/// <summary>
/// Gets hardware information about the FFB device as reported by DirectInput.
/// </summary>
/// <returns>
/// </returns>
public DataClasses.HardwareInfo GetHardwareInfo()
{
if (ffbDevice == null)
{
return(null);
}
DataClasses.HardwareInfo dc = new DataClasses.HardwareInfo();
//Get info about hardware
dc.axesCount = ffbDevice.Capabilities.AxesCount;
dc.buttonCount = ffbDevice.Capabilities.ButtonCount;
dc.povCount = ffbDevice.Capabilities.PovCount;
dc.driverVersion = ffbDevice.Capabilities.DriverVersion;
dc.fwVersion = ffbDevice.Capabilities.FirmwareRevision;
dc.hwRevision = ffbDevice.Capabilities.HardwareRevision;
dc.ffbMinTime = ffbDevice.Capabilities.ForceFeedbackMinimumTimeResolution;
dc.ffbSamplePer = ffbDevice.Capabilities.ForceFeedbackSamplePeriod;
return(dc);
}
/** Probes the selected FFB device and creates a list
* of available FFB effects if successful. Also starts a timer
* which periodically reads the status of device's axes and buttons */
private void cboxDevices_onDeviceSelected(object sender, EventArgs e)
{
ComboBox cbox = (ComboBox)sender;
int selectedIdx = cbox.SelectedIndex;
DInputHandler dih = GetDInputHandlerFromDict(selectedIdx);
if (dih == null)
{
return;
}
//Get available effects for the currently selected device
availableFFBEffects = dih.GetFFBEffects();
if (availableFFBEffects.Count == 0)
{
MessageBox.Show("No force feedback effects available for this device.", FFBInspector.Properties.Resources.errCap_noEffect,
MessageBoxButtons.OK, MessageBoxIcon.Stop);
}
else
{
cboxEffects.Items.Clear();
foreach (EffectInfo ei in availableFFBEffects)
{
cboxEffects.Items.Add(ei.Name + " (" + ei.Guid.ToString() + ")");
}
cboxEffects.SelectedIndex = 0; //Select first effect in the list
}
//Get available force feedback actuators and create respective UI elements
int actuators = dih.GetFFBActuatorCount();
if (actuators == 0)
{
MessageBox.Show("No force feedback actuators found on this device.",
FFBInspector.Properties.Resources.errCap_devError,
MessageBoxButtons.OK, MessageBoxIcon.Stop);
return;
}
/* Create textboxes in Directions groupbox to control
* direction of the effect on each actuator */
if (axesControls != null)
{
panelAxes.Controls.Clear(); //Remove all existing textboxes
}
axesControls = new List <TextBox>();
for (int i = 0; i < actuators; i++)
{
axesControls.Add(new TextBox());
if (i == 0)
{
axesControls[i].Text = "1";
}
else
{
axesControls[i].Text = "0";
axesControls[i].Top = axesControls[i - 1].Top + 25;
}
panelAxes.Controls.Add(axesControls[i]);
}
DataClasses.HardwareInfo dc = dih.GetHardwareInfo();
if (dc != null)
{
//Display hardware info on the "Info" tab
axesCount.Text = dc.axesCount.ToString();
buttonCount.Text = dc.buttonCount.ToString();
povCount.Text = dc.povCount.ToString();
driverVersion.Text = dc.driverVersion.ToString();
fwVersion.Text = dc.fwVersion.ToString();
hwRevision.Text = dc.hwRevision.ToString();
ffbMinTime.Text = dc.ffbMinTime.ToString();
ffbSamplePeriod.Text = dc.ffbSamplePer.ToString();
}
MarkAllSlots(dih);
//Start the controls status updating timer
if (updateDeviceStatus == null)
{
updateDeviceStatus = new Timer();
updateDeviceStatus.Interval = 75;
updateDeviceStatus.Tick += new EventHandler(updateDeviceStatus_onTick);
updateDeviceStatus.Enabled = true;
}
}
/// <summary>
/// Gets hardware information about the FFB device as reported by DirectInput.
/// </summary>
/// <returns>
/// </returns>
public DataClasses.HardwareInfo GetHardwareInfo()
{
if (ffbDevice == null)
return null;
DataClasses.HardwareInfo dc = new DataClasses.HardwareInfo();
//Get info about hardware
dc.axesCount = ffbDevice.Capabilities.AxesCount;
dc.buttonCount = ffbDevice.Capabilities.ButtonCount;
dc.povCount = ffbDevice.Capabilities.PovCount;
dc.driverVersion = ffbDevice.Capabilities.DriverVersion;
dc.fwVersion = ffbDevice.Capabilities.FirmwareRevision;
dc.hwRevision = ffbDevice.Capabilities.HardwareRevision;
dc.ffbMinTime = ffbDevice.Capabilities.ForceFeedbackMinimumTimeResolution;
dc.ffbSamplePer = ffbDevice.Capabilities.ForceFeedbackSamplePeriod;
return dc;
}
