// Constructor for this entity type
// Notes: Do not allocate space for the entity itself! This is handled
// by the entity factory. This function is for allocation of
// any other necessary memory. Perhaps a dynamically allocated
// string, or other various memory allocations that are to be
// pointed to by this entity.
void ItemParticleConstruct( ENTITY *self, float *x, float *y )
{
VECTOR2D vel = {
(float)RandomInt( -ITEM_PARTICLE_VELOCITY_RANGE, ITEM_PARTICLE_VELOCITY_RANGE ),
(float)RandomInt( -ITEM_PARTICLE_VELOCITY_RANGE, ITEM_PARTICLE_VELOCITY_RANGE ) },
accel = { 0 };
ALD ALdata = { 0 };
// Add various components
AddSpriteComponent( self, FIND_DATA( P_IMAGE, IMAGE_TABLE, "ItemParticle.AEArt" ), ENABLE_CAM );
AddPositionComponent( self, (int)x, (int)y );
AddPhysicsComponent( self, (int)&vel, (int)&accel );
AddActionListComponent( self );
// Set the properties flag of this object
self->properties = 0;
self->CLASS_NAME = CLASS_NAME;
self->zOrder = 1;
ALdata.flag |= BLOCKING;
ALdata.ID = ALT_PAUSE;
ALdata.timerEnd = ITEM_PARTICLE_DELAY;
ActionListAddAction( (AL *)self->comps.AL, &ALdata );
ALdata.ID = ALT_DESTROY;
ActionListAddAction( (AL *)self->comps.AL, &ALdata );
}
// ---
DATA_PROC AVP_bool DATA_PARAM DATA_Merge(
HDATA data,
AVP_dword* addr,
HDATA data2,
AVP_dword* addr2,
HDATA* result,
AVP_dword flags,
AVP_Merge_Param* param
) {
if ( !data || !data2 || (result && *result == data) ) {
_RPT0( _CRT_ASSERT, "Bad parameters" );
return 0;
}
FIND_DATA( data, addr );
FIND_DATA( data2, addr2 );
if ( !result )
result = &data;
_RPT0( _CRT_ASSERT, "Merge is not working at the moment !" );
return 0;
}
//
// ClassUpdate
// Purpose: This update function modifies the owner's current velocity
// by the component's constants if specific input conditions are met
//
void PlaCUpdate( PLAC *self, float *dt )
{
VECTOR2D inputVector = { 0 }, pos = { 0 };
SendEntityMessage( self->base.owner, EM_GETINVEC, (int)&inputVector, 0 );
SendEntityMessage( self->base.owner, EM_GETPOS, (int)&pos.x_, (int)&pos.y_ );
// Initiate jump if canJump currently
if(IsKeyPressed( VK_UP ) && self->canJump && self->playerState != PLAYER_STATE_ATTACKING_1)
{
self->canJump = FALSE;
inputVector.y_ = PLAYER_JUMP_HEIGHT;
self->jumping = TRUE;
SendEntityMessage( self->base.owner, EM_SETHTBTM, FALSE, 0 );
SendEntityMessage( self->base.owner, EM_SETINVEC, (int)&inputVector, 0 );
}
// Enable jumping if hit a tile on bottom of player
if(!self->jumping && !IsKeyPressed( VK_UP ) && self->canJump == FALSE)
{
inputVector.y_ = 0;
SendEntityMessage( self->base.owner, EM_SETINVEC, (int)&inputVector, 0 );
self->canJump = TRUE;
}
// Move left
if(IsKeyPressed( VK_LEFT ) && self->playerState != PLAYER_STATE_ATTACKING_1)
{
inputVector.x_ = -LEFT_RIGHT_SPEED;
self->playerState = PLAYER_STATE_MOVING;
self->faceDir = FALSE;
SendEntityMessage( self->base.owner, EM_SETINVEC, (int)&inputVector, 0 );
}
// Move right
if(IsKeyPressed( VK_RIGHT ) && self->playerState != PLAYER_STATE_ATTACKING_1)
{
inputVector.x_ = LEFT_RIGHT_SPEED;
self->playerState = PLAYER_STATE_MOVING;
self->faceDir = TRUE;
SendEntityMessage( self->base.owner, EM_SETINVEC, (int)&inputVector, 0 );
}
// Zero input vector x if left or right key not pressed
else if(!IsKeyPressed( VK_RIGHT ) && !IsKeyPressed( VK_LEFT ))
{
inputVector.x_ = 0;
SendEntityMessage( self->base.owner, EM_SETINVEC, (int)&inputVector, 0 );
}
// Space bar for attacking!
