internal static CalcRes CalcRefManual(RefractoryCalculationModel Refractory)
{
List <DataCalc> RowRefractory = new List <DataCalc>();
float radiusTopInner = Refractory.TopDiameter / 2;
float radiusButtomInner = Refractory.BottomDiameter / 2;
float radiusDelta = (radiusTopInner - radiusButtomInner) / Refractory.RowNumber;
float RadiusIn = 0;
float RadiusOut = 0;
float LenghtIn = 0;
float LenghtOut = 0;
float a = 0;
float b = 0;
for (int i = 0; i < Refractory.RowNumber; i++)
{
RadiusIn = radiusButtomInner + i * radiusDelta;
RadiusOut = RadiusIn + Refractory.BrickLength;
LenghtIn = (float)(2 * 3.14 * RadiusIn);
LenghtOut = (float)(2 * 3.14 * RadiusOut);
a = (LenghtIn * Refractory.b2 - LenghtOut * Refractory.b1) / (Refractory.a1 * Refractory.b2 - Refractory.a2 * Refractory.b1);
b = (LenghtOut * Refractory.a1 - LenghtIn * Refractory.a2) / (Refractory.a1 * Refractory.b2 - Refractory.a2 * Refractory.b1);
if (a <= 0 || b <= 0)
{
return(null);
}
RowRefractory.Add(new DataCalc()
{
A = Math.Ceiling(a), B = Math.Ceiling(b)
});
}
int totalA = 0;
int totalB = 0;
foreach (var item in RowRefractory)
{
totalA = totalA + (int)item.A;
totalB = totalB + (int)item.B;
}
double density = Refractory.Density;
double massAt = (density * 0.5f * (Refractory.a1 + Refractory.a2) * Refractory.BrickLength * 100 * totalA) / 1000000000;
double massBt = (density * 0.5f * (Refractory.b1 + Refractory.b2) * Refractory.BrickLength * 100 * totalB) / 1000000000;
double totalMass = massAt + massBt;
double totalPrice = totalMass * Refractory.Price;
return(new CalcRes()
{
TotalA = totalA, TotalB = totalB, TotalMass = totalMass, TotalPrice = totalPrice
});
}
public async Task <IHttpActionResult> CalcRefRow([FromBody] RefractoryCalculationModel Refractory)
{
var dataTest = CalcService.CalcService.CalcRefManual(Refractory);
return(Ok(dataTest));
}