void CCustomObject::OnMotionCommandsClick(ButtonValue* value, bool& bModif, bool& bSafe)
{
ButtonValue* B = dynamic_cast<ButtonValue*>(value); R_ASSERT(B);
switch(B->btn_num){
case 0:
AnimationCreateKey (m_MotionParams->t_current);
break;
case 1:
AnimationDeleteKey (m_MotionParams->t_current);
break;
case 2:{
TProperties* P = TProperties::CreateModalForm("Scale keys");
PropItemVec items;
float from_time=m_MotionParams->min_t,to_time=m_MotionParams->max_t,scale_factor=1.f;
PHelper().CreateFloat (items,"From Time", &from_time, from_time, to_time, 1.f/30.f, 3);
PHelper().CreateFloat (items,"To Time", &to_time, from_time, to_time, 1.f/30.f, 3);
PHelper().CreateFloat (items,"Scale", &scale_factor, -1000.f, 1000.f);
P->AssignItems (items);
if (mrOk==P->ShowPropertiesModal()){
m_Motion->ScaleKeys(from_time,to_time,scale_factor);
}
TProperties::DestroyForm(P);
float mx; m_Motion->GetLength(0,&mx);
if (m_MotionParams->max_t<mx){
m_MotionParams->max_t=mx;
m_Motion->SetParam (m_MotionParams->min_t*30.f,m_MotionParams->max_t*30.f,30.f);
}
}break;
case 3:{
TProperties* P = TProperties::CreateModalForm("Normalize keys");
PropItemVec items;
float from_time=m_MotionParams->min_t,to_time=m_MotionParams->max_t,speed=5.f;
PHelper().CreateFloat (items,"From Time", &from_time, from_time, to_time, 1.f/30.f, 3);
PHelper().CreateFloat (items,"To Time", &to_time, from_time, to_time, 1.f/30.f, 3);
PHelper().CreateFloat (items,"Speed (m/sec)", &speed, 0.f, 100.f);
P->AssignItems (items);
if (mrOk==P->ShowPropertiesModal()){
m_Motion->NormalizeKeys(from_time,to_time,speed);
}
TProperties::DestroyForm(P);
float mx; m_Motion->GetLength(0,&mx);
if (m_MotionParams->max_t<mx){
m_MotionParams->max_t=mx;
m_Motion->SetParam (m_MotionParams->min_t*30.f,m_MotionParams->max_t*30.f,30.f);
}
}break;
case 4:{
float mn,mx;
m_Motion->GetLength (&mn,&mx);
m_MotionParams->min_t = mn;
m_MotionParams->max_t = mx;
m_Motion->SetParam (mn*30.f,mx*30.f,30.f);
}break;
}
AnimationUpdate (m_MotionParams->Frame());
bModif = true;
}
void CCustomObject::AnimationOnFrame()
{
VERIFY (m_Motion);
if (Selected()&&m_MotionParams->bPlay)
{
AnimationUpdate (m_MotionParams->Frame());
m_MotionParams->Update (Device.fTimeDelta,1.f,true);
}
}
void EnemyRender( Enemy* enemy )
{
AnimationUpdate( &(enemy->ship_ani) );
int pos_x = (int)roundf(enemy->pos.x-16);
int pos_y = (int)roundf(enemy->pos.y-16);
TextureRender( enemy->sprite_texture, enemy->runner->render,
pos_x, pos_y, &(enemy->ship_ani.rect) );
}
void CCustomObject::OnMotionControlClick(ButtonValue* value, bool& bModif, bool& bSafe)
{
ButtonValue* B = dynamic_cast<ButtonValue*>(value); R_ASSERT(B);
switch(B->btn_num){
case 0:{
m_MotionParams->t_current = m_MotionParams->min_t;
m_MotionParams->tmp = m_MotionParams->t_current;
m_MotionParams->bPlay= FALSE;
}break;
case 1:{
float min_k;
float max_k;
m_Motion->FindNearestKey(m_MotionParams->t_current, min_k, max_k);
m_MotionParams->t_current = min_k;
m_MotionParams->tmp = m_MotionParams->t_current;
m_MotionParams->bPlay= FALSE;
}break;
case 2:{
m_MotionParams->t_current -= 1.f/30.f;
m_MotionParams->tmp = m_MotionParams->t_current;
m_MotionParams->bPlay= FALSE;
}break;
case 3:{
m_MotionParams->bPlay= TRUE;
}break;
case 4:{
m_MotionParams->bPlay= FALSE;
}break;
case 5:{
m_MotionParams->t_current += 1.f/30.f;
m_MotionParams->tmp = m_MotionParams->t_current;
m_MotionParams->bPlay= FALSE;
}break;
case 6:{
float min_k;
float max_k;
m_Motion->FindNearestKey(m_MotionParams->t_current, min_k, max_k);
