public CyclocityStationData Generate(CyclocityStationData station)
{
int _availableBikesChange;
if (_Random.Next(_TimeFactor) == 0)
{
var _rnd = _Random.Next(3);
if (_rnd == 1 || (_rnd == 0 && _Trend == 1))
{
_availableBikesChange = -_Random.Next(0, Math.Min(station.AvailableBikes, 5));
_Trend = 1;
}
else
{
_availableBikesChange = _Random.Next(0, Math.Min(station.BikeStands - station.AvailableBikes, 5));
_Trend = -1;
}
}
else
{
_availableBikesChange = 0;
}
return(station
.WithAvailableBikes(station.AvailableBikes + _availableBikesChange)
.WithAvailableBikeStands(station.AvailableBikeStands + (_availableBikesChange * -1)));
}
private CyclocityStationData _ToStation(DateTimeOffset dataUpdated, dynamic stationData)
{
return(CyclocityStationData.Create(
number: (int)stationData.number,
name: (string)stationData.name,
address: (string)stationData.address,
positionLatitude: (double)stationData.position.lat,
positoinLongitude: (double)stationData.position.lng,
banking: (bool)stationData.banking,
bonus: (bool)stationData.bonus,
status: (string)stationData.status,
contractName: (string)stationData.contract_name,
bikeStands: (int)stationData.bike_stands,
availableBikeStands: (int)stationData.available_bike_stands,
availableBikes: (int)stationData.available_bikes,
dataUpdated: dataUpdated));
}
public CyclocityStationData WithAvailableBikes(int @availableBikes)
{
var _instance = new CyclocityStationData(Number, Name, Address, PositionLatitude, PositoinLongitude, Banking, Bonus, Status, ContractName, BikeStands, AvailableBikeStands, @availableBikes, DataUpdated);
return _instance;
}
public static CyclocityStationData Create(int @number, string @name, string @address, double @positionLatitude, double @positoinLongitude, bool @banking, bool @bonus, string @status, string @contractName, int @bikeStands, int @availableBikeStands, int @availableBikes, DateTimeOffset @dataUpdated)
{
var _instance = new CyclocityStationData(@number, @name, @address, @positionLatitude, @positoinLongitude, @banking, @bonus, @status, @contractName, @bikeStands, @availableBikeStands, @availableBikes, @dataUpdated);
return _instance;
}
public CyclocityStationData Generate(CyclocityStationData station)
{
int _availableBikesChange;
if (_Random.Next(_TimeFactor) == 0)
{
var _rnd = _Random.Next(3);
if (_rnd == 1 || (_rnd == 0 && _Trend == 1))
{
_availableBikesChange = -_Random.Next(0, Math.Min(station.AvailableBikes, 5));
_Trend = 1;
}
else
{
_availableBikesChange = _Random.Next(0, Math.Min(station.BikeStands - station.AvailableBikes, 5));
_Trend = -1;
}
}
else
{
_availableBikesChange = 0;
}
return station
.WithAvailableBikes(station.AvailableBikes + _availableBikesChange)
.WithAvailableBikeStands(station.AvailableBikeStands + (_availableBikesChange * -1));
}
public CyclocityStationData WithBikeStands(int @bikeStands)
{
var _instance = new CyclocityStationData(Number, Name, Address, PositionLatitude, PositoinLongitude, Banking, Bonus, Status, ContractName, @bikeStands, AvailableBikeStands, AvailableBikes, DataUpdated);
return(_instance);
}
public static CyclocityStationData Create(int @number, string @name, string @address, double @positionLatitude, double @positoinLongitude, bool @banking, bool @bonus, string @status, string @contractName, int @bikeStands, int @availableBikeStands, int @availableBikes, DateTimeOffset @dataUpdated)
{
var _instance = new CyclocityStationData(@number, @name, @address, @positionLatitude, @positoinLongitude, @banking, @bonus, @status, @contractName, @bikeStands, @availableBikeStands, @availableBikes, @dataUpdated);
return(_instance);
}