private void setUpRPM()
{
RPM = new CenterDial();
RPM.Size = new Size(guageSzStd, guageSzStd);
RPM.Location = new Point(guageSzStd*2, 0);
RPM.MajorLabel = "RPM";
RPM.MinorLabel = "x1000";
RPM.MajorTickDegrees = 18;
RPM.MinorTickDegrees = RPM.MajorTickDegrees / 5;
RPM.Min = 0;
RPM.MinDisplayedValue = 0;
RPM.Max = 20;
RPM.MaxDisplayedValue = 10;
RedLineRange WarningRange = new RedLineRange();
WarningRange.LowerBound = 8;
WarningRange.UpperBound = 10;
WarningRange.OverrideTickLabelColor = true;
WarningRange.MajorTickColor = Color.Red;
WarningRange.MinorTickColor = Color.Red;
WarningRange.TickLabelColor = Color.YellowGreen;
RPM.AddRedLineRange(WarningRange);
this.Controls.Add(RPM);
RPM.Value =4.0f;
}
private void setUpBatteryLife()
{
BatteryLife = new CenterDial();
BatteryLife.Size = new Size(guageSzStd, guageSzStd);
BatteryLife.Location = new Point(guageSzStd, 0);
BatteryLife.GaugeSurfaceColor = Color.WhiteSmoke;
BatteryLife.DialOutlineColor = Color.Black;
BatteryLife.MajorLabel = "BatteryLife";
BatteryLife.LabelColor = Color.Black;
BatteryLife.TickLabelColor = Color.Black;
BatteryLife.MinorLabel = "%";
BatteryLife.MajorTickDegrees = 30;
BatteryLife.MajorTickColor = Color.Black;
BatteryLife.MinorTickDegrees = BatteryLife.MajorTickDegrees / 5;
BatteryLife.MinorTickColor = Color.Black;
BatteryLife.NeedleColor = Color.Black;
BatteryLife.Min = 0;
BatteryLife.MinDisplayedValue = 0;
BatteryLife.Max = 120;
BatteryLife.MaxDisplayedValue = 100;
RedLineRange CriticalRange = new RedLineRange();
CriticalRange.LowerBound = 0;
CriticalRange.UpperBound = 30;
CriticalRange.OverrideTickLabelColor = true;
CriticalRange.MajorTickColor = Color.Red;
CriticalRange.MinorTickColor = Color.Red;
CriticalRange.TickLabelColor = Color.Black;
BatteryLife.AddRedLineRange(CriticalRange);
RedLineRange WarningRange = new RedLineRange();
WarningRange.LowerBound = 30;
WarningRange.UpperBound = 50;
WarningRange.OverrideTickLabelColor = true;
WarningRange.MajorTickColor = Color.DarkGoldenrod;
WarningRange.MinorTickColor = Color.DarkGoldenrod;
WarningRange.TickLabelColor = Color.Black;
BatteryLife.AddRedLineRange(WarningRange);
RedLineRange OkRange = new RedLineRange();
OkRange.LowerBound = 50;
OkRange.UpperBound = 100;
OkRange.OverrideTickLabelColor = true;
OkRange.MajorTickColor = Color.Green;
OkRange.MinorTickColor = Color.Green;
OkRange.TickLabelColor = Color.Black;
BatteryLife.AddRedLineRange(OkRange);
this.Controls.Add(BatteryLife);
BatteryLife.SetValue(78.7f);
}
private void SetUpBatteryVoltageGauge()
{
BatteryVoltageGauge = new CenterDial();
BatteryVoltageGauge.MajorLabel = "Batt Voltage";
BatteryVoltageGauge.MinorLabel = "Volts";
BatteryVoltageGauge.Min = 14;
BatteryVoltageGauge.Max = 20;
BatteryVoltageGauge.MinDisplayedValue = 15;
BatteryVoltageGauge.MaxDisplayedValue = 19;
BatteryVoltageGauge.CounterClockWise = false;
BatteryVoltageGauge.LowestValueAngle = 90;
RedLineRange BatteryUnderVoltage = new RedLineRange();
BatteryUnderVoltage.UpperBound = 16;
BatteryUnderVoltage.LowerBound = 0;
BatteryVoltageGauge.AddRedLineRange(BatteryUnderVoltage);
this.Controls.Add(BatteryVoltageGauge);
BatteryVoltageGauge.Value = 18;
}
private void SetUpRPMGauge()
{
RPMGauge = new CenterDial();
RPMGauge.Value = 1000;
RPMGauge.MajorLabel = "Main Rotor";
