private ShippingRate CreateShippingRate(
Guid methodId,
ShippingMethodDto shippingMethod,
EstimateResult <ShipmentEstimate> result)
{
var estimate = result.Estimates.First();
var priceExclTax = shippingMethod.GetShippingMethodParameterValue(ParameterNames.PriceExclTax) == "True";
var usesAdditionalServices = !string.IsNullOrEmpty(shippingMethod.GetShippingMethodParameterValue(ParameterNames.AdditionalServices));
var priceWithAdditionalServices = !priceExclTax
? (decimal)estimate.PackagePrice.PackagePriceWithAdditionalServices.AmountWithVAT
: (decimal)estimate.PackagePrice.PackagePriceWithAdditionalServices.AmountWithoutVAT;
var priceWithoutAdditionalServices = !priceExclTax
? (decimal)estimate.PackagePrice.PackagePriceWithoutAdditionalServices.AmountWithVAT
: (decimal)estimate.PackagePrice.PackagePriceWithoutAdditionalServices.AmountWithoutVAT;
var amount = AdjustPrice(shippingMethod, usesAdditionalServices ? priceWithAdditionalServices :
priceWithoutAdditionalServices);
var moneyAmount = new Money(
amount,
new Currency(estimate.PackagePrice.CurrencyIdentificationCode));
return(new BringShippingRate(
methodId,
estimate.GuiInformation.DisplayName,
estimate.GuiInformation.MainDisplayCategory,
estimate.GuiInformation.SubDisplayCategory,
estimate.GuiInformation.DescriptionText,
estimate.GuiInformation.HelpText,
estimate.GuiInformation.Tip,
estimate.ExpectedDelivery.ExpectedDeliveryDate,
moneyAmount));
}
public async Task <EstimateResult <IEstimate> > FindEstimatesAsync(EstimateQuery query)
{
string jsonResponse;
var requestUri = CreateRequestUri(query);
using (var client = CreateClient())
{
try
{
jsonResponse = await client.GetStringAsync(requestUri).ConfigureAwait(false);
}
catch (HttpRequestException rEx)
{
// TODO: parse errors from here and create strongly typed error messages
// Could be object with Code, Description and HTML (full message received from Bring)
// Some errors are validation errors like - invalid postal code, invalid city etc., but some are exceptions.
// Wrap and return only validation errors, others throw further.
// Wrap configuration errors and throw them with details, but other errors throw as is.
// http://developer.bring.com/additionalresources/errorhandling.html?from=shipping
return(EstimateResult <IEstimate> .CreateFailure(rEx.Message));
}
}
var response = JsonConvert.DeserializeObject <ShippingResponse>(jsonResponse);
var estimates = response.Product.Select(MapProduct).Cast <IEstimate>();
return(EstimateResult <IEstimate> .CreateSuccess(estimates));
}
public EstimateResult EstimateScore(TasteValue model, List <VegetableDosing> VegModel)
{
EstimateResult Result = new EstimateResult();
List <string> DescriptionList = new List <string>();
List <string> VegCatagories = new List <string>();
foreach (var item in VegModel)
{
VegCatagories.Add(item.VegValue.Name);
}
var response = new SQL().GetVegetableFlavour(VegCatagories);
int number = response.Where(x => x.FlavourName != null || x.FlavourName != "").Count();
