// Object properties #define OBJECTNAME "Discharge Configurator" /* modified by Rafael Henriques - rhenriques@ipfn.ist.utl.pt date: 2016-04-11 changes: add the hibd option for plasma position measurement */ /* #define VERSION "1.00" #define LASTDATE "2011-03-24" #define AUTHOR "Ivo Carvalho - ivoc@ipfn.ist.utl.pt" #define DESCRIPTION "HTML page to change and upload the configuration file parameters" */ #define HEADERIMAGELINK "http://www.ipfn.ist.utl.pt/ipfnPortalLayout/themes/ipfn/_img_/logoIPFN_Topo_officialColours.png" #define FOOTERIMAGELINK "http://backoffice.ipfn.ist.utl.pt/mgallery/default.asp?obj=1" #include "MainConfigurator.h" #include "MessageEnvelope.h" #include "Message.h" OBJECTLOADREGISTER(MainConfigurator,"$Id: MainConfigurator.cpp,v 1.0 2009/05/22 10:40:56 ivoc Exp $") /** initialise an object from a set of configs */ bool MainConfigurator::ObjectLoadSetup(ConfigurationDataBase & info, StreamInterface * err){ Ip_max_threshold_value = 10000; max_value =1000; timewindows_dropdown_vector = new int[42]; int i; timewindows_time = new float[14]; timewindows_bool_vector = new bool[14]; delete_selected_points_bool = False; vector_dim_temp = 0; already_started = False; this->graphics_support = new SVGGraphicSupport(); save_filename.Printf("last.cfg"); for(i=0;i<42;i++) timewindows_dropdown_vector[i]=0; GCReferenceContainer::ObjectLoadSetup(info,err); CDBExtended &cdbx = (CDBExtended &)info; cdbx.ReadFString(configFileID, "configFileID", "cfgFile"); if(!cdbx.ReadFString(Description, "Description")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not read Description",this->Name()); return False; } // Move to the graphics branch if(!cdbx->Move("graphics")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not move to \"graphics\"",this->Name()); return False; } if(!cdbx.ReadInt32(screen_resolution_x, "screen_resolution_x")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not read graph_width",this->Name()); return False; } if(!cdbx.ReadInt32(screen_resolution_y, "screen_resolution_y")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not read graph_height",this->Name()); return False; } // Move back to the GAM main branch cdbx->MoveToFather(); // CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %d %d",screen_resolution_x,screen_resolution_y); // Move to the file branch if(!cdbx->Move("colours")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not move to \"colours\"",this->Name()); return False; } if(!cdbx.ReadFString(header_colour, "header_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not read header_colour",this->Name()); return False; } if(!cdbx.ReadFString(diagnostics_parameters_colour, "diagnostics_parameters_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not read diagnostics_parameters_colour",this->Name()); return False; } if(!cdbx.ReadFString(control_parameters_colour, "control_parameters_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not read control_parameters_colour",this->Name()); return False; } if(!cdbx.ReadFString(time_windows_colour, "time_windows_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not read time_windows_colour",this->Name()); return False; } if(!cdbx.ReadFString(edit_colour, "edit_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not read edit_colour",this->Name()); return False; } if(!cdbx.ReadFString(footer_colour, "footer_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not read footer_colour",this->Name()); return False; } // Move back to the GAM main branch cdbx->MoveToFather(); // CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s %s %s %s %s %s",header_colour.Buffer(),diagnostics_parameters_colour.Buffer(),control_parameters_colour.Buffer(),time_windows_colour.Buffer(),edit_colour.Buffer(),footer_colour.Buffer()); if(!cdbx->Move("default_directories")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not move to \"default_directories\"",this->Name()); return False; } if(!cdbx.ReadFString(default_config_file_path, "default_config_file_path")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not read default_config_file_path",this->Name()); return False; } if(!cdbx.ReadFString(config_files_directory, "config_files_directory")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not read config_files_directory",this->Name()); return False; } // Move back to the GAM main branch cdbx->MoveToFather(); graphic_select = 0; selected_load_directory = ".."; selected_load_file = "last.cfg"; this->ReadConfigurationFile((char *)default_config_file_path.Buffer()); // this->WriteConfigurationFileWithChanges((char *)default_config_file_path.Buffer(), (char *) "/home/atcatest/Dropbox/code/atca/sandbox/testeparvo.cfg"); if(!cdbx.ReadFString(marteLocation, "MARTeLocation", "MARTe")){ AssertErrorCondition(Warning, "ObjectLoadSetup::MARTe location wasn not specified. Using default: %s", marteLocation.Buffer()); } return HttpInterface::ObjectLoadSetup(info,err); } bool MainConfigurator::PrintHTTPForm(HtmlStream &hmStream){ // to view the limit, delete after complete // hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 0px; left: 1200px;\""); // hmStream.SSPrintf(HtmlTagStreamMode, "TEXTAREA NAME=\"form_description\" COLS=1 ROWS=\"1\" WRAP=\"SOFT\">Units used:Time in milisecondsDistance in milimetersCurrent in AmpereRadial position diagnostics:Vertical position diagnostics:Other calculations:Low IpHigh IpLow IpHigh IpFile Description:%suse interferometryfor radial controlPower supplies:Magnetic probes:Discharge Settings:Number of cycles:Discharge time:MARTe cycle (µs):start-up delay (µs):SoftMediumHardPrimaryHorizontalVerticalPIDPIDPIDAngleCalib.AngleCalib.AngleCalib.123456789101112%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%.2f%d%.1f ms%d µs%d µs%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1f%.1fPositive time-windows:Negative time-windows:T1 =T2 =T3 =T4 =T5 =T6 =T7 =T1 =T2 =T3 =T4 =T5 =T6 =T7 =PrimaryVerticalHorizontalPrimaryVerticalHorizontalFirst cycle:positivenegativepositivenegative------%.2f------%.2f------%.2f------%.2f------%.2f------%.2f------%.2f------%.2f------%.2f------%.2f------%.2f------%.2f------%.2f------%.2foffoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlIp control-Soft PIDIp control-Soft