m_MotionParams->t_current = max_k;
m_MotionParams->tmp = m_MotionParams->t_current;
m_MotionParams->bPlay= FALSE;
}break;
case 7:{
m_MotionParams->t_current = m_MotionParams->max_t;
m_MotionParams->tmp = m_MotionParams->t_current;
m_MotionParams->bPlay = FALSE;
}break;
}
AnimationUpdate (m_MotionParams->Frame());
ExecCommand (COMMAND_UPDATE_PROPERTIES);
bModif = false;
}
void CCustomObject::OnMotionCurrentFrameChange(PropValue* value)
{
if (m_MotionParams->t_current<m_MotionParams->min_t)
m_MotionParams->min_t = m_MotionParams->t_current;
else if (m_MotionParams->t_current>m_MotionParams->max_t)
m_MotionParams->max_t = m_MotionParams->t_current;
m_Motion->SetParam (m_MotionParams->min_t*30.f,m_MotionParams->max_t*30.f,30.f);
m_MotionParams->bPlay= FALSE;
AnimationUpdate (m_MotionParams->Frame());
ExecCommand (COMMAND_UPDATE_PROPERTIES);
}
void FSprite::update(float delta)
{
#ifdef ETC1
if(previous_opacity_ != (float)getOpacity())
{
//Update opacity in shader
getGLProgramState()->setUniformFloat(opacity_location_, (float)getOpacity()/255.0);
previous_opacity_ = (float) getOpacity();
}
#endif
AnimationUpdate();
}
void MoveAnimComponent::setAnim(AnimationSetup *anim, bool idle /*=false*/)
{
//Do nothing if animation is already playing
if( m_activeAnim == anim )
{
m_idle = idle;
return;
}
//Stop last animation if still playing
if( m_activeAnim != 0x0 )
{
GameEvent updateAnim(GameEvent::E_UPDATE_ANIM, &AnimationUpdate(m_activeAnim->JobID, GameEngineAnimParams::Duration, 0, 0), 0);
if (m_owner->checkEvent(&updateAnim))
{
m_owner->executeEvent(&updateAnim);
m_activeAnim = 0x0;
}
}
//If there is no new animation, we have finished
if( anim == 0x0 )
{
if (m_runAnim)
{
// Reset last speeds as we have resetted our current anim
for(int j = 0; j < SPEED_HISTORY_SIZE; j++)
m_lastSpeeds[j] = 0;
}
m_idle = idle;
return;
}
//Play given animation
GameEvent walk(GameEvent::E_PLAY_ANIM, anim, this);
if (m_owner->checkEvent(&walk))
{
m_owner->executeEvent(&walk);
m_activeAnim = anim;
m_idle = idle;
//Calculate time for playing next random idle animation
if( idle )
{
m_idleTime = GameEngine::getAnimLength( m_owner->worldId(), m_activeAnim->Animation );
m_idleTime *= 1.0f + (rand() % 4);
}
}
}
void TitleScreenDoLogic(bool* Continue, bool* Error, Uint32 Milliseconds)
{
(void)Continue;
(void)Error;
cpSpaceStep(space.Space, Milliseconds * 0.001);
for (int i = 0; i < MAX_PLAYERS; i++)
{
PlayerUpdate(&players[i], Milliseconds);
// Check which players have fallen below their start pads
cpVect pos = cpBodyGetPosition(players[i].Body);
if (pos.y < BLOCK_Y)
{
if (!playersEnabled[i])
{
// New player entered
countdownMs = COUNTDOWN_START_MS;
SoundPlay(SoundStart, 1.0);
}
playersEnabled[i] = true;
}
}
if (countdownMs >= 0)
{
const int countdownMsNext = countdownMs - Milliseconds;
// Play a beep every second
if ((countdownMs / 1000) > (countdownMsNext / 1000))
{
SoundPlay(SoundBeep, 1.0);
}
// Start game if counted down to zero
if (countdownMsNext <= 0)
{
TitleScreenEnd();
ToGame();
return;
}
countdownMs = countdownMsNext;
}
Animation *a = Start ? &TitleAnim : &GameOverAnim;
AnimationUpdate(a, Milliseconds);
HighScoreDisplayUpdate(&HSD, Milliseconds);
}
void CCustomObject::OnMotionFilesClick(ButtonValue* value, bool& bModif, bool& bSafe)
{
ButtonValue* B = dynamic_cast<ButtonValue*>(value); R_ASSERT(B);
bModif = false;
xr_string fn;
switch(B->btn_num){
case 0:
if(EFS.GetOpenName("$game_anims$", fn)){