int saltyScore, sweetScore, sourScore, spicyScore, bitterScore, oilScore, FlavourScore;
DescriptionList.Add(FlavourEstimate(number, out FlavourScore));
DescriptionList.Add(SaltyEstimate(model.Salty, out saltyScore));
DescriptionList.Add(SweetEstimate(model.Sweet, out sweetScore));
DescriptionList.Add(SourEstimate(model.Sour, out sourScore));
DescriptionList.Add(SpicyEstimate(model.Spicy, out spicyScore));
DescriptionList.Add(BitterEstimate(model.Bitter, out bitterScore));
DescriptionList.Add(OilEstimate(model.Oil, out oilScore));
Result.Description = string.Join(", ", DescriptionList.ToArray());
Result.Score = 95 - saltyScore - sweetScore - sourScore - spicyScore - bitterScore - oilScore;
return(Result);
}
public async Task <EstimateResult <IEstimate> > FindEstimatesAsync(EstimateQuery query)
{
HttpResponseMessage responseMessage = null;
string jsonResponse = null;
var requestUri = CreateRequestUri(query);
var cacheKey = CreateCacheKey(requestUri);
if (HttpRuntime.Cache.Get(cacheKey) is EstimateResult <IEstimate> cached)
{
return(await Task.FromResult(cached));
}
using (var client = CreateClient())
{
try
{
responseMessage = await client.GetAsync(requestUri).ConfigureAwait(false);
jsonResponse = await responseMessage.Content.ReadAsStringAsync();
responseMessage.EnsureSuccessStatusCode();
}
catch (HttpRequestException)
{
if (string.IsNullOrEmpty(jsonResponse))
{
var responseError = new ResponseError(responseMessage?.StatusCode ?? HttpStatusCode.InternalServerError);
return(EstimateResult <IEstimate> .CreateFailure(responseError));
}
}
}
var response = JsonConvert.DeserializeObject <ShippingResponse>(jsonResponse, new JsonSerializerSettings
{
ContractResolver = new CamelCasePropertyNamesContractResolver()
});
var errors = response.GetAllErrors().ToArray();
if (errors.Any())
{
return(EstimateResult <IEstimate> .CreateFailure(errors));
}
var products = response.GetAllProducts();
var estimates = products.Select(MapProduct).Cast <IEstimate>().ToList();
var result = EstimateResult <IEstimate> .CreateSuccess(estimates);
HttpRuntime.Cache.Insert(cacheKey, result, null, DateTime.UtcNow.AddMinutes(2), Cache.NoSlidingExpiration);
return(result);
}
public EstimateResult EvaluteRecipe(RecipeViewModel Recipemodel)
{
Recipe model = new Recipe();
GetMaterialData GetData = new GetMaterialData();
model = GetData.TransData(Recipemodel);
TasteCalculator calculator = new TasteCalculator();
List <TasteValue> TasteList = new List <TasteValue>();
TasteEstimate TasteEst = new TasteEstimate();
TasteList.Add(calculator.VegtableCalculate(model.VegDosing));
TasteList.Add(calculator.MeatCalculate(model.MeatDosings));
TasteList.Add(calculator.SeasonCalculate(model.SeasonDosings));
TasteList.Add(calculator.EggCalculate(model.EggDosings));
EstimateResult result = TasteEst.EstimateScore(calculator.AvgCalculator(TasteList), model.VegDosing);
return(result);
}
/// <summary>
/// Finds Bring Shipping estimates based on estimate query.
