sspt_ArbitraryFootprint Class Reference

Describe arbitrary footprint for gEDA pcb footprint. More...

#include <sspt_arbitraryfootprint.h>

List of all members.

Public Member Functions
	sspt_ArbitraryFootprint (const char *name, const char *designation)
	~sspt_ArbitraryFootprint ()
void	pinDiameter (float inches)
void	pinThickness (float inches)
void	padSize (float xInches, float yInches)
void	addPin (int id, float xInches, float yInches)
void	addPad (int id, float xInches, float yInches)
void	groundPad (int padId)
void	silkMinimum (float leftInches, float rightInches, float topInches, float bottomInches)
bool	saveAs (const char *filename)

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Detailed Description

Describe arbitrary footprint for gEDA pcb footprint.

It makes less assumptions, so it is a bit more work to use

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Constructor & Destructor Documentation

sspt_ArbitraryFootprint::sspt_ArbitraryFootprint	(	const char *	name,
		const char *	designation
	)

sspt_ArbitraryFootprint::~sspt_ArbitraryFootprint

(

)

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Member Function Documentation

void sspt_ArbitraryFootprint::addPad	(	int	id,
		float	xInches,
		float	yInches
	)

void sspt_ArbitraryFootprint::addPin	(	int	id,
		float	xInches,
		float	yInches
	)

void sspt_ArbitraryFootprint::groundPad

(

int

padId

)

void sspt_ArbitraryFootprint::padSize	(	float	xInches,
		float	yInches
	)

void sspt_ArbitraryFootprint::pinDiameter

(

float

inches

)

void sspt_ArbitraryFootprint::pinThickness

(

float

inches

)

bool sspt_ArbitraryFootprint::saveAs

(

const char *

filename

)

void sspt_ArbitraryFootprint::silkMinimum	(	float	leftInches,
		float	rightInches,
		float	topInches,
		float	bottomInches
	)