#include <equations.h>

Inheritance diagram for MathDAG::OperationDAG< T >:

Collaboration diagram for MathDAG::OperationDAG< T >:

Public Member Functions
Type	type () const override

	OperationDAG (const string &name="")

int	BODMASlevel () const override
	algebraic heirarchy level, used for working out whether brackets are necessary. More...

ostream &	latex (ostream &) const override
	writes LaTeX representation of this DAG to the stream More...

ostream &	matlab (ostream &o) const override
	writes a matlab representation of this DAG to the stream More...

void	render (ecolab::cairo::Surface &surf) const override
	renders a visual representation of this node to surf graphic extends right from the current pen position (which needs to be defined), and pen is moved to the right edge of the graphic. The determine bounding box, render into a recording surface, and use width()/height() More...

NodePtr	derivative (SystemOfEquations &) const override
	support for the derivative operator. More...

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &s) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &s) const

template<>
void	render (Surface &s) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &s) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
void	render (Surface &surf) const

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	latex (ostream &o) const
	writes LaTeX representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

template<>
ostream &	matlab (ostream &o) const
	writes a matlab representation of this DAG to the stream More...

virtual ostream &	latex (ostream &) const=0
	writes LaTeX representation of this DAG to the stream More...

LaTeXManip	latex () const
	used within io streaming More...

virtual ostream &	matlab (ostream &) const=0
	writes a matlab representation of this DAG to the stream More...

MatlabManip	matlab () const

Public Member Functions inherited from MathDAG::OperationDAGBase
	OperationDAGBase (const string &name="")

int	order (unsigned maxOrder) const override
	returns evaluation order in sequence of variable defintions More...

bool	tensorEval (std::set< const Node *> &) const override
	returns true if the evaluation of this involves tensor processing More...

VariableValuePtr	addEvalOps (EvalOpVector &, const VariableValuePtr &) override
	adds EvalOps to an EvalOpVector representing this node. More...

void	checkArg (unsigned i, unsigned j) const

virtual bool	tensorEval (std::set< const Node * > &visited) const=0
	returns true if the evaluation of this involves tensor processing More...

bool	tensorEval ()
	returns true if the evaluation of this involves tensor processing More...

Public Member Functions inherited from MathDAG::Node
virtual	~Node ()

std::string	latexStr () const

std::string	matlabStr () const

bool	tensorEval ()
	returns true if the evaluation of this involves tensor processing More...

LaTeXManip	latex () const
	used within io streaming More...

MatlabManip	matlab () const

Additional Inherited Members
Public Types inherited from minsky::OperationType
enum	Type { constant, time, integrate, differentiate, data, ravel, euler, pi, zero, one, inf, percent, add, subtract, multiply, divide, min, max, and_, or_, log, pow, polygamma, lt, le, eq, userFunction, copy, sqrt, exp, ln, sin, cos, tan, asin, acos, atan, sinh, cosh, tanh, abs, floor, frac, not_, Gamma, fact, sum, product, infimum, supremum, any, all, infIndex, supIndex, runningSum, runningProduct, difference, differencePlus, innerProduct, outerProduct, index, gather, meld, merge, slice, size, shape, mean, median, stdDev, moment, histogram, covariance, correlation, linearRegression, numOps }

enum	Group { general, constop, binop, function, reduction, scan, tensor, statistics }

Static Public Member Functions inherited from MathDAG::OperationDAGBase
static OperationDAGBase *	create (Type type, const string &name="")
	factory method More...

Static Public Member Functions inherited from minsky::OperationType
static std::string	typeName (int type)
	return the symbolic name of type More...

static Group	classify (Type t)

Public Attributes inherited from MathDAG::OperationDAGBase
vector< vector< WeakNodePtr > >	arguments

string	name

string	init ="0"

ItemPtr	state

Public Attributes inherited from MathDAG::Node
int	cachedOrder =-1

VariableValuePtr	result
	reference to where this node's value is stored More...

Detailed Description

template<OperationType::Type T>
struct MathDAG::OperationDAG< T >

Definition at line 236 of file equations.h.

Constructor & Destructor Documentation

◆ OperationDAG()

template<OperationType::Type T>

MathDAG::OperationDAG< T >::OperationDAG ( const string & name = "" )

inline

Definition at line 239 of file equations.h.

239 : OperationDAGBase(name)

240 {arguments.resize(OperationTypeInfo::numArguments<T>());}

MathDAG::OperationDAGBase::name

string name

Definition: equations.h:220

MathDAG::OperationDAGBase::OperationDAGBase

OperationDAGBase(const string &name="")

Definition: equations.h:223

MathDAG::OperationDAGBase::arguments

vector< vector< WeakNodePtr > > arguments

Definition: equations.h:219

Member Function Documentation

◆ BODMASlevel()

template<OperationType::Type T>

int MathDAG::OperationDAG< T >::BODMASlevel ( ) const

inlineoverridevirtual

algebraic heirarchy level, used for working out whether brackets are necessary.

Implements MathDAG::Node.

Definition at line 241 of file equations.h.

                                      {
       switch (type())
         {
         case OperationType::multiply:
         case OperationType::divide:
         case OperationType::and_:
           return 1;
         case OperationType::subtract:
         case OperationType::add:
         case OperationType::or_:
           return 2;
         case OperationType::constant: // varies, depending on what's in it
           if (name.find_first_of("+-")!=string::npos)
             return 2;
           else
             return 1;
         default:
           return 0;
         }
     }

◆ derivative()

template<OperationType::Type T>

NodePtr MathDAG::OperationDAG< T >::derivative ( SystemOfEquations & ) const

overridevirtual

support for the derivative operator.

Implements MathDAG::Node.

Definition at line 438 of file equations.h.

439 {return se.derivative(*this);}

MathDAG::anonymous_namespace{equationDisplayRender.cc}::Anchor::se

◆ latex() [1/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::constant >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 106 of file node_latex.cc.

   {
     return o<<mathrm(name);
   }

◆ latex() [2/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::data >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 112 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<mathrm(name)<<"("<<arguments[0][0]->latex()<<")";
   }

◆ latex() [3/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::ravel >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 119 of file node_latex.cc.

   {
     o<<mathrm(name);
     if (!arguments.empty() && !arguments[0].empty())
       return o<<"("<<arguments[0][0]->latex()<<")";
     return o;
   }

◆ latex() [4/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::add >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 128 of file node_latex.cc.

   {
     for (size_t i=0; !arguments.empty() && i<arguments[0].size(); ++i)
       {
         checkArg(0,i);
         if (i>0) o<<"+";
         o<<arguments[0][i]->latex();
       }
     if (arguments.size()>1 && !arguments[0].empty() && !arguments[1].empty()) o<<"+";
     for (size_t i=0; arguments.size()>1 && i<arguments[1].size(); ++i)
       {
         checkArg(1,i);
         if (i>0) o<<"+";
         o<<arguments[1][i]->latex();
       }
     return o;
   }

◆ latex() [5/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::subtract >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 147 of file node_latex.cc.

   {
     for (size_t i=0; !arguments.empty() && i<arguments[0].size(); ++i)
       {
         checkArg(0,i);
         if (i>0) o<<"+";
         o<<arguments[0][i]->latex();
       }
     if (arguments.size()>1 && !arguments[1].empty()) 
       {
         checkArg(1,0);
         o<<"-";
         const ParenIf p(o, (arguments[1].size()>1 || 
                       BODMASlevel() == arguments[1][0]->BODMASlevel()));
         for (size_t i=0; i<arguments[1].size(); ++i)
           {
             checkArg(1,i);
             if (i>0) o<<"+";
             o<<arguments[1][i]->latex();
           }
       }
     return o;
   }

◆ latex() [6/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::multiply >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 172 of file node_latex.cc.

   {
     for (size_t i=0; !arguments.empty() && i<arguments[0].size(); ++i)
       {
         checkArg(0,i);
         if (i>0) o<<"\\times ";
         const ParenIf p(o, arguments[0][i]->BODMASlevel()>BODMASlevel());
         o<<arguments[0][i]->latex();
       }
     if (arguments.size()>1 && !arguments[0].empty() && !arguments[1].empty()) o<<"\\times ";
     for (size_t i=0; arguments.size()>1 && i<arguments[1].size(); ++i)
       {
         checkArg(1,i);
         if (i>0) o<<"\\times ";
         const ParenIf p(o, arguments[1][i]->BODMASlevel()>BODMASlevel());
         o<<arguments[1][i]->latex();
       }
     return o;
   }

◆ latex() [7/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::divide >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 193 of file node_latex.cc.

   {
     if (arguments.empty()) return o;
     if (arguments.size()>1) o<< "\\frac{";
     if (arguments[0].empty()) o<<"1";
     for (size_t i=0; i<arguments[0].size(); ++i)
       {
         checkArg(0,i);
         if (i>0) o<<"\\times ";
         const ParenIf p(o, i>0 && arguments[0][i]->BODMASlevel()>BODMASlevel());
         o<<arguments[0][i]->latex();
       }
     if (arguments.size()>1) 
       {
         o<<"}{";
         if (arguments[1].empty()) o<<"1";
         for (size_t i=0; i<arguments[1].size(); ++i)
           {
             checkArg(1,i);
             if (i>0) o<<"\\times ";
             const ParenIf p(o, i>0 && arguments[1][i]->BODMASlevel()>BODMASlevel());
             o<<arguments[1][i]->latex();
           }
         o<<"}";
       }
     return o;
   }

◆ latex() [8/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::log >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 222 of file node_latex.cc.

   {
     checkArg(0,0); checkArg(1,0);
     return o<<"\\log_{"<<arguments[1][0]->latex()<<"}\\left("<<
       arguments[0][0]->latex()<<"\\right)";
   }

◆ latex() [9/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::pow >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 230 of file node_latex.cc.

