private List <TaxonomicClassification> GetBestMatchingTaxonomies(SpeciesInfo candidate, List <TaxonomicClassification> localTaxonomies)
{
var speciesMatches = GetAllMatchesForSpecies(candidate, localTaxonomies);
if (speciesMatches.Count > 0)
{
return(speciesMatches);
}
if (candidate.GetName().ToLower() == "human")
{
return(new List <TaxonomicClassification>());
//TODO: hack to prevent overzealous matching for humans. Need to figure out a better way...
}
var genusMatches = GetAllMatchesForGenus(candidate, localTaxonomies);
if (genusMatches.Count > 0)
{
return(genusMatches);
}
var familyMatches = GetAllMatchesForFamily(candidate, localTaxonomies);
if (familyMatches.Count > 0)
{
return(familyMatches);
}
return(new List <TaxonomicClassification>());
}
private void LoadSpecieInfo()
{
SpeciesInfo sInfo = _dataAccess.GetSpecieInfo(speciesComboBox.Text);
//Load species info
enviormentAddTextBox.Text = sInfo.EnviormentName;
foodTypeAddTextBox.Text = sInfo.FoodTypName;
countryAddBox.Text = sInfo.CountryName;
AddParentsToComboBox();
}
public List <SpeciesInfo> Filter(List <SpeciesInfo> speciesInfos, GeographyPoint coordinates)
{
var sortedSpeciesInfosArray = new SpeciesInfo[speciesInfos.Count];
speciesInfos.CopyTo(sortedSpeciesInfosArray);
var sortedSpeciesInfos = new List <SpeciesInfo>(sortedSpeciesInfosArray);
sortedSpeciesInfos.Sort((candidate1, candidate2) =>
candidate2.GetProbability().CompareTo(candidate1.GetProbability()));
return(sortedSpeciesInfos.Where(speciesInfo => speciesInfo.GetProbability() >= GetMinProbability(speciesInfo)).ToList());
}
protected void Page_Load(object sender, EventArgs e)
{
if (String.IsNullOrEmpty(Request.QueryString.Get("SpeciesID")))
{
Response.Redirect("Default.aspx");
} // if (!String.IsNullOrEmpty(Request.QueryString.Get("RecipeID")))
int itemID = Convert.ToInt32(Request.QueryString.Get("SpeciesID"));
CurrentSpecies = SpeciesGateway.SpeciesInfoGetBySpeciesID(itemID);
if (CurrentSpecies == null || CurrentSpecies.Name.Equals("n/a")) { Response.Redirect("Default.aspx"); }
Title = CurrentSpecies.Name;
} // method Page_Load
} // method GetAllSpecies
public static SpeciesInfo SpeciesInfoGetBySpeciesID(long objectID)
{
string cacheKey = "AllSpeciesBySpeciesID_" + objectID;
SpeciesInfo returnObject = HttpContext.Current.Cache[cacheKey] as SpeciesInfo;
if (returnObject == null)
using (RepopdataEntities myEntities = new RepopdataEntities())
{
var result = (from item in myEntities.Species
where item.speciesID == objectID
select item).FirstOrDefault();
if (result == null) { return null; }
returnObject = new SpeciesInfo(result);
AppCaching.AddToCache(cacheKey, returnObject);
} // using
return returnObject;
} // method SpeciesInfoGetBySpeciesID
public IActionResult Index(string cName)
{
ViewBag.cName = cName;
ViewBag.noData = "";
if (string.IsNullOrEmpty(cName))
{
//
return(View());
}
else
{
WebClient obj = new WebClient();
obj.Encoding = Encoding.UTF8; //設定編碼解決亂碼問題
string url = string.Format("http://ngismap.forest.gov.tw/REST/species/ScientificName_C/{0}", cName);
var str = obj.DownloadString(url);
if (str == @"{""species_info"":[]}")
{
ViewBag.noData = "查無「" + cName + "」相關資料...";
}
else
{
JObject objJsonTxt = JObject.Parse(str);
JToken objNameTxtList = objJsonTxt.SelectToken("species_info");
List <CJData> jDatas = new List <CJData>();
foreach (JToken SpeciesInfo in objNameTxtList)
{
var addData = new CJData {
name = SpeciesInfo.SelectToken("name").Value <string>(),
cName = SpeciesInfo.SelectToken("Common_name_c").Value <string>(),
nameCode = SpeciesInfo.SelectToken("name_code").Value <string>()
};
jDatas.Add(addData);
}
ViewBag.jDatas = jDatas;
}
//return Content(objNameTxtList.ToString());
}
return(View());
}
private List <SpeciesInfo> GetBestMatchingLocalSpecies(List <SpeciesInfo> candidates, List <TaxonomicClassification> localTaxonomies)
{
var bestMatchTaxonomies = new List <TaxonomicClassification>();
