3dPrintCalculatorLibrary 1.2.3.1

3dPrintCostCalculatorSharp

A library to calculate 3d print costs, manager 3d printers & materials and many more!

Nuget

Get the latest version from nuget.org<br>

Usage

In order to perform a calculation, create a new 3d material and 3d printer.

// Create a material
var material = new Material3d()
{
 Id = Guid.NewGuid(),
 Density = 1.24,
 Name = "Test Material",
 Unit = Unit.kg,
 PackageSize = 1,
 UnitPrice = 30,
 TypeOfMaterial = new Material3dType()
 {
 Id = Guid.NewGuid(),
 Material = "PETG",
 Polymer = "",
 Type = Material3dFamily.Filament,
 }
};
// Create a printer
var printer = new Printer3d()
{
 Id = Guid.NewGuid(),
 Manufacturer = new Manufacturer()
 {
 Id = Guid.NewGuid(),
 isActive = true,
 Name = "Prusa"
 },
 Model = "XL MK1",
 Price = 799,
 BuildVolume = new BuildVolume(25, 21, 21),
 MaterialType = Material3dFamily.Filament,
 Type = Printer3dType.FDM,
 PowerConsumption = 210,
};

Next, create some 3d files.

var files = new List<File3d>() {
 new File3d()
 {
 Id = Guid.NewGuid(),
 PrintTime = 10.25,
 Volume = 12.36,
 Quantity = 3,
 },
 new File3d()
 {
 Id = Guid.NewGuid(),
 PrintTime = 10.25,
 Volume = 12.36,
 Quantity = 3,
 MultiplyPrintTimeWithQuantity = false
 },
}

Eventually create the Calculation3dEnhanced object and apply your information.

_calculation = new Calculation3dEnhanced();
// Add data
_calculation.Files = files;
_calculation.Printers.Add(printer);
_calculation.Materials.Add(material);

// Add information
_calculation.FailRate = 25;
_calculation.EnergyCostsPerkWh = 0.30;
_calculation.ApplyenergyCost = true;
// Uses 75% of the max. power consumption set in the printer model (210 Watt)
_calculation.PowerLevel = 75;

_calculation.Calculate();

That's it 😉

Dependencies

RCoreSharp: https://github.com/AndreasReitberger/CoreSharp