private void generateTestRanSites()
{
for (int r = 0; r < this.nConfigs; r++)
{
RandomSettlement rs = new RandomSettlement(sitios, dem.demPts, this.rioTree, dem.slope, true, true);
printRandomSettlement(rs, this.resultsFolder + "settlement" + (r + 1) + ".csv");
if (getTerrain)
{
rpv = new RefPlaneVis(dem, 90, "random sites terrain " + (r + 1), (r + 1));
rpv.terrainVisibility(rs.indicesForAnalysis);
rpv.writeVis("terrainVis" + (r + 1));
terrainVisResults.Add(rpv);
}
if (getInterVis)
{
rpv = new RefPlaneVis(dem, 90, "random sites intervisibility " + (r + 1), (r + 1));
rpv.interVisibility(rs.sitiosRandom);
rpv.writeVis("interVisTest" + (r + 1));
interVisResults.Add(rpv);
}
}
}
private void analyseVisibility()
{
getIndices();
analyseDistToWater();
printwantedIndices(this.resultsFolder + "settlement0.csv");
if (this.getTerrain)
{
rpv = new RefPlaneVis(dem, 90, "actual sites terrain", 0);
rpv.terrainVisibility(indicesForAnalysis);
siteScores();
rpv.writeVis("terrainVis" + 0);
terrainVisResults.Add(rpv);
}
if (this.getInterVis)
{
rpv = new RefPlaneVis(dem, 90, "actual sites intervisibility", 0);
rpv.interVisibility(sitios);
siteScores();
rpv.writeVis("interVisTest" + 0);
interVisResults.Add(rpv);
}
printSiteScores();
generateTestRanSites();
}