   {
     checkArg(0,0); checkArg(1,0);
     {
       const ParenIf p(o, arguments[0][0]->BODMASlevel()>BODMASlevel());
       o<<arguments[0][0]->latex();
     }
     return o<<"^{"<<arguments[1][0]->latex()<<"}";
   }

◆ latex() [10/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::lt >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 241 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         o<<"\\theta\\left(";
         if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
           o<<arguments[1][0]->latex()<<"-";
         else
           o<<"-";
         {
           const ParenIf p(o, arguments[0][0]->BODMASlevel()>1);
           o<<arguments[0][0]->latex();
         }
         o<<"\\right)";
       }
     else
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"\\theta\\left("<<arguments[1][0]->latex()<<"\\right)";
       else
         o<<"0";
     return o;
   }

◆ latex() [11/78]

template<OperationType::Type T>

ostream& MathDAG::OperationDAG< T >::latex ( ostream & ) const

overridevirtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Referenced by MathDAG::OperationDAG< OperationType::subtract >::latex().

Here is the caller graph for this function:

◆ latex() [12/78]

template<OperationType::Type T>

virtual ostream& MathDAG::Node::latex

writes LaTeX representation of this DAG to the stream

◆ latex() [13/78]

template<OperationType::Type T>

LaTeXManip MathDAG::Node::latex

inline

used within io streaming

Definition at line 119 of file equations.h.

119 {return LaTeXManip(*this);}

◆ latex() [14/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::eq >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 265 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         {
           o<<"\\delta\\left("<<arguments[0][0]->latex()<<"-";
           {
             const ParenIf p(o, arguments[1][0]->BODMASlevel()>BODMASlevel());
             o<<arguments[1][0]->latex();
           }
           o <<"\\right)";
         }
       else
         o<<"\\delta\\left("<<arguments[0][0]->latex()<<"\\right)";
     else
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"\\delta\\left("<<arguments[1][0]->latex()<<"\\right)";
       else
         o<<"1";
     return o;
   }

◆ latex() [15/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::le >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 288 of file node_latex.cc.

   {
     if ((!arguments.empty() && !arguments[0].empty() && arguments[0][0]) ||
         (arguments.size()>1 && !arguments[1].empty() && arguments[1][0]))
       {
         OperationDAG<OperationType::lt> lt; lt.arguments=arguments;
         OperationDAG<OperationType::eq> eq; eq.arguments=arguments;
         lt.latex(o);
         o<<"+";
         return eq.latex(o);
       }
     return o<<"1"<<endl;
   }

◆ latex() [16/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::min >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 304 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"\\min\\left("<<arguments[0][0]->latex()<<"," <<
           arguments[1][0]->latex()<<"\\right)";
       else
         o<<"\\min\\left("<<arguments[0][0]->latex()<<",0\\right)";
     else
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"\\min\\left("<<arguments[1][0]->latex()<<",0\\right)";
       else
         o<<"0";
     return o;
   }

◆ latex() [17/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::max >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 321 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"\\max\\left("<<arguments[0][0]->latex()<<"," <<
           arguments[1][0]->latex()<<"\\right)";
       else
         o<<"\\max\\left("<<arguments[0][0]->latex()<<",0\\right)";
     else
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"\\max\\left("<<arguments[1][0]->latex()<<",0\\right)";
       else
         o<<"0";
     return o;
   }

◆ latex() [18/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::and_ >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 338 of file node_latex.cc.

   {
     if (arguments.size()>1 && !arguments[0].empty() && arguments[0][0] && 
         !arguments[1].empty() && arguments[1][0])
       o<<"\\theta\\left("<<arguments[0][0]->latex()<<"-0.5\\right)\\theta\\left(" <<
         arguments[1][0]->latex()<<"-0.5\\right)";
     else
       o<<"0";
     return o;
   }

◆ latex() [19/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::or_ >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 350 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"\\max\\left(\\theta\\left("<<arguments[0][0]->latex()<<"-0.5\\right)," <<
           "\\theta\\left("<<arguments[1][0]->latex()<<"\\right)\\right)";
       else
         o<<"\\theta\\left("<<arguments[0][0]->latex()<<"-0.5\\right)";
     else
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"\\theta\\left("<<arguments[1][0]->latex()<<"-0.5\\right)";
       else
         o<<"0";
     return o;
   }

◆ latex() [20/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::not_ >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 367 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       o<<"\\left(1-\\theta\\left(0.5-"<<arguments[0][0]->latex()<<"\\right)\\right)";
     else
       o<<"1";
     return o;
   }

◆ latex() [21/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::covariance >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 377 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0] &&
         arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
       return o<<"{\\mathrm cov}\\left("<<arguments[0][0]->latex()<<
         ","<<arguments[1][0]<<"\\right)";
     return o<<"0";
   }

◆ latex() [22/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::correlation >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 387 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0] &&
         arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
       return o<<"\\rho\\left("<<arguments[0][0]->latex()<<
         ","<<arguments[1][0]<<"\\right)";
     return o<<"0";
   }

◆ latex() [23/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::linearRegression >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 397 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0] &&
         arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
       return o<<"{\\mathrm{linReg}\\left("<<arguments[0][0]->latex()<<
         ","<<arguments[1][0]<<"\\right)";
     return o<<"0";
   }

◆ latex() [24/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::size >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 409 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         size_t dim=numeric_limits<size_t>::max();
         if (auto op=dynamic_cast<OperationBase*>(state.get()))
           if (auto vv=arguments[0][0]->result)
             {
               for (auto& i: vv->hypercube().xvectors)
                 if (i.name==op->axis)
                   {
                     dim=&i-&vv->hypercube().xvectors.front();
                     break;
                   }
               if (dim<vv->rank())
                 return o<<"\\dim\\left("<<arguments[0][0]->latex()<<","<<dim<<"\\right)";
             }
         return o<<"\\prod_i(\\dim("<<arguments[0][0]->latex()<<",i))";
       }
     return o<<"0";
   }

◆ latex() [25/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::shape >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 432 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         return o<<"shape("<<arguments[0][0]->latex()<<")";
       }
     return o<<"0";
   }

◆ latex() [26/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::mean >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 442 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         return o<<"\\left\\langle"<<arguments[0][0]->latex()<<"\\right\\rangle";
       }
     return o<<"0";
   }

◆ latex() [27/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::median >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 452 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         return o<<"{\\mathrm median}\\left("<<arguments[0][0]->latex()<<"\\right)";
       }
     return o<<"0";
   }

◆ latex() [28/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::stdDev >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 462 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         return o<<"\\sigma("<<arguments[0][0]->latex()<<")";
       }
     return o<<"0";
   }

◆ latex() [29/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::moment >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 472 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         double exponent=1;
         if (auto op=dynamic_cast<OperationBase*>(state.get()))
           exponent=op->arg;
         return o<<"\\left\\langle\\Delta\\left("<<arguments[0][0]->latex()<<"\\right)^"<<exponent<<"\\right\\rangle";
       }
     return o<<"0";
   }

◆ latex() [30/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::histogram >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 485 of file node_latex.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         size_t nBins=1;
         if (auto op=dynamic_cast<OperationBase*>(state.get()))
           nBins=op->arg;
         return o<<"{\\mathrm histogram}\\left("<<arguments[0][0]->latex()<<","<<nBins<<"\\right)";
       }
     return o<<"0";
   }

◆ latex() [31/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::time >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 499 of file node_latex.cc.

   {
     return o<<" t ";
   }

◆ latex() [32/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::euler >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 505 of file node_latex.cc.

   {
     return o<<" e ";
   }

◆ latex() [33/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::pi >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 511 of file node_latex.cc.

   {
     return o<<"\\pi ";
   }    

◆ latex() [34/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::zero >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 517 of file node_latex.cc.

   {
     return o<<" 0 ";
   }

◆ latex() [35/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::one >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 523 of file node_latex.cc.

   {
     return o<<" 1 ";
   }        

◆ latex() [36/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::inf >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 529 of file node_latex.cc.

   {
     return o<<"\\infty ";
   }

◆ latex() [37/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::percent >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 535 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\left("<<arguments[0][0]->latex()<<"\\right)\\%";
   } 

◆ latex() [38/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::copy >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 542 of file node_latex.cc.

   {
     checkArg(0,0);
     return o;
   }

◆ latex() [39/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::integrate >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 549 of file node_latex.cc.

   {
     throw error("shouldn't be executed");
   }

◆ latex() [40/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::differentiate >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 555 of file node_latex.cc.

   {
     throw error("derivative operator should not appear in LaTeX output");
   }

◆ latex() [41/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::sqrt >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 561 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\sqrt{"<<arguments[0][0]->latex()<<"}";
   }

◆ latex() [42/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::exp >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 568 of file node_latex.cc.

   {
     checkArg(0,0);
     o<<"\\exp\\left("<<arguments[0][0]->latex()<<"\\right)";
     return o;
   }

◆ latex() [43/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::ln >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 576 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\ln\\left("<<arguments[0][0]->latex()<<"\\right)";
   }

◆ latex() [44/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::sin >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 583 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\sin\\left("<<arguments[0][0]->latex()<<"\\right)";
   }

◆ latex() [45/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::cos >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 590 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\cos\\left("<<arguments[0][0]->latex()<<"\\right)";
   }

◆ latex() [46/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::tan >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 597 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\tan\\left("<<arguments[0][0]->latex()<<"\\right)";
   }

◆ latex() [47/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::asin >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 604 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\arcsin\\left("<<arguments[0][0]->latex()<<"\\right)";
   }

◆ latex() [48/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::acos >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 611 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\arccos\\left("<<arguments[0][0]->latex()<<"\\right)";
   }

◆ latex() [49/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::atan >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 618 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\arctan\\left("<<arguments[0][0]->latex()<<"\\right)";
   }

◆ latex() [50/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::sinh >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 625 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\sinh\\left("<<arguments[0][0]->latex()<<"\\right)";
   }

◆ latex() [51/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::cosh >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 632 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\cosh\\left("<<arguments[0][0]->latex()<<"\\right)";
   }

◆ latex() [52/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::tanh >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 639 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\tanh\\left("<<arguments[0][0]->latex()<<"\\right)";
   }

◆ latex() [53/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::abs >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 646 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\left|"<<arguments[0][0]->latex()<<"\\right|";
   }

◆ latex() [54/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::floor >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 653 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\left\\lfloor"<<arguments[0][0]->latex()<<"\\right\\rfloor)";
   }

◆ latex() [55/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::frac >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 660 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\mathrm{frac}("<<arguments[0][0]->latex()<<")";
   }

◆ latex() [56/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::Gamma >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 667 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\Gamma\\left("<<arguments[0][0]->latex()<<"\\right)";
   }  

◆ latex() [57/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::polygamma >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 674 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\psi^{\\left("<<arguments[1][0]->latex()<<"\\right)}\\left("<<arguments[0][0]->latex()<<"\\right)";
   }            

◆ latex() [58/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::fact >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 681 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\left("<<arguments[0][0]->latex()<<"\\right)!";
   }    

◆ latex() [59/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::userFunction >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 688 of file node_latex.cc.