m_Motion->LoadMotion(fn.c_str());
m_MotionParams->Set (m_Motion);
AnimationUpdate (m_MotionParams->Frame());
bModif = true;
ExecCommand (COMMAND_UPDATE_PROPERTIES);
}
break;
case 1:
if(EFS.GetSaveName("$game_anims$", fn))
m_Motion->SaveMotion(fn.c_str());
break;
}
}
void CCustomObject::OnMotionCameraViewChange(PropValue* value)
{
if (m_CO_Flags.is(flCameraView))
AnimationUpdate (m_MotionParams->Frame());
}
// Return whether to keep the particle
static bool ParticleUpdate(Particle *p, const Uint32 ms)
{
p->x += p->dx * ms / 1000;
p->y += p->dy * ms / 1000;
return !AnimationUpdate(&p->anim, ms);
}
void MoveAnimComponent::changeMoveAnim(const std::string& tag, const std::string& name)
{
AnimationSetup* animToDelete = 0x0;
if (tag.compare("moveAnimation") == 0)
{
animToDelete = m_moveAnim;
m_moveAnim = static_cast<AnimationSetup*>(AnimationSetup(name.c_str(), 10, 0, -1.0f, 1.0f, 0.0f).clone());
m_moveAnim->Speed = GameEngine::getAnimSpeed(m_owner->worldId(), m_moveAnim->Animation);
}
else if (tag.compare("idleAnimation") == 0)
{
if (m_idleAnimCount > 0)
animToDelete = m_idleAnim[0];
else m_idleAnimCount++;
m_idleAnim[0] = static_cast<AnimationSetup*>(AnimationSetup(name.c_str(), 10, 0, -1.0f, 0.0f, 0.0f).clone());
}
else if (tag.compare("idleAnimation2") == 0 && m_idleAnimCount > 0)
{
if (m_idleAnimCount > 1)
animToDelete = m_idleAnim[1];
else m_idleAnimCount++;
m_idleAnim[1] = static_cast<AnimationSetup*>(AnimationSetup(name.c_str(), 10, 0, -1.0f, 0.0f, 0.0f).clone());
}
else if (tag.compare("idleAnimation3") == 0 && m_idleAnimCount > 1)
{
if (m_idleAnimCount > 2)
animToDelete = m_idleAnim[2];
else m_idleAnimCount++;
m_idleAnim[2] = static_cast<AnimationSetup*>(AnimationSetup(name.c_str(), 10, 0, -1.0f, 0.0f, 0.0f).clone());
}
else if (tag.compare("idleAnimation4") == 0 && m_idleAnimCount > 2)
{
if (m_idleAnimCount > 3)
animToDelete = m_idleAnim[3];
else m_idleAnimCount++;
m_idleAnim[3] = static_cast<AnimationSetup*>(AnimationSetup(name.c_str(), 10, 0, -1.0f, 0.0f, 0.0f).clone());
}
else if (tag.compare("idleAnimation5") == 0 && m_idleAnimCount > 3)
{
if (m_idleAnimCount > 4)
animToDelete = m_idleAnim[4];
else m_idleAnimCount++;
m_idleAnim[4] = static_cast<AnimationSetup*>(AnimationSetup(name.c_str(), 10, 0, -1.0f, 0.0f, 0.0f).clone());
}
else if (tag.compare("moveBackAnimation") == 0)
{
animToDelete = m_moveBackAnim;
m_moveBackAnim = static_cast<AnimationSetup*>(AnimationSetup(name.c_str(), 10, 0, -1.0f, 1.0f, 0.0f).clone());
m_moveBackAnim->Speed = GameEngine::getAnimSpeed(m_owner->worldId(), m_moveBackAnim->Animation);
}
else if (tag.compare("moveLeftAnimation") == 0)
{
animToDelete = m_moveLeftAnim;
m_moveLeftAnim = static_cast<AnimationSetup*>(AnimationSetup(name.c_str(), 10, 0, -1.0f, 1.0f, 0.0f).clone());
m_moveLeftAnim->Speed = GameEngine::getAnimSpeed(m_owner->worldId(), m_moveLeftAnim->Animation);
}
else if (tag.compare("moveRightAnimation") == 0)
{
animToDelete = m_moveRightAnim;
m_moveRightAnim = static_cast<AnimationSetup*>(AnimationSetup(name.c_str(), 10, 0, -1.0f, 1.0f, 0.0f).clone());
m_moveRightAnim->Speed = GameEngine::getAnimSpeed(m_owner->worldId(), m_moveRightAnim->Animation);
}
else if (tag.compare("runAnimation") == 0)
{
animToDelete = m_runAnim;
m_runAnim = static_cast<AnimationSetup*>(AnimationSetup(name.c_str(), 10, 0, -1.0f, 1.0f, 0.0f).clone());
m_runAnim->Speed = GameEngine::getAnimSpeed(m_owner->worldId(), m_runAnim->Animation);
}
if (m_activeAnim != 0x0 && animToDelete == m_activeAnim)
