public Window(double width, double height, Climate climate, Pressures pressures)
{
Area = width * height;
Width = width;
Height = height;
Climate = climate;
Pressures = pressures;
AirResistanceRn = (1 / BreathabilityGn) * Math.Pow(Pressures.OutsideDeltaPMax / 10, (double)2 / 3);
}
static void Main(string[] args)
{
Climate climate = new Climate(-25, 20, 2);
Floors floors = new Floors(1, 16, 1);
floors.AddSingle(1, 5);
floors.AddRange((2, 16), 3);
Pressures pressures = new Pressures(floors, climate);
Console.WriteLine($"ROOF LEVEL : {floors.RoofFloorLevel}");
Console.WriteLine($"PRESSURE OUTSIDE MAX : {pressures.OutsideDeltaPMax}");
Window window = new Window(1.8, 1, climate, pressures);
Console.WriteLine($"WINDOW AREA : {window.Area}");
DoorOutside doorO = new DoorOutside(1.36, 2.4);
DoorInside doorI = new DoorInside(1.1, 2.1, 196000);
StairCase stair = new StairCase(16, StairCase.Portal.Straight, floors, doorO, 1, doorI, window);
MethodsSupplyStair meth = new MethodsSupplyStair(stair, climate);
meth.CompCollect();
Console.WriteLine($"Pwind : {meth.Pwind}");
Console.WriteLine($"Ps2 : {meth.Ps2_23}");
Console.WriteLine($"Gsa : {meth.Gsa_24}");
Console.WriteLine($"Door smoke resistance : {doorI.SmokeResistance}");
Console.WriteLine($"---------------------------------");
var results = meth.EachFloorResults.OrderByDescending(x => x.LevelKey);
foreach (var item in results)
{
var lk = String.Format("{0:0.##}", item.LevelKey);
var v = String.Format("{0:0.##}", item.V);
var p = String.Format("{0:0.##}", item.P);
var gsd = String.Format("{0:0.##}", item.Gsd);
var gsw = String.Format("{0:0.##}", item.Gsw);
var gsum = String.Format("{0:0.##}", item.Gsum);
Console.WriteLine($"{lk} | {item.LevelValue} | {v} | {p} | {gsd} | {gsw} | {gsum}");
}
Console.WriteLine("-----------------");
Console.WriteLine($"Fan capacity : {Math.Round(meth.Lv)}");
}
public void Dispose()
{
if (Positions != null)
{
Positions.Release();
Positions = null;
}
if (Densities != null)
{
Densities.Release();
Densities = null;
}
if (Pressures != null)
{
Pressures.Release();
Pressures = null;
}
CBUtility.Release(Predicted);
CBUtility.Release(Velocities);
CBUtility.Release(ref m_argsBuffer);
}
List <VoiceDef> CreateBar1()
{
List <VoiceDef> bar = new List <VoiceDef>();
byte channel = 0;
foreach (Palette palette in _palettes)
{
TrkDef trkDef = new TrkDef(channel, new List <IUniqueDef>());
bar.Add(trkDef);
WriteVoiceMidiDurationDefs1(trkDef, palette);
++channel;
}
InputVoiceDef inputVoiceDef = new InputVoiceDef();
VoiceDef bottomOutputVoice = bar[0];
foreach (IUniqueDef iud in bottomOutputVoice.UniqueDefs)
{
MidiChordDef mcd = iud as MidiChordDef;
RestDef rd = iud as RestDef;
if (mcd != null)
{
List <IUniqueDef> iuds = new List <IUniqueDef>()
{
(IUniqueDef)mcd
};
// Note that the msPosition of the trkDef is trkDef.StartMsPosition (= iuds[0].msPosition),
// which may be greater than the InputChordDef's msPosition
TrkDef trkDef = new TrkDef(bottomOutputVoice.MidiChannel, iuds);
// If non-null, arg2 overrides the inputControls attached to the InputNote or InputChord.
TrkOn trkRef = new TrkOn(trkDef, null);
List <TrkOn> trkRefs = new List <TrkOn>()
{
trkRef
};
TrkOns trkOns = new TrkOns(trkRefs, null);
byte displayPitch = (byte)(mcd.NotatedMidiPitches[0] + 36);
Pressure pressure = new Pressure(0, null);
Pressures pressures = new Pressures(new List <Pressure>()
{
pressure
}, null);
TrkOff trkOff = new TrkOff(trkRef.TrkMidiChannel, mcd.MsPosition, null);
List <TrkOff> noteOffTrkOffs = new List <TrkOff>()
{
trkOff
};
TrkOffs trkOffs = new TrkOffs(noteOffTrkOffs, null);
InputNoteDef inputNoteDef = new InputNoteDef(displayPitch,
trkOns, null,
pressures,
null, trkOffs,
null);
List <InputNoteDef> inputNoteDefs = new List <InputNoteDef>()
{
inputNoteDef
};
// The InputChordDef's msPosition must be <= the msPosition of any of the contained trkRefs
InputChordDef icd = new InputChordDef(mcd.MsPosition, mcd.MsDuration, inputNoteDefs);
inputVoiceDef.UniqueDefs.Add(icd);
}
else if (rd != null)
{
RestDef newRest = new RestDef(rd.MsPosition, rd.MsDuration);
inputVoiceDef.UniqueDefs.Add(newRest);
}
}
#region set cascading inputControls on the first InputChordDef (for testing)
InputChordDef inputChordDef1 = inputVoiceDef.UniqueDefs[0] as InputChordDef; // no need to check for null here.
