void SmartString::setWidth(int w) {
m_width = w;
if(abs(m_width) < getMaxWidth() * 0.2) {
setColors(E::P.C400);
} else if(abs(m_width) < getMaxWidth() * 0.4) {
setColors(E::P.C300);
} else if(abs(m_width) < getMaxWidth() * 0.6) {
setColors(E::P.C200);
} else if(abs(m_width) < getMaxWidth() * 0.7) {
setColors(E::P.C100);
} else {
setColors(E::P.C50);
}
m_speed = 3 * getMaxWidth() / (abs(m_width) + 128);
if(m_width > getMaxWidth()) {
m_width = getMaxWidth();
}
if(m_width < - getMaxWidth()) {
m_width = - getMaxWidth();
}
if(m_width < 0) {
m_width = -m_width;
this->setPositionX(m_startingPoint.x-m_width);
}
m_middle->setScaleX(m_width / this->getScale());
_updatePosition();
}
//Update method
void EditorMouse::Update(float)
{
//Get input and physics manager
IND_Input* input = SingletonIndieLib::Instance()->Input;
//Update mouse position
float newx = static_cast<float>(input->GetMouseX());
float newy = static_cast<float>(input->GetMouseY());
_updatePosition(newx,newy);
//Left-Dragging tracking
if(input->OnMouseButtonPress(IND_MBUTTON_LEFT) && !mRightDragging)
{
mDragging = true;
}
else if(input->OnMouseButtonRelease(IND_MBUTTON_LEFT))
{
mDragging = false;
}
//Right-Dragging tracking
if(input->OnMouseButtonPress(IND_MBUTTON_RIGHT) && !mDragging)
{
mRightDragging = true;
}
else if(input->OnMouseButtonRelease(IND_MBUTTON_RIGHT))
{
mRightDragging = false;
}
//Move and define bodies (dragging commands) commands
//Move tile command (dragging and left-button)
mEditor->MoveTileCommand(input->IsMouseButtonPressed(IND_MBUTTON_LEFT) && mDragging);
//Define body command (dragging and right-button)
mEditor->DefineBodyCommand(input->IsMouseButtonPressed(IND_MBUTTON_RIGHT) && mRightDragging);
//Zoom commands
if(input->OnMouseButtonPress(IND_MBUTTON_WHEELUP ))
{
mEditor->ZoomInCommand();
}
else if(input->OnMouseButtonPress(IND_MBUTTON_WHEELDOWN))
{
mEditor->ZoomOutCommand();
}
//Other commands
//Mix Keyboard and mouse (change add-to body)
if((input->IsKeyPressed(IND_LCTRL)
||
input->IsKeyPressed(IND_RCTRL))
&&
input->OnMouseButtonPress(IND_MBUTTON_LEFT))
{
mEditor->ChangeBodyToAddShapesTo();
}
}
void TimeOfDay::unpackUpdate( NetConnection *conn, BitStream *stream )
{
Parent::unpackUpdate( conn, stream );
if ( stream->readFlag() ) // OrbitMask
{
stream->read( &mStartTimeOfDay );
stream->read( &mDayLen );
stream->read( &mTimeOfDay );
stream->read( &mAxisTilt );
stream->read( &mAzimuthOverride );
stream->read( &mDayScale );
stream->read( &mNightScale );
mPlay = stream->readFlag();
_updatePosition();
}
}
void TimeOfDay::advanceTime( F32 timeDelta )
{
if ( !mPlay )
return;
F32 elevation = mRadToDeg( mElevation );
bool daytime = false;
if ( elevation > 350.0f || ( 0.0f <= elevation && elevation < 190.0f ) )
{
timeDelta *= mDayScale;
daytime = true;
}
else
{
timeDelta *= mNightScale;
daytime = false;
}
//Con::printf( "elevation ( %f ), ( %s )", elevation, ( daytime ) ? "day" : "night" );
// do time updates
mTimeOfDay += timeDelta / mDayLen;
// It could be possible for more than a full day to
// pass in a single advance time, so I put this inside a loop
// but timeEvents will not actually be called for the
// skipped day.
while ( mTimeOfDay > 1.0f )
mTimeOfDay -= 1.0f;
_updatePosition();
if ( isServerObject() )
_updateTimeEvents();
}
void TimeOfDay::inspectPostApply()
{
_updatePosition();
setMaskBits( OrbitMask );
}
void Hero::update()
{
_updatePosition();
}
void SmartString::setPositionY(float y) {
Sprite::setPositionY(y);
_updatePosition();
}
void SmartString::setPosition(const Vec2& pos) {
Sprite::setPosition(Vec2(pos.x, pos.y));
_updatePosition();
}
void Mecha::update()
{
_updatePosition();
_updateAim();
_updateAttack();
}