/// </summary>
/// <typeparam name="T">Type of estimates <see cref="IEstimate"/>.</typeparam>
/// <param name="query">Query parameters of type <see cref="EstimateQuery"/>.</param>
/// <returns>Estimate find result of type <see cref="EstimateResult{T}"/>.</returns>
public async Task <EstimateResult <T> > FindAsync <T>(EstimateQuery query)
where T : IEstimate
{
foreach (var handler in Settings.QueryHandlers)
{
if (handler.CanHandle(typeof(T)))
{
var estimate = await handler.FindEstimatesAsync(query).ConfigureAwait(false);
if (estimate.Success)
{
return(EstimateResult <T> .CreateSuccess(estimate.Estimates.Cast <T>()));
}
return(EstimateResult <T> .CreateFailure(estimate.ErrorMessages));
}
}
throw new Exception(string.Format("No matching query handler found for estimate type {0}", typeof(T).Name));
}
private ShippingRate CreateShippingRate(
Guid methodId,
ShippingMethodDto shippingMethod,
EstimateResult <ShipmentEstimate> result)
{
var estimate = result.Estimates.First();
var amount = AdjustPrice(shippingMethod, (decimal)estimate.PackagePrice.PackagePriceWithAdditionalServices.AmountWithVAT);
var moneyAmount = new Money(
amount,
new Currency(estimate.PackagePrice.CurrencyIdentificationCode));
return(new BringShippingRate(
methodId,
estimate.GuiInformation.DisplayName,
estimate.GuiInformation.MainDisplayCategory,
estimate.GuiInformation.SubDisplayCategory,
estimate.GuiInformation.DescriptionText,
estimate.GuiInformation.HelpText,
estimate.GuiInformation.Tip,
estimate.ExpectedDelivery.ExpectedDeliveryDate,
moneyAmount));
}
private ShippingRate CreateShippingRate(
Guid methodId,
ShippingMethodDto shippingMethod,
EstimateResult <ShipmentEstimate> result)
{
var settings = _estimateSettingsFactory.CreateFrom(shippingMethod);
var estimate = result.Estimates.First();
var usesAdditionalServices = settings.AdditionalServices.Any();
var packagePrice = estimate.Price.NetPrice ?? estimate.Price.ListPrice;
var priceWithAdditionalServices = !settings.PriceExclTax
? (decimal)packagePrice.PriceWithAdditionalServices.AmountWithVAT
: (decimal)packagePrice.PriceWithAdditionalServices.AmountWithoutVAT;
var priceWithoutAdditionalServices = !settings.PriceExclTax
? (decimal)packagePrice.PriceWithoutAdditionalServices.AmountWithVAT
: (decimal)packagePrice.PriceWithoutAdditionalServices.AmountWithoutVAT;
var amount = AdjustPrice(shippingMethod, settings, usesAdditionalServices ? priceWithAdditionalServices :
priceWithoutAdditionalServices);
var moneyAmount = new Money(
amount,
new Currency(packagePrice.CurrencyCode));
return(new BringShippingRate(
methodId,
estimate.GuiInformation.DisplayName,
estimate.GuiInformation.MainDisplayCategory,
estimate.GuiInformation.SubDisplayCategory,
estimate.GuiInformation.DescriptionText,
estimate.GuiInformation.HelpText,
estimate.GuiInformation.Tip,
estimate.ExpectedDelivery.ExpectedDeliveryDate,
moneyAmount));
}
private byte[] CompressPframe(Bitmap bitmap)
{
YCbCr[,] yCbCrs = ColorChannel.ReadYCbCrs(bitmap);
YCbCrSubSample yCbCrSubSamples = JPEG.SubSample(yCbCrs);
// motion vecotr estimate
var mv = new MotionVector(15);
EstimateResult vecotrDiffs = mv.Estimate(frameMemory, yCbCrSubSamples);
// dct subquantized differences
var tasks = new Task[3];
sbyte[,] yQuantized = null, cbQuantized = null, crQuantized = null;
tasks[0] = Task.Factory.StartNew(() =>
{
yQuantized = DCTSubQuantized(vecotrDiffs.YDiffs, LuminanceQuantizationTable);
});
tasks[1] = Task.Factory.StartNew(() =>
{
