public static UserDefinedData Vector3ToUserDefinedData(Vector3 vec, UserDefinedData userdef)
{
userdef.x = FloatToInt(vec.x);
userdef.y = FloatToInt(vec.y);
userdef.z = FloatToInt(vec.z);
return userdef;
}
public UserDefinedData Vector3ToUserDefinedData(Vector3 vec, UserDefinedData userdef)
{
userdef.x = FloatToInt(vec.x, true);
userdef.y = FloatToInt(vec.y, true);
userdef.z = FloatToInt(vec.z, true);
return userdef;
}
public static UserDefinedData Vector3ToUserDefinedData(Vector3 vec, UserDefinedData userdef)
{
userdef.x = FloatToInt(vec.x);
userdef.y = FloatToInt(vec.y);
userdef.z = FloatToInt(vec.z);
return(userdef);
}
public async Task <IActionResult> UpdateUserContactData(UserDefinedData userContactData)
{
var user = await _repo.GetUserById(userContactData.Id);
if (user == null)
{
return(BadRequest());
}
user.PhoneNumber = userContactData.PhoneNumber;
user.Email = userContactData.Email;
user.AvatarUrl = userContactData.AvatarUrl;
foreach (var flatInfo in userContactData.UserFlats)
{
var flat = await _buildingRepository.GetFlat(flatInfo.Id);
if (flat != null)
{
flat.ResidentsAmount = flatInfo.ResidentsAmount;
flat.ColdWaterEstimatedUsage = flatInfo.ColdWaterEstimatedUsage;
flat.HotWaterEstimatedUsage = flatInfo.HotWaterEstimatedUsage;
flat.HeatingEstimatedUsage = flatInfo.HeatingEstimatedUsage;
}
var flatFromRepo = await _buildingRepository.UpdateFlat(flat);
}
var userFromRepo = await _repo.UpdateUser(user);
return(Ok(
_mapper.Map <UserForInfoDTO>(userFromRepo)
));
}
public static UserDefinedData QuaternionToUserDefinedData(Quaternion q, UserDefinedData userdef)
{
userdef.rx = FloatToInt(q.x);
userdef.ry = FloatToInt(q.y);
userdef.rz = FloatToInt(q.z);
userdef.rw = FloatToInt(q.w);
return userdef;
}
public UserDefinedData QuaternionToUserDefinedData(Quaternion q, UserDefinedData userdef)
{
userdef.rx = FloatToInt(q.x, true);
userdef.ry = FloatToInt(q.y, true);
userdef.rz = FloatToInt(q.z, true);
userdef.rw = FloatToInt(q.w, true);
return userdef;
}
public static UserDefinedData QuaternionToUserDefinedData(Quaternion q, UserDefinedData userdef)
{
userdef.rx = FloatToInt(q.x);
userdef.ry = FloatToInt(q.y);
userdef.rz = FloatToInt(q.z);
userdef.rw = FloatToInt(q.w);
return(userdef);
}
public static Vector3 UserDefinedDataToVector3(UserDefinedData userdef)
{
float x = (userdef.x / 100f);
float z = (userdef.z / 100f);
float y = (userdef.y / 100f);
return(new Vector3(x, y, z));
}
public static Quaternion UserDefinedDataToQuaternion(UserDefinedData userdef)
{
float x = (userdef.rx / 100f);
float y = (userdef.ry / 100f);
float z = (userdef.rz / 100f);
float w = (userdef.rw / 100f);
return(new Quaternion(x, y, z, w));
}
private void Broadcast(UserDefinedData data)
{
if (NetworkSettings.instance == null)
{
return;
}
TrackData td = new TrackData();
td.broadcast = 1;
td.userDefinedData = data;
trackData.id = NetworkSettings.instance.username;
Entity entity = new Entity();
entity.id = "0";
entity.trackData = trackData;
ActorSystem.instance.client.SendEntity(entity);
}
private void SetUserValue(FieldSet set, int value)
{
UserDefinedData data;
if (set.broadcast)
{
data = new UserDefinedData();
}
else
{
data = trackData.userDefinedData;
}
switch (set.gmField)
{
case GmField.Haxis:
trackData.haxis = value;
break;
case GmField.Vaxis:
trackData.vaxis = value;
break;
case GmField.Yaxis:
trackData.yaxis = value;
break;
