private int pGetInt(properties_i p)
{
int ret = 0;
switch (p)
{
case properties_i.csv:
ret = generateCSV;
break;
case properties_i.external:
ret = generateExternal;
break;
case properties_i.externalType:
ret = externalType;
break;
case properties_i.externalCriteria:
ret = externalCriteria;
break;
case properties_i.externalCritCond1:
ret = extCritCondition1;
break;
case properties_i.externalCritCond2:
ret = extCritCondition2;
break;
case properties_i.externalCritCond3:
ret = extCritCondition3;
break;
case properties_i.externalCritCond4:
ret = extCritCondition4;
break;
case properties_i.greedy:
ret = greedyMode;
break;
case properties_i.results:
ret = displayResults;
break;
case properties_i.shape:
ret = displayShape;
break;
}
return(ret);
}
private void pDefaultInt(properties_i p)
{
switch (p)
{
case properties_i.csv:
generateCSV = default_generateCSV;
break;
case properties_i.greedy:
greedyMode = default_greedyMode;
break;
case properties_i.results:
displayResults = default_displayResults;
break;
case properties_i.shape:
displayShape = default_displayShape;
break;
case properties_i.external:
generateExternal = default_generateExternal;
break;
case properties_i.externalCriteria:
externalCriteria = 0;
break;
case properties_i.externalCritCond1:
extCritCondition1 = 0;
break;
case properties_i.externalCritCond2:
extCritCondition2 = 0;
break;
case properties_i.externalCritCond3:
extCritCondition3 = 0;
break;
case properties_i.externalCritCond4:
extCritCondition4 = 0;
break;
case properties_i.externalType:
externalType = default_externalType;
break;
}
}
private void pSetInt(properties_i p, int val)
{
switch (p)
{
case properties_i.csv:
generateCSV = val;
break;
case properties_i.external:
generateExternal = val;
break;
case properties_i.externalType:
externalType = val;
break;
case properties_i.externalCriteria:
externalCriteria = val;
break;
case properties_i.externalCritCond1:
extCritCondition1 = val;
break;
case properties_i.externalCritCond2:
extCritCondition2 = val;
break;
case properties_i.externalCritCond3:
extCritCondition3 = val;
break;
case properties_i.externalCritCond4:
extCritCondition4 = val;
break;
case properties_i.greedy:
greedyMode = val;
break;
case properties_i.results:
displayResults = val;
break;
case properties_i.shape:
displayShape = val;
break;
}
}
private int pGetValue(properties_i p)
{
int ret = 0;
switch (p)
{
case properties_i.col:
ret = col;
break;
case properties_i.row:
ret = row;
break;
case properties_i.max:
ret = max;
break;
}
return ret;
}
private int pGetDefaultInt(properties_i p)
{
int ret = 0;
switch (p)
{
case properties_i.csv:
ret = default_generateCSV;
break;
case properties_i.external:
ret = default_generateExternal;
break;
case properties_i.externalType:
ret = default_externalType;
break;
case properties_i.externalCriteria:
case properties_i.externalCritCond1:
case properties_i.externalCritCond2:
case properties_i.externalCritCond3:
case properties_i.externalCritCond4:
ret = 0;
break;
case properties_i.greedy:
ret = default_greedyMode;
break;
case properties_i.results:
ret = default_displayResults;
break;
case properties_i.shape:
ret = default_displayShape;
break;
}
return(ret);
}
private int pGetValue(properties_i p)
{
int ret = 0;
switch (p)
{
case properties_i.cSeg:
ret = cornerSegments;
break;
case properties_i.linkCDU:
ret = linkTipandSideCDU;
break;
case properties_i.nCases:
ret = numberOfCases;
break;
case properties_i.optC:
ret = optimizeCorners;
break;
case properties_i.oType:
ret = outputType;
break;
case properties_i.rngType:
ret = rngType;
break;
case properties_i.subMode:
ret = subMode;
break;
case properties_i.ler:
ret = lerFromLWR_by_sqrt2;
break;
}
return(ret);
}
private void pSetValue(properties_i p, int val)
{
switch (p)
{
case properties_i.cSeg:
cornerSegments = val;
break;
case properties_i.linkCDU:
linkTipandSideCDU = val;
break;
case properties_i.nCases:
numberOfCases = val;
break;
case properties_i.optC:
optimizeCorners = val;
break;
case properties_i.oType:
outputType = val;
break;
case properties_i.rngType:
rngType = val;
break;
case properties_i.subMode:
subMode = val;
break;
case properties_i.ler:
lerFromLWR_by_sqrt2 = val;
break;
}
}
private void pDefaultValue(properties_i p)
{
switch (p)
{
case properties_i.cSeg:
cornerSegments = default_cornerSegments;
break;
case properties_i.ler:
lerFromLWR_by_sqrt2 = default_lerFromLWR_by_sqrt2;
break;
case properties_i.linkCDU:
linkTipandSideCDU = default_linkTipandSideCDU;
break;
case properties_i.nCases:
numberOfCases = default_numberOfCases;
break;
case properties_i.optC:
optimizeCorners = default_optimizeCorners;
break;
case properties_i.oType:
outputType = default_outputType;
break;
case properties_i.rngType:
rngType = default_rngType;
break;
case properties_i.subMode:
subMode = default_subMode;
break;
}
}
public int getValue(properties_i p)
{
return pGetValue(p);
}
public int getDefaultInt(properties_i p)
{
return(pGetDefaultInt(p));
}
public void defaultInt(properties_i p)
{
pDefaultInt(p);
}
public void setInt(properties_i p, int val)
{
pSetInt(p, val);
}
public void setValue(properties_i p, int val)
{
pSetValue(p, val);
}
public int getDefaultValue(properties_i p)
{
return(pGetDefaultValue(p));
}
public void defaultValue(properties_i p)
{
pDefaultValue(p);
}