// Implements the means to speak out the RA down count in ft above ground
/// <summary>
/// cTor:
/// </summary>
/// <param name="speaker">A valid Speech obj to speak from</param>
public T_RAcallout(GUI.GUI_Speech speaker)
: base(speaker)
{
m_name = "RA Callout";
m_test = "100";
// need to set this below the lowest callout level, it will be activated only once we are above our detection RA
m_lastTriggered = -1;
// the bands must accomodate for VSpeeds up to ~ -1000 fps on the way down and capture each of the levels with some margin
// bands must never overlap and should not callout way too early or too late
// 1000fps is ~ 17 ft/sec, having about 4 reports/sec is a datapoint resolution of about 4ft
// the detector band is set to +-10 above 100, +-5 at 50 and less below - it should therefore catch levels all the time
// The readout takes about 1.2 sec too - we should hit the level only after the readout finishes to percieve it as on spot (1.2 sec with -500 VS = 10ft)
// In the final flare at 20,10 are with way less VS (else the plane has crashed..) -
// VS >500
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(c_RAgroundOffset + 400.0f, 10.0f), Callback = Say, Text = "400"
}); // detect in 410..390
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(c_RAgroundOffset + 300.0f, 10.0f), Callback = Say, Text = "300"
}); // detect in 310..290
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(c_RAgroundOffset + 200.0f, 10.0f), Callback = Say, Text = "200"
}); // detect in 210..190
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(c_RAgroundOffset + 100.0f, 10.0f), Callback = Say, Text = "100"
}); // detect in 110.. 90
// VS ~500
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(c_RAgroundOffset + 54.0f, 4.0f), Callback = Say, Text = "50"
}); // detect in 58..50
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(c_RAgroundOffset + 44.0f, 4.0f), Callback = Say, Text = "40"
}); // detect in 48..40
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(c_RAgroundOffset + 34.0f, 4.0f), Callback = Say, Text = "30"
}); // detect in 38..30
// VS << 500
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(c_RAgroundOffset + 23.0f, 3.0f), Callback = Say, Text = "20"
}); // detect in 26..20
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(c_RAgroundOffset + 13.0f, 2.0f), Callback = Say, Text = "10"
}); // detect in 15..11
}
// Implements the means to speak out the Gear State
/// <summary>
/// cTor:
/// </summary>
/// <param name="speaker">A valid Speech obj to speak from</param>
public T_WarnFuel(GUI.GUI_Speech speaker)
: base(speaker)
{
m_name = "Fuel Warning";
m_test = "Low Fuel Alert";
// add the proc most likely to be hit as the first - saves some computing time on the long run
this.AddProc(new EventProcBinary( )
{
TriggerState = true, Callback = Say, Text = "Low Fuel Alert"
});
}
// Implements the means to speak out the AP - ALT hold State
/// <summary>
/// cTor:
/// </summary>
/// <param name="speaker">A valid Speech obj to speak from</param>
public T_AltHold(GUI.GUI_Speech speaker)
: base(speaker)
{
m_name = "AP ALT Hold";
m_test = "Holding 5000 feet";
// add the proc most likely to be hit as the first - saves some computing time on the long run
m_lastTriggered = false;
this.AddProc(new EventProcBinary( )
{
TriggerState = true, Callback = Say, Text = "Holding"
});
}
// Implements the means to speak out the IAS Rotate
/// <summary>
/// cTor:
/// </summary>
/// <param name="speaker">A valid Speech obj to speak from</param>
public T_IAS_Rotate(GUI.GUI_Speech speaker)
: base(speaker)
{
m_name = "IAS Rotate";
m_test = "Rotate";
m_lastTriggered = 100.0f; // set triggered when starting up
// add the proc most likely to be hit as the first - saves some computing time on the long run
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(100.0f, 2.0f), Callback = Say, Text = "Rotate"
}); // take from design speeds
}
// Implements the means to speak out the AP Glideslope Active State
/// <summary>
/// cTor:
/// </summary>
/// <param name="speaker">A valid Speech obj to speak from</param>
public T_Glideslope(GUI.GUI_Speech speaker)
: base(speaker)
{
m_name = "AP GS Capture";
m_test = _slope;
// add the proc most likely to be hit as the first - saves some computing time on the long run
m_lastTriggered = false;
this.AddProc(new EventProcBinary( )
{
TriggerState = true, Callback = Say, Text = _text
});
}