if(IsKeyPressed( VK_SPACE ) && !self->jumping && self->playerState != PLAYER_STATE_ATTACKING_1)
{
DDD data = { 0 };
data.damage = 10;
data.WH.x_ = 1.f;
data.WH.y_ = 1.f;
data.delay = .30f;
SendEntityMessage( self->base.owner, EM_GETPOS, (int)&data.pos.x_, (int)&data.pos.y_ );
self->playerState = PLAYER_STATE_ATTACKING_1;
inputVector.x_ = 0;
SendEntityMessage( self->base.owner, EM_SETINVEC, (int)&inputVector, 0 );
if(self->faceDir)
data.pos.x_ += 4.f;
else
data.pos.x_ -= 5.f;
CreateEntity( "DAMAGE_DEALER", (int)&data, (int)FIND_DATA( P_IMAGE, IMAGE_TABLE, "TestDamage.AEArt" ) );
}
if(IsKeyPressed( VK_I ) && self->inventoryDT == 0)
{
self->inventoryDT += *dt;
SendEntityMessage( self->base.owner, EM_INVTDRAW, 0, 0 );
}
if(self->inventoryDT < INVENTORY_BUTTON_DEBOUNCE_TIME && self->inventoryDT != 0 && !IsKeyPressed( VK_I ))
{
self->inventoryDT += *dt;
}
if(self->inventoryDT >= INVENTORY_BUTTON_DEBOUNCE_TIME)
{
self->inventoryDT = 0;
}
// Update player's attack
if(self->playerState == PLAYER_STATE_ATTACKING_1)
{
self->dt += *dt;
// Reset timer + player state if time threshold met + not press space
if(self->dt > PLAYER_ATTACK_SPEED_SECONDS && !IsKeyPressed( VK_SPACE ))
{
self->dt = 0;
self->playerState = PLAYER_STATE_IDLE;
}
}
// Idle the player if no keys are pressed and not jumping or attacking
if(!IsKeyPressed( VK_LEFT ) && !IsKeyPressed( VK_RIGHT ) && !IsKeyPressed( VK_SPACE )
&& !self->jumping && self->playerState != PLAYER_STATE_ATTACKING_1)
{
self->playerState = PLAYER_STATE_IDLE;
}
SendEntityMessage( self->base.owner, EM_CLDOFFLC, (int)"RUNNING_RIGHT", 0 );
SendEntityMessage( self->base.owner, EM_CLDOFFLC, (int)"RUNNING_LEFT", 0 );
SendEntityMessage( self->base.owner, EM_CLDOFFLC, (int)"JUMPING_RIGHT", 0 );
SendEntityMessage( self->base.owner, EM_CLDOFFLC, (int)"JUMPING_LEFT", 0 );
SendEntityMessage( self->base.owner, EM_CLDOFFLC, (int)"ATTACK_1_LEFT", 0 );
SendEntityMessage( self->base.owner, EM_CLDOFFLC, (int)"ATTACK_1_RIGHT", 0 );
SendEntityMessage( self->base.owner, EM_CLDOFFLC, (int)"IDLE_RIGHT", 0 );
SendEntityMessage( self->base.owner, EM_CLDOFFLC, (int)"IDLE_LEFT", 0 );
switch(self->playerState)
{
case PLAYER_STATE_IDLE:
if(self->faceDir && !self->jumping) // facing right
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"IDLE_RIGHT", 0 );
else if(!self->jumping)
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"IDLE_LEFT", 0 );
if(self->faceDir && self->jumping)
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"JUMPING_RIGHT", 0 );
else if(self->jumping)
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"JUMPING_LEFT", 0 );
break;
case PLAYER_STATE_MOVING:
if(self->faceDir && !self->jumping) // facing right
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"RUNNING_RIGHT", 0 );
else if(!self->jumping)
