public AppraisalOutput processImageLatLon(string imageBase64, double?latitude, double?longitude, string deviceId, string userAgent)
{
AppraisalOutput appraisalOutput = new AppraisalOutput();
GoogleVisionApi googleVisionApi = new GoogleVisionApi();
PriceInput priceInput = new PriceInput();
ImageCategory imageCategory;
string country;
string countryCode;
double? lat;
double? lng;
try
{
imageCategory = googleVisionApi.fetchCategoryForImage(imageBase64);
}
catch (Exception)
{
// imageBase64 = getImageAndConvertbase64();
// imageCategory = googleVisionApi.fetchCategoryForImage(imageBase64);
imageCategory = new ImageCategory();
imageCategory.CategoryCode = -2;
imageCategory.CategoryText = "Invalid Image";
}
getAddressForLatLong(latitude ?? 0.0, longitude ?? 0.0);
if (reverseGeoCodeResult.Country != "Switzerland")
{
country = "Switzerland";
countryCode = "CH";
priceInput.zip = appraisalOutput.zip = ConfigurationManager.AppSettings["DefaultZip"];
priceInput.town = appraisalOutput.town = ConfigurationManager.AppSettings["DefaultTown"];
//if country is not switzerland then attach time to street .
priceInput.street = appraisalOutput.street = ConfigurationManager.AppSettings["DefaultStreet"] + DateTime.Now.Hour + DateTime.Now.Minute + DateTime.Now.Second;
appraisalOutput.minappraisalValue = Convert.ToInt64(latitude.ToString().Replace(".", String.Empty));
appraisalOutput.maxappraisalValue = Convert.ToInt64(longitude.ToString().Replace(".", String.Empty));
lat = Convert.ToDouble(ConfigurationManager.AppSettings["DefaultLatitude"]);
lng = Convert.ToDouble(ConfigurationManager.AppSettings["DefaultLongitude"]);
}
else
{
country = reverseGeoCodeResult.Country;
countryCode = "CH";
priceInput.zip = appraisalOutput.zip = reverseGeoCodeResult.Zip;
priceInput.town = appraisalOutput.town = reverseGeoCodeResult.Town;
priceInput.street = appraisalOutput.street = reverseGeoCodeResult.Street;
lat = (double)latitude;
lng = (double)longitude;
}
if (imageCategory.CategoryCode != -1 && imageCategory.CategoryCode != -2)
{
getMicroRating(imageCategory.CategoryCode, lat ?? 0.0, lng ?? 0.0, countryCode);
priceInput.qualityMicro = appraisalOutput.microRating = ratingResponse.results.microRatingClass1To5 ?? 3;
}
appraisalOutput.country = country;
appraisalOutput.CatCode = imageCategory.CategoryCode;
switch (imageCategory.CategoryCode)
{
case 5:
priceInput.surfaceLiving = Convert.ToInt16(ConfigurationManager.AppSettings["A2SurfaceLivingDefault"]); //set default for A2 for Surface
appraisalOutput.category = imageCategory.CategoryText; //" Single family House";
break;
case 6:
priceInput.surfaceLiving = Convert.ToInt16(ConfigurationManager.AppSettings["A3SurfaceLivingDefault"]);;
appraisalOutput.category = imageCategory.CategoryText; //" Condominium";
break;
case -1:
case -2:
appraisalOutput.category = imageCategory.CategoryText; //Set the first two labels that are returned by Google
break;
default:
break;
}
if (imageCategory.CategoryCode != -1 && imageCategory.CategoryCode != -2)
{
CalculatePrice(priceInput, imageCategory.CategoryCode, appraisalOutput);
}
//Saving Property Details//
try
{
PriceData priceData = MapPriceBuisnessDataToDatabaseModel(imageBase64, latitude, longitude, deviceId, appraisalOutput);
SavePricePropertyDetails(priceData, userAgent);
}
catch (Exception ex)
{
RealEstateRepository realEstateRepository = new RealEstateRepository();
realEstateRepository.saveException(ex.Message, Convert.ToString(ex.InnerException), ex.StackTrace);
return(appraisalOutput);
}
return(appraisalOutput);
}
public OfferedRentOutput processImageLatLonForOfferedRent(string imageBase64, double?latitude, double?longitude, string deviceId, string userAgent)
{
OfferedRentOutput offeredRentOutput = new OfferedRentOutput();