// Implements the means to speak out the Gear State
/// <summary>
/// cTor:
/// </summary>
/// <param name="speaker">A valid Speech obj to speak from</param>
public T_Gear(GUI.GUI_Speech speaker)
: base(speaker)
{
m_name = "Gear state";
m_test = "Gear Down";
// add the proc most likely to be hit as the first - saves some computing time on the long run
this.AddProc(new EventProcBinary( )
{
TriggerState = false, Callback = Say, Text = "Gear Up"
});
this.AddProc(new EventProcBinary( )
{
TriggerState = true, Callback = Say, Text = "Gear Down"
});
}
// Implements the means to speak out the Gear State
/// <summary>
/// cTor:
/// </summary>
/// <param name="speaker">A valid Speech obj to speak from</param>
public T_Brakes(GUI.GUI_Speech speaker)
: base(speaker)
{
m_name = "Parkingbrake";
m_test = "Parkingbrake Set";
// add the proc most likely to be hit as the first - saves some computing time on the long run
this.AddProc(new EventProcBinary( )
{
TriggerState = false, Callback = Say, Text = "Parkingbrake Released"
});
this.AddProc(new EventProcBinary( )
{
TriggerState = true, Callback = Say, Text = "Parkingbrake Set"
});
}
// Implements the means to speak out the OAT Alerts
/// <summary>
/// cTor:
/// </summary>
/// <param name="speaker">A valid Speech obj to speak from</param>
public T_OAT(GUI.GUI_Speech speaker)
: base(speaker)
{
m_name = "OAT Icing";
m_test = "Icing Alert";
m_lastTriggered = 20; // trigger at start
// add the proc most likely to be hit as the first - saves some computing time on the long run
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(3.0f, 1.0f), Callback = Say, Text = "Low Air Temperature"
}); // around 3 °C
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(-5.0f, 5.0f), Callback = Say, Text = "Icing Alert"
}); // capture 0..-10 change
}
// Implements the means to speak out the Flaps State
/// <summary>
/// cTor:
/// </summary>
/// <param name="speaker">A valid Speech obj to speak from</param>
public T_Flaps(GUI.GUI_Speech speaker)
: base(speaker)
{
m_name = "Flaps state";
m_test = "Flaps Down";
// add the proc most likely to be hit as the first - saves some computing time on the long run
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(0.0f, 0.05f), Callback = Say, Text = "Flaps Up"
});
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(0.2f, 0.05f), Callback = Say, Text = "Flaps 20"
});
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(0.3f, 0.05f), Callback = Say, Text = "Flaps 30"
});
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(0.4f, 0.05f), Callback = Say, Text = "Flaps 40"
});
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(0.5f, 0.05f), Callback = Say, Text = "Flaps 50"
});
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(0.6f, 0.05f), Callback = Say, Text = "Flaps 60"
});
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(0.7f, 0.05f), Callback = Say, Text = "Flaps 70"
});
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(0.8f, 0.05f), Callback = Say, Text = "Flaps 80"
});
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(1.0f, 0.05f), Callback = Say, Text = "Flaps Down"
});
}
// Implements the means to speak out the Waypoint ETE in seconds
/// <summary>
/// cTor:
/// </summary>
/// <param name="speaker">A valid Speech obj to speak from</param>
public T_WaypointETE(GUI.GUI_Speech speaker)
: base(speaker)
{
m_name = "GPS Waypoint sec.";
m_test = "Waypoint in 60";
// add the proc most likely to be hit as the first - saves some computing time on the long run
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(90.0f, 8.0f), Callback = Say, Text = "Waypoint in 90"
});
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(60.0f, 6.0f), Callback = Say, Text = "Waypoint in 60"
});
this.AddProc(new EventProcFloat( )
{
TriggerStateF = new TriggerBandF(30.0f, 5.0f), Callback = Say, Text = "Waypoint in 30"
});
}
/// <summary>
/// cTor: get the speaker
/// </summary>
/// <param name="speaker">A GUI_Speech object to talk from</param>
public TriggerFloat(GUI.GUI_Speech speaker)
: base(speaker)
{
}
/// <summary>
/// cTor: get the speaker
/// </summary>
/// <param name="speaker">A GUI_Speech object to talk from</param>
public TriggerInteger(GUI.GUI_Speech speaker)
: base(speaker)
{
}
/// <summary>
/// cTor: get the speaker
/// </summary>
/// <param name="speaker">A GUI_Speech object to talk from</param>
public TriggerBinary(GUI.GUI_Speech speaker)
: base(speaker)
{
}