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"RUNNING_LEFT", 0 );
if(self->faceDir && self->jumping)
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"JUMPING_RIGHT", 0 );
else if(self->jumping)
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"JUMPING_LEFT", 0 );
break;
case PLAYER_STATE_ATTACKING_1:
if(self->faceDir) // facing right
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"ATTACK_1_RIGHT", 0 );
else
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"ATTACK_1_LEFT", 0 );
break;
case PLAYER_STATE_HIT:
if(self->faceDir) // facing right
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"HIT_RIGHT", 0 );
else
SendEntityMessage( self->base.owner, EM_CLDONLC, (int)"HIT_LEFT", 0 );
break;
}
}
// ---
DATA_PROC AVP_bool DATA_PARAM DATA_Serialize( HDATA data, AVP_dword* addr, AVP_Serialize_Data* opt, void* buffer, AVP_dword buffer_size, AVP_dword* size_out ) {
AVP_word magic;
AVP_dword version;
AVP_dword max_size;
AVP_dword* include;
AVP_dword* exclude;
AVP_bool root_siblings;
Serialize sz;
Buffer_Proc flush;
FIND_DATA( data, addr );
/*
size_to_save =
sizeof( ((AVP_Serialize_Data*)0)->magic ) + // magic number
sizeof( ((AVP_Serialize_Data*)0)->version ) + // version
sizeof( ((AVP_Serialize_Data*)0)->translate_method ) + // translate_method
sizeof( ((AVP_Serialize_Data*)0)->header_size ); // header size
*/
if ( opt ) {
include = opt->props_include;
exclude = opt->props_exclude;
opt->version = 1;
}
else {
include = 0;
exclude = 0;
}
if ( buffer ) {
if ( buffer_size ) {
max_size = buffer_size;
flush = opt ? opt->proc : 0;
}
else {
_RPT0( _CRT_ASSERT, "Bad parameters" );
if ( size_out )
*size_out = 0;
return 0;
}
}
else {
flush = 0;
max_size = (AVP_dword)-1;
}
init_put_bytes( &sz, buffer, max_size, flush, opt ? opt->user_data : 0 );
magic = 0xadad;
if ( put_word(&sz, &magic) != sizeof(magic) ) {
if ( size_out )
*size_out = sz.tsize;
return 0;
}
version = 1;
if ( opt ) {
root_siblings = opt->root_siblings;
opt->version = 1;
}
else
root_siblings = 1;
if ( put_dword (&sz, &version) != sizeof(version) ) {
if ( size_out )
*size_out = sz.tsize;
return 0;
}
if ( put_dword (&sz, &sz.crc_cluster) != sizeof(sz.crc_cluster) ) {
if ( size_out )
*size_out = sz.tsize;
return 0;
}
sz.crc = -1;
if ( 0 == DATA_Put(&sz,(AVP_Data*)data,root_siblings,include,exclude) ) {
if ( size_out )
*size_out = sz.tsize;
return 0;
}
else {
AVP_dword res = flush_put_bytes( &sz );
if ( size_out )
*size_out = sz.tsize;
return res != 0;
}
}
// Constructor for this entity type
// Notes: Do not allocate space for the entity itself! This is handled
// by the entity factory. This function is for allocation of
// any other necessary memory. Perhaps a dynamically allocated
// string, or other various memory allocations that are to be
// pointed to by this entity.
