// Note that this does not appear to work at this time. I probably need to have more infos.
public void SetVibration(int left, int right)
{
// my first clue that it doesn't work is that LEFT and RIGHT _AREN'T USED_
// I should just look for C++ examples instead of trying to look for SlimDX examples
var parameters = new EffectParameters
{
Duration = 0x2710,
Gain = 0x2710,
SamplePeriod = 0,
TriggerButton = 0,
TriggerRepeatInterval = 0x2710,
Flags = EffectFlags.None
};
parameters.GetAxes(out var temp1, out var temp2);
parameters.SetAxes(temp1, temp2);
var effect = new Effect(_joystick, EffectGuid.ConstantForce);
effect.SetParameters(parameters);
effect.Start(1);
}
/// <summary>
/// Creates an FFB effect, stores it at a given slot and starts its playback.
/// </summary>
/// <param name="data">
/// Parameters of the effect to be created.
/// </param>
/// <returns>
/// Returns true if successful, otherwise returns false.
/// </returns>
public bool SendFFBEffect(DataClasses.FFBEffectData data)
{
//Check if the device is properly initialized
if (ffbDevice == null)
{
MessageBox.Show("Device not initialized.", FFBInspector.Properties.Resources.errCap_devError,
MessageBoxButtons.OK, MessageBoxIcon.Stop);
return(false);
}
//If there is an effect already stored in this slot, remove it
StopOneEffect(data.slot);
int[] axes = new Int32[actuatorsObjectTypes.Count];
int i = 0;
foreach (int objt in actuatorsObjectTypes)
{
axes[i++] = objt;
}
//Set effect direction
int[] dirs = data.effect.GetDirections();
//Set the general effect parameters up
EffectParameters eParams = new EffectParameters();
eParams.Duration = data.effect.duration;
eParams.Flags = EffectFlags.Cartesian | EffectFlags.ObjectIds;
eParams.Gain = data.effect.gain;
eParams.SetAxes(axes, dirs);
eParams.StartDelay = data.effect.startDelay;
eParams.SamplePeriod = 0; //Use the default sample period;
eParams.TriggerButton = data.effect.trigButton;
eParams.TriggerRepeatInterval = data.effect.trigRepInterval;
//Set the type specific effect parameters up
TypeSpecificParameters typeSpec = null;
if (data.effect.effectGuid == EffectGuid.ConstantForce)
{
DataClasses.ConstantEffectTypeData cfEfd = (DataClasses.ConstantEffectTypeData)data.effect;
typeSpec = new ConstantForce();
typeSpec.AsConstantForce().Magnitude = cfEfd.magnitude;
}
else if (data.effect.effectGuid == EffectGuid.RampForce)
{
DataClasses.RampEffectTypeData rfEfd = (DataClasses.RampEffectTypeData)data.effect;
typeSpec = new RampForce();
typeSpec.AsRampForce().Start = rfEfd.start;
typeSpec.AsRampForce().End = rfEfd.end;
}
else if (data.effect.effectGuid == EffectGuid.Sine || data.effect.effectGuid == EffectGuid.Triangle ||
data.effect.effectGuid == EffectGuid.Square ||
data.effect.effectGuid == EffectGuid.SawtoothUp ||
data.effect.effectGuid == EffectGuid.SawtoothDown)
{
DataClasses.PeriodicEffectTypeData pfEfd = (DataClasses.PeriodicEffectTypeData)data.effect;
typeSpec = new PeriodicForce();
typeSpec.AsPeriodicForce().Magnitude = pfEfd.magnitude;
typeSpec.AsPeriodicForce().Offset = pfEfd.offset;
typeSpec.AsPeriodicForce().Period = pfEfd.period;
typeSpec.AsPeriodicForce().Phase = pfEfd.phase;
}
else if (data.effect.effectGuid == EffectGuid.Friction || data.effect.effectGuid == EffectGuid.Inertia ||
data.effect.effectGuid == EffectGuid.Damper || data.effect.effectGuid == EffectGuid.Spring)
{
DataClasses.ConditionEffectTypeData cdEfd = (DataClasses.ConditionEffectTypeData)data.effect;
typeSpec = new ConditionSet();
typeSpec.AsConditionSet().Conditions = new Condition[1];