RPMGauge.MinorLabel = "RPM";
RPMGauge.Min = 0;
RPMGauge.Max = 3600;
RPMGauge.MinDisplayedValue = 0;
RPMGauge.MaxDisplayedValue = 3000;
RPMGauge.LowestValueAngle = 60;
RedLineRange GoodRPM = new RedLineRange();
GoodRPM.LowerBound = 1400;
GoodRPM.UpperBound = 1600;
GoodRPM.MajorTickColor = Color.Green;
GoodRPM.MinorTickColor = Color.Green;
GoodRPM.TickLabelColor = Color.Green;
RPMGauge.AddRedLineRange(GoodRPM);
RedLineRange WarningRPM = new RedLineRange();
WarningRPM.LowerBound = 1200;
WarningRPM.UpperBound = 1800;
WarningRPM.MajorTickColor = Color.Yellow;
WarningRPM.MinorTickColor = Color.Yellow;
WarningRPM.TickLabelColor = Color.Yellow;
RPMGauge.AddRedLineRange(WarningRPM);
RedLineRange OverRPM = new RedLineRange();
OverRPM.LowerBound = 1801;
OverRPM.UpperBound = 3600;
RPMGauge.AddRedLineRange(OverRPM);
this.Controls.Add(RPMGauge);
}
private void SetUpBatteryLevelGauge()
{
BatteryLevelGauge = new CenterDial();
BatteryLevelGauge.Size = GaugeSize;
BatteryLevelGauge.MajorLabel = "Battery Level";
BatteryLevelGauge.MinorLabel = "Percent";
BatteryLevelGauge.CounterClockWise = true;
BatteryLevelGauge.LabelColor = Color.White;
BatteryLevelGauge.Min = 0;
BatteryLevelGauge.Max = 120;
BatteryLevelGauge.MinDisplayedValue = 0;
BatteryLevelGauge.MaxDisplayedValue = 100;
RedLineRange BatteryOK = new RedLineRange();
BatteryOK.MajorTickColor = Color.LightGreen;
BatteryOK.MinorTickColor = Color.LightGreen;
BatteryOK.TickLabelColor = Color.LightGreen;
BatteryOK.OverrideTickLabelColor = true;
BatteryOK.LowerBound = 51;
BatteryOK.UpperBound = 100;
BatteryLevelGauge.AddRedLineRange(BatteryOK);
RedLineRange BatteryLow = new RedLineRange();
BatteryLow.TickLabelColor = Color.Yellow;
BatteryLow.MajorTickColor = Color.Yellow;
BatteryLow.MinorTickColor = Color.Yellow;
BatteryLow.OverrideMajorTickColor = true;
BatteryLow.LowerBound = 21;
BatteryLow.UpperBound = 50;
BatteryLevelGauge.AddRedLineRange(BatteryLow);
RedLineRange BatteryCritical = new RedLineRange();
BatteryCritical.TickLabelColor = Color.Red;
BatteryCritical.OverrideTickLabelColor = true;
BatteryCritical.LowerBound = 0;
BatteryCritical.UpperBound = 20;
BatteryLevelGauge.AddRedLineRange(BatteryCritical);
this.Controls.Add(BatteryLevelGauge);
}
private void SetUpBatteryTemperatureGauge()
{
BatteryTemperatureGauge = new CenterDial();
BatteryTemperatureGauge.MajorLabel = "Batt Temp";
BatteryTemperatureGauge.MinorLabel = "Degrees C";
BatteryTemperatureGauge.MajorTickDegrees = 20;
BatteryTemperatureGauge.MinorTickDegrees = 4;
BatteryTemperatureGauge.Min = -60;
BatteryTemperatureGauge.Max = 120;
BatteryTemperatureGauge.MinDisplayedValue = -40;
BatteryTemperatureGauge.MaxDisplayedValue = 100;
BatteryTemperatureGauge.LowestValueAngle = 120;
RedLineRange BatteryOverTemp = new RedLineRange();
BatteryOverTemp.UpperBound = 120;
BatteryOverTemp.LowerBound = 50;
BatteryTemperatureGauge.AddRedLineRange(BatteryOverTemp);
RedLineRange BatteryUnderTemp = new RedLineRange();
BatteryUnderTemp.LowerBound = -60;
BatteryUnderTemp.UpperBound = 0;
BatteryUnderTemp.TickLabelColor = Color.Blue;
BatteryUnderTemp.OverrideTickLabelColor = true;
BatteryUnderTemp.MinorTickColor = Color.Blue;
BatteryUnderTemp.MajorTickColor = Color.Blue;
BatteryTemperatureGauge.AddRedLineRange(BatteryUnderTemp);
this.Controls.Add(BatteryTemperatureGauge);
}
private void SetUpBatteryCurrentGauge()
{
BatteryCurrentGauge = new CenterDial();
BatteryCurrentGauge.MajorLabel = "Batt Current";
BatteryCurrentGauge.MinorLabel = "Amperes";
BatteryCurrentGauge.Min = 0;
BatteryCurrentGauge.Max = 120;
BatteryCurrentGauge.MinDisplayedValue = 0;
BatteryCurrentGauge.MaxDisplayedValue = 70;
BatteryCurrentGauge.LowestValueAngle = 15;
RedLineRange BatteryOverCurrent = new RedLineRange();
BatteryOverCurrent.LowerBound = 50;
BatteryOverCurrent.UpperBound = 120;
BatteryCurrentGauge.AddRedLineRange(BatteryOverCurrent);
this.Controls.Add(BatteryCurrentGauge);
}
/// <summary>
/// Remove a RedLineRange
/// </summary>
/// <param name="r">RedLineRange to remove</param>
public void RemoveRedLineRange(RedLineRange r)
{
RedLineRanges.Remove(r);
}
/// <summary>
/// Add a RedLineRange that defines values where ticks have a different color
/// </summary>
/// <param name="r">RedLineRange that defines tick values that have a different color</param>
public void AddRedLineRange(RedLineRange r)
{
RedLineRanges.Add(r);
}
/// <summary>
/// Create a new Centerdial with specified settings
/// </summary>
/// <param name="MajorTickDegrees">Degrees in between major ticks</param>
/// <param name="MajorTickLength">Length of major tick marks, in pixels, at the default control size (150 by 150)</param>
/// <param name="MinorTickDegrees">Degrees in between minor ticks</param>
/// <param name="MinorTickLength">Length of minor tick marks, in pixels, at the default control size (150 by 150)</param>
/// <param name="Min">The dial's lowest value</param>
/// <param name="MinDisplayedValue">The dial's lowest displayed value</param>
/// <param name="Max">The dial's highest value</param>
/// <param name="MaxDisplayedValue">The dial's highest displayed value</param>
/// <param name="LowestValueAngle">The angle at which the lowest displayed value is rendered</param>
/// <param name="MajorLabel">The major text label to show above the center of the gauge (e.g. Temperature)</param>
/// <param name="MinorLabel">The minor text label to show below the major label (e.g. deg Kelvin)</param>
/// <param name="CounterClockWise">if True the dial's value increases in the counterclockwise direction, otherwise it decreases</param>
/// <param name="ranges">Array of RedLineRanges to define tick values that have a different color</param>
/// <param name="needleType">Type of needle to render</param>
/// <param name="LabelColor">Color of the Major and minor labels</param>
/// <param name="MajorTickColor">Color of the major ticks</param>
/// <param name="MinorTickColor">Color of the minor ticks</param>
/// <param name="NeedleColor">Color of the needle</param>
/// <param name="BackGroundColor">Background color of the gauge</param>
/// <param name="GaugeRingColor">Color of ring surrounding gauge</param>
/// <param name="ScrewColor">color of the 4 corner screws</param>
/// <param name="GaugeSurfaceColor">Color of gauge information surface</param>
public CenterDial( int MajorTickDegrees, int MajorTickLength, int MinorTickDegrees, int MinorTickLength,
int Min, int MinDisplayedValue, int Max, int MaxDisplayedValue, int LowestValueAngle,
