private static void AddResource(int refBody, List <OceanicResource> bodyOceanicComposition, string outputResourname, string inputResource1, string inputResource2, string inputResource3, string displayname)
{
var abundances = new[] { GetAbundance(inputResource1, refBody), GetAbundance(inputResource2, refBody), GetAbundance(inputResource2, refBody) };
var OceanicResource = new OceanicResource(outputResourname, abundances.Max(), displayname, new[] { inputResource1, inputResource2, inputResource3 });
if (OceanicResource.ResourceAbundance > 0)
{
var existingResource = bodyOceanicComposition.FirstOrDefault(a => a.ResourceName == outputResourname);
if (existingResource != null)
{
Debug.Log("[KSPI] - replaced resource " + outputResourname + " with stock defined abundance " + OceanicResource.ResourceAbundance);
bodyOceanicComposition.Remove(existingResource);
}
bodyOceanicComposition.Add(OceanicResource);
}
}
private static void AddResource(string outputResourname, string displayname, int refBody, List <OceanicResource> bodyOceanicComposition, string[] variants)
{
var abundances = new[] { GetAbundance(outputResourname, refBody) }.Concat(variants.Select(m => GetAbundance(m, refBody)));
var OceanicResource = new OceanicResource(outputResourname, abundances.Max(), displayname, variants);
if (OceanicResource.ResourceAbundance > 0)
{
var existingResource = bodyOceanicComposition.FirstOrDefault(a => a.ResourceName == outputResourname);
if (existingResource != null)
{
Debug.Log("[KSPI] - replaced resource " + outputResourname + " with stock defined abundance " + OceanicResource.ResourceAbundance);
bodyOceanicComposition.Remove(existingResource);
}
bodyOceanicComposition.Add(OceanicResource);
}
}