typeSpec.AsConditionSet().Conditions[0].DeadBand = cdEfd.deadBand;
typeSpec.AsConditionSet().Conditions[0].Offset = cdEfd.offset;
typeSpec.AsConditionSet().Conditions[0].NegativeCoefficient = cdEfd.negCoeff;
typeSpec.AsConditionSet().Conditions[0].NegativeSaturation = cdEfd.negSat;
typeSpec.AsConditionSet().Conditions[0].PositiveCoefficient = cdEfd.posCoeff;
typeSpec.AsConditionSet().Conditions[0].PositiveSaturation = cdEfd.posSat;
}
eParams.Parameters = typeSpec;
//Create an envelope
if (data.envelope != null)
{
Envelope envp = new Envelope();
envp.AttackLevel = data.envelope.attackLevel;
envp.AttackTime = data.envelope.attackTime;
envp.FadeLevel = data.envelope.fadeLevel;
envp.FadeTime = data.envelope.fadeTime;
eParams.Envelope = envp;
}
//Create an effect and add it to the list
Effect ef;
try
{
ef = new Effect(ffbDevice, data.effect.effectGuid, eParams);
ffbEffects[data.slot] = ef;
}
catch (Exception ex)
{
MessageBox.Show("Cannot create effect.\n" + ex.Message + "\n" + ex.Data,
FFBInspector.Properties.Resources.errCap_effError,
MessageBoxButtons.OK, MessageBoxIcon.Error);
return(false);
}
return(StartFFBEffect(ef));
}
/// <summary>
/// Creates an FFB effect, stores it at a given slot and starts its playback.
/// </summary>
/// <param name="data">
/// Parameters of the effect to be created.
/// </param>
/// <returns>
/// Returns true if successful, otherwise returns false.
/// </returns>
public bool SendFFBEffect(DataClasses.FFBEffectData data)
{
//Check if the device is properly initialized
if (ffbDevice == null)
{
MessageBox.Show("Device not initialized.", FFBInspector.Properties.Resources.errCap_devError,
MessageBoxButtons.OK, MessageBoxIcon.Stop);
return false;
}
//If there is an effect already stored in this slot, remove it
StopOneEffect(data.slot);
int[] axes = new Int32[actuatorsObjectTypes.Count];
int i = 0;
foreach (int objt in actuatorsObjectTypes)
{
axes[i++] = objt;
}
//Set effect direction
int[] dirs = data.effect.GetDirections();
//Set the general effect parameters up
EffectParameters eParams = new EffectParameters();
eParams.Duration = data.effect.duration;
eParams.Flags = EffectFlags.Cartesian | EffectFlags.ObjectIds;
eParams.Gain = data.effect.gain;
eParams.SetAxes(axes, dirs);
eParams.StartDelay = data.effect.startDelay;
eParams.SamplePeriod = 0; //Use the default sample period;
eParams.TriggerButton = data.effect.trigButton;
eParams.TriggerRepeatInterval = data.effect.trigRepInterval;
//Set the type specific effect parameters up
TypeSpecificParameters typeSpec = null;
if (data.effect.effectGuid == EffectGuid.ConstantForce)
{
DataClasses.ConstantEffectTypeData cfEfd = (DataClasses.ConstantEffectTypeData)data.effect;
typeSpec = new ConstantForce();
typeSpec.AsConstantForce().Magnitude = cfEfd.magnitude;
}
else if (data.effect.effectGuid == EffectGuid.RampForce)
{
DataClasses.RampEffectTypeData rfEfd = (DataClasses.RampEffectTypeData)data.effect;
typeSpec = new RampForce();
typeSpec.AsRampForce().Start = rfEfd.start;
typeSpec.AsRampForce().End = rfEfd.end;
}
else if (data.effect.effectGuid == EffectGuid.Sine || data.effect.effectGuid == EffectGuid.Triangle ||
data.effect.effectGuid == EffectGuid.Square ||
data.effect.effectGuid == EffectGuid.SawtoothUp ||
data.effect.effectGuid == EffectGuid.SawtoothDown)
{
DataClasses.PeriodicEffectTypeData pfEfd = (DataClasses.PeriodicEffectTypeData)data.effect;
typeSpec = new PeriodicForce();
typeSpec.AsPeriodicForce().Magnitude = pfEfd.magnitude;
typeSpec.AsPeriodicForce().Offset = pfEfd.offset;
typeSpec.AsPeriodicForce().Period = pfEfd.period;