InputControls chordInputControls = new InputControls();
chordInputControls.VelocityOption = VelocityOption.overridden;
chordInputControls.MinimumVelocity = 19;
inputChordDef1.InputControls = chordInputControls;
InputControls noteInputControls = new InputControls();
noteInputControls.VelocityOption = VelocityOption.scaled;
noteInputControls.MinimumVelocity = 20;
inputChordDef1.InputNoteDefs[0].InputControls = noteInputControls;
#endregion
bar.Add(inputVoiceDef);
return(bar);
}
public static async Task Main(string[] args)
{
var builder = WebAssemblyHostBuilder.CreateDefault(args);
builder.RootComponents.Add <App>("#app");
builder.Services.AddScoped(
sp => new HttpClient {
BaseAddress = new Uri(builder.HostEnvironment.BaseAddress)
});
//регистрация классов, которые относятся к расчёту ПОДПОР В ЛЕСТНИЧНУЮ КЛЕТКУ. Функциональность некоторых классов повторяется, но решено всё равно для каждого расчёта создавать свои классы чтобы избежать путаницы
Climate1 climate1 = new Climate1(-25, 20, 2);
Floors1 floors1 = new Floors1(1, 10);
floors1.AddRange((1, 10), 3.1);
DoorOutside doorOutside = new DoorOutside(1.4, 2.4);
DoorInside doorInside = new DoorInside(1.1, 2.1, DoorInside.Type.Usual, climate1);
Pressures pressures = new Pressures(floors1, climate1);
Window window = new Window(1.8, 1, climate1, pressures);
StairCase stair = new StairCase(16, StairCase.Portal.Straight, floors1, doorOutside, 1, doorInside, window);
MethodsSupplyStair methodsSupplyStair = new MethodsSupplyStair(stair, climate1);
builder.Services.AddSingleton(climate1);
builder.Services.AddSingleton(floors1);
builder.Services.AddSingleton(doorOutside);
builder.Services.AddSingleton(doorInside);
builder.Services.AddSingleton(pressures);
builder.Services.AddSingleton(window);
builder.Services.AddSingleton(stair);
builder.Services.AddSingleton(methodsSupplyStair);
//регистрация классов, которые относятся к расчёту ДЫМОУДАЛЕНИЕ ИЗ КОРИДОРОВ
Climate2 climate2 = new Climate2(26, 26, 2);
List <Opening> openings = new List <Opening>();
Room room = new Room(25, 2.8, openings, 14, 400, climate2);
DoorHall doorHall = new DoorHall(1.1, 2.1, DoorHall.Type.Usual, climate2);
Hall hall = new Hall(30, 15, 2.8, doorHall, room, climate2, BuildingType.Residential);
Network network = new Network(1, 10, 0, climate2, hall);
builder.Services.AddSingleton(climate2);
builder.Services.AddSingleton(room);
builder.Services.AddSingleton(doorHall);
builder.Services.AddSingleton(hall);
builder.Services.AddSingleton(network);
//регистрация классов, которые относятся к расчёту ПОДПОР В ЛИФТ
Climate3 climate3 = new Climate3(-25, 18, 2);
Floors3 floors3 = new Floors3(1, 10);
floors3.AddRange((1, 10), 3.2);
ElevatorDoor elevatorDoor = new ElevatorDoor(1, 2);
HallDoor hallDoor = new HallDoor(1.1, 2.1);
Elevator elevator = new Elevator(floors3, 4, 5, elevatorDoor, hallDoor, climate3, false);
builder.Services.AddSingleton(climate3);
builder.Services.AddSingleton(floors3);
builder.Services.AddSingleton(elevatorDoor);
builder.Services.AddSingleton(hallDoor);
builder.Services.AddSingleton(elevator);
builder.Services.AddMatToaster(config =>
{
config.Position = MatToastPosition.BottomRight;
config.PreventDuplicates = true;
config.NewestOnTop = true;
config.ShowCloseButton = true;
config.MaximumOpacity = 100;
config.VisibleStateDuration = 4000;
});
builder.Services.AddClipboard();
await builder.Build().RunAsync();
}
public void Update(double temperature, double humidity, double pressure)
{
Humidities.Add(humidity);
Temperatures.Add(temperature);
Pressures.Add(pressure);
}