PIDIp control-Med. PIDIp control-Med. PIDIp control-Hard PIDIp control-Hard PIDIp control-Auto PIDIp control-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*offoffcurrent controlcurrent controlposition-Soft PIDposition-Soft PIDposition-Med. PIDposition-Med. PIDposition-Hard PIDposition-Hard PIDposition-Auto PIDposition-Auto PIDIntegrated control*Integrated control*Invert*Invert*Select waveform: \ t =t =y=y=y=Max: %.2f AMin: %.2f Agraphics_support->OptimalDisplayFromVectors(vertical_1_p_vector_size, &vertical_1_p_index_vector[0], &vertical_1_p_data_vector[0],&xmin,&ymin,&xmax,&ymax,&majortickx,&majorticky,&number_of_sub_ticks_x,&number_of_sub_ticks_y); this->graphics_support->GetGraphSVG(&temp_string_1,(char *) this->Name(),vertical_1_p_vector_size,&vertical_1_p_index_vector[0],&vertical_1_p_data_vector[0], 560, 350,xmin,ymin,xmax,ymax,majortickx,majorticky,number_of_sub_ticks_x,number_of_sub_ticks_y, True,True); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 520px;\""); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 1085px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_select_waveform_points_1\" size=\"14\" onchange='this.form.submit()'"); for (i=0;i%.2f | %.2ft =t =t =y=y=y=Max: %.2f AMin: %.2f Agraphics_support->OptimalDisplayFromVectors(horizontal_1_p_vector_size, &horizontal_1_p_index_vector[0], &horizontal_1_p_data_vector[0],&xmin,&ymin,&xmax,&ymax,&majortickx,&majorticky,&number_of_sub_ticks_x,&number_of_sub_ticks_y); this->graphics_support->GetGraphSVG(&temp_string_1,(char *) this->Name(),horizontal_1_p_vector_size,&horizontal_1_p_index_vector[0],&horizontal_1_p_data_vector[0], 560, 350,xmin,ymin,xmax,ymax,majortickx,majorticky,number_of_sub_ticks_x,number_of_sub_ticks_y, True,True); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 520px;\""); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 1085px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_select_waveform_points_2\" size=\"14\" onchange='this.form.submit()'"); for (i=0;i%.2f | %.2ft =t =t =y=y=y=Max: %.2f AMin: %.2f Agraphics_support->OptimalDisplayFromVectors(primary_2_p_vector_size, &primary_2_p_index_vector[0], &primary_2_p_data_vector[0],&xmin,&ymin,&xmax,&ymax,&majortickx,&majorticky,&number_of_sub_ticks_x,&number_of_sub_ticks_y); this->graphics_support->GetGraphSVG(&temp_string_1,(char *) this->Name(),primary_2_p_vector_size,&primary_2_p_index_vector[0],&primary_2_p_data_vector[0], 560, 350,xmin,ymin,xmax,ymax,majortickx,majorticky,number_of_sub_ticks_x,number_of_sub_ticks_y, True,True); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 520px;\""); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 1085px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_select_waveform_points_3\" size=\"14\" onchange='this.form.submit()'"); for (i=0;i%.2f | %.2ft =t =t =y=y=y=Max: %.2f AMin: %.2f Agraphics_support->OptimalDisplayFromVectors(vertical_2_p_vector_size, &vertical_2_p_index_vector[0], &vertical_2_p_data_vector[0],&xmin,&ymin,&xmax,&ymax,&majortickx,&majorticky,&number_of_sub_ticks_x,&number_of_sub_ticks_y); this->graphics_support->GetGraphSVG(&temp_string_1,(char *) this->Name(),vertical_2_p_vector_size,&vertical_2_p_index_vector[0],&vertical_2_p_data_vector[0], 560, 350,xmin,ymin,xmax,ymax,majortickx,majorticky,number_of_sub_ticks_x,number_of_sub_ticks_y, True,True); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 520px;\""); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 1085px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_select_waveform_points_4\" size=\"14\" onchange='this.form.submit()'"); for (i=0;i%.2f | %.2ft =t =t =y=y=y=Max: %.2f mmMin: %.2f mmgraphics_support->OptimalDisplayFromVectors(horizontal_2_p_vector_size, &horizontal_2_p_index_vector[0], &horizontal_2_p_data_vector[0],&xmin,&ymin,&xmax,&ymax,&majortickx,&majorticky,&number_of_sub_ticks_x,&number_of_sub_ticks_y); this->graphics_support->GetGraphSVG(&temp_string_1,(char *) this->Name(),horizontal_2_p_vector_size,&horizontal_2_p_index_vector[0],&horizontal_2_p_data_vector[0], 560, 350,xmin,ymin,xmax,ymax,majortickx,majorticky,number_of_sub_ticks_x,number_of_sub_ticks_y, True,True); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 520px;\""); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 1085px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_select_waveform_points_5\" size=\"14\" onchange='this.form.submit()'"); for (i=0;i%.2f | %.2ft =t =t =y=y=y=Max: %.2f mmMin: %.2f mmgraphics_support->OptimalDisplayFromVectors(primary_1_n_vector_size, &primary_1_n_index_vector[0], &primary_1_n_data_vector[0],&xmin,&ymin,&xmax,&ymax,&majortickx,&majorticky,&number_of_sub_ticks_x,&number_of_sub_ticks_y); this->graphics_support->GetGraphSVG(&temp_string_1,(char *) this->Name(),primary_1_n_vector_size,&primary_1_n_index_vector[0],&primary_1_n_data_vector[0], 560, 350,xmin,ymin,xmax,ymax,majortickx,majorticky,number_of_sub_ticks_x,number_of_sub_ticks_y, True,True); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 520px;\""); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 1085px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_select_waveform_points_6\" size=\"14\" onchange='this.form.submit()'"); for (i=0;i%.2f | %.2ft =t =t =y=y=y=Max: %.2f AMin: %.2f Agraphics_support->OptimalDisplayFromVectors(vertical_1_n_vector_size, &vertical_1_n_index_vector[0], &vertical_1_n_data_vector[0],&xmin,&ymin,&xmax,&ymax,&majortickx,&majorticky,&number_of_sub_ticks_x,&number_of_sub_ticks_y); this->graphics_support->GetGraphSVG(&temp_string_1,(char *) this->Name(),vertical_1_n_vector_size,&vertical_1_n_index_vector[0],&vertical_1_n_data_vector[0], 560, 350,xmin,ymin,xmax,ymax,majortickx,majorticky,number_of_sub_ticks_x,number_of_sub_ticks_y, True,True); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 520px;\""); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 1085px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_select_waveform_points_7\" size=\"14\" onchange='this.form.submit()'"); for (i=0;i%.2f | %.2ft =t =t =y=y=y=Max: %.2f AMin: %.2f Agraphics_support->OptimalDisplayFromVectors(horizontal_1_n_vector_size, &horizontal_1_n_index_vector[0], &horizontal_1_n_data_vector[0],&xmin,&ymin,&xmax,&ymax,&majortickx,&majorticky,&number_of_sub_ticks_x,&number_of_sub_ticks_y); this->graphics_support->GetGraphSVG(&temp_string_1,(char *) this->Name(),horizontal_1_n_vector_size,&horizontal_1_n_index_vector[0],&horizontal_1_n_data_vector[0], 560, 350,xmin,ymin,xmax,ymax,majortickx,majorticky,number_of_sub_ticks_x,number_of_sub_ticks_y, True,True); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 520px;\""); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 1085px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_select_waveform_points_8\" size=\"14\" onchange='this.form.submit()'"); for (i=0;i%.2f | %.2ft =t =t =y=y=y=Max: %.2f AMin: %.2f Agraphics_support->OptimalDisplayFromVectors(primary_2_n_vector_size, &primary_2_n_index_vector[0], &primary_2_n_data_vector[0],&xmin,&ymin,&xmax,&ymax,&majortickx,&majorticky,&number_of_sub_ticks_x,&number_of_sub_ticks_y); this->graphics_support->GetGraphSVG(&temp_string_1,(char *) this->Name(),primary_2_n_vector_size,&primary_2_n_index_vector[0],&primary_2_n_data_vector[0], 560, 350,xmin,ymin,xmax,ymax,majortickx,majorticky,number_of_sub_ticks_x,number_of_sub_ticks_y, True,True); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 520px;\""); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 1085px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_select_waveform_points_9\" size=\"14\" onchange='this.form.submit()'"); for (i=0;i%.2f | %.2ft =t =t =y=y=y=Max: %.2f AMin: %.2f Agraphics_support->OptimalDisplayFromVectors(vertical_2_n_vector_size, &vertical_2_n_index_vector[0], &vertical_2_n_data_vector[0],&xmin,&ymin,&xmax,&ymax,&majortickx,&majorticky,&number_of_sub_ticks_x,&number_of_sub_ticks_y); this->graphics_support->GetGraphSVG(&temp_string_1,(char *) this->Name(),vertical_2_n_vector_size,&vertical_2_n_index_vector[0],&vertical_2_n_data_vector[0], 560, 350,xmin,ymin,xmax,ymax,majortickx,majorticky,number_of_sub_ticks_x,number_of_sub_ticks_y, True,True); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 520px;\""); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 1085px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_select_waveform_points_10\" size=\"14\" onchange='this.form.submit()'"); for (i=0;i%.2f | %.2ft =t =t =y=y=y=Max: %.2f mmMin: %.2f mmgraphics_support->OptimalDisplayFromVectors(horizontal_2_n_vector_size, &horizontal_2_n_index_vector[0], &horizontal_2_n_data_vector[0],&xmin,&ymin,&xmax,&ymax,&majortickx,&majorticky,&number_of_sub_ticks_x,&number_of_sub_ticks_y); this->graphics_support->GetGraphSVG(&temp_string_1,(char *) this->Name(),horizontal_2_n_vector_size,&horizontal_2_n_index_vector[0],&horizontal_2_n_data_vector[0], 560, 350,xmin,ymin,xmax,ymax,majortickx,majorticky,number_of_sub_ticks_x,number_of_sub_ticks_y, True,True); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 520px;\""); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 562px; left: 1085px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_select_waveform_points_11\" size=\"14\" onchange='this.form.submit()'"); for (i=0;i%.2f | %.2ft =t =t =y=y=y=Max: %.2f mmMin: %.2f mm document.getElementById(\"form_insert_point_x_%d\").focus(); document.getElementById(\"form_insert_point_y_%d\").focus(); Name()); } else { hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_load_directory_select\" onchange='this.form.submit()'"); while((entry = readdir(temp_directory))) { dummy_fstring = entry->d_name; if ( !strcmp("..",dummy_fstring.Buffer()) ){ if(!strcmp(selected_load_directory.Buffer(),dummy_fstring.Buffer())) hmStream.SSPrintf(HtmlTagStreamMode, "option selected=\"selected\" value=%s>%sd_name,"Root DIR"); else hmStream.SSPrintf(HtmlTagStreamMode, "option value=%s>%sd_name,"Root DIR"); } else if ( !strcmp(".",dummy_fstring.Buffer()) ){ if(!strcmp(selected_load_directory.Buffer(),dummy_fstring.Buffer())) hmStream.SSPrintf(HtmlTagStreamMode, "option selected=\"selected\" value=%s>%sd_name,"Standart DIR"); else hmStream.SSPrintf(HtmlTagStreamMode, "option value=%s>%sd_name,"Standart DIR"); } else if (entry->d_type == DT_DIR){ if(!strcmp(selected_load_directory.Buffer(),dummy_fstring.Buffer())) hmStream.SSPrintf(HtmlTagStreamMode, "option selected=\"selected\" value=%s>%sd_name,entry->d_name); else hmStream.SSPrintf(HtmlTagStreamMode, "option value=%s>%sd_name,entry->d_name); } } hmStream.SSPrintf(HtmlTagStreamMode, "/select"); closedir(temp_directory); dummy_fstring = config_files_directory.Buffer() ; dummy_fstring += selected_load_directory.Buffer(); dummy_fstring += "/"; temp_directory = opendir(dummy_fstring.Buffer()); if (temp_directory == NULL) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator:: %s could not open this directory = %s",this->Name(),dummy_fstring.Buffer()); } else { hmStream.SSPrintf(HtmlTagStreamMode, "select NAME=\"form_load_file_name\" onchange='this.form.submit()'"); while((entry = readdir(temp_directory))) { dummy_fstring = entry->d_name; FString token; if (dummy_fstring.GetStringToken(token, ".cfg")){ if ((dummy_fstring.Size() - token.Size()) == 4 && entry->d_type != DT_DIR){ if(!strcmp(selected_load_file.Buffer(),dummy_fstring.Buffer())) hmStream.SSPrintf(HtmlTagStreamMode, "option selected=\"selected\" value=%s>%sd_name,entry->d_name); else hmStream.SSPrintf(HtmlTagStreamMode, "option value=%s>%sd_name,entry->d_name); } } } hmStream.SSPrintf(HtmlTagStreamMode, "/select"); closedir(temp_directory); } } hmStream.SSPrintf(HtmlTagStreamMode, "/div"); if (!edit_control && !edit_weights && !edit_timewindows){ hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 917px; left: 420px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "input type=\"submit\" name=\"form_save_file_as\" value=\"Save as...\""); if (save_as_bool){ hmStream.SSPrintf(HtmlTagStreamMode, "input type=\"text\" size=\"20\" maxlength=\"40\" name=\"form_save_filename\" value=\"%s\"",save_filename.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "input type=\"submit\" name=\"form_save_file\" value=\"Save\""); } hmStream.SSPrintf(HtmlTagStreamMode, "/div"); hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 917px; left: 850px;\""); hmStream.SSPrintf(HtmlTagStreamMode, "input type=\"submit\" name=\"form_save_file_and_send\" value=\"Save on default filename and Commit\""); hmStream.SSPrintf(HtmlTagStreamMode, "/div"); } else { hmStream.SSPrintf(HtmlTagStreamMode, "div style=\"position: absolute; top: 920px; left: 620px;\">Save and commit options only available after all parameters saved!graphics_support->HeaderSVG(&temp_string_1,(char *) OBJECTNAME, 90, 500, 0,422,87,(char *) HEADERIMAGELINK,10,52, (char *) this->Name(),(char *) header_colour.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); //Design the Footer with the GAM description // this->graphics_support->FooterSVG(&temp_string_1, 133, 0, 0, 283, 133,(char *) FOOTERIMAGELINK, 6, 100, 200,(char *) OBJECTNAME,(char *) VERSION,(char *) LASTDATE,(char *) AUTHOR,(char *) DESCRIPTION); // hmStream.SSPrintf(HtmlTagStreamMode, temp_string_1.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "svg width=\"100%\" height=\"%d\" style=\"background-color: %s;\">\n\ \n\ \n\ \n\