   {
     auto desc=mathrm(dynamic_cast<UserFunction&>(*state).description());
     if (arguments.empty() || arguments[0].empty())
       return o<<desc<<"()";
     if (arguments.size()<2 || arguments[1].empty())
       return o<<desc<<"\\left("<<arguments[0][0]->latex()<<"\\right)";
     return o<<desc<<"\\left("<<arguments[0][0]->latex()<<","<<arguments[1][0]->latex()<<"\\right)";
   }    

◆ latex() [60/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::sum >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 699 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\sum_i("<<arguments[0][0]->latex()<<")_i";
   }

◆ latex() [61/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::product >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 706 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\prod_i("<<arguments[0][0]->latex()<<")_i";
   }

◆ latex() [62/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::infimum >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 713 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\min_i("<<arguments[0][0]->latex()<<")_i";
   }

◆ latex() [63/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::supremum >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 720 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\max_i("<<arguments[0][0]->latex()<<")_i";
   }

◆ latex() [64/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::infIndex >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 727 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\mathrm{indexOf}(\\min_i("<<arguments[0][0]->latex()<<")_i)";
   }

◆ latex() [65/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::supIndex >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 734 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\mathrm{indexOf}(\\max_i("<<arguments[0][0]->latex()<<")_i)";
   }

◆ latex() [66/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::any >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 741 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\theta\\left(\\sum_i\\theta\\left(\\left("<<arguments[0][0]->latex()<<"\\right)_i-0.5\\right)\\right)";
   }

◆ latex() [67/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::all >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 748 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\prod_i\\theta\\left(\\left("<<arguments[0][0]->latex()<<"\\right)_i-0.5\\right)";
   }

◆ latex() [68/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::runningSum >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 755 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\left[\\sum_{j=0}^i\\left("<<arguments[0][0]->latex()<<"\\right)_i\\right])";
   }

◆ latex() [69/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::runningProduct >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 762 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\left[\\prod_{j=0}^i\\left("<<arguments[0][0]->latex()<<"\\right)_i\\right])";
   }

◆ latex() [70/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::difference >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 769 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\left[\\Delta^-\\left("<<arguments[0][0]->latex()<<"\\right)_i\\right])";
   }

◆ latex() [71/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::differencePlus >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 776 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\left[\\Delta^+\\left("<<arguments[0][0]->latex()<<"\\right)_i\\right])";
   }

◆ latex() [72/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::innerProduct >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 783 of file node_latex.cc.

   {
     checkArg(0,0); checkArg(1,0);
     return o<<arguments[0][0]->latex()<<"\\cdot"<<arguments[1][0]->latex();
   }

◆ latex() [73/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::outerProduct >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 790 of file node_latex.cc.

   {
     checkArg(0,0); checkArg(1,0);
     return o<<arguments[0][0]->latex()<<"\\otimes"<<arguments[1][0]->latex();
   }

◆ latex() [74/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::index >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 797 of file node_latex.cc.

   {
     checkArg(0,0);
     return o<<"\\left\\{i: \\left("<<arguments[0][0]->latex()<<"\\right)_i>0.5\\right\\}";
   }

◆ latex() [75/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::gather >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 804 of file node_latex.cc.

   {
     checkArg(0,0); checkArg(1,0);
     return o<<"\\left[\\left("<<arguments[0][0]->latex()<<"\\right)_j : j=\\left("<<arguments[1][0]->latex()<<"\\right)_i\\right]";
   }

◆ latex() [76/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::meld >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 810 of file node_latex.cc.

   {
     checkArg(0,0); checkArg(1,0);
     return o<<"\\mathrm{meld}\\left("<<arguments[0][0]->latex()<<","<<arguments[1][0]->latex()<<"\\right)";
   }

◆ latex() [77/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::merge >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 816 of file node_latex.cc.

   {
     checkArg(0,0); checkArg(1,0);
     return o<<"\\mathrm{merge}\\left("<<arguments[0][0]->latex()<<","<<arguments[1][0]->latex()<<"\\right)";
   }

◆ latex() [78/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::slice >::latex ( ostream & ) const

virtual

writes LaTeX representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 823 of file node_latex.cc.

   {
     checkArg(0,0); checkArg(1,0);
     double slice=0;
     if (state)
       if (auto o=state->operationCast())
         slice=o->arg;
     return o<<"\\mathrm{slice}\\left("<<arguments[0][0]->latex()<<","<<slice<<"\\right)";
   }

◆ matlab() [1/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::constant >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 80 of file node_matlab.cc.

   {
     return o<<init;
   }

◆ matlab() [2/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::add >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 86 of file node_matlab.cc.

   {
     if (arguments.empty()||
         (arguments[0].empty() &&
          (arguments.size()<2||arguments[1].empty())))
       return o<<0;
     for (size_t i=0; i<arguments[0].size(); ++i)
       {
         checkArg(0,i);
         if (i>0) o<<"+";
         o<<arguments[0][i]->matlab();
       }
     if (arguments.size()>1)
       {
         if (!arguments[0].empty() && !arguments[1].empty()) o<<"+";
         for (size_t i=0; i<arguments[1].size(); ++i)
           {
             checkArg(1,i);
             if (i>0) o<<"+";
             o<<arguments[1][i]->matlab();
           }
       }
     return o;
   }

◆ matlab() [3/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::subtract >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 112 of file node_matlab.cc.

   {
     if (arguments.empty()||
         (arguments[0].empty() &&
          (arguments.size()<2||arguments[1].empty())))
       return o<<0;
     for (size_t i=0; i<arguments[0].size(); ++i)
       {
         checkArg(0,i);
         if (i>0) o<<"+";
         o<<arguments[0][i]->matlab();
       }
     if (arguments.size()>1 && !arguments[1].empty()>0) 
       {
         o<<"-(";
         for (size_t i=0; i<arguments[1].size(); ++i)
           {
             checkArg(1,i);
             if (i>0) o<<"+";
             o<<arguments[1][i]->matlab();
           }
         o<<")";
       }
     return o;
   }

◆ matlab() [4/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::multiply >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 139 of file node_matlab.cc.

   {
     if (arguments.empty()||
         (arguments[0].empty() &&
          (arguments.size()<2||arguments[1].empty())))
       return o<<1;
     for (size_t i=0; i<arguments[0].size(); ++i)
       {
         checkArg(0,i);
         if (i>0) o<<"*";
         o<<"("<<arguments[0][i]->matlab()<<")";
       }
     if (!arguments[0].empty() && !arguments[1].empty()) o<<"*";
     for (size_t i=0; i<arguments[1].size(); ++i)
       {
         checkArg(1,i);
         if (i>0) o<<"*";
         o<<"("<<arguments[1][i]->matlab()<<")";
       }
     return o;
   }

◆ matlab() [5/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::divide >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 162 of file node_matlab.cc.

   {
     if (arguments.empty()||
         (arguments[0].empty() &&
          (arguments.size()<2||arguments[1].empty())))
       return o<<1;
     if (arguments[0].empty()) 
       o<<"1";
     for (size_t i=0; i<arguments[0].size(); ++i)
       {
         checkArg(0,i);
         if (i>0) o<<"*";
         o<<"("<<arguments[0][i]->matlab()<<")";
       }
     if (arguments.size()>1 && !arguments[1].empty()) 
       {
         o<<"/(";
         for (size_t i=0; i<arguments[1].size(); ++i)
           {
             checkArg(1,i);
             if (i>0) o<<"*";
             o<<"("<<arguments[1][i]->matlab()<<")";
           }
         o<<")";
       }
     return o;
   }

◆ matlab() [6/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::log >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 191 of file node_matlab.cc.

   {
     checkArg(0,0); checkArg(1,0);
     return o<<"log("<<arguments[0][0]->matlab()<<")/log("<<
       arguments[1][0]->matlab()<<")";
   }

◆ matlab() [7/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::pow >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 199 of file node_matlab.cc.

   {
     checkArg(0,0); checkArg(1,0);
     return  o<<"("<<arguments[0][0]->matlab()<<")^("<<arguments[1][0]->matlab()<<")";
   }

◆ matlab() [8/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::lt >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 206 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       o<<"(("<<arguments[0][0]->matlab()<<")";
     else
       o<<"(0";
     if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
       o<<"<("<<arguments[1][0]->matlab()<<")";
     else
       o<<"<0";
     return o<<")";
   }

◆ matlab() [9/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::le >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 220 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       o<<"(("<<arguments[0][0]->matlab()<<")";
     else
       o<<"(0";
     if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
       o<<"<=("<<arguments[1][0]->matlab()<<")";
     else
       o<<"<=0";
     return o<<")";
   }

◆ matlab() [10/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::eq >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 234 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       o<<"(("<<arguments[0][0]->matlab()<<")";
     else
       o<<"(0";
     if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
       o<<"==("<<arguments[1][0]->matlab()<<")";
     else
       o<<"==0";
     return o<<")";
   }

◆ matlab() [11/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::min >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 248 of file node_matlab.cc.

