protected float Sample(ProfileableResource resource, Vector3 worldPos, float noiseScalar)
{
float abundance = 0f;
AbundanceRequest req = new AbundanceRequest();
double alt;
double lat;
double lon;
part.vessel.mainBody.GetLatLonAlt(new Vector3d(worldPos.x, worldPos.y, worldPos.z), out lat, out lon, out alt);
req.BodyId = FlightGlobals.GetBodyIndex(part.vessel.mainBody);
req.ResourceName = resource.resourceName;
req.Latitude = lat;
req.Altitude = alt;
req.Longitude = lon;
// Sample atmo
req.ResourceType = HarvestTypes.Atmospheric;
abundance += ResourceMap.Instance.GetAbundance(req);
if (resource.useAtmo)
{
abundance = abundance * (float)part.vessel.mainBody.GetPressure(alt);
}
// Sample exo
req.ResourceType = HarvestTypes.Exospheric;
abundance = abundance + ResourceMap.Instance.GetAbundance(req);
//Utils.Log(String.Format("[ModuleProfilingScanner]: Sampling position {0}, geocentric alt {1}, lat {2} lon {3}\n Noise: {4} Result: {5}", worldPos.ToString(), alt, lat, lon, noiseScalar, abundance));
abundance = abundance + noiseScalar * UnityEngine.Random.Range(-1.0f, 1.0f);
return(Mathf.Clamp(abundance, 0f, 10000f));
}
// Profiles a specific resource
protected ResourceProfile TakeResourceProfile(ProfileableResource resource)
{
float distance = 0f;
Dictionary <float, float> samples = new Dictionary <float, float>();
float scanInterval = Mathf.Clamp((ScanRange) / ScanCount, 0.5f, 500000f);
//Utils.Log(String.Format("[ModuleProfilingScanner]: Scan Interval {0}", scanInterval));
while (distance <= ScanRange)
{
float fracDist = Mathf.Clamp01(distance / MaximumRange);
float noise = fracDist * resource.noiseMax + resource.noiseMin;
Vector3 pos = part.partTransform.position + part.partTransform.up.normalized * distance * 1000f;
samples.Add(distance * 1000f, Sample(resource, pos, noise));
distance = distance + scanInterval;
}
return(new ResourceProfile(resource.resourceName, resource.readoutMax, samples));
}