Diagnostics Settings

Controller Settings

Time Windows

 0) || (form_electric_radial_bool.Size() > 0) || (form_magnetic_radial_bool.Size() > 0) || (form_cosine_radial_bool.Size() > 0) || (form_hibd_radial_bool.Size() > 0) || (form_electric_vertical_bool.Size() > 0) || (form_tomography_vertical_bool.Size() > 0) || (form_magnetic_vertical_bool.Size() > 0) || (form_sine_vertical_bool.Size() > 0) || (form_hibd_vertical_bool.Size() > 0)){ if(form_tomography_radial_bool.Size() > 0) tomography_radial_bool = True; else tomography_radial_bool = False; if(form_electric_radial_bool.Size() > 0) electric_radial_bool = True; else electric_radial_bool = False; if(form_magnetic_radial_bool.Size() > 0) magnetic_radial_bool = True; else magnetic_radial_bool = False; if(form_cosine_radial_bool.Size() > 0) cosine_radial_bool = True; else cosine_radial_bool = False; if(form_hibd_radial_bool.Size() > 0) hibd_radial_bool = True; else hibd_radial_bool = False; if(form_electric_vertical_bool.Size() > 0) electric_vertical_bool = True; else electric_vertical_bool = False; if(form_tomography_vertical_bool.Size() > 0) tomography_vertical_bool = True; else tomography_vertical_bool = False; if(form_magnetic_vertical_bool.Size() > 0) magnetic_vertical_bool = True; else magnetic_vertical_bool = False; if(form_sine_vertical_bool.Size() > 0) sine_vertical_bool = True; else sine_vertical_bool = False; if(form_hibd_vertical_bool.Size() > 0) hibd_vertical_bool = True; else hibd_vertical_bool = False; } // textbox FString form_description; form_description.SetSize(0); if (hStream.Switch("InputCommands.form_description")){ hStream.Seek(0); hStream.GetToken(form_description, ""); hStream.Switch((uint32)0); } if(form_description.Size() > 0) Description = form_description.Buffer(); // edit/save buttons FString submit_save_weights; submit_save_weights.SetSize(0); if (hStream.Switch("InputCommands.submit_save_weights")){ hStream.Seek(0); hStream.GetToken(submit_save_weights, ""); hStream.Switch((uint32)0); } if(submit_save_weights.Size() > 0) edit_weights = False; FString submit_edit_weights; submit_edit_weights.SetSize(0); if (hStream.Switch("InputCommands.submit_edit_weights")){ hStream.Seek(0); hStream.GetToken(submit_edit_weights, ""); hStream.Switch((uint32)0); } if(submit_edit_weights.Size() > 0) edit_weights = True; // current threshold value FString form_high_current_threshold_value; form_high_current_threshold_value.SetSize(0); if (hStream.Switch("InputCommands.form_high_current_threshold_value")){ hStream.Seek(0); hStream.GetToken(form_high_current_threshold_value, ""); hStream.Switch((uint32)0); } if(form_high_current_threshold_value.Size() > 0) if(atof(form_high_current_threshold_value.Buffer()) > 0 && atof(form_high_current_threshold_value.Buffer()) < Ip_max_threshold_value) high_current_threshold_value = atof(form_high_current_threshold_value.Buffer()); // weights FString form_tomography_radial_low_current_weight; form_tomography_radial_low_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_tomography_radial_low_current_weight")){ hStream.Seek(0); hStream.GetToken(form_tomography_radial_low_current_weight, ""); hStream.Switch((uint32)0); } if(form_tomography_radial_low_current_weight.Size() > 0) if(atof(form_tomography_radial_low_current_weight.Buffer()) > 0 && atof(form_tomography_radial_low_current_weight.Buffer()) < max_value) tomography_radial_low_current_weight = atof(form_tomography_radial_low_current_weight.Buffer()); FString form_tomography_radial_high_current_weight; form_tomography_radial_high_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_tomography_radial_high_current_weight")){ hStream.Seek(0); hStream.GetToken(form_tomography_radial_high_current_weight, ""); hStream.Switch((uint32)0); } if(form_tomography_radial_high_current_weight.Size() > 0) if(atof(form_tomography_radial_high_current_weight.Buffer()) > 0 && atof(form_tomography_radial_high_current_weight.Buffer()) < max_value) tomography_radial_high_current_weight = atof(form_tomography_radial_high_current_weight.Buffer()); FString form_electric_radial_low_current_weight; form_electric_radial_low_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_electric_radial_low_current_weight")){ hStream.Seek(0); hStream.GetToken(form_electric_radial_low_current_weight, ""); hStream.Switch((uint32)0); } if(form_electric_radial_low_current_weight.Size() > 0) if(atof(form_electric_radial_low_current_weight.Buffer()) > 0 && atof(form_electric_radial_low_current_weight.Buffer()) < max_value) electric_radial_low_current_weight = atof(form_electric_radial_low_current_weight.Buffer()); FString form_electric_radial_high_current_weight; form_electric_radial_high_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_electric_radial_high_current_weight")){ hStream.Seek(0); hStream.GetToken(form_electric_radial_high_current_weight, ""); hStream.Switch((uint32)0); } if(form_electric_radial_high_current_weight.Size() > 0) if(atof(form_electric_radial_high_current_weight.Buffer()) > 0 && atof(form_electric_radial_high_current_weight.Buffer()) < max_value) electric_radial_high_current_weight = atof(form_electric_radial_high_current_weight.Buffer()); FString form_magnetic_radial_low_current_weight; form_magnetic_radial_low_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_radial_low_current_weight")){ hStream.Seek(0); hStream.GetToken(form_magnetic_radial_low_current_weight, ""); hStream.Switch((uint32)0); } if(form_magnetic_radial_low_current_weight.Size() > 0) if(atof(form_magnetic_radial_low_current_weight.Buffer()) > 0 && atof(form_magnetic_radial_low_current_weight.Buffer()) < max_value) magnetic_radial_low_current_weight = atof(form_magnetic_radial_low_current_weight.Buffer()); FString form_magnetic_radial_high_current_weight; form_magnetic_radial_high_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_radial_high_current_weight")){ hStream.Seek(0); hStream.GetToken(form_magnetic_radial_high_current_weight, ""); hStream.Switch((uint32)0); } if(form_magnetic_radial_high_current_weight.Size() > 0) if(atof(form_magnetic_radial_high_current_weight.Buffer()) > 0 && atof(form_magnetic_radial_high_current_weight.Buffer()) < max_value) magnetic_radial_high_current_weight = atof(form_magnetic_radial_high_current_weight.Buffer()); FString form_cosine_radial_low_current_weight; form_cosine_radial_low_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_cosine_radial_low_current_weight")){ hStream.Seek(0); hStream.GetToken(form_cosine_radial_low_current_weight, ""); hStream.Switch((uint32)0); } if(form_cosine_radial_low_current_weight.Size() > 0) if(atof(form_cosine_radial_low_current_weight.Buffer()) > 0 && atof(form_cosine_radial_low_current_weight.Buffer()) < max_value) cosine_radial_low_current_weight = atof(form_cosine_radial_low_current_weight.Buffer()); FString form_cosine_radial_high_current_weight; form_cosine_radial_high_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_cosine_radial_high_current_weight")){ hStream.Seek(0); hStream.GetToken(form_cosine_radial_high_current_weight, ""); hStream.Switch((uint32)0); } if(form_cosine_radial_high_current_weight.Size() > 0) if(atof(form_cosine_radial_high_current_weight.Buffer()) > 0 && atof(form_cosine_radial_high_current_weight.Buffer()) < max_value) cosine_radial_high_current_weight = atof(form_cosine_radial_high_current_weight.Buffer()); FString form_hibd_radial_low_current_weight; form_hibd_radial_low_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_hibd_radial_low_current_weight")){ hStream.Seek(0); hStream.GetToken(form_hibd_radial_low_current_weight, ""); hStream.Switch((uint32)0); } if(form_hibd_radial_low_current_weight.Size() > 0) if(atof(form_hibd_radial_low_current_weight.Buffer()) > 0 && atof(form_hibd_radial_low_current_weight.Buffer()) < max_value) hibd_radial_low_current_weight = atof(form_hibd_radial_low_current_weight.Buffer()); FString form_hibd_radial_high_current_weight; form_hibd_radial_high_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_hibd_radial_high_current_weight")){ hStream.Seek(0); hStream.GetToken(form_hibd_radial_high_current_weight, ""); hStream.Switch((uint32)0); } if(form_hibd_radial_high_current_weight.Size() > 0) if(atof(form_hibd_radial_high_current_weight.Buffer()) > 0 && atof(form_hibd_radial_high_current_weight.Buffer()) < max_value) hibd_radial_high_current_weight = atof(form_hibd_radial_high_current_weight.Buffer()); FString form_tomography_vertical_low_current_weight; form_tomography_vertical_low_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_tomography_vertical_low_current_weight")){ hStream.Seek(0); hStream.GetToken(form_tomography_vertical_low_current_weight, ""); hStream.Switch((uint32)0); } if(form_tomography_vertical_low_current_weight.Size() > 0) if(atof(form_tomography_vertical_low_current_weight.Buffer()) > 0 && atof(form_tomography_vertical_low_current_weight.Buffer()) < max_value) tomography_vertical_low_current_weight = atof(form_tomography_vertical_low_current_weight.Buffer()); FString form_tomography_vertical_high_current_weight; form_tomography_vertical_high_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_tomography_vertical_high_current_weight")){ hStream.Seek(0); hStream.GetToken(form_tomography_vertical_high_current_weight, ""); hStream.Switch((uint32)0); } if(form_tomography_vertical_high_current_weight.Size() > 0) if(atof(form_tomography_vertical_high_current_weight.Buffer()) > 0 && atof(form_tomography_vertical_high_current_weight.Buffer()) < max_value) tomography_vertical_high_current_weight = atof(form_tomography_vertical_high_current_weight.Buffer()); FString form_electric_vertical_low_current_weight; form_electric_vertical_low_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_electric_vertical_low_current_weight")){ hStream.Seek(0); hStream.GetToken(form_electric_vertical_low_current_weight, ""); hStream.Switch((uint32)0); } if(form_electric_vertical_low_current_weight.Size() > 0) if(atof(form_electric_vertical_low_current_weight.Buffer()) > 0 && atof(form_electric_vertical_low_current_weight.Buffer()) < max_value) electric_vertical_low_current_weight = atof(form_electric_vertical_low_current_weight.Buffer()); FString form_electric_vertical_high_current_weight; form_electric_vertical_high_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_electric_vertical_high_current_weight")){ hStream.Seek(0); hStream.GetToken(form_electric_vertical_high_current_weight, ""); hStream.Switch((uint32)0); } if(form_electric_vertical_high_current_weight.Size() > 0) if(atof(form_electric_vertical_high_current_weight.Buffer()) > 0 && atof(form_electric_vertical_high_current_weight.Buffer()) < max_value) electric_vertical_high_current_weight = atof(form_electric_vertical_high_current_weight.Buffer()); FString form_magnetic_vertical_low_current_weight; form_magnetic_vertical_low_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_vertical_low_current_weight")){ hStream.Seek(0); hStream.GetToken(form_magnetic_vertical_low_current_weight, ""); hStream.Switch((uint32)0); } if(form_magnetic_vertical_low_current_weight.Size() > 0) if(atof(form_magnetic_vertical_low_current_weight.Buffer()) > 0 && atof(form_magnetic_vertical_low_current_weight.Buffer()) < max_value) magnetic_vertical_low_current_weight = atof(form_magnetic_vertical_low_current_weight.Buffer()); FString form_magnetic_vertical_high_current_weight; form_magnetic_vertical_high_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_vertical_high_current_weight")){ hStream.Seek(0); hStream.GetToken(form_magnetic_vertical_high_current_weight, ""); hStream.Switch((uint32)0); } if(form_magnetic_vertical_high_current_weight.Size() > 