public object GetPluginConfig(AgAttrBuilder aab)
{
try
{
bool bUseArray = true;
Debug.WriteLine("--> Entered", this.m_Name + ".GetPluginConfig()");
if (this.m_Scope == null)
{
this.m_Scope = aab.NewScope();
//===========================
// General Plugin attributes
//===========================
aab.AddStringDispatchProperty(this.m_Scope, "PluginName", "Human readable plugin name or alias", "Name", (int)AgEAttrAddFlags.eAddFlagNone);
aab.AddBoolDispatchProperty(this.m_Scope, "PluginEnabled", "If the plugin is enabled or has experience an error", "Enabled", (int)AgEAttrAddFlags.eAddFlagNone);
aab.AddStringDispatchProperty(this.m_Scope, "VectorName", "Vector Name that affects the srp area", "VectorName", (int)AgEAttrAddFlags.eAddFlagNone);
//===========================
// Propagation related
//===========================
if (bUseArray)
{
aab.AddChoicesDispatchProperty(this.m_Scope, "AccelRefFrame", "Acceleration Reference Frame", "AccelRefFrame", this.AccelRefFrameChoices);
}
else
{
aab.AddChoicesFuncDispatchProperty(this.m_Scope, "AccelRefFrame", "Acceleration Reference Frame", "AccelRefFrame", "AccelRefFrameChoices");
}
aab.AddDoubleDispatchProperty(this.m_Scope, "AccelX", "Acceleration in the X direction", "AccelX", (int)AgEAttrAddFlags.eAddFlagNone);
aab.AddDoubleDispatchProperty(this.m_Scope, "AccelY", "Acceleration in the Y direction", "AccelY", (int)AgEAttrAddFlags.eAddFlagNone);
aab.AddDoubleDispatchProperty(this.m_Scope, "AccelZ", "Acceleration in the Z direction", "AccelZ", (int)AgEAttrAddFlags.eAddFlagNone);
//===========================
// Messaging related attributes
//===========================
aab.AddBoolDispatchProperty(this.m_Scope, "UsePropagationMessages", "Send messages to the message window during propagation", "MsgStatus", (int)AgEAttrAddFlags.eAddFlagNone);
aab.AddIntDispatchProperty(this.m_Scope, "EvaluateMessageInterval", "The interval at which to send messages from the Evaluate method during propagation", "EvalMsgInterval", (int)AgEAttrAddFlags.eAddFlagNone);
aab.AddIntDispatchProperty(this.m_Scope, "PostEvaluateMessageInterval", "The interval at which to send messages from the PostEvaluate method during propagation", "PostEvalMsgInterval", (int)AgEAttrAddFlags.eAddFlagNone);
aab.AddIntDispatchProperty(this.m_Scope, "PreNextStepMessageInterval", "The interval at which to send messages from the PreNextStep method during propagation", "PreNextMsgInterval", (int)AgEAttrAddFlags.eAddFlagNone);
}
string config;
config = aab.ToString(this, this.m_Scope);
Debug.WriteLine(this.m_Name + ".GetPluginConfig():");
Debug.WriteLine("============Attr Scope==============");
Debug.WriteLine(config);
Debug.WriteLine("====================================");
}
finally
{
Debug.WriteLine("<-- Exited", this.m_Name + ".GetPluginConfig()");
}
return(this.m_Scope);
}
public object GetPluginConfig(AgAttrBuilder builder)
{
try
{
Debug.WriteLine("--> Entered", "GetPluginConfig()");
if (builder != null)
{
if (this.m_AttrScope == null)
{
this.m_AttrScope = builder.NewScope();
//====================
// General Attributes
//====================
builder.AddStringDispatchProperty(this.m_AttrScope, "PluginName", "Human readable plugin name or alias", "Name", (int)AgEAttrAddFlags.eAddFlagReadOnly);
//================
// Thrust Attributes
//================
builder.AddDoubleDispatchProperty(this.m_AttrScope, "Isp", "Specific Impulse", "Isp", (int)AgEAttrAddFlags.eAddFlagNone);
}
string config;
config = builder.ToString(this, this.m_AttrScope);
Debug.WriteLine("\n" + config, "GetPluginConfig()");
}
}
finally
{
Debug.WriteLine("<-- Exited", "GetPluginConfig()");
}
return(this.m_AttrScope);
}
public object GetPluginConfig(AgAttrBuilder aab)
{
try
{
if (this.m_Scope == null)
{
this.m_Scope = aab.NewScope();
//===========================
// Debug attributes
//===========================
aab.AddBoolDispatchProperty(this.m_Scope, "DebugMode",
"Turn debug messages on or off",
"DebugMode",
(int)AgEAttrAddFlags.eAddFlagNone);
aab.AddIntDispatchProperty(this.m_Scope, "MessageInterval",
"The interval at which to send messages during propagation in Debug mode",
"MsgInterval",
(int)AgEAttrAddFlags.eAddFlagNone);