GoogleVisionApi googleVisionApi = new GoogleVisionApi();
OfferedRentInput offeredRentInput = new OfferedRentInput();
ImageCategory imageCategory;
string country;
string countryCode;
try
{
imageCategory = googleVisionApi.fetchCategoryForImage(imageBase64);
}
catch (Exception)
{
//imageBase64 = getImageAndConvertbase64();
//imageCategory = googleVisionApi.fetchCategoryForImage(imageBase64);
imageCategory = new ImageCategory();
imageCategory.CategoryCode = -2;
imageCategory.CategoryText = "Invalid Image";
}
getAddressForLatLong(latitude ?? 0.0, longitude ?? 0.0);
if (reverseGeoCodeResult.Country != "Switzerland")
{
country = "Switzerland";
countryCode = "CH";
offeredRentInput.address = new OfferedRentAddress()
{
address = ConfigurationManager.AppSettings["DefaultFormatedAddress"],
zip = offeredRentOutput.zip = ConfigurationManager.AppSettings["DefaultZip"],
town = offeredRentOutput.town = ConfigurationManager.AppSettings["DefaultTown"],
street = offeredRentOutput.street = ConfigurationManager.AppSettings["DefaultStreet"] + DateTime.Now.Hour + DateTime.Now.Minute + DateTime.Now.Second,
lat = Convert.ToDouble(ConfigurationManager.AppSettings["DefaultLatitude"]),
lng = Convert.ToDouble(ConfigurationManager.AppSettings["DefaultLongitude"]),
country = country
};
offeredRentOutput.minappraisalValue = Convert.ToInt64(latitude.ToString().Replace(".", String.Empty));
offeredRentOutput.maxappraisalValue = Convert.ToInt64(longitude.ToString().Replace(".", String.Empty));
}
else
{
country = reverseGeoCodeResult.Country;
countryCode = "CH";
offeredRentInput.address = new OfferedRentAddress()
{
address = reverseGeoCodeResult.FormattedAddress,
zip = offeredRentOutput.zip = reverseGeoCodeResult.Zip,
town = offeredRentOutput.town = reverseGeoCodeResult.Town,
street = offeredRentOutput.street = reverseGeoCodeResult.Street,
lat = (double)latitude,
lng = (double)longitude,
country = country
};
}
if (imageCategory.CategoryCode != -1 && imageCategory.CategoryCode != -2)
{
getMicroRating(imageCategory.CategoryCode, offeredRentInput.address.lat ?? 0.0, offeredRentInput.address.lng ?? 0.0, countryCode);
offeredRentInput.qualityMicro = offeredRentOutput.qualityMicro = ratingResponse.results.microRatingClass1To5 ?? 3;
offeredRentInput.ortId = getOrtId(countryCode, offeredRentInput.address.lat ?? 0.0, offeredRentInput.address.lng ?? 0.0, "en-US");
}
offeredRentOutput.country = country;
offeredRentOutput.CategoryCode = imageCategory.CategoryCode;
switch (imageCategory.CategoryCode)
{
case 5:
offeredRentInput.surfaceContract = Convert.ToInt16(ConfigurationManager.AppSettings["A2SurfaceLivingDefault"]); //set default for A2 for Surface
offeredRentInput.categoryCode = offeredRentOutput.CategoryCode;
offeredRentOutput.category = imageCategory.CategoryText; //" Single family House";
break;
case 6:
offeredRentInput.surfaceContract = Convert.ToInt16(ConfigurationManager.AppSettings["A3SurfaceLivingDefault"]);
offeredRentInput.categoryCode = offeredRentOutput.CategoryCode;
offeredRentOutput.category = imageCategory.CategoryText; //" Condominium";
break;
case -1:
case -2:
offeredRentOutput.category = imageCategory.CategoryText;
break;
default:
break;
}
if (imageCategory.CategoryCode != -1 && imageCategory.CategoryCode != -2)
{
CalculateRent(offeredRentInput, offeredRentOutput);
}
//Saving Property Details//
try
{
RentData rentData = MapRentBuisnessDataToDatabaseModel(imageBase64, latitude, longitude, deviceId, offeredRentOutput);
SaveRentPropertyDetails(rentData, userAgent);
}
catch (Exception ex)
{
RealEstateRepository realEstateRepository = new RealEstateRepository();
realEstateRepository.saveException(ex.Message, Convert.ToString(ex.InnerException), ex.StackTrace);
return(offeredRentOutput);
}
return(offeredRentOutput);
}