0) if(atof(form_magnetic_vertical_high_current_weight.Buffer()) > 0 && atof(form_magnetic_vertical_high_current_weight.Buffer()) < max_value) magnetic_vertical_high_current_weight = atof(form_magnetic_vertical_high_current_weight.Buffer()); FString form_sine_vertical_low_current_weight; form_sine_vertical_low_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_sine_vertical_low_current_weight")){ hStream.Seek(0); hStream.GetToken(form_sine_vertical_low_current_weight, ""); hStream.Switch((uint32)0); } if(form_sine_vertical_low_current_weight.Size() > 0) if(atof(form_sine_vertical_low_current_weight.Buffer()) > 0 && atof(form_sine_vertical_low_current_weight.Buffer()) < max_value) sine_vertical_low_current_weight = atof(form_sine_vertical_low_current_weight.Buffer()); FString form_sine_vertical_high_current_weight; form_sine_vertical_high_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_sine_vertical_high_current_weight")){ hStream.Seek(0); hStream.GetToken(form_sine_vertical_high_current_weight, ""); hStream.Switch((uint32)0); } if(form_sine_vertical_high_current_weight.Size() > 0) if(atof(form_sine_vertical_high_current_weight.Buffer()) > 0 && atof(form_sine_vertical_high_current_weight.Buffer()) < max_value) sine_vertical_high_current_weight = atof(form_sine_vertical_high_current_weight.Buffer()); FString form_hibd_vertical_low_current_weight; form_hibd_vertical_low_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_hibd_vertical_low_current_weight")){ hStream.Seek(0); hStream.GetToken(form_hibd_vertical_low_current_weight, ""); hStream.Switch((uint32)0); } if(form_hibd_vertical_low_current_weight.Size() > 0) if(atof(form_hibd_vertical_low_current_weight.Buffer()) > 0 && atof(form_hibd_vertical_low_current_weight.Buffer()) < max_value) hibd_vertical_low_current_weight = atof(form_hibd_vertical_low_current_weight.Buffer()); FString form_hibd_vertical_high_current_weight; form_hibd_vertical_high_current_weight.SetSize(0); if (hStream.Switch("InputCommands.form_hibd_vertical_high_current_weight")){ hStream.Seek(0); hStream.GetToken(form_hibd_vertical_high_current_weight, ""); hStream.Switch((uint32)0); } if(form_hibd_vertical_high_current_weight.Size() > 0) if(atof(form_hibd_vertical_high_current_weight.Buffer()) > 0 && atof(form_hibd_vertical_high_current_weight.Buffer()) < max_value) hibd_vertical_high_current_weight = atof(form_hibd_vertical_high_current_weight.Buffer()); // Control // edit/save buttons FString submit_save_control; submit_save_control.SetSize(0); if (hStream.Switch("InputCommands.submit_save_control")){ hStream.Seek(0); hStream.GetToken(submit_save_control, ""); hStream.Switch((uint32)0); } if(submit_save_control.Size() > 0) edit_control = False; FString submit_edit_control; submit_edit_control.SetSize(0); if (hStream.Switch("InputCommands.submit_edit_control")){ hStream.Seek(0); hStream.GetToken(submit_edit_control, ""); hStream.Switch((uint32)0); } if(submit_edit_control.Size() > 0) edit_control = True; // control checkboxs FString form_magnetic_probe_bool_0; form_magnetic_probe_bool_0.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_0")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_0, ""); hStream.Switch((uint32)0); } FString form_magnetic_probe_bool_1; form_magnetic_probe_bool_1.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_1")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_1, ""); hStream.Switch((uint32)0); } FString form_magnetic_probe_bool_2; form_magnetic_probe_bool_2.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_2")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_2, ""); hStream.Switch((uint32)0); } FString form_magnetic_probe_bool_3; form_magnetic_probe_bool_3.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_3")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_3, ""); hStream.Switch((uint32)0); } FString form_magnetic_probe_bool_4; form_magnetic_probe_bool_4.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_4")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_4, ""); hStream.Switch((uint32)0); } FString form_magnetic_probe_bool_5; form_magnetic_probe_bool_5.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_5")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_5, ""); hStream.Switch((uint32)0); } FString form_magnetic_probe_bool_6; form_magnetic_probe_bool_6.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_6")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_6, ""); hStream.Switch((uint32)0); } FString form_magnetic_probe_bool_7; form_magnetic_probe_bool_7.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_7")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_7, ""); hStream.Switch((uint32)0); } FString form_magnetic_probe_bool_8; form_magnetic_probe_bool_8.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_8")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_8, ""); hStream.Switch((uint32)0); } FString form_magnetic_probe_bool_9; form_magnetic_probe_bool_9.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_9")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_9, ""); hStream.Switch((uint32)0); } FString form_magnetic_probe_bool_10; form_magnetic_probe_bool_10.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_10")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_10, ""); hStream.Switch((uint32)0); } FString form_magnetic_probe_bool_11; form_magnetic_probe_bool_11.