minsky::anonymous_namespace{autoLayout.cc} Namespace Reference

Classes
struct	RepulsiveForce
struct	WireForce

Typedefs
using	Graph = boost::directed_graph< Item * >

Functions
double	minD (const Item &item1, const Item &item2)
double	totalArea (const Group &g)

Typedef Documentation

Graph

using minsky::anonymous_namespace{autoLayout.cc}::Graph = typedef boost::directed_graph<Item*>

Definition at line 44 of file autoLayout.cc.

Function Documentation

minD()

double minsky::anonymous_namespace{autoLayout.cc}::minD	(	const Item &	item1,
		const Item &	item2
	)

Definition at line 47 of file autoLayout.cc.

References minsky::Item::height(), and minsky::Item::width().

Referenced by minsky::Canvas::closestInPort(), minsky::Canvas::itemAt(), minsky::anonymous_namespace{autoLayout.cc}::WireForce::operator()(), and minsky::anonymous_namespace{autoLayout.cc}::RepulsiveForce::operator()().

    {return std::max(item1.width()+item2.width(), item1.height()+item2.height());}

Here is the call graph for this function:

Here is the caller graph for this function:

totalArea()

double minsky::anonymous_namespace{autoLayout.cc}::totalArea

(

const Group &

g

)

Definition at line 77 of file autoLayout.cc.

References minsky::GroupItems::groups, and minsky::GroupItems::items.

Referenced by minsky::layoutGroup(), and minsky::randomizeLayout().

    {
      double area=0;
      for (auto& i: g.items)
        area+=double(i->width())*i->height();
      for (auto& i: g.groups)
        area+=double(i->width())*i->height();
      return area;
    }

Here is the caller graph for this function: