public void DeleteSpeedMeasurement(int id)
{
SpeedMeasurement speedMeasurementToDelete = GetSpeedMeasurement(id);
if (speedMeasurementToDelete != null)
{
_measurements.Remove(speedMeasurementToDelete);
}
}
public CVehicle(string name, int x, int y, int price, double speed, SpeedMeasurement speedMeasure, int yearIssue)
{
Name = name;
Point = new Coordinates(x, y);
Price = price;
Speed = speed;
YearIssue = yearIssue;
SpeedMeasure = speedMeasure;
}
private void AddSpeedMeasurement(SpeedMeasurement measurement)
{
CHART_VALUES.Add(measurement);
if (TIMER.IsEnabled)
{
SetAxisLimits(measurement.DateTime);
}
if (DateTime.Now.Subtract(CHART_VALUES.Last().DateTime).TotalSeconds > 60)
{
CHART_VALUES.RemoveAt(0);
}
}
public void DeleteSpeedMeasurement(int id)
{
SpeedMeasurement speedMeasurementToDelete = GetSpeedMeasurement(id);
List <SpeedMeasurement> measurements = GetAllSpeedMeasurements();
if (speedMeasurementToDelete != null)
{
if (measurements.Remove(speedMeasurementToDelete))
{
JsonFileWriter.WriteToJson(measurements, filePath);
}
}
}
public void AddSpeedMeasurement(int speed, Location location, string imageName)
{
SpeedMeasurement toBeAdded = new SpeedMeasurement(speed, imageName, location);
int id = 1;
while (!isUniqueId(id))
{
id++;
}
toBeAdded.Id = id;
_speedMeasurements.Add(toBeAdded);
JsonHelper.Write <SpeedMeasurement>(_speedMeasurements, filepath);
}
public void DeleteSpeedMeasurement(int id)
{
SpeedMeasurement toBeDelted = null;
foreach (SpeedMeasurement speedMeasurement in _speedMeasurements)
{
if (speedMeasurement.Id == id)
{
toBeDelted = speedMeasurement;
}
}
_speedMeasurements.Remove(toBeDelted);
}
public void DeleteSpeedMeasurement(int id)
{
SpeedMeasurement toBeDelted = null;
foreach (SpeedMeasurement speedMeasurement in _speedMeasurements)
{
if (speedMeasurement.Id == id)
{
toBeDelted = speedMeasurement;
}
}
_speedMeasurements.Remove(toBeDelted);
JsonHelper.Write <SpeedMeasurement>(_speedMeasurements, filepath);
}
/// <summary>
/// Конвертуємо величини швидкості
/// </summary>
/// <param name="fromMeasure">Вхідна величина яку конвертуємо</param>
/// <param name="fromValue">Значення вхідної величини</param>
/// <param name="toMeasure">>Вихідна величина в яку конвертуємо</param>
/// <returns>Швидкість у вихідній величині</returns>
public static double SpeedConvert(SpeedMeasurement fromMeasure, double fromValue, SpeedMeasurement toMeasure)
{
double result = 0;
if (fromMeasure == toMeasure)
{
result = fromValue;
}
else if (fromMeasure == SpeedMeasurement.km && toMeasure == SpeedMeasurement.m)
{
result = fromValue / 1.852;
}
else if (fromMeasure == SpeedMeasurement.m && toMeasure == SpeedMeasurement.km)
{
result = fromValue * 1.852;
}
return(result);
}
public CPlane(string name, int x, int y, int price, int speed, SpeedMeasurement speedMeasure, int yearIssue, int height, int countPass)
: base(name, x, y, price, speed, speedMeasure, yearIssue)
{
Height = height;
CountPasseger = countPass;
}
public Speed(SpeedMeasurement measurement, long value, long timestamp)
: base(timestamp)
{
Measurement = measurement;
Value = value;
}
public CCar(string name, int x, int y, int price, double speed, SpeedMeasurement speedMeasure, int yearIssue)
: base(name, x, y, price, speed, speedMeasure, yearIssue)
{
}
/// <summary>
/// Populates the data for the length from the XML.
/// </summary>
///
/// <param name="navigator">
/// The XML node representing the length.
/// </param>
///
/// <exception cref="ArgumentNullException">
/// The <paramref name="navigator"/> parameter is <b>null</b>.