cbQuantized = DCTSubQuantized(vecotrDiffs.CbDiffs, ChrominanceQuantizationTable);
});
tasks[2] = Task.Factory.StartNew(() =>
{
crQuantized = DCTSubQuantized(vecotrDiffs.CrDiffs, ChrominanceQuantizationTable);
});
Task.WaitAll(tasks);
//upquantized IDCT, add to frame memory
int yHeight = yCbCrSubSamples.Y.GetLength(0), yWidth = yCbCrSubSamples.Y.GetLength(1), cHeight = yCbCrSubSamples.Cb.GetLength(0), cWidth = yCbCrSubSamples.Cb.GetLength(1);
tasks[0] = Task.Factory.StartNew(() =>
{
yCbCrSubSamples.Y = UpQuantizedIDCT(yHeight, yWidth, yQuantized, LuminanceQuantizationTable);
});
tasks[1] = Task.Factory.StartNew(() =>
{
yCbCrSubSamples.Cb = UpQuantizedIDCT(cHeight, cWidth, cbQuantized, ChrominanceQuantizationTable);
});
tasks[2] = Task.Factory.StartNew(() =>
{
yCbCrSubSamples.Cr = UpQuantizedIDCT(cHeight, cWidth, crQuantized, ChrominanceQuantizationTable);
});
// zigzag RLE differences
sbyte[] yStream = ZigZagTransform(yQuantized);
sbyte[] cbStream = ZigZagTransform(cbQuantized);
sbyte[] crStream = ZigZagTransform(crQuantized);
// concatennate byte stream
var data = new sbyte[vecotrDiffs.Vectors.Length * 2 + yStream.Length + cbStream.Length + crStream.Length];
for (int i = 0, j = 0; i < vecotrDiffs.Vectors.Length; ++i)
{
data[j++] = (sbyte)(vecotrDiffs.Vectors[i].x);
data[j++] = (sbyte)(vecotrDiffs.Vectors[i].y);
}
yStream.CopyTo(data, vecotrDiffs.Vectors.Length * 2);
cbStream.CopyTo(data, yStream.Length + vecotrDiffs.Vectors.Length * 2);
crStream.CopyTo(data, yStream.Length + cbStream.Length + vecotrDiffs.Vectors.Length * 2);
Task.WaitAll(tasks);
AddDifferencesToMemoryFrame(yCbCrSubSamples, vecotrDiffs.Vectors); // update frame memory
return(RunLengthEncode(data));
}
// estimate best match using 2d logorithmic search
public EstimateResult Estimate(YCbCrSubSample reference, YCbCrSubSample target)
{
// image dimension
int height = reference.Y.GetLength(0);
int width = reference.Y.GetLength(1);
// number of 8*8 blocks to fill the y channel
int h = (int)Math.Ceiling((double)height / N);
int w = (int)Math.Ceiling((double)width / N);
var result = new EstimateResult {
};
int vectorIndex = 0;
result.Vectors = new Vector[h * w];
// y channel with paddings if origin image is not multiples of 8
h <<= 3;
w <<= 3;
result.YDiffs = new double[h, w];
// cb cr
h = (int)Math.Ceiling((double)reference.Cb.GetLength(0) / N) << 3;
w = (int)Math.Ceiling((double)reference.Cb.GetLength(1) / N) << 3;
result.CbDiffs = new double[h, w];
result.CrDiffs = new double[h, w];
// dec to prevent -1 calculation inside the loop
--width; --height;
// cb cr height and width
int cHeight = height >> 1, cWidth = width >> 1;
for (int row = 0; row <= height; row += N)
{
for (int col = 0; col <= width; col += N)
{
// calculate the difference at the same pos first
var r8 = new double[N, N];
var t8 = new double[N, N];
// 8*8 block filling
for (int i = 0, Y = row; i < N; ++i)
{
for (int j = 0, X = col; j < N; ++j)
{
// use y channel to get vector
r8[i, j] = reference.Y[Y, X];
t8[i, j] = target.Y[Y, X];
if (X < width) // padding number use the boundary number
{
++X;
}
}
if (Y < height)
{
++Y;
}
}
Differences min = CalDifferences(r8, t8);
Vector mv = new Vector {
x = 0, y = 0
};
// 2d logorithmic search for new reference block (p92)
int centerY = row, centerX = col;
int offset = (int)Math.Ceiling(P / 2.0);
bool last = false;
while (!last)
{
// find one of the nine specified macroblocks that yields minimum MAD, then update centerX, centerY, min Difference. vecotr.
