Detailed Description

Class to contain data used when integrating TEC.

Definition at line 291 of file NeQuickIonoNavData.hpp.

#include <NeQuickIonoNavData.hpp>

Public Member Functions
	IntegrationParameters (const Position &rx, const Position &sv, const Position &Pp, bool vertical)

Public Attributes
std::vector< double >	integHeights

std::vector< double >	intThresh

Constructor & Destructor Documentation

◆ IntegrationParameters()

gnsstk::NeQuickIonoNavData::IntegrationParameters::IntegrationParameters	(	const Position &	rx,
		const Position &	sv,
		const Position &	Pp,
		bool	vertical
	)

Compute the integration ranges and thresholds.

Parameters

[in]	rx	The position of the receiving antenna.
[in]	sv	The position of the transmitting satellite.
[in]	Pp	The ray perigee for the ray from rx to sv.
[in]	vertical	If true, the formula for computing heights for integrating over a vertical ray are used. If false, the more complicated equations for computing integration points for a slant ray are used.

Postcondition: integHeights and intThresh are filled with values to use for integration intervals.

Definition at line 818 of file NeQuickIonoNavData.cpp.

Member Data Documentation

◆ integHeights

std::vector<double> gnsstk::NeQuickIonoNavData::IntegrationParameters::integHeights

A vector containing the set of relevant integration intervals, which for slant rays is essentially s1, s2, and sa, sb if they're in between s1 and s2. Put another way: the subset of (s1,s2,sa,sb) that are >= s1 and <= s2. This gives us a set of intervals to use for integration that obviates having functions for each different condition.

Definition at line 314 of file NeQuickIonoNavData.hpp.

◆ intThresh

std::vector<double> gnsstk::NeQuickIonoNavData::IntegrationParameters::intThresh

Integration thresholds used for integHeights.

Note: the size of intThresh will be integHeights.size()-1.

Definition at line 317 of file NeQuickIonoNavData.hpp.

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