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_probe_bool_11")){ hStream.Seek(0); hStream.GetToken(form_magnetic_probe_bool_11, ""); hStream.Switch((uint32)0); } FString form_interferometry_radial_control_bool; form_interferometry_radial_control_bool.SetSize(0); if (hStream.Switch("InputCommands.form_interferometry_radial_control_bool")){ hStream.Seek(0); hStream.GetToken(form_interferometry_radial_control_bool, ""); hStream.Switch((uint32)0); } if ( form_magnetic_probe_bool_11.Size() > 0 || form_magnetic_probe_bool_10.Size() > 0 || form_magnetic_probe_bool_9.Size() > 0 || form_magnetic_probe_bool_8.Size() > 0 || form_magnetic_probe_bool_7.Size() > 0 || form_magnetic_probe_bool_6.Size() > 0 || form_magnetic_probe_bool_5.Size() > 0 || form_magnetic_probe_bool_4.Size() > 0 || form_magnetic_probe_bool_3.Size() > 0 || form_magnetic_probe_bool_2.Size() > 0 || form_magnetic_probe_bool_1.Size() > 0 || form_magnetic_probe_bool_0.Size() > 0 ){ if(form_magnetic_probe_bool_0.Size() > 0) magnetic_probes_bool_vector[0] = True; else magnetic_probes_bool_vector[0] = False; if(form_magnetic_probe_bool_1.Size() > 0) magnetic_probes_bool_vector[1] = True; else magnetic_probes_bool_vector[1] = False; if(form_magnetic_probe_bool_2.Size() > 0) magnetic_probes_bool_vector[2] = True; else magnetic_probes_bool_vector[2] = False; if(form_magnetic_probe_bool_3.Size() > 0) magnetic_probes_bool_vector[3] = True; else magnetic_probes_bool_vector[3] = False; if(form_magnetic_probe_bool_4.Size() > 0) magnetic_probes_bool_vector[4] = True; else magnetic_probes_bool_vector[4] = False; if(form_magnetic_probe_bool_5.Size() > 0) magnetic_probes_bool_vector[5] = True; else magnetic_probes_bool_vector[5] = False; if(form_magnetic_probe_bool_6.Size() > 0) magnetic_probes_bool_vector[6] = True; else magnetic_probes_bool_vector[6] = False; if(form_magnetic_probe_bool_7.Size() > 0) magnetic_probes_bool_vector[7] = True; else magnetic_probes_bool_vector[7] = False; if(form_magnetic_probe_bool_8.Size() > 0) magnetic_probes_bool_vector[8] = True; else magnetic_probes_bool_vector[8] = False; if(form_magnetic_probe_bool_9.Size() > 0) magnetic_probes_bool_vector[9] = True; else magnetic_probes_bool_vector[9] = False; if(form_magnetic_probe_bool_10.Size() > 0) magnetic_probes_bool_vector[10] = True; else magnetic_probes_bool_vector[10] = False; if(form_magnetic_probe_bool_11.Size() > 0) magnetic_probes_bool_vector[11] = True; else magnetic_probes_bool_vector[11] = False; if(form_interferometry_radial_control_bool.Size() > 0) interferometry_radial_control_bool = True; else interferometry_radial_control_bool = False; int counter = 0; for (i=0; i 0) if(atof(form_PID_primary_proportional_soft.Buffer()) >= 0 && atof(form_PID_primary_proportional_soft.Buffer()) < max_value) PID_primary_proportional_soft = atof(form_PID_primary_proportional_soft.Buffer()); FString form_PID_primary_integral_soft; form_PID_primary_integral_soft.SetSize(0); if (hStream.Switch("InputCommands.form_PID_primary_integral_soft")){ hStream.Seek(0); hStream.GetToken(form_PID_primary_integral_soft, ""); hStream.Switch((uint32)0); } if(form_PID_primary_integral_soft.Size() > 0) if(atof(form_PID_primary_integral_soft.Buffer()) >= 0 && atof(form_PID_primary_integral_soft.Buffer()) < max_value) PID_primary_integral_soft = atof(form_PID_primary_integral_soft.Buffer()); FString form_PID_primary_derivative_soft; form_PID_primary_derivative_soft.SetSize(0); if (hStream.Switch("InputCommands.form_PID_primary_derivative_soft")){ hStream.Seek(0); hStream.GetToken(form_PID_primary_derivative_soft, ""); hStream.Switch((uint32)0); } if(form_PID_primary_derivative_soft.Size() > 0) if(atof(form_PID_primary_derivative_soft.Buffer()) >= 0 && atof(form_PID_primary_derivative_soft.Buffer()) < max_value) PID_primary_derivative_soft = atof(form_PID_primary_derivative_soft.Buffer()); FString form_PID_primary_proportional_normal; form_PID_primary_proportional_normal.SetSize(0); if (hStream.Switch("InputCommands.form_PID_primary_proportional_normal")){ hStream.Seek(0); hStream.GetToken(form_PID_primary_proportional_normal, ""); hStream.Switch((uint32)0); } if(form_PID_primary_proportional_normal.Size() > 0) if(atof(form_PID_primary_proportional_normal.Buffer()) >= 0 && atof(form_PID_primary_proportional_normal.Buffer()) < max_value) PID_primary_proportional_normal = atof(form_PID_primary_proportional_normal.Buffer()); FString form_PID_primary_integral_normal; form_PID_primary_integral_normal.SetSize(0); if (hStream.Switch("InputCommands.form_PID_primary_integral_normal")){ hStream.Seek(0); hStream.GetToken(form_PID_primary_integral_normal, ""); hStream.Switch((uint32)0); } if(form_PID_primary_integral_normal.Size() > 0) if(atof(form_PID_primary_integral_normal.Buffer()) >= 0 && atof(form_PID_primary_integral_normal.Buffer()) < max_value) PID_primary_integral_normal = atof(form_PID_primary_integral_normal.Buffer()); FString form_PID_primary_derivative_normal; form_PID_primary_derivative_normal.SetSize(0); if (hStream.Switch("InputCommands.form_PID_primary_derivative_normal")){ hStream.Seek(0); hStream.GetToken(form_PID_primary_derivative_normal, ""); hStream.Switch((uint32)0); } if(form_PID_primary_derivative_normal.Size() > 0) if(atof(form_PID_primary_derivative_normal.Buffer()) >= 0 && atof(form_PID_primary_derivative_normal.Buffer()) < max_value) PID_primary_derivative_normal = atof(form_PID_primary_derivative_normal.Buffer()); FString form_PID_primary_proportional_hard; form_PID_primary_proportional_hard.SetSize(0); if (hStream.Switch("InputCommands.form_PID_primary_proportional_hard")){ hStream.Seek(0); hStream.GetToken(form_PID_primary_proportional_hard, ""); hStream.Switch((uint32)0); } if(form_PID_primary_proportional_hard.Size() > 0) if(atof(form_PID_primary_proportional_hard.Buffer()) >= 0 && atof(form_PID_primary_proportional_hard.Buffer()) < max_value) PID_primary_proportional_hard = atof(form_PID_primary_proportional_hard.Buffer()); FString form_PID_primary_integral_hard; form_PID_primary_integral_hard.SetSize(0); if (hStream.Switch("InputCommands.form_PID_primary_integral_hard")){ hStream.Seek(0); hStream.GetToken(form_PID_primary_integral_hard, ""); hStream.Switch((uint32)0); } if(form_PID_primary_integral_hard.Size() > 0) if(atof(form_PID_primary_integral_hard.Buffer()) >= 0 && atof(form_PID_primary_integral_hard.Buffer()) < max_value) PID_primary_integral_hard = atof(form_PID_primary_integral_hard.Buffer()); FString form_PID_primary_derivative_hard; form_PID_primary_derivative_hard.SetSize(0); if (hStream.Switch("InputCommands.form_PID_primary_derivative_hard")){ hStream.Seek(0); hStream.GetToken(form_PID_primary_derivative_hard, ""); hStream.Switch((uint32)0); } if(form_PID_primary_derivative_hard.Size() > 0) if(atof(form_PID_primary_derivative_hard.Buffer()) >= 0 && atof(form_PID_primary_derivative_hard.Buffer()) < max_value) PID_primary_derivative_hard = atof(form_PID_primary_derivative_hard.Buffer()); FString