public void VerifyPluginConfig(AgUtPluginConfigVerifyResult pPluginCfgResult) { DebugMessage(AgEUtLogMsgType.eUtLogMsgDebug, "DragLiftExample:VerifyPluginConfig()"); pPluginCfgResult.Result = true; pPluginCfgResult.Message = "OK"; }
public void VerifyPluginConfig(AgUtPluginConfigVerifyResult pPluginCfgResult) { Message(AgEUtLogMsgType.eUtLogMsgDebug, "DensityExponentialExample:VerifyPluginConfig()"); pPluginCfgResult.Result = true; pPluginCfgResult.Message = "OK"; }
public void VerifyPluginConfig(AgUtPluginConfigVerifyResult apcvr) { bool result = true; string message = "Ok"; apcvr.Result = result; apcvr.Message = message; }
public void VerifyPluginConfig(AgUtPluginConfigVerifyResult pPluginCfgResult) { Debug.WriteLine(m_DisplayName + ".VerifyPluginConfig()", "Entered:"); pPluginCfgResult.Result = true; pPluginCfgResult.Message = "Ok"; Debug.WriteLine(m_DisplayName + ".VerifyPluginConfig()", "Exited:"); }
public void VerifyPluginConfig(AgUtPluginConfigVerifyResult apcvr) { bool result = true; string message = "Ok"; if (m_diameter < 0.000001) { result = false; message = "Diameter is too small."; } apcvr.Result = result; apcvr.Message = message; }
public void VerifyPluginConfig(AgUtPluginConfigVerifyResult result) { try { Debug.WriteLine("Entered", "VerifyPluginConfig()"); result.Result = true; result.Message = "Ok"; } finally { Debug.WriteLine("Exited", "VerifyPluginConfig()"); } }
public void VerifyPluginConfig(AgUtPluginConfigVerifyResult apcvr) { bool result = true; string message = "Ok"; Debug.WriteLine("--> Entered", m_Name + ".VerifyPluginConfig()"); if (m_SRPArea < 0.0) { result = false; message = "SRP Area must be > 0"; } Debug.WriteLine("<-- Exited", m_Name + ".VerifyPluginConfig()"); apcvr.Result = result; apcvr.Message = message; }
public void VerifyPluginConfig(AgUtPluginConfigVerifyResult apcvr) { bool result = true; string message = "Ok"; try { Debug.WriteLine("--> Entered", this.m_Name + ".VerifyPluginConfig()"); //==================================================== // NOTE: // The following reasonable acceleration limits are // added only to show a sample of code that checks // for a range of attribute values that you impose // on a user using the plugin. //==================================================== if (!(this.m_AccelX <= 10 && this.m_AccelX >= -10)) { throw new Exception("AccelX was not within the range of -10 to +10 meters per second squared"); } else if (!(this.m_AccelY <= 10 && this.m_AccelY >= -10)) { throw new Exception("AccelY was not within the range of -10 to +10 meters per second squared"); } else if (!(this.m_AccelZ <= 10 && this.m_AccelZ >= -10)) { throw new Exception("AccelZ was not within the range of -10 to +10 meters per second squared"); } } catch (Exception ex) { Debug.WriteLine("Exception Message( " + ex.Message + " )", this.m_Name + ".VerifyPluginConfig()"); result = false; message = ex.Message; } finally { Debug.WriteLine("<-- Exited", this.m_Name + ".VerifyPluginConfig()"); } apcvr.Result = result; apcvr.Message = message; }
public void VerifyPluginConfig(AgUtPluginConfigVerifyResult apcvr) { bool result = true; string message = "Ok"; Debug.WriteLine("--> Entered", this.m_Name + ".VerifyPluginConfig()"); if (m_SpecularReflectivity < 0.0 || m_SpecularReflectivity > 1.0) { result = false; message = "Specular Reflectivity must be between 0.0 and 1.0"; } else if (m_DiffuseReflectivity < 0.0 || m_DiffuseReflectivity > (1.0 - m_SpecularReflectivity)) { result = false; message = "Diffuse Reflectivity must be between 0.0 and (1.0 - Specular)"; } Debug.WriteLine("<-- Exited", this.m_Name + ".VerifyPluginConfig()"); apcvr.Result = result; apcvr.Message = message; }
public void VerifyPluginConfig(AgUtPluginConfigVerifyResult pPluginCfgResult) { pPluginCfgResult.Result = true; pPluginCfgResult.Message = "Ok"; }