TestConditOmegaCalculator.h File Reference

#include <fstream>

Functions
void	CreateTrees (clTreePopulation *p_oPop, clPlot *p_oPlot, float fOffset)
	Creates the set of testing trees. More...
void	CheckConditOmegaCalculatorRun1Results (clGrid *p_oGrid)
	Checks the results of the Condit's Omega grid for the first run. More...
const char *	WriteConditOmegaCalculatorXMLFile1 ()
	Writes the parameter file for normal processing. More...
const char *	WriteConditOmegaCalculatorXMLFile2 ()
	Writes the parameter file for normal processing. More...
const char *	WriteConditOmegaCalculatorXMLFile3 ()
	Writes the parameter file for normal processing. More...
const char *	WriteConditOmegaCalculatorXMLFile4 ()
	Writes the parameter file for normal processing. More...
const char *	WriteConditOmegaCalculatorXMLErrorFile1 ()
	Writes an error file where the max distance is less than the increment. More...
const char *	WriteConditOmegaCalculatorXMLErrorFile2 ()
	Writes an error file where the max distance is less than zero. More...
const char *	WriteConditOmegaCalculatorXMLErrorFile3 ()
	Writes an error file where the increment is less than zero. More...
void	WriteConditOmegaCalculatorCommonStuff (std::fstream &oOut)
	Writes common portions of the test parameter files between the plot and the analysis parameters. More...

Function Documentation

CheckConditOmegaCalculatorRun1Results()

void CheckConditOmegaCalculatorRun1Results

(

clGrid *

p_oGrid

)

Checks the results of the Condit's Omega grid for the first run.

Parameters

p_oGrid

Condit's Omega grid.

CreateTrees()

void CreateTrees	(	clTreePopulation *	p_oPop,
		clPlot *	p_oPlot,
		float	fOffset
	)

Creates the set of testing trees.

Parameters

p_oPop	Tree population
p_oPlot	Plot object
fOffset	Any offset to be applied to the tree coordinates

WriteConditOmegaCalculatorCommonStuff()

void WriteConditOmegaCalculatorCommonStuff

(

std::fstream &

oOut

)

Writes common portions of the test parameter files between the plot and the analysis parameters.

Parameters

oOut	File stream to write to.

WriteConditOmegaCalculatorXMLErrorFile1()

const char* WriteConditOmegaCalculatorXMLErrorFile1

(

)

Writes an error file where the max distance is less than the increment.

Returns

Filename written.

WriteConditOmegaCalculatorXMLErrorFile2()

const char* WriteConditOmegaCalculatorXMLErrorFile2

(

)

Writes an error file where the max distance is less than zero.

Returns

Filename written.

WriteConditOmegaCalculatorXMLErrorFile3()

const char* WriteConditOmegaCalculatorXMLErrorFile3

(

)

Writes an error file where the increment is less than zero.

Returns

Filename written.

WriteConditOmegaCalculatorXMLFile1()

const char* WriteConditOmegaCalculatorXMLFile1

(

)

Writes the parameter file for normal processing.

There are 4 species; timestep length is 1 year; there is only one behavior, the Condit's Omega calculator behavior.

Returns

Filename written.

WriteConditOmegaCalculatorXMLFile2()

const char* WriteConditOmegaCalculatorXMLFile2

(

)

Writes the parameter file for normal processing.

There are 4 species; timestep length is 1 year; there is only one behavior, the Condit's Omega calculator behavior.

Returns

Filename written.

WriteConditOmegaCalculatorXMLFile3()

const char* WriteConditOmegaCalculatorXMLFile3

(

)

Writes the parameter file for normal processing.

There are 4 species; timestep length is 1 year; there is only one behavior, the Condit's Omega calculator behavior.

Returns

Filename written.

WriteConditOmegaCalculatorXMLFile4()

const char* WriteConditOmegaCalculatorXMLFile4

(

)

Writes the parameter file for normal processing.

There are 4 species; timestep length is 1 year; there is only one behavior, the Condit's Omega calculator behavior.

Returns

Filename written.