void HeroConstruct( ENTITY *self, int hp )
{
VECTOR2D vel = { 0.f, 0.f }, accel = { 0 }, pos = { 5.0f, 20.0f }, widthHeight = { 4.f, 9.f };
GlobalCamInit( 0, 0, self );
// Add cloud component
AddCloudComponent( self, 101, ENABLE_CAM );
// Insert loci into cloud
SendComEM( self->comps.GC, EM_INSLOCUS,
(int)AllocateAnimationLocus( "RUNNING_RIGHT", 0.f, 0.f, 0, .15f, "ManRun1.AEArt",
"ManRun2.AEArt",
"ManRun3.AEArt",
"ManRun4.AEArt",
"ManRun5.AEArt",
"ManRun6.AEArt", 0 ), 0 );
SendComEM( self->comps.GC, EM_INSLOCUS,
(int)AllocateImageLocus( "JUMPING_RIGHT", 0.f, 0.f, FIND_DATA( P_IMAGE, IMAGE_TABLE, "ManJump.AEArt" ), 0 ), 0 );
SendComEM( self->comps.GC, EM_INSLOCUS,
(int)AllocateImageLocus( "JUMPING_LEFT", 2.f, 0.f, FIND_DATA( P_IMAGE, IMAGE_TABLE, "ManJumpFlipX.AEArt" ), 0 ), 0 );
SendComEM( self->comps.GC, EM_INSLOCUS,
(int)AllocateAnimationLocus( "RUNNING_LEFT", -2.f, 0.f, 0, .15f, "ManRun1FlipX.AEArt",
"ManRun2FlipX.AEArt",
"ManRun3FlipX.AEArt",
"ManRun4FlipX.AEArt",
"ManRun5FlipX.AEArt",
"ManRun6FlipX.AEArt", 0 ), 0 );
SendComEM( self->comps.GC, EM_INSLOCUS,
(int)AllocateAnimationLocus( "ATTACK_1_RIGHT", -3.f, 0.f, 0, PLAYER_ATTACK_SPEED_SECONDS / 7.f, "ManSwing1.AEArt",
"ManSwing2.AEArt",
"ManSwing3.AEArt",
"ManSwing4.AEArt",
"ManSwing5.AEArt",
"ManSwing6.AEArt",
"ManSwing7.AEArt", 0 ), 0 );
SendComEM( self->comps.GC, EM_INSLOCUS,
(int)AllocateAnimationLocus( "ATTACK_1_LEFT", -2.f, 0.f, 0, PLAYER_ATTACK_SPEED_SECONDS / 7.f, "ManSwing1FlipX.AEArt",
"ManSwing2FlipX.AEArt",
"ManSwing3FlipX.AEArt",
"ManSwing4FlipX.AEArt",
"ManSwing5FlipX.AEArt",
"ManSwing6FlipX.AEArt",
"ManSwing7FlipX.AEArt", 0 ), 0 );
SendComEM( self->comps.GC, EM_INSLOCUS,
(int)AllocateImageLocus( "IDLE_RIGHT", 1.f, 0.f, FIND_DATA( P_IMAGE, IMAGE_TABLE, "WeaponMan.AEArt" ), 0 ), 0 );
SendComEM( self->comps.GC, EM_INSLOCUS,
(int)AllocateImageLocus( "IDLE_LEFT", 1.f, 0.f, FIND_DATA( P_IMAGE, IMAGE_TABLE, "WeaponManFlipX.AEArt" ), 0 ), 0 );
// Set the properties flag of this object
self->properties = PLAYER | DRAWME | GRAVITYME;
// Add in additional components
AddPositionComponent( self, (int)&pos.x_, (int)&pos.y_ );
AddPhysicsComponent( self, (int)&vel, (int)&accel );
AddSquareComponent( self, (int)&widthHeight.x_, (int)&widthHeight.y_ );
AddPlaCComponent( self );
AddHitPointsComponent( self, hp );
AddSmallInventoryComponent( self );
// Any other required initializations
self->CLASS_NAME = CLASS_NAME;
}