for (int offY = centerY - offset; offY <= centerY + offset; offY += offset)
{
for (int offX = centerX - offset; offX <= centerX + offset; offX += offset)
{
if ((offX == centerX && offY == centerY) || offX < 0 || offY < 0 || offX > width || offY > height)
{
continue;
}
// 8*8 block filling references block
for (int i = 0, Y = offY; i < N; ++i)
{
for (int j = 0, X = offX; j < N; ++j)
{
r8[i, j] = reference.Y[Y, X];
if (X < width) // padding number use the boundary number
{
++X;
}
}
if (Y < height)
{
++Y;
}
}
Differences d = CalDifferences(r8, t8);
// compare with min
if (d.AbsoluteDifference < min.AbsoluteDifference)
{
min = d;
mv.x = col - offX;
mv.y = row - offY;
centerX = offX;
centerY = offY;
}
}
}
if (offset == 1)
{
last = true;
}
offset = (int)Math.Ceiling(offset / 2.0);
}
// cb cr
for (int Y = row >> 1, YB = Y + (N >> 1); Y < YB && Y < cHeight; ++Y)
{
for (int X = col >> 1, XB = X + (N >> 1); X < XB && X < cWidth; ++X)
{
int ry = Math.Max(0, Math.Min(Y - mv.y, cHeight));
int rx = Math.Max(0, Math.Min(X - mv.x, cWidth));
result.CbDiffs[Y, X] = target.Cb[Y, X] - reference.Cb[ry, rx];
result.CrDiffs[Y, X] = target.Cr[Y, X] - reference.Cr[ry, rx];
}
}
// y
for (int _y = 0, Y = row; _y < N; ++_y, ++Y)
{
for (int _x = 0, X = col; _x < N; ++_x, ++X)
{
result.YDiffs[Y, X] = min.DifferenceBlock[_y, _x];
}
}
result.Vectors[vectorIndex++] = mv;
}
}
return(result);
}
public PositionEstimate GetPosition(string clientMac)
{
/**
* [WebGet] = SnifferReceiver operation (cf: http://msdn.microsoft.com/en-us/library/cc668788.aspx )
* usage example: http://localhost:38244/SnifferService.svc/GetPosition?mac='Big Mac'
*/
if (clientMac == null)
{
return(null);
}
SnifferWifiMeasurement curMeas;
if (!(currentOnlineMeasurements.TryGetValue(clientMac, out curMeas)))
{
return(null); //we do not have a measurement yet to base an estimate on
}
//Check whether the client is associated with a building
//If not, positioning has (JUST) been requested, but the correct building not established yet.
WifiPosEngine posEngine;
if (!(currentWifiPosEngines.TryGetValue(clientMac, out posEngine)))
{
return(null); //we do not have a wifi pos engine. Reason: User has probably not called StartWifiPositioning.
}
if (posEngine.getCurrentBuilding() == null) //It is the very first estimate
{
posEngine.setCurrentBuilding(getCorrectBuilding(curMeas));
}
EstimateResult currentEstimate = posEngine.getEstimate(curMeas);
//We have a result
if (currentEstimate != null && currentEstimate.getVertex() != null)
{
//convert estimated location to PositionEstimate
PositionEstimate result = new PositionEstimate();
Vertex v = currentEstimate.getVertex();
AbsoluteLocation a = v.AbsoluteLocations.First();
result.VertexID = v.ID;
result.Building_ID = v.Building_ID;
result.Latitude = (double)a.latitude;
result.Longitude = (double)a.longitude;
result.Altitude = (double)a.longitude;
result.Accuracy = currentEstimate.getErrorEstimate();
result.HasAccuracy = true;
result.HasBearing = false;
result.HasSpeed = false;
result.Provider = WIFI_PROVIDER;
result.Time = DateTime.Now;
return(result);
}
else //We do not have a result
{
return(null);
}
}