   {
     if (!arguments.empty()  && !arguments[0].empty() && arguments[0][0])
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"min("<<arguments[0][0]->matlab()<<"," <<
           arguments[1][0]->matlab()<<")";
       else
         o<<"min("<<arguments[0][0]->matlab()<<",0)";
     else
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"min(0,"<<arguments[1][0]->matlab()<<")";
       else
         o<<"0";
     return o;
   }

◆ matlab() [12/78]

template<OperationType::Type T>

ostream& MathDAG::OperationDAG< T >::matlab ( ostream & ) const

overridevirtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Referenced by MathDAG::OperationDAG< OperationType::subtract >::matlab().

Here is the caller graph for this function:

◆ matlab() [13/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::max >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 265 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"max("<<arguments[0][0]->matlab()<<"," <<
           arguments[1][0]->matlab()<<")";
       else
         o<<"max("<<arguments[0][0]->matlab()<<",0)";
     else
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"max(0,"<<arguments[1][0]->matlab()<<")";
       else
         o<<"0";
     return o;
   }

◆ matlab() [14/78]

template<OperationType::Type T>

MatlabManip MathDAG::Node::matlab

inline

Definition at line 120 of file equations.h.

120 {return MatlabManip(*this);}

◆ matlab() [15/78]

template<OperationType::Type T>

virtual ostream& MathDAG::Node::matlab

writes a matlab representation of this DAG to the stream

◆ matlab() [16/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::and_ >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 282 of file node_matlab.cc.

   {
     if (arguments.size()>1 && !arguments[0].empty() && arguments[0][0] &&
         !arguments[1].empty() && arguments[1][0])
         o<<"(("<<arguments[0][0]->matlab()<<")>=0.5 && (" <<
           arguments[1][0]->matlab()<<")>=0.5)";
     else
       o<<"0";
     return o;
   }

◆ matlab() [17/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::or_ >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 294 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"(("<<arguments[0][0]->matlab()<<")>=0.5 || (" <<
           arguments[1][0]->matlab()<<")>=0.5)";
       else
         o<<"(("<<arguments[0][0]->matlab()<<")>=0.5)";
     else
       if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         o<<"(("<<arguments[1][0]->matlab()<<")>=0.5)";
       else
         o<<"0";
     return o;
   }

◆ matlab() [18/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::not_ >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 311 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       o<<"(("<<arguments[0][0]->matlab()<<")<0.5)";
     else
       o<<"1";
     return o;
   }

◆ matlab() [19/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::covariance >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 325 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0] &&
         arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
       return o<<"cov("<<arguments[0][0]->matlab()<<"," <<
             arguments[1][0]->matlab()<<")";
     return o<<"0";
   }

◆ matlab() [20/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::correlation >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 335 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0] &&
         arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
       return o<<"corr("<<arguments[0][0]->matlab()<<"," <<
         arguments[1][0]->matlab()<<")";
     return o<<"0";
   }

◆ matlab() [21/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::linearRegression >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 345 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0] &&
         arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
       return o<<"linReg("<<arguments[0][0]->matlab()<<"," <<
         arguments[1][0]->matlab()<<")";
     return o<<"0";
   }

◆ matlab() [22/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::size >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 355 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         size_t dim=numeric_limits<size_t>::max();
         if (auto op=dynamic_cast<OperationBase*>(state.get()))
           if (auto vv=arguments[0][0]->result)
             {
               for (auto& i: vv->hypercube().xvectors)
                 if (i.name==op->axis)
                   {
                     dim=&i-&vv->hypercube().xvectors.front();
                     break;
                   }
               if (dim<vv->rank())
                 return o<<"size("<<arguments[0][0]->matlab()<<","<<dim<<")";
             }
         return o<<"prod(size("<<arguments[0][0]->matlab()<<"))";
       }
     return o<<"0";
   }

◆ matlab() [23/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::shape >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 378 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         return o<<"size("<<arguments[0][0]->matlab()<<")";
       }
     return o<<"0";
   }

◆ matlab() [24/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::mean >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 388 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         return o<<"mean("<<arguments[0][0]->matlab()<<")";
       }
     return o<<"0";
   }

◆ matlab() [25/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::median >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 398 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         return o<<"median("<<arguments[0][0]->matlab()<<")";
       }
     return o<<"0";
   }

◆ matlab() [26/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::stdDev >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 408 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         return o<<"std("<<arguments[0][0]->matlab()<<")";
       }
     return o<<"0";
   }

◆ matlab() [27/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::moment >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 418 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         double exponent=1;
         if (auto op=dynamic_cast<OperationBase*>(state.get()))
           exponent=op->arg;
         return o<<"moment("<<arguments[0][0]->matlab()<<","<<exponent<<")";
       }
     return o<<"0";
   }

◆ matlab() [28/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::histogram >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 432 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         size_t nBins=1;
         if (auto op=dynamic_cast<OperationBase*>(state.get()))
           nBins=op->arg;
         return o<<"histogram("<<arguments[0][0]->matlab()<<","<<nBins<<")";
       }
     return o<<"0";
   }

◆ matlab() [29/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::time >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 445 of file node_matlab.cc.

   {
     return o<<"t";
   }    

◆ matlab() [30/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::euler >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 451 of file node_matlab.cc.

   {
     return o<<"e";
   }

◆ matlab() [31/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::pi >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 457 of file node_matlab.cc.

   {
     return o<<"pi";
   }

◆ matlab() [32/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::zero >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 463 of file node_matlab.cc.

   {
     return o<<"0";
   }

◆ matlab() [33/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::one >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 469 of file node_matlab.cc.

   {
     return o<<"1";
   }            

◆ matlab() [34/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::inf >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 475 of file node_matlab.cc.

   {
     return o<<"inf";
   }

◆ matlab() [35/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::percent >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 481 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"100*("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [36/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::copy >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 488 of file node_matlab.cc.

   {
     if (!arguments.empty() && !arguments[0].empty())
       {
         assert(arguments[0][0]);
         o<<arguments[0][0]->matlab();
       }
     return o;
   }

◆ matlab() [37/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::integrate >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 499 of file node_matlab.cc.

   {
     throw error("shouldn't be executed");
   }

◆ matlab() [38/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::differentiate >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 505 of file node_matlab.cc.

   {
     throw error("derivative operator should not appear in matlab output");
   }

◆ matlab() [39/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::data >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 511 of file node_matlab.cc.

   {
     throw error("Data blocks are not yet supported in Matlab mode");
     return o;
   }

◆ matlab() [40/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::ravel >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 518 of file node_matlab.cc.

   {
     throw error("Ravels are not yet supported in Matlab mode");
     return o;
   }

◆ matlab() [41/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::sqrt >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 525 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"sqrt("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [42/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::exp >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 532 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"exp("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [43/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::ln >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 539 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"log("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [44/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::sin >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 546 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"sin("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [45/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::cos >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 553 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"cos("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [46/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::tan >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 560 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"tan("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [47/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::asin >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 567 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"asin("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [48/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::acos >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 574 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"acos("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [49/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::atan >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 581 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"atan("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [50/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::sinh >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 588 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"sinh("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [51/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::cosh >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 595 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"cosh("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [52/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::tanh >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 602 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"tanh("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [53/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::abs >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 609 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"abs("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [54/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::floor >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 616 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"floor("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [55/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::frac >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 623 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"frac("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [56/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::Gamma >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 630 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"gamma("<<arguments[0][0]->matlab()<<")";
   }    

◆ matlab() [57/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::polygamma >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 637 of file node_matlab.cc.

   {
     checkArg(0,0); checkArg(1,0);
     return o<<"psi(floor("<<arguments[1][0]->matlab()<<"),("<<arguments[0][0]->matlab()<<"))";
   }       

◆ matlab() [58/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::fact >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 644 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"gamma(1+("<<arguments[0][0]->matlab()<<"))";
   }  

◆ matlab() [59/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::userFunction >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 651 of file node_matlab.cc.

   {
     if (arguments.empty() || arguments[0].empty())
       return o<<dynamic_cast<UserFunction*>(state.get())->name()<<"()";
     if (arguments.size()<2 || arguments[1].empty())
       return o<<dynamic_cast<UserFunction*>(state.get())->name()<<"("<<arguments[0][0]->matlab()<<")";
     return o<<dynamic_cast<UserFunction*>(state.get())->name()<<"("<<arguments[0][0]->matlab()<<","<<arguments[1][0]->matlab()<<")";
   }    

◆ matlab() [60/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::sum >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 662 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"sum("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [61/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::product >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 668 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"prod("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [62/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::supremum >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 674 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"max("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [63/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::infimum >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 680 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"min("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [64/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::supIndex >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 686 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"find(("<<arguments[0][0]->matlab()<<")==max("<<arguments[0][0]->matlab()<<"))";
   }

◆ matlab() [65/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::infIndex >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 692 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"find(("<<arguments[0][0]->matlab()<<")==min("<<arguments[0][0]->matlab()<<"))";
   }

◆ matlab() [66/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::any >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 698 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"any(("<<arguments[0][0]->matlab()<<")>0.5)";
   }

◆ matlab() [67/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::all >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 704 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"all(("<<arguments[0][0]->matlab()<<")>0.5)";
   }

◆ matlab() [68/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::runningSum >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 710 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"cumsum("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [69/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::runningProduct >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 716 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"cumprod("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [70/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::difference >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 722 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"diff("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [71/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::differencePlus >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 729 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"diff("<<arguments[0][0]->matlab()<<")";
   }

◆ matlab() [72/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::innerProduct >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 735 of file node_matlab.cc.

   {
     checkArg(0,0);
     checkArg(1,0);
     return o<<"("<<arguments[0][0]->matlab()<<")*("<<arguments[1][0]->matlab()<<")";
   }

◆ matlab() [73/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::outerProduct >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 742 of file node_matlab.cc.

   {
     checkArg(0,0);
     checkArg(1,0);
     // note matlab can only deal with rank 2 tensors  - this works if both are vectors, or one is a scalar and the other a matrix
     return o<<"("<<arguments[0][0]->matlab()<<").*transpose("<<arguments[1][0]->matlab()<<")";
   }

◆ matlab() [74/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::index >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 750 of file node_matlab.cc.

