public override void OnSCAwake()
{
base.OnSCAwake();
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "GGT26DofHandDataLerp"))
{
try {
LerpSpeed = API_Module_SDKConfiguration.GetFloat("Module_InputSystem", "GGT26DofHandDataLerp", 0);
DebugMy.Log("Lerp From SDKConfig:" + LerpSpeed, this, true);
} catch (Exception e) {
Debug.Log(e);
}
}
}
public override void OnSCAwake()
{
base.OnSCAwake();
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "GGT26DofHandEffectDuration"))
{
try {
EffectDuration = API_Module_SDKConfiguration.GetFloat("Module_InputSystem", "GGT26DofHandEffectDuration", 0);
DebugMy.Log("EffectDuration From SDKConfig:" + EffectDuration, this, true);
} catch (Exception e) {
Debug.Log(e);
}
}
}
public handInfo(string configPath)
{
if (Application.platform == RuntimePlatform.Android)
{
try {
CommonConfig config;
config = new CommonConfig(configPath);
float x = 0, y = 0, z = 0;
string xx = config.GetLineValue(1);
x = float.Parse(xx != null ? xx : "0");
xx = config.GetLineValue(2);
y = float.Parse(xx != null ? xx : "0");
xx = config.GetLineValue(3);
z = float.Parse(xx != null ? xx : "0");
if (x > -10 && x < 10 && y > -10 && y < 10 && z > -10 && z < 10)
{
positionOffest = new Vector3(x, y, z);
DebugMy.Log("Read " + configPath + "" + x + " " + y + " " + z, this, true);
}
config = null;
} catch (Exception e) {
Debug.Log(e);
}
Vector3 data = Vector3.zero;
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "GreyHandOffsetX"))
{
data.x = API_Module_SDKConfiguration.GetFloat("Module_InputSystem", "GreyHandOffsetX", 0);
data.x = (data.x > -10 && data.x < 10) ? data.x : 0;
}
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "GreyHandOffsetY"))
{
data.y = API_Module_SDKConfiguration.GetFloat("Module_InputSystem", "GreyHandOffsetY", 0);
data.y = (data.y > -10 && data.y < 10) ? data.y : 0;
}
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "GreyHandOffsetZ"))
{
data.z = API_Module_SDKConfiguration.GetFloat("Module_InputSystem", "GreyHandOffsetZ", 0);
data.z = (data.z > -10 && data.z < 10) ? data.z : 0;
}
positionOffest = data;
DebugMy.Log("ReadFromConfig positionOffest: " + "X:" + data.x + " Y:" + data.y + " Z:" + data.z, this, true);
}
}
public override void OnSCAwake()
{
base.OnSCAwake();
if (instance != null)
{
DestroyImmediate(gameObject);
return;
}
DontDestroyOnLoad(gameObject);
instance = this;
DebugMy.Log("Awake", this, true);
foreach (var inputDevice in inputDeviceSupportList)
{
AddModule(inputDevice);
}
initialize = true;
IsRunning = true;
initializeCallBack?.Invoke();
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "ActiveHead"))
{
activeHead = API_Module_SDKConfiguration.GetBool("Module_InputSystem", "ActiveHead", 0);
}
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "ActiveBT3Dof"))
{
activeBT3Dof = API_Module_SDKConfiguration.GetBool("Module_InputSystem", "ActiveBT3Dof", 0);
}
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "ActiveKS"))
{
activeKS = API_Module_SDKConfiguration.GetBool("Module_InputSystem", "ActiveKS", 0);
}
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "ActiveGGT26Dof"))
{
activeGGT26Dof = API_Module_SDKConfiguration.GetBool("Module_InputSystem", "ActiveGGT26Dof", 0);
}
}
protected virtual bool UpdateDeviceInfo(InputDeviceKSPart part, bool isClear = false)
{
if (isClear == true)
{
part.inputDataKS.GCType = GCType.Null;
part.inputDataKS.GCName = "";
part.inputDataKS.SoftVesion = -1;
part.inputDataKS.BatteryPower = -1;
DebugMy.LogError("UpdateDeviceInfo Clear!", this);
return(false);
}
KSIndex index = part.inputDataKS.ksIndex;
if (index != KSIndex.Left && index != KSIndex.Right)
{
DebugMy.LogError("UpdateDeviceInfo Error:" + index, this);
return(false);
}
try {
int typeFlag = SvrPlugin.Instance.HandShank_Getbond((int)index);
if (index == KSIndex.Left)
{
if ((int)KSTypeFlag.K11 == (typeFlag & 0xF))
{
part.inputDataKS.GCType = GCType.K11;
}
else if ((int)KSTypeFlag.K101 == (typeFlag & 0xF))
{
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "UseK102Model"))
{
part.inputDataKS.GCType = API_Module_SDKConfiguration.GetBool("Module_InputSystem", "UseK102Model", 0) ? GCType.K102 : GCType.K101;
}
else
{
part.inputDataKS.GCType = GCType.K101;
}
}
}
else if (part.inputDataKS.ksIndex == KSIndex.Right)
{
if ((int)KSTypeFlag.K11 == ((typeFlag & 0xF0) >> 4))
{
part.inputDataKS.GCType = GCType.K11;