/// </exception>
///
public override void ParseXml(XPathNavigator navigator)
{
Validator.ThrowIfNavigatorNull(navigator);
XPathNavigator modeNav =
navigator.SelectSingleNode("mode");
_mode.Clear();
if (modeNav != null)
{
_mode.ParseXml(modeNav);
}
XPathNavigator distanceNav =
navigator.SelectSingleNode("distance");
if (distanceNav != null)
{
_distance = new Length();
_distance.ParseXml(distanceNav);
}
_minutes =
XPathHelper.GetOptNavValueAsDouble(navigator, "minutes");
int? intensity =
XPathHelper.GetOptNavValueAsInt(navigator, "intensity");
if (intensity != null)
{
_intensity = (RelativeRating)((int)intensity);
}
_peakHr =
XPathHelper.GetOptNavValueAsInt(navigator, "peak-heartrate");
_averageHr =
XPathHelper.GetOptNavValueAsInt(navigator, "avg-heartrate");
_minHr =
XPathHelper.GetOptNavValueAsInt(navigator, "min-heartrate");
_energy =
XPathHelper.GetOptNavValueAsDouble(navigator, "energy");
_energyFromFat =
XPathHelper.GetOptNavValueAsDouble(navigator, "energy-from-fat");
_peakSpeed =
XPathHelper.GetOptNavValue<SpeedMeasurement>(
navigator,
"peak-speed");
_averageSpeed =
XPathHelper.GetOptNavValue<SpeedMeasurement>(
navigator,
"avg-speed");
_minSpeed =
XPathHelper.GetOptNavValue<SpeedMeasurement>(
navigator,
"min-speed");
_peakPace =
XPathHelper.GetOptNavValue<PaceMeasurement>(
navigator,
"peak-pace");
_averagePace =
XPathHelper.GetOptNavValue<PaceMeasurement>(
navigator,
"avg-pace");
_minPace =
XPathHelper.GetOptNavValue<PaceMeasurement>(
navigator,
"min-pace");
_peakPower =
XPathHelper.GetOptNavValue<PowerMeasurement>(
navigator,
"peak-power");
_averagePower =
XPathHelper.GetOptNavValue<PowerMeasurement>(
navigator,
"avg-power");
_minPower =
XPathHelper.GetOptNavValue<PowerMeasurement>(
navigator,
"min-power");
_peakTorque =
XPathHelper.GetOptNavValue<TorqueMeasurement>(
navigator,
"peak-torque");
_averageTorque =
XPathHelper.GetOptNavValue<TorqueMeasurement>(
navigator,
"avg-torque");
_minTorque =
XPathHelper.GetOptNavValue<TorqueMeasurement>(
navigator,
"min-torque");
_leftRightBalance =
XPathHelper.GetOptNavValueAsDouble(
navigator,
"left-right-balance");
_peakCadence =
XPathHelper.GetOptNavValueAsDouble(navigator, "peak-cadence");
_averageCadence =
XPathHelper.GetOptNavValueAsDouble(navigator, "avg-cadence");
_minCadence =
XPathHelper.GetOptNavValueAsDouble(navigator, "min-cadence");
_peakTemperature =
XPathHelper.GetOptNavValue<TemperatureMeasurement>(
navigator,
"peak-temperature");
_averageTemperature =
XPathHelper.GetOptNavValue<TemperatureMeasurement>(
navigator,
"avg-temperature");
_minTemperature =
XPathHelper.GetOptNavValue<TemperatureMeasurement>(
navigator,
"min-temperature");
_peakAltitude =
XPathHelper.GetOptNavValue<AltitudeMeasurement>(
navigator,
"peak-altitude");
_averageAltitude =
XPathHelper.GetOptNavValue<AltitudeMeasurement>(
navigator,
"avg-altitude");
_minAltitude =
XPathHelper.GetOptNavValue<AltitudeMeasurement>(
navigator,
"min-altitude");
_elevationGain =
XPathHelper.GetOptNavValue<Length>(
navigator,
"elevation-gain");
_elevationLoss =
XPathHelper.GetOptNavValue<Length>(
navigator,
"elevation-loss");
_numberOfSteps =
XPathHelper.GetOptNavValueAsInt(
navigator,
"number-of-steps");
_numberOfAerobicSteps =
XPathHelper.GetOptNavValueAsInt(
navigator,
"number-of-aerobic-steps");
_aerobicStepMinutes =
XPathHelper.GetOptNavValueAsDouble(
navigator,
"aerobic-step-minutes");
}
public CShip(string name, int x, int y, int price, double speed, SpeedMeasurement speedMeasure, int yearIssue, string port, int countPass)
: base(name, x, y, price, speed, speedMeasure, yearIssue)
{
Port = port;
countPasseger = countPass;
}