   {
     checkArg(0,0);
     return o<<"find(("<<arguments[0][0]->matlab()<<")>0.5)";
   }

◆ matlab() [75/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::gather >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 756 of file node_matlab.cc.

   {
     checkArg(0,0);checkArg(1,0);
     return o<<"("<<arguments[0][0]->matlab()<<")("<<arguments[1][0]->matlab()<<")";
   }

◆ matlab() [76/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::meld >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 762 of file node_matlab.cc.

   {
     checkArg(0,0);checkArg(1,0);
     return o<<"meld("<<arguments[0][0]->matlab()<<","<<arguments[1][0]->matlab()<<")";
   }

◆ matlab() [77/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::merge >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 768 of file node_matlab.cc.

   {
     checkArg(0,0);checkArg(1,0);
     return o<<"meld("<<arguments[0][0]->matlab()<<","<<arguments[1][0]->matlab()<<")";
   }

◆ matlab() [78/78]

template<>

ostream & MathDAG::OperationDAG< OperationType::slice >::matlab ( ostream & ) const

virtual

writes a matlab representation of this DAG to the stream

Implements MathDAG::Node.

Definition at line 774 of file node_matlab.cc.

   {
     checkArg(0,0);checkArg(1,0);
     double slice=0;
     if (state)
       if (auto o=state->operationCast())
         slice=o->arg;
     return o<<"slice("<<arguments[0][0]->matlab()<<","<<slice<<")";
   }

◆ render() [1/76]

template<>

void MathDAG::OperationDAG< OperationType::constant >::render ( Surface & surf ) const

Definition at line 231 of file equationDisplayRender.cc.

   {
     assert(!"constant deprecated");
   }

◆ render() [2/76]

template<>

void MathDAG::OperationDAG< OperationType::add >::render ( Surface & surf ) const

Definition at line 237 of file equationDisplayRender.cc.

   {
     for (size_t i=0; i<arguments.size(); ++i)
       {
         naryRender(surf, arguments[i], BODMASlevel()," + ","0");
         if (i!=arguments.size()-1) print(surf.cairo()," + ",Anchor::nw);
       }
   }

◆ render() [3/76]

template<>

void MathDAG::OperationDAG< OperationType::subtract >::render ( Surface & surf ) const

Definition at line 247 of file equationDisplayRender.cc.

   {
     if (!arguments.empty())
       naryRender(surf, arguments[0], BODMASlevel(), " + ","0");
     if (arguments.size()>1)
       {
         print(surf.cairo()," - ",Anchor::nw);
         if (arguments[1].size()>1 || 
             (!arguments[1].empty() && BODMASlevel() == arguments[1][0]->BODMASlevel()))
           parenthesise(surf, [&](Surface& s){naryRender(s,arguments[1], BODMASlevel(), " + ","0");});
         else
           naryRender(surf, arguments[1], BODMASlevel(), " + ","0");
       }
   }

◆ render() [4/76]

template<>

void MathDAG::OperationDAG< OperationType::multiply >::render ( Surface & surf ) const

Definition at line 263 of file equationDisplayRender.cc.

   {
     for (size_t i=0; i<arguments.size(); ++i)
       {
         naryRender(surf,arguments[i], BODMASlevel(), " × ","1");
         if (i!=arguments.size()-1) print(surf.cairo()," × ",Anchor::nw);
       }
   }

◆ render() [5/76]

template<OperationType::Type T>

void MathDAG::OperationDAG< T >::render ( ecolab::cairo::Surface & surf ) const

overridevirtual

renders a visual representation of this node to surf graphic extends right from the current pen position (which needs to be defined), and pen is moved to the right edge of the graphic. The determine bounding box, render into a recording surface, and use width()/height()

Implements MathDAG::Node.

Referenced by MathDAG::OperationDAG< OperationType::subtract >::render().

Here is the caller graph for this function:

◆ render() [6/76]

template<>

void MathDAG::OperationDAG< OperationType::divide >::render ( Surface & surf ) const

Definition at line 273 of file equationDisplayRender.cc.

   {
     RecordingSurface num, den;
     if (!arguments.empty())
       naryRender(num, arguments[0], BODMASlevel()," × ","1");
 
     if (arguments.size()>1)
       {
         naryRender(den, arguments[1], BODMASlevel()," × ","1");
         if (!arguments[1].empty())
           {
             double x, y; // starting position of current line
             cairo_get_current_point(surf.cairo(),&x,&y);
 
             const double solidusLength = std::max(num.width(),den.width());
 
             cairo_move_to(surf.cairo(), x+0.5*(solidusLength-num.width()), y-num.height());
             naryRender(surf, arguments[0], BODMASlevel()," × ","1");
             cairo_move_to(surf.cairo(), x+0.5*(solidusLength-den.width()), y+0.5*num.height()+5);
             naryRender(surf, arguments[1], BODMASlevel()," × ","1");
            
             cairo_move_to(surf.cairo(), x, y+0.5*num.height()+5);
             cairo_rel_line_to(surf.cairo(), solidusLength, 0);
             {
               const CairoSave cs(surf.cairo());
               cairo_set_line_width(surf.cairo(),1);
               cairo_stroke(surf.cairo());
             }
             cairo_move_to(surf.cairo(),x+solidusLength,y);
           }
         else // denominator =1, so just render the numerator
           naryRender(surf, arguments[0], BODMASlevel()," × ","1");
       }
     else // denominator =1, so just render the numerator
       naryRender(surf, arguments[0], BODMASlevel()," × ","1");
   }

◆ render() [7/76]

template<>

void MathDAG::OperationDAG< OperationType::log >::render ( Surface & surf ) const

Definition at line 311 of file equationDisplayRender.cc.

   {
     if (arguments.empty() || arguments[0].empty() || !arguments[0][0])
       print(surf.cairo(),"<i>0</i>",Anchor::nw);
     else
       {
         if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
           {
             const double h=print(surf.cairo(),"log",Anchor::nw);
             cairo_rel_move_to(surf.cairo(), 0, 0.5*h);
             arguments[1][0]->render(surf);
             cairo_rel_move_to(surf.cairo(), 0, -0.5*h);
           }
         else
           print(surf.cairo(),"ln",Anchor::nw);
         arguments[0][0]->render(surf);
       }
   }

◆ render() [8/76]

template<>

void MathDAG::OperationDAG< OperationType::userFunction >::render ( Surface & surf ) const

Definition at line 331 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"<i>"+dynamic_cast<UserFunction&>(*state).description()+"</i>",Anchor::nw);
     if (arguments.empty() || arguments[0].empty() || !arguments[0][0])
       print(surf.cairo(),"(0,0)",Anchor::nw);
     else
       parenthesise(surf, [&](Surface& surf){
         arguments[0][0]->render(surf);
         print(surf.cairo(),",",Anchor::nw);
         if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
           arguments[1][0]->render(surf);
         else
           print(surf.cairo(),"0",Anchor::nw);
         });
   }

◆ render() [9/76]

template<>

void MathDAG::OperationDAG< OperationType::pow >::render ( Surface & surf ) const

Definition at line 348 of file equationDisplayRender.cc.

   {
     if (arguments.empty() || arguments[0].empty() || !arguments[0][0])
       print(surf.cairo(),"<i>0</i>",Anchor::nw);
     else
       {
         if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
           {
             if (arguments[0][0]->BODMASlevel()>BODMASlevel())
               parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
             else
               arguments[0][0]->render(surf);
 
             RecordingSurface base;
             arguments[0][0]->render(base);
             cairo_rel_move_to(surf.cairo(), 0, -0.5*base.height());
             arguments[1][0]->render(surf);
             cairo_rel_move_to(surf.cairo(), 0, 0.5*base.height());
           }
         else
           print(surf.cairo(),"<i>1</i>",Anchor::nw);
       }
    
   }

◆ render() [10/76]

template<>

void MathDAG::OperationDAG< OperationType::time >::render ( Surface & surf ) const

Definition at line 375 of file equationDisplayRender.cc.

376 {print(surf.cairo(),"t",Anchor::nw);}

MathDAG::anonymous_namespace{equationDisplayRender.cc}::print

double print(cairo_t *cairo, const string &text, Anchor anchor)

Definition: equationDisplayRender.cc:66

◆ render() [11/76]

template<>

void MathDAG::OperationDAG< OperationType::euler >::render ( Surface & surf ) const

Definition at line 378 of file equationDisplayRender.cc.

379 {print(surf.cairo(),"e",Anchor::nw);}

MathDAG::anonymous_namespace{equationDisplayRender.cc}::print

double print(cairo_t *cairo, const string &text, Anchor anchor)

Definition: equationDisplayRender.cc:66

◆ render() [12/76]

template<>

void MathDAG::OperationDAG< OperationType::pi >::render ( Surface & surf ) const

Definition at line 381 of file equationDisplayRender.cc.

382 {print(surf.cairo(),"π",Anchor::nw);}

MathDAG::anonymous_namespace{equationDisplayRender.cc}::print

double print(cairo_t *cairo, const string &text, Anchor anchor)

Definition: equationDisplayRender.cc:66

◆ render() [13/76]

template<>

void MathDAG::OperationDAG< OperationType::zero >::render ( Surface & surf ) const

Definition at line 384 of file equationDisplayRender.cc.

385 {print(surf.cairo(),"0",Anchor::nw);}

MathDAG::anonymous_namespace{equationDisplayRender.cc}::print

double print(cairo_t *cairo, const string &text, Anchor anchor)

Definition: equationDisplayRender.cc:66

◆ render() [14/76]

template<>

void MathDAG::OperationDAG< OperationType::one >::render ( Surface & surf ) const

Definition at line 387 of file equationDisplayRender.cc.

388 {print(surf.cairo(),"1",Anchor::nw);}

MathDAG::anonymous_namespace{equationDisplayRender.cc}::print

double print(cairo_t *cairo, const string &text, Anchor anchor)

Definition: equationDisplayRender.cc:66

◆ render() [15/76]

template<>

void MathDAG::OperationDAG< OperationType::inf >::render ( Surface & surf ) const

Definition at line 390 of file equationDisplayRender.cc.