typeSpec.AsPeriodicForce().Phase = pfEfd.phase;
}
else if (data.effect.effectGuid == EffectGuid.Friction || data.effect.effectGuid == EffectGuid.Inertia ||
data.effect.effectGuid == EffectGuid.Damper || data.effect.effectGuid == EffectGuid.Spring)
{
DataClasses.ConditionEffectTypeData cdEfd = (DataClasses.ConditionEffectTypeData)data.effect;
typeSpec = new ConditionSet();
typeSpec.AsConditionSet().Conditions = new Condition[1];
typeSpec.AsConditionSet().Conditions[0].DeadBand = cdEfd.deadBand;
typeSpec.AsConditionSet().Conditions[0].Offset = cdEfd.offset;
typeSpec.AsConditionSet().Conditions[0].NegativeCoefficient = cdEfd.negCoeff;
typeSpec.AsConditionSet().Conditions[0].NegativeSaturation = cdEfd.negSat;
typeSpec.AsConditionSet().Conditions[0].PositiveCoefficient = cdEfd.posCoeff;
typeSpec.AsConditionSet().Conditions[0].PositiveSaturation = cdEfd.posSat;
}
eParams.Parameters = typeSpec;
//Create an envelope
if (data.envelope != null)
{
Envelope envp = new Envelope();
envp.AttackLevel = data.envelope.attackLevel;
envp.AttackTime = data.envelope.attackTime;
envp.FadeLevel = data.envelope.fadeLevel;
envp.FadeTime = data.envelope.fadeTime;
eParams.Envelope = envp;
}
//Create an effect and add it to the list
Effect ef;
try
{
ef = new Effect(ffbDevice, data.effect.effectGuid, eParams);
ffbEffects[data.slot] = ef;
}
catch (Exception ex)
{
MessageBox.Show("Cannot create effect.\n" + ex.Message + "\n" + ex.Data,
FFBInspector.Properties.Resources.errCap_effError,
MessageBoxButtons.OK, MessageBoxIcon.Error);
return false;
}
return StartFFBEffect(ef);
}
// Note that this does not appear to work at this time. I probably need to have more infos.
public void SetVibration(int left, int right)
{
int[] temp1, temp2;
// my first clue that it doesnt work is that LEFT and RIGHT _ARENT USED_
// I should just look for C++ examples instead of trying to look for SlimDX examples
var parameters = new EffectParameters
{
Duration = 0x2710,
Gain = 0x2710,
SamplePeriod = 0,
TriggerButton = 0,
TriggerRepeatInterval = 0x2710,
Flags = EffectFlags.None
};
parameters.GetAxes(out temp1, out temp2);
parameters.SetAxes(temp1, temp2);
var effect = new Effect(joystick, EffectGuid.ConstantForce);
effect.SetParameters(parameters);
effect.Start(1);
}
/// <summary>
/// Initializes force feedback.
/// </summary>
/// <param name="device">The device representing the joystick.</param>
/// <param name="xAxisOffset">The id of the x axis-providing device.</param>
/// <param name="yAxisOffset">The id of the y axis-providing device.</param>
/// <param name="numAxes"></param>
/// <returns>True if force feedback could be initialized, false otherwise.</returns>
public static bool dInputInitFD(Device device, int xAxisOffset, int yAxisOffset, int numAxes)
{
try
{
Guid forceFeedbackGuid = Guid.Empty;
forceFeedbackGuid = EffectGuid.ConstantForce;
int[] offsets = null;
int[] coords = null;
if (numAxes == 1)
{
offsets = new int[1];
offsets[0] = xAxisOffset;
coords = new int[1];
}
else
{
offsets = new int[2];
offsets[0] = xAxisOffset;
offsets[1] = yAxisOffset;
coords = new int[2];
}
//offsets[0] = 4;
//offsets[1] = 0;
for (int i = 0; i < coords.Length; i++)
{
coords[i] = 0;
}
EffectParameters info = new EffectParameters();
info.Flags = EffectFlags.Polar | EffectFlags.ObjectIds;
ConstantForce typeSpec = new ConstantForce();
typeSpec.Magnitude = 5000;
info.Duration = -1;
info.SamplePeriod = 0;
info.Parameters = typeSpec;
info.TriggerButton = -1;
info.TriggerRepeatInterval = 0;
info.Gain = 5000;
info.SetAxes(offsets, coords);