aab.AddDoubleDispatchProperty(this.m_Scope, "TargetCrossSectionSqMeters",
"The rough target cross section in m^2",
"TargetCrossSectionSqMeters",
(int)AgEAttrAddFlags.eAddFlagNone);
}
}
finally
{
}
return(this.m_Scope);
}
public object GetPluginConfig(AgAttrBuilder aab)
{
try
{
Debug.WriteLine("--> Entered", this.m_Name + ".GetPluginConfig()");
if (this.m_Scope == null)
{
this.m_Scope = aab.NewScope();
//===========================
// General Plugin attributes
//===========================
aab.AddStringDispatchProperty(this.m_Scope, "PluginName", "Human readable plugin name or alias", "Name", (int)AgEAttrAddFlags.eAddFlagNone);
aab.AddBoolDispatchProperty(this.m_Scope, "PluginEnabled", "If the plugin is enabled or has experience an error", "Enabled", (int)AgEAttrAddFlags.eAddFlagNone);
aab.AddBoolDispatchProperty(this.m_Scope, "DebugMode", "Turn debug messages on or off", "DebugMode", (int)AgEAttrAddFlags.eAddFlagNone);
// ==============================
// Reflectivity related attributes
// ==============================
aab.AddDoubleDispatchProperty(this.m_Scope, "Reflectivity_Specular", "Specular reflectivity coefficient", "SpecularReflectivity", (int)AgEAttrAddFlags.eAddFlagNone);
aab.AddDoubleDispatchProperty(this.m_Scope, "Reflectivity_Diffuse", "Diffuse reflectivity coefficient", "DiffuseReflectivity", (int)AgEAttrAddFlags.eAddFlagNone);
//===========================
// Messaging related attributes
//===========================
aab.AddIntDispatchProperty(this.m_Scope, "MessageInterval", "The interval at which to send messages during propagation in Debug mode", "MsgInterval", (int)AgEAttrAddFlags.eAddFlagNone);
}
string config;
config = aab.ToString(this, this.m_Scope);
Debug.WriteLine(this.m_Name + ".GetPluginConfig():");
Debug.WriteLine("============Attr Scope==============");
Debug.WriteLine(config);
Debug.WriteLine("====================================");
}
finally
{
Debug.WriteLine("<-- Exited", this.m_Name + ".GetPluginConfig()");
}
return(this.m_Scope);
}
public object GetPluginConfig(AgAttrBuilder pAttrBuilder)
{
if (m_AgAttrScope == null)
{
m_AgAttrScope = pAttrBuilder.NewScope();
pAttrBuilder.AddFileDispatchProperty(m_AgAttrScope,
"FilePath",
"Path to input file",
"FilePath",
"Comma Separated Text File",
"*.txt",
(int)AgEAttrAddFlags.eAddFlagNone);
pAttrBuilder.AddDoubleDispatchProperty(m_AgAttrScope,
"Tolerance",
"Tolerance used for lat/lon matching.",
"Tolerance",
(int)AgEAttrAddFlags.eAddFlagNone);
}
return(m_AgAttrScope);
}
public object GetPluginConfig(AgAttrBuilder aab)
{
try
{
if (this.m_Scope == null)
{
this.m_Scope = aab.NewScope();
//aab.AddQuantityDispatchProperty ( this.m_Scope, "Diameter",
// "Optical diameter",
// "Diameter",
// "Meters",
// "Meters",
// (int)AgEAttrAddFlags.eAddFlagNone );
//aab.AddQuantityDispatchProperty ( this.m_Scope, "Wavelength",
// "Wavelength of the sensor you are observing with",
// "Wavelength",
// "Meters",
// "Meters",
// (int)AgEAttrAddFlags.eAddFlagNone );
//aab.AddDoubleDispatchProperty ( this.m_Scope, "OpticalRatio",
// "Optical ratio (Q)",
// "OpticalRatio",
// (int)AgEAttrAddFlags.eAddFlagNone );
//aab.AddDoubleDispatchProperty ( this.m_Scope, "NIIRS_a",
// "The a coefficient for the NIIRS equation",
// "NIIRS_a",
// (int)AgEAttrAddFlags.eAddFlagNone );
//aab.AddDoubleDispatchProperty ( this.m_Scope, "NIIRS_b",
// "The b coefficient for the NIIRS equation",
// "NIIRS_b",
// (int)AgEAttrAddFlags.eAddFlagNone );
//aab.AddDoubleDispatchProperty ( this.m_Scope, "NIIRS_RER",
// "The RER coefficient for the NIIRS equation",
// "NIIRS_RER",
// (int)AgEAttrAddFlags.eAddFlagNone );
aab.AddDoubleDispatchProperty(this.m_Scope, "TargetSize",
"The rough diameter of the target cross section",
"TargetSize",
(int)AgEAttrAddFlags.eAddFlagNone);
//===========================
// Debug attributes
//===========================
aab.AddBoolDispatchProperty(this.m_Scope, "DebugMode",
"Turn debug messages on or off",
"DebugMode",
(int)AgEAttrAddFlags.eAddFlagNone);
aab.AddIntDispatchProperty(this.m_Scope, "MessageInterval",
"The interval at which to send messages during propagation in Debug mode",
"MsgInterval",
(int)AgEAttrAddFlags.eAddFlagNone);
}
}
finally
{
}
return(this.m_Scope);
}