public VisualDynamicEntity(ICharacterEntity dynEntity, VoxelModelManager manager)
: base(dynEntity, manager)
{
DynamicEntity = dynEntity;
//Will be used to update the bounding box with world coordinate when the entity is moving
LocalBBox.Minimum = new Vector3(-(DynamicEntity.DefaultSize.X / 2.0f), 0, -(DynamicEntity.DefaultSize.Z / 2.0f));
LocalBBox.Maximum = new Vector3(+(DynamicEntity.DefaultSize.X / 2.0f), DynamicEntity.DefaultSize.Y, +(DynamicEntity.DefaultSize.Z / 2.0f));
//Set Position
//Set the entity world position following the position received from server
WorldPosition.Value = DynamicEntity.Position;
WorldPosition.ValuePrev = DynamicEntity.Position;
//Compute the initial Player world bounding box
RefreshWorldBoundingBox(ref WorldPosition.Value);
//Set LookAt
LookAtDirection.Value = DynamicEntity.HeadRotation;
LookAtDirection.ValuePrev = LookAtDirection.Value;
//Set Move direction = to LookAtDirection
MoveDirection.Value = LookAtDirection.Value;
//Change the default value when Player => The player message arrive much more faster !
if (DynamicEntity is PlayerCharacter)
{
_interpolationRate = 0.1;
}
_netLocation = new NetworkValue <Vector3D> {
Value = WorldPosition.Value, Interpolated = WorldPosition.Value
};
WithNetworkInterpolation = true;
}
void ReleaseDesignerOutlets()
{
if (NetworkUpdateButton != null)
{
NetworkUpdateButton.Dispose();
NetworkUpdateButton = null;
}
if (Authentication != null)
{
Authentication.Dispose();
Authentication = null;
}
if (BootFileLabel != null)
{
BootFileLabel.Dispose();
BootFileLabel = null;
}
if (ConfigFileLabel != null)
{
ConfigFileLabel.Dispose();
ConfigFileLabel = null;
}
if (DefaultGateway != null)
{
DefaultGateway.Dispose();
DefaultGateway = null;
}
if (DeployButton != null)
{
DeployButton.Dispose();
DeployButton = null;
}
if (DeviceType != null)
{
DeviceType.Dispose();
DeviceType = null;
}
if (EnableDHCP != null)
{
EnableDHCP.Dispose();
EnableDHCP = null;
}
if (EncryptConfig != null)
{
EncryptConfig.Dispose();
EncryptConfig = null;
}
if (Encryption != null)
{
Encryption.Dispose();
Encryption = null;
}
if (FirmwareStatus != null)
{
FirmwareStatus.Dispose();
FirmwareStatus = null;
}
if (FlashFileLabel != null)
{
FlashFileLabel.Dispose();
FlashFileLabel = null;
}
if (FreeSlots != null)
{
FreeSlots.Dispose();
FreeSlots = null;
}
if (MacAddress != null)
{
MacAddress.Dispose();
MacAddress = null;
}
if (NetworkKey != null)
{
NetworkKey.Dispose();
NetworkKey = null;
}
if (NetworkMacAddress != null)
{
NetworkMacAddress.Dispose();
NetworkMacAddress = null;
}
if (NetworkValue != null)
{
NetworkValue.Dispose();
NetworkValue = null;
}
if (Output != null)
{
Output.Dispose();
Output = null;
}
if (Passphrase != null)
{
Passphrase.Dispose();
Passphrase = null;
}
if (PrimaryDNS != null)
{
PrimaryDNS.Dispose();
PrimaryDNS = null;
}
if (RadioA != null)
{
RadioA.Dispose();
RadioA = null;
}
if (RadioB != null)
{
RadioB.Dispose();
RadioB = null;
}
if (RadioG != null)
{
RadioG.Dispose();
RadioG = null;
}