391 {print(surf.cairo(),"∞",Anchor::nw);}

MathDAG::anonymous_namespace{equationDisplayRender.cc}::print

double print(cairo_t *cairo, const string &text, Anchor anchor)

Definition: equationDisplayRender.cc:66

◆ render() [16/76]

template<>

void MathDAG::OperationDAG< OperationType::percent >::render ( Surface & s ) const

Definition at line 393 of file equationDisplayRender.cc.

   {
       double xx,yy;
       cairo_get_current_point(s.cairo(),&xx,&yy);
  
       RecordingSurface r;
       arguments[0][0]->render(r);
 
       Pango pango(s.cairo());
       const double oldFs=pango.getFontSize();
       pango.setFontSize(r.height());     
       cairo_rel_move_to(s.cairo(),0,-(r.height()-oldFs));
       pango.show();
       cairo_rel_move_to(s.cairo(),0,(r.height()-oldFs));
       cairo_rel_move_to(s.cairo(),pango.width(),0);
       arguments[0][0]->render(s);
       xx+=pango.width()+r.width();
       pango.setMarkup("%");
       cairo_move_to(s.cairo(),xx,yy-r.height()+oldFs);
       pango.show();
       cairo_move_to(s.cairo(),xx+pango.width(),yy);
   }     

◆ render() [17/76]

template<>

void MathDAG::OperationDAG< OperationType::copy >::render ( Surface & surf ) const

Definition at line 416 of file equationDisplayRender.cc.

417 {print(surf.cairo(),"=",Anchor::nw);}

MathDAG::anonymous_namespace{equationDisplayRender.cc}::print

double print(cairo_t *cairo, const string &text, Anchor anchor)

Definition: equationDisplayRender.cc:66

◆ render() [18/76]

template<>

void MathDAG::OperationDAG< OperationType::integrate >::render ( Surface & surf ) const

Definition at line 419 of file equationDisplayRender.cc.

420 {throw error("should not be rendering integration operations");}

◆ render() [19/76]

template<>

void MathDAG::OperationDAG< OperationType::differentiate >::render ( Surface & surf ) const

Definition at line 427 of file equationDisplayRender.cc.

428 {throw error("should not be rendering differentiation operations");}

◆ render() [20/76]

template<>

void MathDAG::OperationDAG< OperationType::sqrt >::render ( Surface & surf ) const

Definition at line 430 of file equationDisplayRender.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         RecordingSurface arg;
         arguments[0][0]->render(arg);
 
         // display a scaled surd.
         Pango pango(surf.cairo());
         {
           const CairoSave cs(surf.cairo());
           const double oldFs=pango.getFontSize();
           pango.setFontSize(arg.height());
           pango.setMarkup("√");
           cairo_rel_move_to(surf.cairo(),0,oldFs-arg.height());
           pango.show();
         }
         cairo_rel_move_to(surf.cairo(),pango.width(),0);
         // draw an overbar
         double x,y;
         cairo_get_current_point(surf.cairo(),&x,&y);
         {
           const CairoSave cs(surf.cairo());
           cairo_rel_line_to(surf.cairo(),arg.width(),0);
           cairo_set_line_width(surf.cairo(),1);
           cairo_stroke(surf.cairo());
         }
         
         cairo_move_to(surf.cairo(),x,y-arg.top()+2);
         arguments[0][0]->render(surf);
       }
   } 

◆ render() [21/76]

template<>

void MathDAG::OperationDAG< OperationType::data >::render ( Surface & surf ) const

Definition at line 463 of file equationDisplayRender.cc.

   {
     if (auto d=dynamic_cast<const minsky::DataOp*>(state.get()))
       print(surf.cairo(),latexToPango(mathrm(d->description())),Anchor::nw);
     else
       print(surf.cairo(),latexToPango(mathrm("\\uplus")),Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [22/76]

template<>

void MathDAG::OperationDAG< OperationType::ravel >::render ( Surface & surf ) const

Definition at line 473 of file equationDisplayRender.cc.

   {
     if (auto d=dynamic_cast<const minsky::DataOp*>(state.get()))
       print(surf.cairo(),latexToPango(mathrm(d->description())),Anchor::nw);
     else
       print(surf.cairo(),latexToPango(mathrm("\\uplus")),Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [23/76]

template<>

void MathDAG::OperationDAG< OperationType::exp >::render ( Surface & surf ) const

Definition at line 483 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"exp",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [24/76]

template<>

void MathDAG::OperationDAG< OperationType::ln >::render ( Surface & surf ) const

Definition at line 490 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"ln",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [25/76]

template<>

void MathDAG::OperationDAG< OperationType::sin >::render ( Surface & surf ) const

Definition at line 497 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"sin",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [26/76]

template<>

void MathDAG::OperationDAG< OperationType::cos >::render ( Surface & surf ) const

Definition at line 504 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"cos",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [27/76]

template<>

void MathDAG::OperationDAG< OperationType::tan >::render ( Surface & surf ) const

Definition at line 511 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"tan",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [28/76]

template<>

void MathDAG::OperationDAG< OperationType::asin >::render ( Surface & surf ) const

Definition at line 518 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"sin<sup>-1</sup>",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [29/76]

template<>

void MathDAG::OperationDAG< OperationType::acos >::render ( Surface & surf ) const

Definition at line 525 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"cos<small><sup>-1</sup></small>",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [30/76]

template<>

void MathDAG::OperationDAG< OperationType::atan >::render ( Surface & surf ) const

Definition at line 532 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"tan<small><sup>-1</sup></small>",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [31/76]

template<>

void MathDAG::OperationDAG< OperationType::sinh >::render ( Surface & surf ) const

Definition at line 539 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"sinh",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [32/76]

template<>

void MathDAG::OperationDAG< OperationType::cosh >::render ( Surface & surf ) const

Definition at line 546 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"cosh",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [33/76]

template<>

void MathDAG::OperationDAG< OperationType::tanh >::render ( Surface & surf ) const

Definition at line 553 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"tanh",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [34/76]

template<>

void MathDAG::OperationDAG< OperationType::abs >::render ( Surface & s ) const

Definition at line 561 of file equationDisplayRender.cc.

   {
       double xx,yy;
       cairo_get_current_point(s.cairo(),&xx,&yy);
  
       RecordingSurface r;
       arguments[0][0]->render(r);
 
       Pango pango(s.cairo());
       const double oldFs=pango.getFontSize();
       pango.setFontSize(r.height());
       pango.setMarkup("|");
       cairo_rel_move_to(s.cairo(),0,-(r.height()-oldFs));
       pango.show();
       cairo_rel_move_to(s.cairo(),0,(r.height()-oldFs));
       cairo_rel_move_to(s.cairo(),pango.width(),0);
       arguments[0][0]->render(s);
       xx+=pango.width()+r.width();
       pango.setMarkup("|");
       cairo_move_to(s.cairo(),xx,yy-r.height()+oldFs);
       pango.show();
       cairo_move_to(s.cairo(),xx+pango.width(),yy);
   }

◆ render() [35/76]

template<>

void MathDAG::OperationDAG< OperationType::floor >::render ( Surface & s ) const

Definition at line 586 of file equationDisplayRender.cc.

   {
       double xx,yy;
       cairo_get_current_point(s.cairo(),&xx,&yy);
  
       RecordingSurface r;
       arguments[0][0]->render(r);
 
       Pango pango(s.cairo());
       const double oldFs=pango.getFontSize();
       pango.setFontSize(r.height());
       pango.setMarkup("⌊");
       cairo_rel_move_to(s.cairo(),0,-(r.height()-oldFs));
       pango.show();
       cairo_rel_move_to(s.cairo(),0,(r.height()-oldFs));
       cairo_rel_move_to(s.cairo(),pango.width(),0);
       arguments[0][0]->render(s);
       xx+=pango.width()+r.width();
       pango.setMarkup("⌋");
       cairo_move_to(s.cairo(),xx,yy-r.height()+oldFs);
       pango.show();
       cairo_move_to(s.cairo(),xx+pango.width(),yy);
   }

◆ render() [36/76]

template<>

void MathDAG::OperationDAG< OperationType::frac >::render ( Surface & surf ) const

Definition at line 611 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"frac",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [37/76]

template<>

void MathDAG::OperationDAG< OperationType::Gamma >::render ( Surface & surf ) const

Definition at line 619 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"Γ",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});}
   }

◆ render() [38/76]

template<>

void MathDAG::OperationDAG< OperationType::polygamma >::render ( Surface & surf ) const

Definition at line 627 of file equationDisplayRender.cc.

   {
       print(surf.cairo(),"ψ",Anchor::nw);
       if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])         
       {
         if (arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
           {  
             RecordingSurface base;
             arguments[1][0]->render(base);
             cairo_rel_move_to(surf.cairo(), 0, -0.5*base.height());
             parenthesise(surf, [&](Surface& surf){arguments[1][0]->render(surf);});                       
             arguments[0][0]->render(base);
             cairo_rel_move_to(surf.cairo(), 0, 0.5*base.height());                        
             parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});                       
           }
         else
           parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
       }
   }      

◆ render() [39/76]

template<>

void MathDAG::OperationDAG< OperationType::fact >::render ( Surface & s ) const

Definition at line 648 of file equationDisplayRender.cc.

   {
       double xx,yy;
       cairo_get_current_point(s.cairo(),&xx,&yy);
  
       RecordingSurface r;
       arguments[0][0]->render(r);
 
       Pango pango(s.cairo());
       const double oldFs=pango.getFontSize();
       pango.setFontSize(r.height());
       cairo_rel_move_to(s.cairo(),0,-(r.height()-oldFs));
       pango.show();
       cairo_rel_move_to(s.cairo(),0,(r.height()-oldFs));
       cairo_rel_move_to(s.cairo(),pango.width(),0);
       arguments[0][0]->render(s);
       xx+=pango.width()+r.width();
       pango.setMarkup("!");
       cairo_move_to(s.cairo(),xx,yy-r.height()+oldFs);
       pango.show();
       cairo_move_to(s.cairo(),xx+pango.width(),yy);
   }   

◆ render() [40/76]

template<>

void MathDAG::OperationDAG< OperationType::sum >::render ( Surface & surf ) const

Definition at line 672 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"∑<sub>i</sub>",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         const double h=parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
         cairo_rel_move_to(surf.cairo(), 0, 0.5*h);
         print(surf.cairo(),"<sub>i</sub>",Anchor::nw);
         cairo_rel_move_to(surf.cairo(), 0, -0.5*h);
       }
   }

◆ render() [41/76]

template<>

void MathDAG::OperationDAG< OperationType::product >::render ( Surface & surf ) const

Definition at line 685 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"∏<sub>i</sub>",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
         print(surf.cairo(),"<sub>i</sub>",Anchor::nw);
       }
   }

◆ render() [42/76]

template<>

void MathDAG::OperationDAG< OperationType::infimum >::render ( Surface & surf ) const

Definition at line 696 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"min<sub>i</sub>",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
         print(surf.cairo(),"<sub>i</sub>",Anchor::nw);
       }
   }

◆ render() [43/76]

template<>

void MathDAG::OperationDAG< OperationType::supremum >::render ( Surface & surf ) const

Definition at line 707 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"min<sub>i</sub>",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
         print(surf.cairo(),"<sub>i</sub>",Anchor::nw);
       }
   }

◆ render() [44/76]

template<>

void MathDAG::OperationDAG< OperationType::infIndex >::render ( Surface & surf ) const

Definition at line 718 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"indexOf",Anchor::nw);
     parenthesise(surf, [&](Surface& surf){OperationDAG<OperationType::infimum>().render(surf);});
   }

◆ render() [45/76]

template<>

void MathDAG::OperationDAG< OperationType::supIndex >::render ( Surface & surf ) const

Definition at line 725 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"indexOf",Anchor::nw);
     parenthesise(surf, [&](Surface& surf){OperationDAG<OperationType::supremum>().render(surf);});
   }

◆ render() [46/76]

template<>

void MathDAG::OperationDAG< OperationType::any >::render ( Surface & surf ) const

Definition at line 732 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"Θ(max<sub>i</sub>",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
         print(surf.cairo(),"<sub>i</sub>&gt;0.5)",Anchor::nw);
       }
   }

◆ render() [47/76]

template<>

void MathDAG::OperationDAG< OperationType::all >::render ( Surface & surf ) const

Definition at line 743 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"∏<sub>i</sub>Θ(",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
         print(surf.cairo(),"<sub>i</sub>&gt;0.5)",Anchor::nw);
       }
   }

◆ render() [48/76]

template<>

void MathDAG::OperationDAG< OperationType::runningSum >::render ( Surface & surf ) const

Definition at line 754 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"∑<sub>j=0</sub><sup>i</sup>",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
         print(surf.cairo(),"<sub>i</sub>",Anchor::nw);
       }
   }

◆ render() [49/76]

template<>

void MathDAG::OperationDAG< OperationType::runningProduct >::render ( Surface & surf ) const

Definition at line 765 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"∏<sub>j=0</sub><sup>i</sup>",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
         print(surf.cairo(),"<sub>i</sub>",Anchor::nw);
       }
   }

◆ render() [50/76]

template<>

void MathDAG::OperationDAG< OperationType::difference >::render ( Surface & surf ) const

Definition at line 776 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"Δ⁻ᵢ",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
         print(surf.cairo(),"<sub>i</sub>",Anchor::nw);
       }
   }

◆ render() [51/76]

template<>

void MathDAG::OperationDAG< OperationType::differencePlus >::render ( Surface & surf ) const

Definition at line 787 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"Δ⁺ᵢ",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
         print(surf.cairo(),"<sub>i</sub>",Anchor::nw);
       }
   }

◆ render() [52/76]

template<>

void MathDAG::OperationDAG< OperationType::index >::render ( Surface & surf ) const

Definition at line 798 of file equationDisplayRender.cc.

   {
     print(surf.cairo(),"index",Anchor::nw);
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
       }
   }

◆ render() [53/76]

template<>

void MathDAG::OperationDAG< OperationType::lt >::render ( Surface & surf ) const

Definition at line 808 of file equationDisplayRender.cc.

   {
     if (!arguments.empty())
       {
         if (!arguments[1].empty() && arguments[1][0])
           if (!arguments[0].empty() && arguments[0][0])
             {
               print(surf.cairo(),"θ",Anchor::nw);
               parenthesise(surf, [&](Surface& surf){
                   arguments[1][0]->render(surf);
                   print(surf.cairo()," - ",Anchor::nw);
                   if (arguments[0][0]->BODMASlevel()>1)
                     parenthesise(surf, [&](Surface& surf){
                         arguments[0][0]->render(surf);
                       });
                   else
                     arguments[0][0]->render(surf);
                 });
             }
           else
             {
               print(surf.cairo(),"θ",Anchor::nw);
               parenthesise(surf, [&](Surface& surf){arguments[1][0]->render(surf);});
             }
         else
           if (!arguments[0].empty() && arguments[0][0])
             {
               print(surf.cairo(),"θ",Anchor::nw);
               parenthesise(surf, [&](Surface& surf){
                   print(surf.cairo()," - ",Anchor::nw);
                   if (arguments[0][0]->BODMASlevel()>1)
                     parenthesise(surf, [&](Surface& surf){
                         arguments[0][0]->render(surf);
                       });
                   else
                     arguments[0][0]->render(surf);
                 });
             }
           else
             print(surf.cairo(),"0",Anchor::nw);
       }
     else
       print(surf.cairo(),"0",Anchor::nw);
   }

◆ render() [54/76]

template<>

void MathDAG::OperationDAG< OperationType::eq >::render ( Surface & surf ) const

Definition at line 854 of file equationDisplayRender.cc.

   {
     if (!arguments.empty())
       {
         if (!arguments[1].empty() && arguments[1][0])
           if (!arguments[0].empty() && arguments[0][0])
             {
               print(surf.cairo(),"δ",Anchor::nw);
               parenthesise(surf, [&](Surface& surf){
                   arguments[0][0]->render(surf);
                   print(surf.cairo()," - ",Anchor::nw);
                   arguments[1][0]->render(surf);
                 });              
             }
           else
             {
               print(surf.cairo(),"δ",Anchor::nw);
               parenthesise(surf, [&](Surface& surf){arguments[1][0]->render(surf);});
             }
         else
           if (!arguments[0].empty() && arguments[0][0])
             {
               print(surf.cairo(),"δ",Anchor::nw);
               parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
             }
           else
             print(surf.cairo(),"1",Anchor::nw);
       }
     else
       print(surf.cairo(),"1",Anchor::nw);
   }

◆ render() [55/76]

template<>

void MathDAG::OperationDAG< OperationType::le >::render ( Surface & surf ) const

Definition at line 887 of file equationDisplayRender.cc.

   {
     if ((!arguments.empty() && !arguments[0].empty() && arguments[0][0]) ||
         (arguments.size()>1 && !arguments[1].empty() && arguments[1][0]))
       {
         OperationDAG<OperationType::lt> lt; lt.arguments=arguments;
         OperationDAG<OperationType::eq> eq; eq.arguments=arguments;
         lt.render(surf);
         print(surf.cairo(),"+",Anchor::nw);
         eq.render(surf);
       }
     else
       print(surf.cairo(),"1",Anchor::nw);
   }

◆ render() [56/76]

template<>

void MathDAG::OperationDAG< OperationType::min >::render ( Surface & surf ) const

Definition at line 904 of file equationDisplayRender.cc.

   {
     if (!arguments.empty())
       {
         print(surf.cairo(),"min",Anchor::nw);
         parenthesise(surf, [&](Surface& surf){
             naryRender(surf,arguments[0],BODMASlevel(),",","∞");
             if (!arguments[1].empty())
               {
                 print(surf.cairo(),",",Anchor::nw);
                 naryRender(surf,arguments[1],BODMASlevel(),",","∞");
               }
           });
       }
     else
       print(surf.cairo(),"∞",Anchor::nw);
   }

◆ render() [57/76]

template<>

void MathDAG::OperationDAG< OperationType::max >::render ( Surface & surf ) const

Definition at line 923 of file equationDisplayRender.cc.

   {
     if (!arguments.empty())
       {
         print(surf.cairo(),"max",Anchor::nw);
         parenthesise(surf, [&](Surface& surf){
             naryRender(surf,arguments[0],BODMASlevel(),",","-∞");
             if (!arguments[1].empty())
               {
                 print(surf.cairo(),",",Anchor::nw);
                 naryRender(surf,arguments[1],BODMASlevel(),",","-∞");
               }
           });
       }
     else
       print(surf.cairo(),"-∞",Anchor::nw);
   }

◆ render() [58/76]

template<>

void MathDAG::OperationDAG< OperationType::and_ >::render ( Surface & surf ) const

Definition at line 942 of file equationDisplayRender.cc.

   {
     if (!arguments.empty())
       {
         naryRender(surf,arguments[0],BODMASlevel(),"∧","1");
         if (!arguments[1].empty())
           {
             print(surf.cairo(),"∧",Anchor::nw);
             naryRender(surf,arguments[0],BODMASlevel(),"∧","1");
           }
       }
     else
       print(surf.cairo(),"1",Anchor::nw);
   }

◆ render() [59/76]

template<>

void MathDAG::OperationDAG< OperationType::or_ >::render ( Surface & surf ) const

Definition at line 959 of file equationDisplayRender.cc.

   {
     if (!arguments.empty())
       {
         naryRender(surf,arguments[0],BODMASlevel(),"∨","0");
         if (!arguments[1].empty())
           {
             print(surf.cairo(),"∨",Anchor::nw);
             naryRender(surf,arguments[0],BODMASlevel(),"∨","0");
           }
       }
     else
       print(surf.cairo(),"0",Anchor::nw);
   }

◆ render() [60/76]

template<>

void MathDAG::OperationDAG< OperationType::not_ >::render ( Surface & surf ) const

Definition at line 975 of file equationDisplayRender.cc.

   {
     if (!arguments.empty())
       {
         if (!arguments[0].empty() && arguments[0][0])
           {
             print(surf.cairo(),"¬",Anchor::nw);
             parenthesise(surf, [&](Surface& surf){
                 arguments[0][0]->render(surf);
               });
           }
         else
           print(surf.cairo(),"0",Anchor::nw);
       }
   }

◆ render() [61/76]

template<>

void MathDAG::OperationDAG< OperationType::covariance >::render ( Surface & surf ) const

Definition at line 992 of file equationDisplayRender.cc.

   {
       if (!arguments.empty() && !arguments[0].empty() && arguments[0][0] &&       
           arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         {
           print(surf.cairo(),"cov",Anchor::nw);
           parenthesise(surf, [&](Surface& surf){
             arguments[0][0]->render(surf);
             print(surf.cairo(),",",Anchor::nw);
             arguments[0][1]->render(surf);
           });
         }
       else
         print(surf.cairo(),"0",Anchor::nw);
   }

◆ render() [62/76]

template<>

void MathDAG::OperationDAG< OperationType::correlation >::render ( Surface & surf ) const

Definition at line 1009 of file equationDisplayRender.cc.

   {
       if (!arguments.empty() && !arguments[0].empty() && arguments[0][0] &&       
           arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         {
           print(surf.cairo(),"ρ",Anchor::nw);
           parenthesise(surf, [&](Surface& surf){
             arguments[0][0]->render(surf);
             print(surf.cairo(),",",Anchor::nw);
             arguments[0][1]->render(surf);
           });
         }
       else
         print(surf.cairo(),"0",Anchor::nw);
   }      

◆ render() [63/76]

template<>

void MathDAG::OperationDAG< OperationType::linearRegression >::render ( Surface & surf ) const

Definition at line 1026 of file equationDisplayRender.cc.

   {
       if (!arguments.empty() && !arguments[0].empty() && arguments[0][0] &&       
           arguments.size()>1 && !arguments[1].empty() && arguments[1][0])
         {
           print(surf.cairo(),"linReg",Anchor::nw);
           parenthesise(surf, [&](Surface& surf){
             arguments[0][0]->render(surf);
             print(surf.cairo(),",",Anchor::nw);
             arguments[0][1]->render(surf);
           });
         }
       else
         print(surf.cairo(),"0",Anchor::nw);
   }      

◆ render() [64/76]

template<>

void MathDAG::OperationDAG< OperationType::size >::render ( Surface & surf ) const

Definition at line 1043 of file equationDisplayRender.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         print(surf.cairo(),"dim",Anchor::nw);
         parenthesise(surf, [&](Surface& surf){
           arguments[0][0]->render(surf);
           print(surf.cairo(),",i",Anchor::nw); // TODO - can we extract the actual argument here?
         });
       }
     else
       print(surf.cairo(),"0",Anchor::nw);
   }      

◆ render() [65/76]

template<>

void MathDAG::OperationDAG< OperationType::shape >::render ( Surface & surf ) const

Definition at line 1058 of file equationDisplayRender.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         print(surf.cairo(),"shape",Anchor::nw);
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
       }
     else
       print(surf.cairo(),"0",Anchor::nw);
   }

◆ render() [66/76]

template<>

void MathDAG::OperationDAG< OperationType::mean >::render ( Surface & surf ) const

Definition at line 1070 of file equationDisplayRender.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);}, "&lt;","&gt;");
       }
     else
       print(surf.cairo(),"0",Anchor::nw);
   }

◆ render() [67/76]

template<>

void MathDAG::OperationDAG< OperationType::median >::render ( Surface & surf ) const

Definition at line 1081 of file equationDisplayRender.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         print(surf.cairo(),"median",Anchor::nw);
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
       }
     else
       print(surf.cairo(),"0",Anchor::nw);
   }      

◆ render() [68/76]

template<>

void MathDAG::OperationDAG< OperationType::stdDev >::render ( Surface & surf ) const

Definition at line 1093 of file equationDisplayRender.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         print(surf.cairo(),"σ",Anchor::nw);
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
       }
     else
       print(surf.cairo(),"0",Anchor::nw);
   }      

◆ render() [69/76]

template<>

void MathDAG::OperationDAG< OperationType::moment >::render ( Surface & surf ) const

Definition at line 1105 of file equationDisplayRender.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         parenthesise(surf, [&](Surface& surf){
           print(surf.cairo(),"Δ",Anchor::nw);
           parenthesise(surf,[&](Surface& surf){arguments[0][0]->render(surf);});
           
           RecordingSurface base;
           arguments[0][0]->render(base);
           cairo_rel_move_to(surf.cairo(), 0, -0.5*base.height());
           print(surf.cairo(),"k",Anchor::nw); // TODO can we extract the actual exponent here?
           cairo_rel_move_to(surf.cairo(), 0, 0.5*base.height());
         },"&lt;","&gt;");
       }
     else
       print(surf.cairo(),"0",Anchor::nw);
   }      

◆ render() [70/76]

template<>

void MathDAG::OperationDAG< OperationType::histogram >::render ( Surface & surf ) const

Definition at line 1125 of file equationDisplayRender.cc.

   {
     if (!arguments.empty() && !arguments[0].empty() && arguments[0][0])
       {
         print(surf.cairo(),"histogram",Anchor::nw);
         parenthesise(surf, [&](Surface& surf){arguments[0][0]->render(surf);});
       }
     else
       print(surf.cairo(),"0",Anchor::nw);
   }      

◆ render() [71/76]

template<>

void MathDAG::OperationDAG< OperationType::innerProduct >::render ( Surface & surf ) const

Definition at line 1139 of file equationDisplayRender.cc.

   {
     if (arguments.size()<2 ||  arguments[0].empty() || arguments[1].empty())
       throw error("incorrectly wired");
     parenthesise(surf, [&](Surface& surf){
                          arguments[0][0]->render(surf);
                        });
     print(surf.cairo(),"·",Anchor::nw);
     parenthesise(surf, [&](Surface& surf){
                          arguments[1][0]->render(surf);
                        });
   }

◆ render() [72/76]

template<>

void MathDAG::OperationDAG< OperationType::outerProduct >::render ( Surface & surf ) const

Definition at line 1153 of file equationDisplayRender.cc.

   {
     if (arguments.size()<2 ||  arguments[0].empty() || arguments[1].empty())
       throw error("incorrectly wired");
     parenthesise(surf, [&](Surface& surf){
                          arguments[0][0]->render(surf);
                        });
     print(surf.cairo(),"⊗",Anchor::nw);
     parenthesise(surf, [&](Surface& surf){
                          arguments[1][0]->render(surf);
                        });
   }

◆ render() [73/76]

template<>

void MathDAG::OperationDAG< OperationType::gather >::render ( Surface & surf ) const

Definition at line 1167 of file equationDisplayRender.cc.

   {
     if (arguments.size()<2 ||  arguments[0].empty() || arguments[1].empty())
       throw error("incorrectly wired");
     parenthesise(surf, [&](Surface& surf){
                          arguments[0][0]->render(surf);});
     parenthesise(surf, [&](Surface& surf){
                          arguments[1][0]->render(surf);},"[","]");
   }

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template<>

void MathDAG::OperationDAG< OperationType::meld >::render ( Surface & surf ) const

Definition at line 1178 of file equationDisplayRender.cc.

   {
     if (arguments.size()<2 ||  arguments[0].empty() || arguments[1].empty())
       throw error("incorrectly wired");
     print(surf.cairo(),"meld",Anchor::nw);
     parenthesise(surf, [&](Surface& surf){
       for (size_t i=0; i<arguments.size(); ++i)
         {
           naryRender(surf, arguments[i], BODMASlevel(),"","");
           if (i!=arguments.size()-1) print(surf.cairo(),",",Anchor::nw);
         }
     });
   }

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template<>

void MathDAG::OperationDAG< OperationType::merge >::render ( Surface & surf ) const

Definition at line 1193 of file equationDisplayRender.cc.

   {
     if (arguments.size()<2 ||  arguments[0].empty() || arguments[1].empty())
       throw error("incorrectly wired");
     print(surf.cairo(),"merge",Anchor::nw);
     parenthesise(surf, [&](Surface& surf){
       for (size_t i=0; i<arguments.size(); ++i)
         {
           naryRender(surf, arguments[i], BODMASlevel(),"","");
           if (i!=arguments.size()-1) print(surf.cairo(),",",Anchor::nw);
         }
     });
   }

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template<>

void MathDAG::OperationDAG< OperationType::slice >::render ( Surface & surf ) const

Definition at line 1208 of file equationDisplayRender.cc.

   {
     if (arguments.empty() ||  arguments[0].empty())
       throw error("incorrectly wired");
     print(surf.cairo(),"slice",Anchor::nw);
     parenthesise(surf, [&](Surface& surf){
       arguments[0][0]->render(surf);
       print(surf.cairo(),",",Anchor::nw);
       string slice="0";
       if (state)
         if (auto o=state->operationCast())
           slice=to_string(o->arg);
       print(surf.cairo(),slice,Anchor::nw);
     });
   }

◆ type()

template<OperationType::Type T>

Type MathDAG::OperationDAG< T >::type ( ) const

inlineoverridevirtual

Implements MathDAG::OperationDAGBase.

Definition at line 238 of file equations.h.

238 {return T;}

The documentation for this struct was generated from the following file:

engine/equations.h

Public Member Functions

Additional Inherited Members

Detailed Description

template<OperationType::Type T> struct MathDAG::OperationDAG< T >

Constructor & Destructor Documentation

◆ OperationDAG()

Member Function Documentation

◆ BODMASlevel()

◆ derivative()

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template<OperationType::Type T>
struct MathDAG::OperationDAG< T >