void CombatMessageWindowWithHistory::popMessage()
{
int i = 0;
TextMessage* msg = messageBuffer[ messageBuffer.size() - 1 ];
for ( i = (int)messageBuffer.size() - 1; i > 0; i-- )
{
messageBuffer[ i ] = messageBuffer[ i - 1];
if( messageBuffer[ i ] && messageBuffer[ i ]->text )
{
// float alpha = messageBuffer[ i ]->alpha;
// alpha *= 0.5f;
// messageBuffer[ i ]->alpha = alpha;
// messageBuffer[ i ]->text->SetTransparency( (int)( 100.0f * alpha) );
messageBuffer[ i ]->text->Move( textXPosition, getVerticalPosition( i ) );
}
}
messageBuffer[ 0 ] = NULL;
if( msg )
{
delete msg->text;
delete msg;
}
}
void CombatMessageWindowWithHistory::pushMessage( const std::string& message )
{
if( messageBuffer[ 0 ] != NULL )
popMessage();
messageBuffer[ 0 ] = new TextMessage;
messageBuffer[ 0 ]->initTime = Timer::getTime();
messageBuffer[ 0 ]->text = ogui->CreateTextLabel( win, textXPosition, getVerticalPosition( 0 ), textXSize, textHeight, message.c_str() );
messageBuffer[ 0 ]->text->SetFont( textFont );
messageBuffer[ 0 ]->alpha = 1.0f;
}
void CChunkParticle::update(int ticks)
{
age += ticks;
if (age >= lifetime) {
if (destroyAnimation) {
CPosition p(pos.x, calculateScreenPos(pos.y, height));
GraphicAnimation *destroyanimation = destroyAnimation->clone();
//Wyrmgus start
// StaticParticle *destroy = new StaticParticle(p, destroyanimation, destroyDrawLevel);
StaticParticle *destroy = new StaticParticle(p, this->MapLayer, destroyanimation, destroyDrawLevel);
//Wyrmgus end
ParticleManager.add(destroy);
}
destroy();
return;
}
const int minSmokeTicks = 150;
const int randSmokeTicks = 50;
if (age > nextSmokeTicks) {
CPosition p(pos.x, calculateScreenPos(pos.y, height));
GraphicAnimation *smokeanimation = smokeAnimation->clone();
//Wyrmgus start
// CSmokeParticle *smoke = new CSmokeParticle(p, smokeanimation, 0, -22.0f, smokeDrawLevel);
CSmokeParticle *smoke = new CSmokeParticle(p, MapLayer, smokeanimation, 0, -22.0f, smokeDrawLevel);
//Wyrmgus end
ParticleManager.add(smoke);
nextSmokeTicks += MyRand() % randSmokeTicks + minSmokeTicks;
}
debrisAnimation->update(ticks);
if (debrisAnimation->isFinished()) {
GraphicAnimation *debrisanimation = debrisAnimation->clone();
delete debrisAnimation;
debrisAnimation = debrisanimation;
}
float time = age / 1000.f;
float distance = getHorizontalPosition(initialVelocity, trajectoryAngle, time);
pos.x = initialPos.x + distance * direction.x;
pos.y = initialPos.y + distance * direction.y;
height = getVerticalPosition(initialVelocity, trajectoryAngle, time);
}
CExtent TextStruct::getTextBox(double spaceRatio, double penWidth) const
{
const double characterSpacing = .1;
const double textLeading = 1.25;
double boxWidth = getMaxLineLength(spaceRatio,penWidth);
int numLines = getNumLines();
double boxHeight = m_height + ((numLines - 1) * textLeading * m_height);
CPoint2d upperLeft(0.,0.);
switch (getVerticalPosition())
{
case verticalPositionBaseline: upperLeft.y = m_height; break;
case verticalPositionCenter: upperLeft.y = boxHeight/2.; break;
case verticalPositionBottom: upperLeft.y = boxHeight; break;
case verticalPositionTop: upperLeft.y = 0.; break;
}
switch (getHorizontalPosition())
{
case horizontalPositionLeft: upperLeft.x = 0.; break;
case horizontalPositionCenter: upperLeft.x = -boxWidth/2.; break;
case horizontalPositionRight: upperLeft.x = -boxWidth; break;
}
CPoint2d lowerRight = upperLeft + CPoint2d(boxWidth,-boxHeight);
if (m_oblique != 0)
{
double offset = m_height * cos(degreesToRadians(m_oblique));
if (offset < 0.) upperLeft.x -= offset;
else lowerRight.x += offset;
}
CExtent textBox;
textBox.update(upperLeft);
textBox.update(lowerRight);
return textBox;
}