{
// Stop active anim because it will be deleted
GameEvent updateAnim(GameEvent::E_UPDATE_ANIM, &AnimationUpdate(m_activeAnim->JobID, GameEngineAnimParams::Duration, 0, 0), 0);
if (m_owner->checkEvent(&updateAnim))
{
m_owner->executeEvent(&updateAnim);
m_activeAnim = 0x0;
}
}
// Reset idle state to reload changed idle animation
m_idle = false;
// Now the anim can be safely deleted
delete animToDelete;
}
void MoveAnimComponent::update(float timeStep)
{
if (timeStep > Math::Epsilon)
{
// Only calc next anim if LOD is low enough
if (m_lod < m_LODToStopAnim)
{
//calculate translated distance and speed in x,z plane
Vec3f dist = m_newPos - m_oldPos;
dist.y = 0;
float speed = m_speed * dist.length() / timeStep;
static const float pi3rd = Math::Pi / 3;
//if (m_runAnim)
{
// Currently the average speed is only used for the run animation
m_lastSpeeds[m_currentSpeedIndex] = speed;
m_currentSpeedIndex = (m_currentSpeedIndex + 1) % SPEED_HISTORY_SIZE;
m_avgSpeed = 0;
for (int i = 0; i < SPEED_HISTORY_SIZE; i++)
{
m_avgSpeed += m_lastSpeeds[i];
}
m_avgSpeed /= SPEED_HISTORY_SIZE;
}
// Object is moving
if( m_avgSpeed >= m_moveThreshold && speed > 0)
{
AnimationSetup* nextAnim = 0x0;
// Direction in radiants = angle of walking direction - (y-rotation of the object + rotation offset)
float direction = atan2( -dist.x, -dist.z ) - (m_rotation.y + m_rotationOffset);
// Normalize direction angle to [-PI, +PI]
// To get less if cases
if( direction > Math::Pi )
direction = direction - Math::TwoPi;
if( direction < -Math::Pi )
direction = Math::TwoPi + direction;
// Find the right move animation to play by the moving direction
// If the exact animation is not specified, play the one for forward moving
if (m_moveBackAnim != 0x0 && (direction >= 2*pi3rd || direction <= -2*pi3rd))
{
nextAnim = m_moveBackAnim;
}
else if (m_moveLeftAnim != 0x0 && (direction > pi3rd && direction < 2*pi3rd))
{
nextAnim = m_moveLeftAnim;
}
else if (m_moveRightAnim != 0x0 && (direction > -2*pi3rd && direction < -pi3rd))
{
nextAnim = m_moveRightAnim;
}
else if (m_runAnim != 0 && m_avgSpeed > m_runThreshold)
{
nextAnim = m_runAnim;
// Reduce playback speed for run anim
speed -= m_runThreshold - m_speed;
//printf("Running speed: %.5f\n", speed);
}
else if (m_moveAnim != 0x0)
{
nextAnim = m_moveAnim;
}
// Set anim or reset everything if none found (nextAnim == 0x0)
setAnim(nextAnim);
}
// Play idle animation if too slow and one is specified
else if (m_idleAnimCount > 0)
{
// We weren't in idle state before or the animation time for the idle anim has passed
if(!m_idle || m_idleTime < 0)
{
if(!m_randSeed)
{
// rand hasn't been seeded yet
srand( (unsigned int) (100000 / timeStep) );
m_randSeed = true;
}
// Choose and set new random idle animation
int i = rand() % m_idleAnimCount;
setAnim( m_idleAnim[i], true );
}
else
{
// The current idle animation is still playing
// So decrement timer
m_idleTime -= timeStep;
}
}
// We don't have an anim to play, so stop any currently playing
else
{
setAnim(0x0);
}
//update animation speed (only none idle animations)
if( m_activeAnim != 0x0 && !m_idle)
{
GameEvent updateAnim(GameEvent::E_UPDATE_ANIM, &AnimationUpdate(m_activeAnim->JobID, GameEngineAnimParams::Speed, m_activeAnim->Speed * m_avgSpeed, 0), 0);
if (m_owner->checkEvent(&updateAnim))
m_owner->executeEvent(&updateAnim);
}
}
// The LOD is above the critical value, so stop all current anims
else
setAnim(0x0);
//update position
m_oldPos = m_newPos;
}
}