}
else if ((int)KSTypeFlag.K101 == ((typeFlag & 0xF0) >> 4))
{
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "UseK102Model"))
{
part.inputDataKS.GCType = API_Module_SDKConfiguration.GetBool("Module_InputSystem", "UseK102Model", 0) ? GCType.K102 : GCType.K101;
}
else
{
part.inputDataKS.GCType = GCType.K101;
}
}
}
if (part.inputDataKS.GCType != GCType.K11 && part.inputDataKS.GCType != GCType.K101 && part.inputDataKS.GCType != GCType.K102)
{
DebugMy.LogError("UpdateDeviceInfo Error:" + part.inputDataKS.GCType, this);
return(false);
}
part.inputDataKS.GCName = part.inputDataKS.GCType.ToString();
part.inputDataKS.SoftVesion = SvrPlugin.Instance.HandShank_GetVersion((int)index);
part.inputDataKS.BatteryPower = SvrPlugin.Instance.HandShank_GetBattery((int)index);
if (part.PostureType == PostureType.UnKown)
{
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "KSMode6Dof"))
{
part.PostureType = API_Module_SDKConfiguration.GetBool("Module_InputSystem", "KSMode6Dof", 0) ? PostureType._6Dof : PostureType._3Dof;
}
}
DebugMy.Log("UpdateDeviceInfo : "
+ " isConnected=" + part.inputDataKS.isConnected
+ " GCName=" + part.inputDataKS.GCName
+ " PostureType=" + part.PostureType
+ " SoftVesion=" + part.inputDataKS.SoftVesion
+ " BatteryPower=" + part.inputDataKS.BatteryPower
, this, true);
} catch (Exception e) {
Debug.Log(e);
}
return(true);
}
public override void OnSCAwake()
{
base.OnSCAwake();
if (inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.PartType == InputDevicePartType.KSLeft)
{
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "K11_Left_EnterKeyAlias"))
{
InputKeyCode keyparse;
inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.inputDataGC.EnterKeyAlias = System.Enum.TryParse <InputKeyCode>(API_Module_SDKConfiguration.GetString("Module_InputSystem", "K11_Left_EnterKeyAlias", "LTrigger"), false, out keyparse) ? keyparse : InputKeyCode.LTrigger;
}
else
{
inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.inputDataGC.EnterKeyAlias = InputKeyCode.LTrigger;
}
}
else if (inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.PartType == InputDevicePartType.KSRight)
{
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "K11_Right_EnterKeyAlias"))
{
InputKeyCode keyparse;
inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.inputDataGC.EnterKeyAlias = System.Enum.TryParse <InputKeyCode>(API_Module_SDKConfiguration.GetString("Module_InputSystem", "K11_Right_EnterKeyAlias", "RTrigger"), false, out keyparse) ? keyparse : InputKeyCode.RTrigger;
}
else
{
inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.inputDataGC.EnterKeyAlias = InputKeyCode.RTrigger;
}
}
DebugMy.Log(inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.PartType + " inputDataGetKSKey.EnterKeyAlias:" + inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.inputDataGC.EnterKeyAlias, this, true);
if (inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.PartType == InputDevicePartType.KSLeft)
{
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "K11_Left_CalibrationKeyAlias"))
{
InputKeyCode keyparse;
inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.inputDataGC.CalibrationKeyAlias = System.Enum.TryParse <InputKeyCode>(API_Module_SDKConfiguration.GetString("Module_InputSystem", "K11_Left_CalibrationKeyAlias", "DOWN"), false, out keyparse) ? keyparse : InputKeyCode.DOWN;
}
else
{
inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.inputDataGC.CalibrationKeyAlias = InputKeyCode.DOWN;
}
}
else if (inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.PartType == InputDevicePartType.KSRight)
{
if (API_Module_SDKConfiguration.HasKey("Module_InputSystem", "K11_Right_CalibrationKeyAlias"))
{
InputKeyCode keyparse;
inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.inputDataGC.CalibrationKeyAlias = System.Enum.TryParse <InputKeyCode>(API_Module_SDKConfiguration.GetString("Module_InputSystem", "K11_Right_CalibrationKeyAlias", "A"), false, out keyparse) ? keyparse : InputKeyCode.A;
}
else
{
inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.inputDataGC.CalibrationKeyAlias = InputKeyCode.A;
}
}
DebugMy.Log(inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.PartType + " inputDataGetKSKey.CalibrationKeyAlias:" + inputDataGetKSKey.inputDataGetKS.inputDeviceKSPart.inputDataGC.CalibrationKeyAlias, this, true);
}