wdfTerminatedResVSource Class Reference

#include <rt-wdf.h>

Inheritance diagram for wdfTerminatedResVSource:

Public Member Functions
	wdfTerminatedResVSource (double Vs, double RSer)
virtual double	calculateUpRes (double T)
virtual double	calculateUpB ()
virtual void	calculateDownB (double descendingWave)
virtual std::string	getType () const
virtual void	calculateScatterCoeffs ()
void	setParentInChildren ()
void	createPorts ()
double	adaptPorts (double T)
virtual double	pullWaveUp ()
virtual void	pushWaveDown (double descendingWave)

Public Attributes
double	Vs
double	RSer
std::unique_ptr< wdfPort >	upPort
std::unique_ptr< wdfTreeNode >	parentNode

Protected Attributes
std::vector< wdfPort * >	downPorts
std::vector< wdfTreeNode * >	childrenNodes

Constructor & Destructor Documentation

wdfTerminatedResVSource()

wdfTerminatedResVSource::wdfTerminatedResVSource	(	double	Vs,
		double	RSer
	)

Adapted resistive voltage source model class.

Creates a voltage source with series resistance Rser.

Parameters

Vs	initial source voltage in Volts
Rser	physical resistance of the series resistor in Ohm

Member Function Documentation

adaptPorts()

double wdfTreeNode::adaptPorts ( double  T )

inherited

Recursively adapts all ports in the tree.

This recursion should be initiated from the base of the tree. It sets port resistances of all upfacing ports according to component values and/or adaptation rules and copies it onto connected downfacing ports in the parent.

Parameters

T	sample period as specified by setSamplerate()

Returns

a double type up-facing port resistance of that WDF element

calculateDownB()

void wdfTerminatedResVSource::calculateDownB ( double  descendingWave )

virtual

Sets the wave component in the downfacing port.

This function does nothing for the adapted voltage source.

Parameters

descendingWave

incoming wave component on the upfacing port

Implements wdfTreeNode.

calculateScatterCoeffs()

void wdfTerminatedLeaf::calculateScatterCoeffs ( )

virtualinherited

This variant of the base classes' calculateScatterCoeffs() function is an empty function to break the recursion that only applies to adapters and stops here at the leafs.

Implements wdfTreeNode.

calculateUpB()

double wdfTerminatedResVSource::calculateUpB ( )

virtual

Returns the upfacing wave component towards the root.

This function is called from pullWave() to calculate the wave that travels towards the base.

It returns the source voltage value as the reflected wave.

Returns

the upward traveling wave of the node

Implements wdfTreeNode.

calculateUpRes()

double wdfTerminatedResVSource::calculateUpRes ( double  T )

virtual

Returns the voltage source's upfacing port resistance.

This function is called from adaptPorts(). It returns the upfacing port resistance of the node to fulfill termination according to the adaptation law Rup = Rser.

Parameters

T	sample period T = 1/fs in seconds as needed to adapt the capacitor

Returns

a double type port resistance of that element in Ohms

Implements wdfTreeNode.

createPorts()

void wdfTreeNode::createPorts ( )

inherited

Recursively creates WDF ports in the tree.

This recursion should be initiated from the base of the tree. It creates downfacing ports for all children and an upfacing port in each child while setting the correct pointers to the nodes that these ports are connected to.

getType()

std::string wdfTerminatedResVSource::getType ( ) const

virtual

Returns a String describing the type of this leaf.

Returns

a String describing the type of this leaf as "Vs (incl. Rp = RSer -> adapted)"

Implements wdfTreeNode.

pullWaveUp()

double wdfTreeNode::pullWaveUp ( )

virtualinherited

Recursively pulls the wave from the leafs towards the root.

This recursion should be initiated from the base of the tree. As all tree nodes are adapted, it basically just pulls up correctly scattered states of reactive elements and input values from adapted sources.

Returns

the upward traveling wave of a node

pushWaveDown()

void wdfTreeNode::pushWaveDown ( double  descendingWave )

virtualinherited

Recursively pushes the wave from the root towards the leafs.

This recursion should be initiated from the base of the tree. It pushes the respective wave component of a branch from the root to the leafs by scattering them correctly along the way.

Parameters

descendingWave

descending wave component that shall be scattered to the downfacing ports of the node or processed in a leaf accordingly

setParentInChildren()

void wdfTreeNode::setParentInChildren ( )

inherited

Recursively sets pointers to parent node in children.

This recursion should be initiated from the base of the tree. It sets a pointer to *this parent node in all connected children.

Member Data Documentation

childrenNodes

std::vector<wdfTreeNode*> wdfTreeNode::childrenNodes

protectedinherited

Vector of pointers to connected children nodes of this node.

downPorts

std::vector<wdfPort*> wdfTreeNode::downPorts

protectedinherited

Vector of pointers to downfacing port objects of this tree.

parentNode

std::unique_ptr<wdfTreeNode> wdfTreeNode::parentNode

inherited

Pointer to the connected parent node of this node.

RSer

double wdfTerminatedResVSource::RSer

Series resistance in Ohms.

upPort

std::unique_ptr<wdfPort> wdfTreeNode::upPort

inherited

Pointer to the upfacing port object of this node.

Vs

double wdfTerminatedResVSource::Vs

Source voltage in volts. Change this public variable during operation if necessary according to input samples.

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The documentation for this class was generated from the following files:

• Libs/rt-wdf/rt-wdf.h
• Libs/rt-wdf/rt-wdf.cpp