string MajorLabel, string MinorLabel,bool CounterClockWise, RedLineRange[] ranges, NeedleType needleType,
Color LabelColor, Color MajorTickColor, Color MinorTickColor,Color NeedleColor, Color BackGroundColor,
Color GaugeRingColor, Color ScrewColor, Color GaugeSurfaceColor
)
{
this.MajorTickDegrees = MajorTickDegrees;
this.MajorTickLength = MajorTickLength;
this.MinorTickDegrees =MinorTickDegrees;
this.MinorTickLength=MinorTickLength;
this.Min=Min;
this.MinDisplayedValue=MinDisplayedValue;
this.Max=Max;
this.MaxDisplayedValue=MaxDisplayedValue;
this.LowestValueAngle=LowestValueAngle;
this.MajorLabel=MajorLabel;
this.MinorLabel=MinorLabel;
this.CounterClockWise = CounterClockWise;
foreach (RedLineRange r in ranges)
{
RedLineRanges.Add(r);
}
this.needleType = needleType;
this.LabelColor = LabelColor;
this.MajorTickColor = MajorTickColor;
this.MinorTickColor = MinorTickColor;
this.NeedleColor = NeedleColor;
this.BGColor = BackGroundColor;
this.DialOutlineColor = GaugeRingColor;
this.ScrewColor = ScrewColor;
this.GaugeSurfaceColor = GaugeSurfaceColor;
ValueIndicator.SetToolTip(this, Value.ToString());
}
/// <summary>
/// Create a new Centerdial with the default color and needle style and the specified settings
/// </summary>
/// <param name="MajorTickDegrees">Degrees in between major ticks</param>
/// <param name="MajorTickLength">Length of major tick marks, in pixels, at the default control size (150 by 150)</param>
/// <param name="MinorTickDegrees">Degrees in between minor ticks</param>
/// <param name="MinorTickLength">Length of minor tick marks, in pixels, at the default control size (150 by 150)</param>
/// <param name="Min">The dial's lowest value</param>
/// <param name="MinDisplayedValue">The dial's lowest displayed value</param>
/// <param name="Max">The dial's highest value</param>
/// <param name="MaxDisplayedValue">The dial's highest displayed value</param>
/// <param name="LowestValueAngle">The angle at which the lowest displayed value is rendered</param>
/// <param name="MajorLabel">The major text label to show above the center of the gauge (e.g. Temperature)</param>
/// <param name="MinorLabel">The minor text label to show below the major label (e.g. deg Kelvin)</param>
/// <param name="CounterClockWise">if True the dial's value increases in the counterclockwise direction, otherwise it decreases</param>
/// <param name="ranges">Array of RedLineRanges to define tick values that have a different color</param>
public CenterDial(int MajorTickDegrees, int MajorTickLength, int MinorTickDegrees, int MinorTickLength,
int Min, int MinDisplayedValue, int Max, int MaxDisplayedValue, int LowestValueAngle,
string MajorLabel, string MinorLabel, bool CounterClockWise, RedLineRange[] ranges
)
{
this.MajorTickDegrees = MajorTickDegrees;
this.MajorTickLength = MajorTickLength;
this.MinorTickDegrees = MinorTickDegrees;
this.MinorTickLength = MinorTickLength;
this.Min = Min;
this.MinDisplayedValue = MinDisplayedValue;
this.Max = Max;
this.MaxDisplayedValue = MaxDisplayedValue;
this.LowestValueAngle = LowestValueAngle;
this.MajorLabel = MajorLabel;
this.MinorLabel = MinorLabel;
this.CounterClockWise = CounterClockWise;
foreach (RedLineRange r in ranges)
{
RedLineRanges.Add(r);
}
ValueIndicator.SetToolTip(this, Value.ToString());
}