var selectedCandidate = candidates.First();
foreach (var candidate in candidates)
{
bestMatchTaxonomies = GetBestMatchingTaxonomies(candidate, localTaxonomies);
if (bestMatchTaxonomies.Count <= 0)
{
continue;
}
selectedCandidate = candidate;
break;
}
if (bestMatchTaxonomies.Count == 0)
{
return(new List <SpeciesInfo> {
selectedCandidate
});
}
var bestMatchSpeciesInfos = new List <SpeciesInfo>();
foreach (var taxonomy in bestMatchTaxonomies)
{
var commonName = _wolframClient.GetCommonNameFromScientific(taxonomy);
var scientificName = taxonomy.GetGenus() + " " + taxonomy.GetSpecies();
var finalName = String.IsNullOrEmpty(commonName)
? (String.IsNullOrEmpty(selectedCandidate.GetTagName()) ? scientificName : selectedCandidate.GetTagName())
: commonName;
var speciesInfo = SpeciesInfo.GetInstance(taxonomy, finalName, selectedCandidate.GetTagName(), selectedCandidate.GetProbability());
bestMatchSpeciesInfos.Add(speciesInfo);
}
return(bestMatchSpeciesInfos);
}
public SpeciesInfo GetSpecieInfo(string speciesName)
{
SpeciesInfo specie = null;
using (var db = new ZooContext())
{
Species species = db.Species.SingleOrDefault(s => s.SName == speciesName);
if (species != null)
{
specie = new SpeciesInfo()
{
Id = species.Id,
SpeciesName = species.SName,
EnviormentName = species.Enviorment.EName,
CountryName = species.Country,
FoodTypName = species.FoodType.FName
};
}
}
return(specie);
}
public void DestroyElement()
{
if (m_RemoveEffect != null)
{
GameObject effect = (GameObject)Instantiate(m_RemoveEffect, transform.position, transform.rotation);
DestroyEffect de = effect.GetComponent <DestroyEffect>();
de.SetRescue(m_Species != null);
}
m_InfoBar.AddMaterial(1);
DestroyObject(gameObject);
m_BG.SetElementByCoord(m_TargetCoord, null);
if (m_SkillBt != null)
{
m_SkillBt.AddAmount(0.2f);
}
if (m_Species != null)
{
SpeciesInfo si = m_Species.GetComponent <SpeciesInfo>();
si.SpeciesRescued();
m_InfoBar.AddDNANum(1);
}
}
private Double GetMinProbability(SpeciesInfo speciesInfo)
{
var key = speciesInfo.GetName().ToLower();
return(ProbabilityMins.ContainsKey(key) ? ProbabilityMins[key] : ProbabilityMins["default"]);
}
private void CreateSpeciesInfo()
{
var defaultSpeciesInfo = _context.SpeciesInfos.IgnoreQueryFilters().FirstOrDefault(e => e.Name == "گاو");
if (defaultSpeciesInfo == null)
{
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "1", Name = "گاو"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "2", Name = "گاومیش"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "3", Name = "شتر"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "4", Name = "گوسفند"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "5", Name = "بز"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "6", Name = "اسب"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "7", Name = "پرندگان و طیور"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "8", Name = "حیوانات کوچک و زینتی"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "9", Name = "آبزیان"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "81", Name = "سگ سانان"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "82", Name = "گربه سانان"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
defaultSpeciesInfo = new SpeciesInfo()
{
Code = "73", Name = "شترمرغ"
};
_context.SpeciesInfos.Add(defaultSpeciesInfo);
_context.SaveChanges();
}
}
//Humans are a special case here- only allow for exact species matches; Otherwise, human identification tends to overfire
private List <TaxonomicClassification> GetAllMatchesForFamily(SpeciesInfo candidate, List <TaxonomicClassification> localTaxonomies)
{
return(localTaxonomies.Where(localTaxonomy =>
(String.Equals(localTaxonomy.GetFamily(), candidate.Taxonomy.GetFamily(), StringComparison.InvariantCultureIgnoreCase) &&
!String.Equals(localTaxonomy.GetSpecies(), "Sapiens", StringComparison.InvariantCultureIgnoreCase))).ToList());
}
