private VegSampleDTO GetSample(VegDataDTO item, EntityBundle sites, Dictionary <Tuple <CompoundIdentity, Point2 <double> >, Dictionary <DateTime, VegSampleDTO> > elements)
{
Dictionary <DateTime, VegSampleDTO> element = null;
Tuple <CompoundIdentity, Point2 <double> > loc = GetLocation(item, sites);
if (!elements.ContainsKey(loc))
{
element = new Dictionary <DateTime, VegSampleDTO>();
elements[loc] = element;
}
else
{
element = elements[loc];
}
if (element.ContainsKey(item.MeasureDateTime.Value))
{
return(element[item.MeasureDateTime.Value]);
}
VegSampleDTO res = new VegSampleDTO(loc.Item1, item.MeasureDateTime.Value, loc.Item2, float.NaN, float.NaN);
element[item.MeasureDateTime.Value] = res;
return(res);
}
private IEnumerable <VegSamplesDTO> ToSamples(VegDET det, Dictionary <string, CompoundIdentity> deployIds, EntityBundle sites, EntityBundle plotTypes, EntityBundle shrubSpecies, EntityBundle treeSpecies, EntityBundle herbSpecies, EntityBundle nonLiving)
{
Dictionary <string, VegSamplesDTO> samples = new Dictionary <string, VegSamplesDTO>();
foreach (KeyValuePair <string, CompoundIdentity> cur in deployIds)
{
samples.Add(cur.Key, VegSamplesDTO.Create(cur.Value));
}
Dictionary <Tuple <CompoundIdentity, Point2 <double> >, Dictionary <DateTime, VegSampleDTO> > elements = new Dictionary <Tuple <CompoundIdentity, Point2 <double> >, Dictionary <DateTime, VegSampleDTO> >();
foreach (VegElevationDTO cur in det.Elevations.Values)
{
if (cur.MeasureDateTime.HasValue)
{
Dictionary <DateTime, VegSampleDTO> element = null;
Tuple <CompoundIdentity, Point2 <double> > loc = GetLocation(cur, sites);
if (!elements.ContainsKey(loc))
{
element = new Dictionary <DateTime, VegSampleDTO>();
elements[loc] = element;
}
else
{
element = elements[loc];
}
float min = cur.MinElevation.HasValue ? (float)cur.MinElevation.Value : float.NaN;
float max = cur.MaxElevation.HasValue ? (float)cur.MaxElevation.Value : float.NaN;
element[cur.MeasureDateTime.Value] = new VegSampleDTO(loc.Item1, cur.MeasureDateTime.Value, loc.Item2, min, max);
}
}
foreach (VegHerbDTO cur in det.Herbs.Values)
{
if (cur.MeasureDateTime.HasValue)
{
VegSampleDTO it = GetSample(cur, sites, elements);
if (it != null)
{
float pct = cur.PctCover.HasValue ? (float)cur.PctCover.Value : float.NaN;
it.Add(new VegHerbSampleDTO(GetTaxa(cur.HerbSpeciesId, herbSpecies, nonLiving), pct, cur.Comments));
if (!samples[cur.SurveyId].ContainsKey(it.When))
{
samples[cur.SurveyId].Add(it);
}
}
}
}
foreach (VegShrubDTO cur in det.Shrubs.Values)
{
if (cur.MeasureDateTime.HasValue)
{
VegSampleDTO it = GetSample(cur, sites, elements);
if (it != null)
{
uint pct = cur.Count.HasValue ? cur.Count.Value : 0;
it.Add(new VegShrubSampleDTO(GetTaxa(cur.ShrubSpeciesId, shrubSpecies, nonLiving), cur.SizeClass, pct, cur.Comments));
if (!samples[cur.SurveyId].ContainsKey(it.When))
{
samples[cur.SurveyId].Add(it);
}
}
}
}
foreach (VegTreeDTO cur in det.Trees.Values)
{
if (cur.MeasureDateTime.HasValue)
{
VegSampleDTO it = GetSample(cur, sites, elements);
if (it != null)
{
float pct = cur.DBH.HasValue ? (float)cur.DBH.Value : float.NaN;
it.Add(new VegTreeSampleDTO(GetTaxa(cur.TreeSpeciesId, treeSpecies, nonLiving), pct, cur.Comments));
if (!samples[cur.SurveyId].ContainsKey(it.When))
{
samples[cur.SurveyId].Add(it);
}
}
}
}
return(samples.Values);
}
