Pulsar::FrequencyIntegrate Class Reference

Integrates frequency channels in an Integration. More...

Inheritance diagram for Pulsar::FrequencyIntegrate:

Public Member Functions
	FrequencyIntegrate ()
	Default constructor.

void	transform (Integration *)
	The frequency integration operation.

void	set_dedisperse (bool)
	Correct dispersion before integrating, if necessary.

bool	get_dedisperse () const

void	set_defaraday (bool flag)
	Correct Faraday rotation before integrating, if necessary.

bool	get_defaraday () const

Public Member Functions inherited from Pulsar::Integrate< Integration >
virtual void	set_range_policy (RangePolicy *rp)
	Set the range division policy.

Public Member Functions inherited from Pulsar::Transformation< Integration >
void	operator() (Integration *container)
	Functor interface.

Public Member Functions inherited from Reference::Able
	Able (const Able &)

Able &	operator= (const Able &)

unsigned	get_reference_count () const

Public Member Functions inherited from Reference::HeapTracked
	HeapTracked (const HeapTracked &)

HeapTracked &	operator= (const HeapTracked &)

bool	__is_on_heap () const

Protected Attributes
bool	dedisperse

bool	defaraday

Protected Attributes inherited from Pulsar::Integrate< Integration >
Reference::To< RangePolicy >	range_policy
	The frequency channel range selection policy.

Additional Inherited Members
Static Public Member Functions inherited from Reference::Able
static size_t	get_instance_count ()

Static Public Member Functions inherited from Reference::HeapTracked
static void *	operator new (size_t size, void *ptr=0)

static void	operator delete (void location, void ptr)

static void	operator delete (void *location)

static size_t	get_heap_queue_size ()

Protected Member Functions inherited from Reference::Able
Handle *	__reference (bool active) const

void	__dereference (bool auto_delete=true) const

Detailed Description

Integrates frequency channels in an Integration.

Before integrating the frequency channels:

If the data have not already been dedispersed, then for each resulting frequency channel, a weighted centre frequency will be calculated and dispersion delays between this reference frequency and the individual channel centre frequencies will be removed.
If the data have not already been corrected for Faraday rotation, then for each resulting frequency channel, a weighted centre frequency will be calculated and Faraday rotation between this reference frequency and the individual channel centre frequencies will be corrected.

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