info.StartDelay = 0;
Envelope env = new Envelope();
env.AttackLevel = 10000;
env.AttackTime = 0;
env.FadeLevel = 10000;
env.FadeTime = 0;
info.Envelope = null;
afterburnerEffect = new Effect(device, EffectGuid.ConstantForce, info);
ConstantForce gFTypeSpec = new ConstantForce();
gFTypeSpec.Magnitude = 3000;
info = new EffectParameters();
info.SamplePeriod = 0;
info.Parameters = gFTypeSpec;
info.TriggerButton = -1;
info.TriggerRepeatInterval = -1;
info.Gain = 3000;
info.Flags = EffectFlags.Polar | EffectFlags.ObjectIds;
info.SetAxes(offsets, coords);
info.StartDelay = 0;
info.Envelope = null;
info.Duration = -1;
gForceEffect = new Effect(device, EffectGuid.ConstantForce, info);
env.AttackLevel = 0; //this is +parameter.magnitude
env.AttackTime = 0;
env.FadeLevel = 10000;
env.FadeTime = 2000000; //How long it will take effect to reach fadeLevel
info.Envelope = env;
ConstantForce cmType = new ConstantForce();
cmType.Magnitude = 3000;
info.Parameters = cmType;
info.Duration = 1000000; //at sustained level
info.Gain = 3000;
cruiseMissileEffect = new Effect(device, EffectGuid.ConstantForce, info);
ConstantForce fType = new ConstantForce();
fType.Magnitude = 3000;
info.Duration = 50000;
info.Gain = 3000;
info.Parameters = fType;
info.Envelope = null;
fireEffect = new Effect(device, EffectGuid.ConstantForce, info);
ConstantForce eType = new ConstantForce();
eType.Magnitude = 10000;
info.Parameters = eType;
info.Gain = 10000;
info.Duration = 0;
env.AttackTime = 0;
env.AttackLevel = 0;
env.FadeTime = 7000000;
env.FadeLevel = 3000;
info.Envelope = env;
explodeEffect = new Effect(device, EffectGuid.ConstantForce, info);
ConstantForce hType = new ConstantForce();
hType.Magnitude = 3200;
info.Parameters = hType;
info.Gain = 3200;
info.Duration = 100000;
info.Envelope = null;
hitEffect = new Effect(device, EffectGuid.ConstantForce, info);
return(true);
}
catch
{
return(false);
}
}
//move all the FFB gibberish into a method so i can actually see whats going on in Start()
public void FFBStart()
{
// Find an FFB wheel and hook it
DirectInput directInput = new DirectInput();
var ret = directInput.GetDevices(DeviceClass.GameControl, DeviceEnumerationFlags.ForceFeedback);
if (ret.Count > 0)
{
steeringWheel = ret[0];
steeringWheelJoy = new Joystick(directInput, steeringWheel.InstanceGuid);
steeringWheelJoy.SetCooperativeLevel(GetWindowHandle(), CooperativeLevel.Exclusive | CooperativeLevel.Background);
steeringWheelJoy.Properties.AutoCenter = true;
steeringWheelJoy.Acquire();
List <int> actuatorsObjectTypes = new List <int>();
//Get all available force feedback actuators
foreach (DeviceObjectInstance doi in steeringWheelJoy.GetObjects())
{
if ((doi.ObjectId.Flags & DeviceObjectTypeFlags.ForceFeedbackActuator) != 0)
{
actuatorsObjectTypes.Add((int)doi.ObjectId.Flags);
}
}
axes = new Int32[actuatorsObjectTypes.Count];
int i = 0;
foreach (int objt in actuatorsObjectTypes)
{
axes[i++] = objt;
}
//Set effect direction
dirs = new int[] { 1 };
ffbForce = new SharpDX.DirectInput.ConstantForce
{
Magnitude = 0
};
var ep = new EffectParameters
{
Duration = -1,
Flags = EffectFlags.Cartesian | EffectFlags.ObjectIds,
Gain = 10000,
StartDelay = 0,
SamplePeriod = 0,
TriggerButton = -1,
TriggerRepeatInterval = 0
};
ep.SetAxes(axes, dirs);
ep.Parameters = ffbForce;
var allEffects = steeringWheelJoy.GetEffects();
foreach (var effectInfo in allEffects)
{
if (effectInfo.Name.Contains("Constant"))
{
constantForceEffect = effectInfo;
}
}
ffbeffect = new Effect(steeringWheelJoy, constantForceEffect.Guid, ep);
ffbeffect.Start();
}
}