void ADraggableMoveTile::UpdateDragMove(float dt)
{
if (isMoving)
{
auto moveDir = (newGoalPos - GetActorLocation()).GetSafeNormal();
auto reachedPos = FVector::DotProduct(currDir, moveDir) < 0.0f;
if (reachedPos || reachGoalNextFrame)
{
SetActorLocation(newGoalPos);
isMoving = false;
reachGoalNextFrame = false;
resetIndicator();
}
else if (moveDir.SizeSquared() > 0.1f)
{
auto deltaMovement = moveDir * dragMoveSpeed * dt;
SetActorLocation(GetActorLocation() + deltaMovement);
auto nextFramePos = GetActorLocation() + deltaMovement;
moveDir = (newGoalPos - nextFramePos).GetSafeNormal();
reachGoalNextFrame = FVector::DotProduct(currDir, moveDir) < 0.0f;
}
}
}
void ADraggableMoveTile::Initialize()
{
if (currentVertex != nullptr)
{
auto newLocation = currentVertex->GetActorLocation();
newLocation.Z -= 10.0f;
SetActorLocation(newLocation);
currentVertex->SetOccupied(true);
}
if (carryOn != nullptr)
{
if (auto actor = Cast<ICarriable>(carryOn))
{
auto scale = actor->getOffsetInfo().scaleForCollision;
auto offset = actor->getOffsetInfo().offsetForCollision;
BoxCollision->SetRelativeScale3D(scale);
BoxCollision->AddLocalOffset(offset);
}
}
else
{
BoxCollision->SetCollisionResponseToChannel(ECollisionChannel::ECC_Pawn, ECollisionResponse::ECR_Block);
}
resetIndicator();
}
void Altimeter::onUpdateActivity(float dt)
{
_timeout -= dt;
if( _timeout < 0 ) _timeout = 0;
if( _timeout > 0 )
{
// reset HUD
resetIndicator( _window->getPanel()->find( "Digit5" ) );
resetIndicator( _window->getPanel()->find( "Digit4" ) );
resetIndicator( _window->getPanel()->find( "Digit3" ) );
resetIndicator( _window->getPanel()->find( "Digit2" ) );
resetIndicator( _window->getPanel()->find( "Digit1" ) );
resetIndicator( _window->getPanel()->find( "Digit0" ) );
resetIndicator( _window->getPanel()->find( "AuDigit5" ) );
resetIndicator( _window->getPanel()->find( "AuDigit4" ) );
resetIndicator( _window->getPanel()->find( "AuDigit3" ) );
resetIndicator( _window->getPanel()->find( "AuDigit2" ) );
resetIndicator( _window->getPanel()->find( "AuDigit1" ) );
resetIndicator( _window->getPanel()->find( "AuDigit0" ) );
}
else
{
// retrieve parent actor altitude
Matrix4f parentPose = _parent->getPose();
float altitude = parentPose[3][1];
// draw signum digit
setSignumIndicator( _window->getPanel()->find( "Digit5" ), altitude );
// absolute units conversion
float meters = fabs( altitude ) * 0.01f;
int units = int( meters );
// digits pickup
int digit = units % 10;
setIndicator( _window->getPanel()->find( "Digit0" ), digit );
units = units / 10;
digit = units % 10;
setIndicator( _window->getPanel()->find( "Digit1" ), digit );
units = units / 10;
digit = units % 10;
setIndicator( _window->getPanel()->find( "Digit2" ), digit );
units = units / 10;
digit = units % 10;
setIndicator( _window->getPanel()->find( "Digit3" ), digit );
units = units / 10;
digit = units % 10;
setIndicator( _window->getPanel()->find( "Digit4" ), digit );
// update audible altimeter
gui::IGuiPanel* auCaption = _window->getPanel()->find( "AuCaption" );
assert( auCaption && auCaption->getStaticText() );
if( _state->mode )
{
auCaption->getStaticText()->setText( Gameplay::iLanguage->getUnicodeString(217) );
}
else
{
auCaption->getStaticText()->setText( Gameplay::iLanguage->getUnicodeString(216) );
}
// audible altimeter signum indicator
setSignumIndicator( _window->getPanel()->find( "AuDigit5" ), _state->altitude );
// absolute units conversion
meters = fabs( _state->altitude ) * 0.01f;
units = int( meters );
// digits pickup
digit = units % 10;
setIndicator( _window->getPanel()->find( "AuDigit0" ), digit );
units = units / 10;
digit = units % 10;
setIndicator( _window->getPanel()->find( "AuDigit1" ), digit );
units = units / 10;
digit = units % 10;
setIndicator( _window->getPanel()->find( "AuDigit2" ), digit );
units = units / 10;
digit = units % 10;
setIndicator( _window->getPanel()->find( "AuDigit3" ), digit );
units = units / 10;
digit = units % 10;
setIndicator( _window->getPanel()->find( "AuDigit4" ), digit );
// helpers act
_acAMTimeout -= dt;
_acIWATimeout -= dt;
_acDWATimeout -= dt;
if( _acAMTimeout < 0 ) _acAMTimeout = 0;
if( _acIWATimeout < 0 ) _acIWATimeout = 0;
if( _acDWATimeout < 0 ) _acDWATimeout = 0;
// altimeter control
ActionChannel* acAM = Gameplay::iGameplay->getActionChannel( ::iaAltimeterMode );
ActionChannel* acIWA = Gameplay::iGameplay->getActionChannel( ::iaIncreaseWarningAltitude );
ActionChannel* acDWA = Gameplay::iGameplay->getActionChannel( ::iaDecreaseWarningAltitude );
assert( acAM );
assert( acIWA );
assert( acDWA );
if( !acAM->getTrigger() ) _acAMTimeout = 0;
if( !acIWA->getTrigger() ) _acIWATimeout = 0;
if( !acDWA->getTrigger() ) _acDWATimeout = 0;
if( acAM->getTrigger() && _acAMTimeout == 0 )
{
_acAMTimeout = acAMTimeout;
if( _state->mode )
{
_toneSound->release();
_toneSound = NULL;
}
_state->mode = !_state->mode;
if( _state->mode )
{
_toneSound = Gameplay::iAudio->createStaticSound( "./res/sounds/hud/aualt0.ogg" );
_toneSound->setLoop( true );
}
}
if( acIWA->getTrigger() && _acIWATimeout == 0 )
{
_acIWATimeout = acXWATimeout;
_state->altitude += 1000;
}
if( acDWA->getTrigger() && _acDWATimeout == 0 )
{
_acDWATimeout = acXWATimeout;
_state->altitude -= 1000;
}
// play tone sound
if( altitude < _state->altitude && _toneSound )
{
if( !_toneSound->isPlaying() ) _toneSound->play();
}
else if( _toneSound )
{
if( _toneSound->isPlaying() ) _toneSound->stop();
}
}
}
