);
if (ped->m_pIntelligence->m_TaskMgr.m_aPrimaryTasks[i])
{
CTask* task = ped->m_pIntelligence->m_TaskMgr.m_aPrimaryTasks[i];
eTaskType taskID = ((eTaskType (__thiscall *)(CTask *))plugin::GetVMT(task, 4))(task);
sprintf(a, "(%d) ", taskID);
strcat(buf, a);
}
}
strcat(buf, "- ");
for (int i=0; i<TASK_SECONDARY_MAX; i++)
{
sprintf(a, (i == TASK_SECONDARY_MAX-1 || ped->m_pIntelligence->m_TaskMgr.m_aSecondaryTasks[i]) ? "%x" : "%x ", ped->m_pIntelligence->m_TaskMgr.m_aSecondaryTasks[i]);
strcat(buf, a);
if (ped->m_pIntelligence->m_TaskMgr.m_aSecondaryTasks[i])
{
CTask* task = ped->m_pIntelligence->m_TaskMgr.m_aSecondaryTasks[i];
eTaskType taskID = ((eTaskType (__thiscall *)(CTask *))plugin::GetVMT(task, 4))(task);
sprintf(a, (i == TASK_SECONDARY_MAX-1) ? "(%d)" : "(%d) ", taskID);
strcat(buf, a);
}
}
CHud::SetMessage(buf);
*/
}