case GmField.Speed:
trackData.speed = value;
break;
case GmField.Hidden:
trackData.hidden = value;
break;
case GmField.UserdefValue1:
data.userdefInt1 = value;
break;
case GmField.UserdefValue2:
data.userdefInt2 = value;
break;
case GmField.UserdefValue3:
data.userdefInt3 = value;
break;
case GmField.UserdefValue4:
data.userdefInt4 = value;
break;
case GmField.UserdefValue5:
data.userdefInt5 = value;
break;
case GmField.UserdefValue6:
data.userdefInt6 = value;
break;
case GmField.UserdefValue7:
data.userdefInt7 = value;
break;
case GmField.UserdefValue8:
data.userdefInt8 = value;
break;
case GmField.UserdefValue9:
data.userdefInt9 = value;
break;
case GmField.UserdefValue10:
data.userdefInt10 = value;
break;
case GmField.UserdefValue11:
data.userdefInt11 = value;
break;
case GmField.UserdefValue12:
data.userdefInt12 = value;
break;
case GmField.UserdefValue13:
data.userdefInt13 = value;
break;
case GmField.UserdefValue14:
data.userdefInt14 = value;
break;
case GmField.UserdefValue15:
data.userdefInt15 = value;
break;
default:
throw new UnityException("Invalid Gmfield");
}
if (set.broadcast)
{
Broadcast(data);
}
}
private int GetUserValue(GmField code)
{
UserDefinedData data = trackData.userDefinedData;
switch (code)
{
case GmField.Haxis:
return(trackData.haxis);
case GmField.Vaxis:
return(trackData.vaxis);
case GmField.Yaxis:
return(trackData.yaxis);
case GmField.Speed:
return(trackData.speed);
case GmField.Hidden:
return(trackData.hidden);
case GmField.UserdefValue1:
return(data.userdefInt1);
case GmField.UserdefValue2:
return(data.userdefInt2);
case GmField.UserdefValue3:
return(data.userdefInt3);
case GmField.UserdefValue4:
return(data.userdefInt4);
case GmField.UserdefValue5:
return(data.userdefInt5);
case GmField.UserdefValue6:
return(data.userdefInt6);
case GmField.UserdefValue7:
return(data.userdefInt7);
case GmField.UserdefValue8:
return(data.userdefInt8);
case GmField.UserdefValue9:
return(data.userdefInt9);
case GmField.UserdefValue10:
return(data.userdefInt10);
case GmField.UserdefValue11:
return(data.userdefInt11);
case GmField.UserdefValue12:
return(data.userdefInt12);
case GmField.UserdefValue13:
return(data.userdefInt13);
case GmField.UserdefValue14:
return(data.userdefInt14);
case GmField.UserdefValue15:
return(data.userdefInt15);
default:
throw new UnityException("Invalid Gmfield");
}
}
public static Quaternion UserDefinedDataToQuaternion(UserDefinedData userdef)
{
float x = (userdef.rx / 100f);
float y = (userdef.ry / 100f);
float z = (userdef.rz / 100f);
float w = (userdef.rw / 100f);
return new Quaternion(x, y, z, w);
}
public static Vector3 UserDefinedDataToVector3(UserDefinedData userdef)
{
float x = (userdef.x / 100f);
float z = (userdef.z / 100f);
float y = (userdef.y / 100f);
return new Vector3(x, y, z);
}
public Quaternion UserDefinedDataToQuaternion(UserDefinedData userdef)
{
float x = (userdef.rx / 100f) - settings.worldOffset;
float y = (userdef.ry / 100f) - settings.worldOffset;
float z = (userdef.rz / 100f) - settings.worldOffset;
float w = (userdef.rw / 100f) - settings.worldOffset;
return new Quaternion(x, y, z, w);
}
public Vector3 UserDefinedDataToVector3(UserDefinedData userdef)
{
float x = (userdef.x / 100f) - settings.worldOffset;
float z = (userdef.y / 100f) - settings.worldOffset;
float y = (userdef.z / 100f) - settings.worldOffset;
return new Vector3(x, y, z);
}
