Collaboration diagram for rose::SatellitePassData:

Public Member Functions
std::string	passTimeString (time_t relative=0) const
	Create a std::string that describes the pass. More...

bool	search (DateTime &now) const noexcept
	Return true if pass not found and search time not exceeded.

bool	goodPass (double minAltitude) const noexcept

void	setTopo (const Observer &observer)

void	setGeo ()

Public Attributes
Satellite	satellite {}

bool	riseOk {false}

bool	setOk {false}

bool	everUp {false}

bool	everDown {false}

long	deltaTime {COARSE_DT}

double	altitude {}

double	azimuth {}

double	range {}

double	rangeRate {}

double	latRad {}

double	lonRad {}

double	periodDays {}

double	maxAltitude {}

double	prevAltitude {0}

double	setAz {0}

double	riseAz {0}

DateTime	srchTime {}

DateTime	riseTime {}

DateTime	setTime {}

Member Function Documentation

◆ passTimeString()

std::string rose::SatellitePassData::passTimeString ( time_t relative = 0 ) const

Create a std::string that describes the pass.

If relative == 0 then times that are converted are converted to absolute dates and times in GMT. If the rise time is valid and in the future it is entered into the string first followed by " - " and the set time. If relative is not 0 the set time is converted relative to the rise time. This provides the rise time followed by the pass duration.

If the rise time is not valid only the set time is converted providing the set time if relative is 0 or the duration if relative is not 0.

Parameters

relative A time_t to make the strings relative to.

Returns: a std::string with the formatted pass timing data.

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

applications/Chrono/SatelliteModel.h
applications/Chrono/SatelliteModel.cpp

Public Member Functions

Public Attributes

Member Function Documentation

◆ passTimeString()