public void SetButton(XBButton_t buttonCode, XBTarget_t buttonState)
{
Int16 actionKey = EVA_NewActionKey((Int16)Device_t.XBox, (Int16)buttonState);
Int16 actionCode = EVA_NewAction((Int16)actionKey, (Int16)buttonCode);
// 'A'ction <Int16>
Command('A', ReverseBytes(BitConverter.GetBytes(actionCode)));
}
public void SetTrigger(XBTarget_t targetCode, float triggerState)
{
float wiperState = triggerState * byte.MaxValue;
wiperState = (float)byte.MaxValue - wiperState;
wiperState = Math.Max(wiperState, (float)byte.MinValue);
wiperState = Math.Min(wiperState, (float)byte.MaxValue);
Int16 wiperValue = Convert.ToInt16(wiperState);
Int16 actionKey = EVA_NewActionKey((Int16)Device_t.XBox, (Int16)targetCode);
Int16 actionCode = EVA_NewAction((Int16)actionKey, (Int16)wiperValue);
// 'A'ction <Int16>
Command('A', ReverseBytes(BitConverter.GetBytes(actionCode)));
}
public void SetThumbStick(XBTarget_t targetCode, float targetState)
{
float wiperState = (targetState + 1.0F) / 2 * (float)byte.MaxValue;
if (targetCode == XBTarget_t.LeftStickX || targetCode == XBTarget_t.RightStickX)
{
wiperState = (float)byte.MaxValue - wiperState;
}
wiperState = Math.Max(wiperState, (float)byte.MinValue);
wiperState = Math.Min(wiperState, (float)byte.MaxValue);
Int16 wiperValue = Convert.ToInt16(wiperState);
Int16 actionKey = EVA_NewActionKey((Int16)Device_t.XBox, (Int16)targetCode);
Int16 actionCode = EVA_NewAction((Int16)actionKey, (Int16)wiperValue);
// 'A'ction <Int16>
Command('A', ReverseBytes(BitConverter.GetBytes(actionCode)));
}
// NOTE: The concept of a "page" is used to simplify the implementation of pg3b <-> PC comms,
// and as a unit of reference for statically assigned blocks of EEPROM data.
//
// Calibration data is written to consecutive pages. Pages are nominally 32 bytes each. A
// calibration record is 256 bytes, or 8 sequential pages.
//
// Pages 1 - 8: LeftStickX
// 9 - 16: LeftStickY
// 17 - 24: RightStickX
// 25 - 32: RightStickY
// 33 - 40: LeftTrigger
// 41 - 48: RightTrigger
public void UpdateCalibration(XBTarget_t xboxTarget, byte[] calibrationData)
{
byte[] pageData = new byte[PageSize];
int pagesPerRecord = calibrationData.Length / PageSize;
int firstPage = ((int)xboxTarget * pagesPerRecord) + 1;
for (int pageCount = 0; pageCount < calibrationData.Length / PageSize; pageCount++)
{
for (int pageOffset = 0; pageOffset < PageSize; pageOffset++)
{
pageData[pageOffset] = calibrationData[pageCount * PageSize + pageOffset];
}
xboxConnection.WritePage((byte)(firstPage + pageCount), pageData);
}
byte[] xboxConfiguration = GetConfigPage();
xboxConfiguration[CalibrationOffset] |= (byte)(1 << (int)xboxTarget);
xboxConfiguration[CrcOffset] = XBoxConnection.CalculateCrc(xboxConfiguration, CrcOffset + 1, xboxConfiguration[SizeOffset] - 1);
xboxConnection.WritePage(ConfigPage, xboxConfiguration);
}
public XBoxVector2(XBoxConnection _xboxConnection, XBTarget_t _targetCodeX, XBTarget_t _targetCodeY)
{
xboxConnection = _xboxConnection;
targetCodeX = _targetCodeX;
targetCodeY = _targetCodeY;
