Pulsar::ChannelSubsetMatch Class Reference

Determine if one set of channels is a subset of another. More...

#include <ChannelSubsetMatch.h>

Public Member Functions
	ChannelSubsetMatch ()
	Default constructor.
	~ChannelSubsetMatch ()
	Default constructor.
bool	match (const Archive *super, const Archive *sub)
	Check that Archive sub's channels all exist in super.
bool	match (const Database::StaticEntry *super, const Database::StaticEntry *sub)
	Same test for Database::StaticEntry objects.
int	super_channel (const Archive *super, const Archive *sub, int subchan)
int	sub_channel (const Archive *super, const Archive *sub, int superchan)
std::string	get_reason () const
	Get reason for match failure.
template<class Container>
unsigned	match_channel (const Container *container, double frequency, double tolerance=0.0)

Protected Attributes
std::string	reason
	Match failure reason.
double	freq_tol
	Fractional freq matching tolerance.
double	bw_tol
	Fractional BW matching tolerance.

Detailed Description

Determine if one set of channels is a subset of another.

Member Function Documentation

sub_channel()

int ChannelSubsetMatch::sub_channel	(	const Archive *	super,
		const Archive *	sub,
		int	superchan )

Return channel in sub matching the given channel in super -1 == no match

References Pulsar::Integration::get_centre_frequency(), and Pulsar::IntegrationManager::get_Integration().

super_channel()

int ChannelSubsetMatch::super_channel	(	const Archive *	super,
		const Archive *	sub,
		int	subchan )

Return channel in super matching the given channel in sub -1 == no match

References Pulsar::Integration::get_centre_frequency(), and Pulsar::IntegrationManager::get_Integration().

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

• ChannelSubsetMatch.h
• ChannelSubsetMatch.C