if (RadioN != null)
{
RadioN.Dispose();
RadioN = null;
}
if (ReKeyInternal != null)
{
ReKeyInternal.Dispose();
ReKeyInternal = null;
}
if (SaveConfigurationButton != null)
{
SaveConfigurationButton.Dispose();
SaveConfigurationButton = null;
}
if (SecondaryDNS != null)
{
SecondaryDNS.Dispose();
SecondaryDNS = null;
}
if (SSID != null)
{
SSID.Dispose();
SSID = null;
}
if (StaticIPAddress != null)
{
StaticIPAddress.Dispose();
StaticIPAddress = null;
}
if (SubnetMask != null)
{
SubnetMask.Dispose();
SubnetMask = null;
}
if (UpdateFirmwareButton != null)
{
UpdateFirmwareButton.Dispose();
UpdateFirmwareButton = null;
}
}
public void WriteUInt32BE(uint v)
{
int nextpos = this.tailpos + 4;
if (nextpos < this.maxLength || this.Extend()) {
NetworkValue nv = new NetworkValue();
Array.Copy(BitConverter.GetBytes(nv.HTONUI(v)), 0, accessor, this.tailpos, 4);
this.tailpos = nextpos;
this.length += 4;
}
}
/**
* 情報を書き込みます (Int16/UInt16)
* Big Endian (Network Byte Order) を使用します。
*/
public void WriteInt16BE(short v)
{
int nextpos = this.tailpos + 2;
if (nextpos < this.maxLength || this.Extend()) {
NetworkValue nv = new NetworkValue();
Array.Copy(BitConverter.GetBytes(nv.HTONS(v)), 0, accessor, this.tailpos, 2);
this.tailpos = nextpos;
this.length += 2;
}
}
/**
* 情報を書き込みます (Double)
* Big Endian (Network Byte Order) を使用します。
*/
public void WriteDoubleBE(double v)
{
int nextpos = this.tailpos + 8;
if (nextpos < this.maxLength || this.Extend()) {
NetworkValue nv = new NetworkValue();
Array.Copy(BitConverter.GetBytes(nv.HTOND(v)), 0, accessor, this.tailpos, 8);
this.tailpos = nextpos;
this.length += 8;
}
}
public uint ReadUInt32BE()
{
NetworkValue nv = new NetworkValue();
nv.NTOHUI(BitConverter.ToUInt32(accessor, this.tailpos));
this.tailpos += 4;
return nv.ui;
}
public ushort ReadUInt16BE()
{
NetworkValue nv = new NetworkValue();
nv.NTOHUS(BitConverter.ToUInt16(accessor, this.tailpos));
this.tailpos += 2;
return nv.us;
}
/**
* 情報を読み込みます (Float)
* Big Endian (Network Byte Order) を使用します。
*/
public float ReadFloatBE()
{
NetworkValue nv = new NetworkValue();
nv.NTOHF(BitConverter.ToSingle(accessor, this.tailpos));
this.tailpos += 4;
return nv.f;
}
/**
* 情報を読み込みます (Double)
* Big Endian (Network Byte Order) を使用します。
*/
public double ReadDoubleBE()
{
NetworkValue nv = new NetworkValue();
nv.NTOHD(BitConverter.ToDouble(accessor, this.tailpos));
this.tailpos += 8;
return nv.d;
}
public void PrependUInt32BE(uint v)
{
int nextpos = this.headpos - 4;
if (nextpos >= 0) {
NetworkValue nv = new NetworkValue();
Array.Copy(BitConverter.GetBytes(nv.HTONUI(v)), 0, accessor, nextpos, 4);
this.headpos = nextpos;
this.length += 4;
}
}
public void PrependUInt16BE(ushort v)
{
int nextpos = this.headpos - 2;
if (nextpos >= 0) {
NetworkValue nv = new NetworkValue();
Array.Copy(BitConverter.GetBytes(nv.HTONUS(v)), 0, accessor, nextpos, 2);
this.headpos = nextpos;
this.length += 2;
}
}
public NetworkEntry(Symbol symbol, NetworkValue value)
{
this.symbol = symbol;
this.value = value;
}