WebSVN - public iLand - Diff - Rev 281 and 368


Redirecting to URL 'https://iland.boku.ac.at/svn/iland/tags/release_1.0/src/core/modelsettings.cpp':
#include "global.h"
#include "modelsettings.h"
#include "expression.h"

ModelSettings::ModelSettings()
{
}

void ModelSettings::loadModelSettings()
{
    XmlHelper xml(GlobalSettings::instance()->settings().node("model.settings"));
    growthEnabled = xml.valueBool("growthEnabled", true);
    mortalityEnabled = xml.valueBool("mortalityEnabled", true);
    lightExtinctionCoefficient = xml.valueDouble("lightExtinctionCoefficient", 0.5);
    lightExtinctionCoefficientOpacity=xml.valueDouble("lightExtinctionCoefficientOpacity", 0.5);
    temperatureTau=xml.valueDouble("temperatureTau",5);
    epsilon = xml.valueDouble("epsilon",1.8); // max light use efficiency (aka alpha_c)
    airDensity = xml.valueDouble("airDensity", 1.2);
 
 
 
 
    laiThresholdForClosedStands = xml.valueDouble("laiThresholdForClosedStands", 3.);
    boundaryLayerConductance = xml.valueDouble("boundaryLayerConductance", 0.02);
    XmlHelper world(GlobalSettings::instance()->settings().node("model.world"));
    latitude = RAD(world.valueDouble("latitude",48.));
}

void ModelSettings::print()
{
    QStringList set=QStringList() << "Settings:";
    set << QString("growthEnabled=%1").arg(growthEnabled);
    set << QString("mortalityEnabled=%1").arg(mortalityEnabled);
    set << QString("lightExtinctionCoefficient=%1").arg(lightExtinctionCoefficient);
    set << QString("lightExtinctionCoefficientOpacity=%1").arg(lightExtinctionCoefficientOpacity);
    set << QString("temperatureTau=%1").arg(temperatureTau);
    set << QString("epsilon=%1").arg(epsilon);
    set << QString("airDensity=%1").arg(airDensity);
 
 

    set << QString("latitude=%1").arg(GRAD(latitude));

    qDebug() << set.join("\n");
}
 

Subversion Repositories public iLand

(root)/src/core/modelsettings.cpp @ 1222 - Rev 281 → 368

Rev 281		Rev 368
1	Redirecting to URL 'https://iland.boku.ac.at/svn/iland/tags/release_1.0/src/core/modelsettings.cpp':	1	Redirecting to URL 'https://iland.boku.ac.at/svn/iland/tags/release_1.0/src/core/modelsettings.cpp':
2	#include "global.h"	2	#include "global.h"
3	#include "modelsettings.h"	3	#include "modelsettings.h"
4	#include "expression.h"	4	#include "expression.h"
5		5
6	ModelSettings::ModelSettings()	6	ModelSettings::ModelSettings()
7	{	7	{
8	}	8	}
9		9
10	void ModelSettings::loadModelSettings()	10	void ModelSettings::loadModelSettings()
11	{	11	{
12	XmlHelper xml(GlobalSettings::instance()->settings().node("model.settings"));	12	XmlHelper xml(GlobalSettings::instance()->settings().node("model.settings"));
13	growthEnabled = xml.valueBool("growthEnabled", true);	13	growthEnabled = xml.valueBool("growthEnabled", true);
14	mortalityEnabled = xml.valueBool("mortalityEnabled", true);	14	mortalityEnabled = xml.valueBool("mortalityEnabled", true);
15	lightExtinctionCoefficient = xml.valueDouble("lightExtinctionCoefficient", 0.5);	15	lightExtinctionCoefficient = xml.valueDouble("lightExtinctionCoefficient", 0.5);
16	lightExtinctionCoefficientOpacity=xml.valueDouble("lightExtinctionCoefficientOpacity", 0.5);	16	lightExtinctionCoefficientOpacity=xml.valueDouble("lightExtinctionCoefficientOpacity", 0.5);
17	temperatureTau=xml.valueDouble("temperatureTau",5);	17	temperatureTau=xml.valueDouble("temperatureTau",5);
18	epsilon = xml.valueDouble("epsilon",1.8); // max light use efficiency (aka alpha_c)	18	epsilon = xml.valueDouble("epsilon",1.8); // max light use efficiency (aka alpha_c)
19	airDensity = xml.valueDouble("airDensity", 1.2);	19	airDensity = xml.valueDouble("airDensity", 1.2);
20	airPressure = xml.valueDouble("airPressure", 1013);	-
21	heatCapacityAir = xml.valueDouble("heatCapacityAir", 1012);	-
22		-
23		-
-		20	laiThresholdForClosedStands = xml.valueDouble("laiThresholdForClosedStands", 3.);
-		21	boundaryLayerConductance = xml.valueDouble("boundaryLayerConductance", 0.02);
24	XmlHelper world(GlobalSettings::instance()->settings().node("model.world"));	22	XmlHelper world(GlobalSettings::instance()->settings().node("model.world"));
25	latitude = RAD(world.valueDouble("latitude",48.));	23	latitude = RAD(world.valueDouble("latitude",48.));
26	}	24	}
27		25
28	void ModelSettings::print()	26	void ModelSettings::print()
29	{	27	{
30	QStringList set=QStringList() << "Settings:";	28	QStringList set=QStringList() << "Settings:";
31	set << QString("growthEnabled=%1").arg(growthEnabled);	29	set << QString("growthEnabled=%1").arg(growthEnabled);
32	set << QString("mortalityEnabled=%1").arg(mortalityEnabled);	30	set << QString("mortalityEnabled=%1").arg(mortalityEnabled);
33	set << QString("lightExtinctionCoefficient=%1").arg(lightExtinctionCoefficient);	31	set << QString("lightExtinctionCoefficient=%1").arg(lightExtinctionCoefficient);
34	set << QString("lightExtinctionCoefficientOpacity=%1").arg(lightExtinctionCoefficientOpacity);	32	set << QString("lightExtinctionCoefficientOpacity=%1").arg(lightExtinctionCoefficientOpacity);
35	set << QString("temperatureTau=%1").arg(temperatureTau);	33	set << QString("temperatureTau=%1").arg(temperatureTau);
36	set << QString("epsilon=%1").arg(epsilon);	34	set << QString("epsilon=%1").arg(epsilon);
37	set << QString("airDensity=%1").arg(airDensity);	35	set << QString("airDensity=%1").arg(airDensity);
38	set << QString("airPressure=%1").arg(airPressure);	-
39	set << QString("heatCapacityAir=%1").arg(heatCapacityAir);	-
40		36
41	set << QString("latitude=%1").arg(GRAD(latitude));	37	set << QString("latitude=%1").arg(GRAD(latitude));
42		38
43	qDebug() << set.join("\n");	39	qDebug() << set.join("\n");
44	}	40	}
45		41