void winTrade_t::onTradeUpdate(bool ack)
{
Container* container;
glictContainer* pnlContainer;
PanelList* pnlList;
uint32_t flag;
if(ack){ //left side
container = Containers::getInstance().getTradeContainerAck();
lblNameLeft.SetCaption(container->getName());
pnlContainer = &pnlContainerLeft;
pnlList = &pnlItemsLeft;
m_leftSideSet = true;
flag = 1;
}
else{ //right side
container = Containers::getInstance().getTradeContainer();
lblNameRight.SetCaption(container->getName());
pnlContainer = &pnlContainerRight;
pnlList = &pnlItemsRight;
m_rightSideSet = true;
flag = 0;
}
float height = 4 + (36*ceil(container->getCapacity()/2.));
pnlContainer->SetVirtualSize(80, height);
pnlContainer->SetHeight(72);
for(uint32_t i = 0; i != container->getCapacity(); ++i)
{
ItemPanel* panel = new ItemPanel(container, i, Position(0,0,0), i);
panel->SetPos(5 + ((i % 2) * 36), 4 + (std::floor(i / 2.0f) * 36));
panel->SetOnClick(tradeItemOnClick);
//panel->SetOnPaint(tradeItemOnPaint);
panel->SetOnMouseUp(NULL);
panel->SetOnMouseDown(NULL);
panel->SetCustomData((void*)(i*2 | flag));
pnlContainer->AddObject(panel);
pnlList->push_back(panel);
}
//update buttons
if(m_leftSideSet && !m_rightSideSet){
btnReject.SetVisible(true);
btnReject.SetCaption(gettext("Cancel"));
btnAccept.SetVisible(false);
lblWait.SetCaption(gettext("Wait for a counter offer."));
lblWait.SetVisible(true);
}
else if(m_rightSideSet){
btnReject.SetVisible(true);
btnReject.SetCaption("Reject");
btnAccept.SetVisible(true);
lblWait.SetVisible(false);
}
}
void AbsorberPanel::addPanelsToList(PanelList& list)
{
Quadrangle flatP;
// make panels and add to model list and panel list
double delta_L = length/this->numLength;
double delta_W = width/this->numWidth;
for(int i=0; i<this->numLength;i++)
{
for (int j=0; j<this->numWidth;j++)
{
double L1 =i*delta_L-length/2;
double L2 =(i+1)*delta_L-length/2;
double W2 =(j+1)*delta_W-width/2;
double W1 = j*delta_W-width/2;
makeQuadranglefromRectangle(flatP, L1, L2, W1, W2, 0, 0, this->rotation, this->position);
Panel * FlP = new Panel(this, flatP);
list.push_back(FlP);
}
}
}
void AbsorberBox::addPanelsToList(PanelList& panelList)
{
double x = this->dimension.x/2.0;
double y = this->dimension.y/2.0;
double z = this->dimension.z/2.0;
//double a = this->absorbtion;
/*double r = 1-a;
double t = this->transparency;
double nDir = this->normalDirection;*/
Quadrangle flatP;
//panelCount++;
Panel * FlP = new Panel(this, flatP);
// make panels and add to model list and panel list
Vector3 n1, n2, n3, n4, s1, s2, s3, s4;
s1.x = -x+this->position.x; s1.y=-y+this->position.y; s1.z=-z+this->position.z;
s2.x = -x+this->position.x; s2.y= y+this->position.y; s2.z=-z+this->position.z;
s3.x = x+this->position.x; s3.y= y+this->position.y; s3.z=-z+this->position.z;
s4.x = x+this->position.x; s4.y=-y+this->position.y; s4.z=-z+this->position.z;
n1.x = -x+this->position.x; n1.y=-y+this->position.y; n1.z= z+this->position.z;
n2.x = -x+this->position.x; n2.y= y+this->position.y; n2.z= z+this->position.z;
n3.x = x+this->position.x; n3.y= y+this->position.y; n3.z= z+this->position.z;
n4.x = x+this->position.x; n4.y=-y+this->position.y; n4.z= z+this->position.z;
if (this->isBottomChecked)
{
flatP.p1=s1; flatP.p2=s2; flatP.p3=s3; flatP.p4=s4;
FlP = new Panel(this, flatP); // bottom
panelList.push_back(FlP);
}
if (this->isTopChecked)
{
flatP.p1=n1; flatP.p2=n2; flatP.p3=n3; flatP.p4=n4;
FlP = new Panel(this, flatP); // top
panelList.push_back(FlP);
}
flatP.p1=s1; flatP.p2=s2; flatP.p3=n2; flatP.p4=n1;
FlP = new Panel(this, flatP); // left
panelList.push_back(FlP);
flatP.p1=s4; flatP.p2=s3; flatP.p3=n3; flatP.p4=n4;
FlP = new Panel(this, flatP); // right
panelList.push_back(FlP);
flatP.p1=s2; flatP.p2=n2; flatP.p3=n3; flatP.p4=s3;
FlP = new Panel(this, flatP); // back
panelList.push_back(FlP);
flatP.p1=s1; flatP.p2=n1; flatP.p3=n4; flatP.p4=s4;
FlP = new Panel(this, flatP); // front
panelList.push_back(FlP);
}
