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Cell2Fire
A large-scale forest fire simulator.
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This is the complete list of members for Cells, including all inherited members.
_ctr2ctrdist (defined in Cells) | Cells | |
angleDict (defined in Cells) | Cells | |
angleToNb (defined in Cells) | Cells | |
area (defined in Cells) | Cells | |
burntP (defined in Cells) | Cells | |
Cells(int _id, double _area, std::vector< int > _coord, int _fType, std::string _fType2, double _perimeter, int _status, int _realId) | Cells | |
coord (defined in Cells) | Cells | |
distToCenter (defined in Cells) | Cells | |
fireProgress (defined in Cells) | Cells | |
fireStarts (defined in Cells) | Cells | |
fireStartsSeason (defined in Cells) | Cells | |
fType (defined in Cells) | Cells | |
fType2 (defined in Cells) | Cells | |
FTypeD (defined in Cells) | Cells | |
get_burned(int period, int season, int NMsg, inputs df[], fuel_coefs *coef, arguments *args, weatherDF *wdf_ptr, bool &activeCrown, int perimeterCells) | Cells | |
getStatus() | Cells | |
gMsgList (defined in Cells) | Cells | |
gMsgListSeason (defined in Cells) | Cells | |
harvested(int id, int period) (defined in Cells) | Cells | |
harvestStarts (defined in Cells) | Cells | |
hPeriod (defined in Cells) | Cells | |
id (defined in Cells) | Cells | |
ignition(int period, int year, std::vector< int > &ignitionPoints, inputs *df_ptr, fuel_coefs *coef, arguments *args, weatherDF *wdf_ptr, bool &activeCrown, int perimeterCells) | Cells | |
initializeFireFields(std::vector< std::vector< int > > &coordCells, std::unordered_set< int > &availSet, int cols, int rows) | Cells | |
manageFire(int period, std::unordered_set< int > &AvailSet, inputs df[], fuel_coefs *coef, std::vector< std::vector< int > > &coordCells, std::unordered_map< int, Cells > &Cells_Obj, arguments *args, weatherDF *wdf_ptr, std::vector< double > *FSCell, std::vector< float > *crownMetrics, bool &activeCrown, double randomROS, int perimeterCells, std::vector< int > &crownState, std::vector< float > &crownFraction, std::vector< float > &surfFraction, std::vector< float > &Intensities, std::vector< float > &RateOfSpreads, std::vector< float > &SurfaceFlameLengths, std::vector< float > &CrownFlameLengths, std::vector< float > &CrownIntensities, std::vector< float > &MaxFlameLengths) | Cells | |
manageFireBBO(int period, std::unordered_set< int > &AvailSet, inputs *df_ptr, fuel_coefs *coef, std::vector< std::vector< int > > &coordCells, std::unordered_map< int, Cells > &Cells_Obj, arguments *args, weatherDF *wdf_ptr, std::vector< double > *FSCell, std::vector< float > *crownMetrics, bool &activeCrown, double randomROS, int perimeterCells, std::vector< float > &EllipseFactors, std::vector< int > &crownState, std::vector< float > &crownFraction, std::vector< float > &surfFraction, std::vector< float > &Intensities, std::vector< float > &RateOfSpreads, std::vector< float > &FlameLengths) | Cells | |
perimeter (defined in Cells) | Cells | |
print_info() (defined in Cells) | Cells | |
realId (defined in Cells) | Cells | |
rhoTheta(double theta, double a, double b) | Cells | |
ros_distr(double thetafire, double forward, double flank, double back, double EFactor) | Cells | |
ros_distr_old(double thetafire, double forward, double flank, double back) | Cells | |
ros_distr_V2(double thetafire, double a, double b, double c, double EFactor) | Cells | |
ROSAngleDir (defined in Cells) | Cells | |
setStatus(int status_int) | Cells | |
status (defined in Cells) | Cells | |
StatusD (defined in Cells) | Cells | |
tYears (defined in Cells) | Cells |