Event<eq::PointerEvent>::Event(const QEvent* from)
: type(_getType(from))
{
#ifndef QT_NO_WHEELEVENT
if (type == EVENT_WINDOW_POINTER_WHEEL)
{
const QWheelEvent* qevent = static_cast<const QWheelEvent*>(from);
PointerEvent event;
switch (qevent->orientation())
{
case Qt::Horizontal:
event.xAxis = qevent->delta() > 0 ? 1 : -1;
break;
case Qt::Vertical:
event.yAxis = qevent->delta() > 0 ? 1 : -1;
break;
}
event.buttons = _getButtons(qevent->buttons());
event.button = PTR_BUTTON_NONE;
}
else
#endif
{
const QMouseEvent* qevent = static_cast<const QMouseEvent*>(from);
event.x = qevent->x();
event.y = qevent->y();
event.buttons = _getButtons(qevent->buttons());
event.button = _getButton(qevent->button());
}
}
Event<eq::SizeEvent>::Event(const QEvent* from)
: type(_getType(from))
{
const QResizeEvent* qevent = static_cast<const QResizeEvent*>(from);
event.w = qevent->size().width();
event.h = qevent->size().height();
}
/*
* call-seq:
* inspect -> String
*
* Human-readable description.
* ===Return value
* String
*/
VALUE _inspect(VALUE self)
{
if(wrap< RubyWindowHolder* >(self)->window==NULL){
VALUE array[2];
array[0]=rb_str_new2("#<%s:(destroyed)>");
array[1]=rb_class_of(self);
return rb_f_sprintf(2,array);
}else{
if(rb_const_defined(rb_class_of(self),rb_intern("WidgetTypeName")))
if(_self->getType() == wrap<CEGUI::String>(rb_const_get(rb_class_of(self),rb_intern("WidgetTypeName"))))
{
VALUE array[3];
array[0]=rb_str_new2("#<%s:%s>");
array[1]=rb_class_of(self);
array[2]=rb_funcall(self,rb_intern("name"),0);
return rb_f_sprintf(3,array);
}
VALUE array[4];
array[0]=rb_str_new2("#<%s(%s):%s>");
array[1]=rb_class_of(self);
array[2]=_getType(self);
array[3]=rb_funcall(self,rb_intern("name"),0);
return rb_f_sprintf(4,array);
}
}
bool StyleData::parse(const Value& v, unsigned long projectId)
{
std::string typeStr = getJSONString(v, "type");
type = _getType(typeStr);
zoom_level_min = atoi(getJSONString(v, "zoom_level_min", "2").c_str());
zoom_level_max = atoi(getJSONString(v, "zoom_level_max", "20").c_str());
icon = getJSONString(v, "icon-mobile", "point");
transform = getJSONString(v, "transform", "");
transormValid = _parseTransform(transform);
dasharray = getJSONString(v, "dasharray", "");
if(dasharray.empty())
dasharray = getJSONString(v, "outline-dasharray", "");
color = _parseColor( getJSONString(v, "color"), colorValid );
color.v[3] = atof(getJSONString(v, "opacity", "1.0").c_str());
size = atof(getJSONString(v, "size", "0").c_str());
outline_color = _parseColor( getJSONString(v, "outline-color"), outlineColorValid );
outline_color.v[3] = atof(getJSONString(v, "outline-opacity", "1.0").c_str());
outline_size = atof(getJSONString(v, "outline-size", "0").c_str());
filter = getJSONString(v, "filter");
filter_hash = getJSONString(v, "filter_hash");
// Font style
field_name = getJSONString(v, "field-name");
font_name = getJSONString(v, "font-name");
font_filename = getJSONString(v, "font-filename");
font_size = atof(getJSONString(v, "font-size", "0").c_str());
font_opacity = atof(getJSONString(v, "font-opacity", "1").c_str());
font_color = _parseColor( getJSONString(v, "font-color"), fontColorValid);
font_halo_color = _parseColor( getJSONString(v, "font-halo-color"), fontHaloColorValid);
font_halo_size = atof(getJSONString(v, "font-halo-size", "0").c_str());
offset_x = atof(getJSONString(v, "offset-x", "0").c_str());
offset_y = atof(getJSONString(v, "offset-y", "0").c_str());
mode = getJSONString(v, "mode");
modeType = _getType(mode);
allow_overlap = getJSONBool(v, "allow-overlap", false);
if(type==ICON)
{
fullIconPath = SupportFiles::getFullPath(projectId) + icon;
}
return true;
}
void GUIElementBase::setAnchorParent(GUIPanel* anchorParent)
{
mAnchorParent = anchorParent;
if (_getType() == Type::Panel)
return;
for (auto& child : mChildren)
child->setAnchorParent(anchorParent);
}
Event<eq::KeyEvent>::Event(const QEvent* from)
: type(_getType(from))
{
const QKeyEvent* qevent = static_cast<const QKeyEvent*>(from);
event.key = _getKey(*qevent);
}
Event<eq::Event>::Event(const QEvent* from)
: type(_getType(from))
{
}
