public UnitPartsConverterSource()
{
var settings = new MockSettings();
Metres = settings.Metres;
Kilograms = settings.Kilograms;
Seconds = settings.Seconds;
_datas = new List <Data>
{
new Data("m^2", "m²", new UnitAndPower(Metres, 2)),
new Data("m²", "m²", new UnitAndPower(Metres, 2)),
new Data("m³", "m³", new UnitAndPower(Metres, 3)),
new Data("kg⋅m/s²", "kg⋅m⋅s⁻²", new UnitAndPower(Kilograms, 1), new UnitAndPower(Metres, 1), new UnitAndPower(Seconds, -2)),
new Data("kg⋅m⋅s⁻²", "kg⋅m⋅s⁻²", new UnitAndPower(Kilograms, 1), new UnitAndPower(Metres, 1), new UnitAndPower(Seconds, -2)),
new Data("kg*m/s²", "kg⋅m⋅s⁻²", new UnitAndPower(Kilograms, 1), new UnitAndPower(Metres, 1), new UnitAndPower(Seconds, -2)),
new Data("m/s", "m⋅s⁻¹", new UnitAndPower(Metres, 1), new UnitAndPower(Seconds, -1)),
new Data("m/s", "m⋅s⁻¹", new UnitAndPower(Metres, 1), new UnitAndPower(Seconds, -1)),
new Data("m¹⋅s^-1", "m⋅s⁻¹", new UnitAndPower(Metres, 1), new UnitAndPower(Seconds, -1)),
new Data("m^1⋅s^-1", "m⋅s⁻¹", new UnitAndPower(Metres, 1), new UnitAndPower(Seconds, -1)),
new Data("m⋅s⁻¹", "m⋅s⁻¹", new UnitAndPower(Metres, 1), new UnitAndPower(Seconds, -1)),
new Data("1/s", "s⁻¹", new UnitAndPower(Seconds, -1)),
new Data("s^-1", "s⁻¹", new UnitAndPower(Seconds, -1))
//new Data("J/s",new UnitAndPower(Joules, 1),new UnitAndPower(Seconds, -1)),
};
}
public ActionResult DeleteConfirmed(int id)
{
SiUnit siunit = db.SiUnits.Find(id);
db.SiUnits.Remove(siunit);
db.SaveChanges();
return(RedirectToAction("Index"));
}
public ActionResult Edit([Bind(Include = "Id,UnitName,Sign,Description,ActiveStatus,CreatedAt")] SiUnit siunit)
{
if (ModelState.IsValid)
{
string currentUser = User.Identity.GetUserId();
siunit.UpdatedAt = (DateTime)DateTime.Now;
db.Entry(siunit).State = EntityState.Modified;
db.SaveChanges();
return(RedirectToAction("Index"));
}
//ViewBag.CreatedBy = new SelectList(db.IdentityUsers, "Id", "UserName", siunit.CreatedBy);
return(View(siunit));
}
// GET: /SIUni/Details/5
public ActionResult Details(int?id)
{
if (id == null)
{
return(new HttpStatusCodeResult(HttpStatusCode.BadRequest));
}
SiUnit siunit = db.SiUnits.Find(id);
if (siunit == null)
{
return(HttpNotFound());
}
return(View(siunit));
}
// GET: /SIUni/Edit/5
public ActionResult Edit(int?id)
{
if (id == null)
{
return(new HttpStatusCodeResult(HttpStatusCode.BadRequest));
}
SiUnit siunit = db.SiUnits.Find(id);
if (siunit == null)
{
return(HttpNotFound());
}
//ViewBag.CreatedBy = new SelectList(db.IdentityUsers, "Id", "UserName", siunit.CreatedBy);
return(View(siunit));
}
public MockSettings()
{
Metres = new SiUnit("Metres", "m")
{
QuantityName = "Length"
};
SiUnits.Add(Metres);
Length = Metres.Quantity;
Seconds = new SiUnit("Seconds", "s")
{
QuantityName = "Time"
};
SiUnits.Add(Seconds);
Time = Seconds.Quantity;
Kilograms = new SiUnit("Kilograms", "kg")
{
QuantityName = "Mass"
};
SiUnits.Add(Kilograms);
Mass = Kilograms.Quantity;
Amperes = new SiUnit("Amperes", "A")
{
QuantityName = "ElectricalCurrent"
};
SiUnits.Add(Amperes);
Current = Amperes.Quantity;
MetresPerSecond = new DerivedUnit(
"MetresPerSecond",
"m/s",
new UnitAndPower(Metres, 1),
new UnitAndPower(Seconds, -1))
{
QuantityName = "Speed"
};
DerivedUnits.Add(MetresPerSecond);
Speed = MetresPerSecond.Quantity;
Newtons = new DerivedUnit(
"Newtons",
"N",
new UnitAndPower(Kilograms, 1),
new UnitAndPower(Metres, 1),
new UnitAndPower(Seconds, -2))
{
QuantityName = "Force"
};
DerivedUnits.Add(Newtons);
Force = Newtons.Quantity;
Joules = new DerivedUnit(
"Joules",
"J",
new UnitAndPower(Newtons, 1),
new UnitAndPower(Metres, 1))
{
QuantityName = "Energy"
};
DerivedUnits.Add(Joules);
Energy = Joules.Quantity;
Watts = new DerivedUnit(
"Watts",
"W",
new UnitAndPower(Joules, 1),
new UnitAndPower(Seconds, -1))
{
QuantityName = "Power"
};
DerivedUnits.Add(Watts);
Power = Watts.Quantity;
Volts = new DerivedUnit(
"Volts",
"V",
new UnitAndPower(Watts, 1),
new UnitAndPower(Amperes, -1))
{
QuantityName = "Voltage"
};
DerivedUnits.Add(Volts);
Voltage = Volts.Quantity;
Coloumbs = new DerivedUnit(
"Coloumbs",
"C",
new UnitAndPower(Seconds, 1),
new UnitAndPower(Amperes, 1))
{
QuantityName = "ElectricCharge"
};
DerivedUnits.Add(Coloumbs);
ElectricCharge = Coloumbs.Quantity;
SquareMetres = new DerivedUnit("SquareMetres", "m^2", new UnitAndPower(Metres, 2))
{
QuantityName = "Area"
};
DerivedUnits.Add(SquareMetres);
Area = SquareMetres.Quantity;
CubicMetres = new DerivedUnit("CubicMetres", "m^3", new UnitAndPower(Metres, 3))
{
QuantityName = "Volume"
};
DerivedUnits.Add(CubicMetres);
Volume = CubicMetres.Quantity;
Hertz = new DerivedUnit("Hertz", "1/s", new UnitAndPower(Seconds, -1))
{
QuantityName = "Frequency"
};
DerivedUnits.Add(Hertz);
Frequency = Hertz.Quantity;
}
public SiPhysicUnit(SiUnit siUnit, UnitType unitType, IDictionary<PhysicUnit, double> dictionary)
{
SiUnit = siUnit;
UnitType = unitType;
PhysicUnits = dictionary;
}
public override int GetHashCode()
{
return(SiUnit.GetHashCode());
}
public SiPhysicUnit(SiUnit siUnit, UnitType unitType, IDictionary <PhysicUnit, double> dictionary)
{
SiUnit = siUnit;
UnitType = unitType;
PhysicUnits = dictionary;
}