}
public XBoxVector2(XBoxConnection _xboxConnection, XBTarget_t _targetCodeX, XBTarget_t _targetCodeY)
{
xboxConnection = _xboxConnection;
targetCodeX = _targetCodeX;
targetCodeY = _targetCodeY;
}
public void SetTrigger(XBTarget_t targetCode, float triggerState)
{
float wiperState = triggerState * byte.MaxValue;
wiperState = (float)byte.MaxValue - wiperState;
wiperState = Math.Max(wiperState, (float)byte.MinValue);
wiperState = Math.Min(wiperState, (float)byte.MaxValue);
Int16 wiperValue = Convert.ToInt16(wiperState);
Int16 actionKey = EVA_NewActionKey((Int16)Device_t.XBox, (Int16)targetCode);
Int16 actionCode = EVA_NewAction((Int16)actionKey, (Int16)wiperValue);
// 'A'ction <Int16>
Command('A', ReverseBytes(BitConverter.GetBytes(actionCode)));
}
public void SetThumbStick(XBTarget_t targetCode, float targetState)
{
float wiperState = (targetState + 1.0F) / 2 * (float)byte.MaxValue;
if (targetCode == XBTarget_t.LeftStickX || targetCode == XBTarget_t.RightStickX)
wiperState = (float)byte.MaxValue - wiperState;
wiperState = Math.Max(wiperState, (float)byte.MinValue);
wiperState = Math.Min(wiperState, (float)byte.MaxValue);
Int16 wiperValue = Convert.ToInt16(wiperState);
Int16 actionKey = EVA_NewActionKey((Int16)Device_t.XBox, (Int16)targetCode);
Int16 actionCode = EVA_NewAction((Int16)actionKey, (Int16)wiperValue);
// 'A'ction <Int16>
Command('A', ReverseBytes(BitConverter.GetBytes(actionCode)));
}
public void SetButton(XBButton_t buttonCode, XBTarget_t buttonState)
{
Int16 actionKey = EVA_NewActionKey((Int16)Device_t.XBox, (Int16)buttonState);
Int16 actionCode = EVA_NewAction((Int16)actionKey, (Int16)buttonCode);
// 'A'ction <Int16>
Command('A', ReverseBytes(BitConverter.GetBytes(actionCode)));
}
// NOTE: The concept of a "page" is used to simplify the implementation of pg3b <-> PC comms,
// and as a unit of reference for statically assigned blocks of EEPROM data.
//
// Calibration data is written to consecutive pages. Pages are nominally 32 bytes each. A
// calibration record is 256 bytes, or 8 sequential pages.
//
// Pages 1 - 8: LeftStickX
// 9 - 16: LeftStickY
// 17 - 24: RightStickX
// 25 - 32: RightStickY
// 33 - 40: LeftTrigger
// 41 - 48: RightTrigger
public void UpdateCalibration(XBTarget_t xboxTarget, byte[] calibrationData)
{
byte[] pageData = new byte[PageSize];
int pagesPerRecord = calibrationData.Length / PageSize;
int firstPage = ((int)xboxTarget * pagesPerRecord) + 1;
for( int pageCount = 0; pageCount < calibrationData.Length / PageSize; pageCount++)
{
for (int pageOffset = 0; pageOffset < PageSize; pageOffset++)
pageData[pageOffset] = calibrationData[pageCount * PageSize + pageOffset];
xboxConnection.WritePage((byte)(firstPage + pageCount), pageData);
}
byte[] xboxConfiguration = GetConfigPage();
xboxConfiguration[CalibrationOffset] |= (byte)(1 << (int)xboxTarget);
xboxConfiguration[CrcOffset] = XBoxConnection.CalculateCrc(xboxConfiguration, CrcOffset + 1, xboxConfiguration[SizeOffset] - 1);
xboxConnection.WritePage(ConfigPage, xboxConfiguration);
}
