GBWindow::GBWindow(GBView * contents, short left, short top, bool vis)
: showGrowBox(false), //TODO
window(nil),
view(contents),
visible(vis)
{
Rect bounds;
bounds.left = left;
bounds.top = top;
bounds.right = left + view->PreferredWidth();
bounds.bottom = top + view->PreferredHeight();
Str255 s;
ToPascalString(view->Name(), s);
view->SetBounds(GBRect(0, 0, view->PreferredWidth(), view->PreferredHeight()));
if ( CreateNewWindow(kDocumentWindowClass,
view->Resizable() ? kWindowStandardDocumentAttributes
: (kWindowCloseBoxAttribute | kWindowCollapseBoxAttribute),
&bounds, &window) )
throw GBOutOfMemoryError();
SetWTitle(window, s);
SetWRefCon(window, (long)this);
SetWindowKind(window, kMacWindowKind);
view->SetGraphics(&graphics);
if ( vis )
ShowWindow(window);
}
void GBRobot::Draw(GBGraphics & g, const GBRect & where, bool detailed) const {
if(where.Width() <= 5) {
DrawMini(g,where);
return;
}
// shield
if ( hardware.ActualShield() > 0 )
g.DrawOpenRect(where, GBColor(0.3f, 0.5f, 1)
* (hardware.ActualShield() / (mass * kStandardShieldPerMass)).ToDouble());
// body
g.DrawSolidOval(where, Owner()->Color());
// meters
if ( detailed ) {
short meterWidth = std::max(1, (where.Width() + 10) / 10);
short arcsize;
GBRect meterRect = where;
meterRect.Shrink((meterWidth + 1) / 2); //TODO is this portable?
// energy meter
if ( hardware.MaxEnergy() ) {
arcsize = round(hardware.Energy() / hardware.MaxEnergy() * 180);
g.DrawArc(meterRect, 180 - arcsize, arcsize,
Owner()->Color().ChooseContrasting(GBColor::green, GBColor(0, 0.5f, 1), kMinMeterContrast), meterWidth);
}
// armor meter
arcsize = round(max(hardware.Armor(), 0) / hardware.MaxArmor() * 180);
g.DrawArc(meterRect, 180, arcsize,
Owner()->Color().ChooseContrasting(GBColor::lightGray, GBColor::darkGray, kMinMeterContrast), meterWidth);
// gestation meter
meterRect.Shrink(meterWidth);
if ( hardware.constructor.Progress() ) {
arcsize = round(hardware.constructor.Fraction() * 360);
g.DrawArc(meterRect, 360 - arcsize, arcsize,
Owner()->Color().ChooseContrasting(GBColor(1, 1, 0), GBColor(0, 0.5f, 0), kMinMeterContrast), meterWidth);
}
}
// decoration
short thickness = (15 + where.right - where.left) / 15; //was 2 for >15 else 1
GBRect dec((where.left * 2 + where.right + 2) / 3,
(where.top * 2 + where.bottom + 2) / 3,
(where.left + where.right * 2 + 1) / 3,
(where.top + where.bottom * 2 + 1) / 3);
short dx = where.Width() / 4;
short dy = where.Height() / 4;
//cross, hline, and vline draw in bigDec instead of dec
GBRect bigDec(where.CenterX() - dx, where.CenterY() - dy, where.CenterX() + dx, where.CenterY() + dy);
switch ( type->Decoration() ) {
case rdDot:
g.DrawSolidOval(GBRect(where.CenterX() - thickness, where.CenterY() - thickness,
where.CenterX() + thickness, where.CenterY() + thickness), type->DecorationColor());
break;
case rdCircle: g.DrawOpenOval(dec, type->DecorationColor(), thickness); break;
case rdSquare: g.DrawOpenRect(dec, type->DecorationColor(), thickness); break;
case rdTriangle:
g.DrawLine(dec.left, dec.bottom, dec.CenterX(), dec.top,
type->DecorationColor(), thickness);
g.DrawLine(dec.CenterX(), dec.top, dec.right, dec.bottom,
type->DecorationColor(), thickness);
g.DrawLine(dec.left, dec.bottom, dec.right, dec.bottom,
type->DecorationColor(), thickness);
break;
case rdCross:
g.DrawLine(where.CenterX(), bigDec.top, where.CenterX(), bigDec.bottom,
type->DecorationColor(), thickness);
g.DrawLine(bigDec.left, where.CenterY(), bigDec.right, where.CenterY(),
type->DecorationColor(), thickness);
break;
case rdX:
g.DrawLine(dec.left, dec.top, dec.right, dec.bottom,
type->DecorationColor(), thickness);
g.DrawLine(dec.left, dec.bottom, dec.right, dec.top,
type->DecorationColor(), thickness);
break;
case rdHLine:
g.DrawLine(bigDec.left, where.CenterY(), bigDec.right, where.CenterY(),
type->DecorationColor(), thickness);
break;
case rdVLine:
g.DrawLine(where.CenterX(), bigDec.top, where.CenterX(), bigDec.bottom,
type->DecorationColor(), thickness);
break;
case rdSlash:
g.DrawLine(dec.left, dec.bottom, dec.right, dec.top,
type->DecorationColor(), thickness);
break;
case rdBackslash:
g.DrawLine(dec.left, dec.top, dec.right, dec.bottom,
type->DecorationColor(), thickness);
break;
case rdNone: default: break;
}
//rim (last in case something is slightly in the wrong place)
g.DrawOpenOval(where, type->Color());
}