form_PID_horizontal_proportional_soft; form_PID_horizontal_proportional_soft.SetSize(0); if (hStream.Switch("InputCommands.form_PID_horizontal_proportional_soft")){ hStream.Seek(0); hStream.GetToken(form_PID_horizontal_proportional_soft, ""); hStream.Switch((uint32)0); } if(form_PID_horizontal_proportional_soft.Size() > 0) if(atof(form_PID_horizontal_proportional_soft.Buffer()) >= 0 && atof(form_PID_horizontal_proportional_soft.Buffer()) < max_value) PID_horizontal_proportional_soft = atof(form_PID_horizontal_proportional_soft.Buffer()); FString form_PID_horizontal_integral_soft; form_PID_horizontal_integral_soft.SetSize(0); if (hStream.Switch("InputCommands.form_PID_horizontal_integral_soft")){ hStream.Seek(0); hStream.GetToken(form_PID_horizontal_integral_soft, ""); hStream.Switch((uint32)0); } if(form_PID_horizontal_integral_soft.Size() > 0) if(atof(form_PID_horizontal_integral_soft.Buffer()) >= 0 && atof(form_PID_horizontal_integral_soft.Buffer()) < max_value) PID_horizontal_integral_soft = atof(form_PID_horizontal_integral_soft.Buffer()); FString form_PID_horizontal_derivative_soft; form_PID_horizontal_derivative_soft.SetSize(0); if (hStream.Switch("InputCommands.form_PID_horizontal_derivative_soft")){ hStream.Seek(0); hStream.GetToken(form_PID_horizontal_derivative_soft, ""); hStream.Switch((uint32)0); } if(form_PID_horizontal_derivative_soft.Size() > 0) if(atof(form_PID_horizontal_derivative_soft.Buffer()) >= 0 && atof(form_PID_horizontal_derivative_soft.Buffer()) < max_value) PID_horizontal_derivative_soft = atof(form_PID_horizontal_derivative_soft.Buffer()); FString form_PID_horizontal_proportional_normal; form_PID_horizontal_proportional_normal.SetSize(0); if (hStream.Switch("InputCommands.form_PID_horizontal_proportional_normal")){ hStream.Seek(0); hStream.GetToken(form_PID_horizontal_proportional_normal, ""); hStream.Switch((uint32)0); } if(form_PID_horizontal_proportional_normal.Size() > 0) if(atof(form_PID_horizontal_proportional_normal.Buffer()) >= 0 && atof(form_PID_horizontal_proportional_normal.Buffer()) < max_value) PID_horizontal_proportional_normal = atof(form_PID_horizontal_proportional_normal.Buffer()); FString form_PID_horizontal_integral_normal; form_PID_horizontal_integral_normal.SetSize(0); if (hStream.Switch("InputCommands.form_PID_horizontal_integral_normal")){ hStream.Seek(0); hStream.GetToken(form_PID_horizontal_integral_normal, ""); hStream.Switch((uint32)0); } if(form_PID_horizontal_integral_normal.Size() > 0) if(atof(form_PID_horizontal_integral_normal.Buffer()) >= 0 && atof(form_PID_horizontal_integral_normal.Buffer()) < max_value) PID_horizontal_integral_normal = atof(form_PID_horizontal_integral_normal.Buffer()); FString form_PID_horizontal_derivative_normal; form_PID_horizontal_derivative_normal.SetSize(0); if (hStream.Switch("InputCommands.form_PID_horizontal_derivative_normal")){ hStream.Seek(0); hStream.GetToken(form_PID_horizontal_derivative_normal, ""); hStream.Switch((uint32)0); } if(form_PID_horizontal_derivative_normal.Size() > 0) if(atof(form_PID_horizontal_derivative_normal.Buffer()) >= 0 && atof(form_PID_horizontal_derivative_normal.Buffer()) < max_value) PID_horizontal_derivative_normal = atof(form_PID_horizontal_derivative_normal.Buffer()); FString form_PID_horizontal_proportional_hard; form_PID_horizontal_proportional_hard.SetSize(0); if (hStream.Switch("InputCommands.form_PID_horizontal_proportional_hard")){ hStream.Seek(0); hStream.GetToken(form_PID_horizontal_proportional_hard, ""); hStream.Switch((uint32)0); } if(form_PID_horizontal_proportional_hard.Size() > 0) if(atof(form_PID_horizontal_proportional_hard.Buffer()) >= 0 && atof(form_PID_horizontal_proportional_hard.Buffer()) < max_value) PID_horizontal_proportional_hard = atof(form_PID_horizontal_proportional_hard.Buffer()); FString form_PID_horizontal_integral_hard; form_PID_horizontal_integral_hard.SetSize(0); if (hStream.Switch("InputCommands.form_PID_horizontal_integral_hard")){ hStream.Seek(0); hStream.GetToken(form_PID_horizontal_integral_hard, ""); hStream.Switch((uint32)0); } if(form_PID_horizontal_integral_hard.Size() > 0) if(atof(form_PID_horizontal_integral_hard.Buffer()) >= 0 && atof(form_PID_horizontal_integral_hard.Buffer()) < max_value) PID_horizontal_integral_hard = atof(form_PID_horizontal_integral_hard.Buffer()); FString form_PID_horizontal_derivative_hard; form_PID_horizontal_derivative_hard.SetSize(0); if (hStream.Switch("InputCommands.form_PID_horizontal_derivative_hard")){ hStream.Seek(0); hStream.GetToken(form_PID_horizontal_derivative_hard, ""); hStream.Switch((uint32)0); } if(form_PID_horizontal_derivative_hard.Size() > 0) if(atof(form_PID_horizontal_derivative_hard.Buffer()) >= 0 && atof(form_PID_horizontal_derivative_hard.Buffer()) < max_value) PID_horizontal_derivative_hard = atof(form_PID_horizontal_derivative_hard.Buffer()); FString form_PID_vertical_proportional_soft; form_PID_vertical_proportional_soft.SetSize(0); if (hStream.Switch("InputCommands.form_PID_vertical_proportional_soft")){ hStream.Seek(0); hStream.GetToken(form_PID_vertical_proportional_soft, ""); hStream.Switch((uint32)0); } if(form_PID_vertical_proportional_soft.Size() > 0) if(atof(form_PID_vertical_proportional_soft.Buffer()) >= 0 && atof(form_PID_vertical_proportional_soft.Buffer()) < max_value) PID_vertical_proportional_soft = atof(form_PID_vertical_proportional_soft.Buffer()); FString form_PID_vertical_integral_soft; form_PID_vertical_integral_soft.SetSize(0); if (hStream.Switch("InputCommands.form_PID_vertical_integral_soft")){ hStream.Seek(0); hStream.GetToken(form_PID_vertical_integral_soft, ""); hStream.Switch((uint32)0); } if(form_PID_vertical_integral_soft.Size() > 0) if(atof(form_PID_vertical_integral_soft.Buffer()) >= 0 && atof(form_PID_vertical_integral_soft.Buffer()) < max_value) PID_vertical_integral_soft = atof(form_PID_vertical_integral_soft.Buffer()); FString form_PID_vertical_derivative_soft; form_PID_vertical_derivative_soft.SetSize(0); if (hStream.Switch("InputCommands.form_PID_vertical_derivative_soft")){ hStream.Seek(0); hStream.GetToken(form_PID_vertical_derivative_soft, ""); hStream.Switch((uint32)0); } if(form_PID_vertical_derivative_soft.Size() > 0) if(atof(form_PID_vertical_derivative_soft.Buffer()) >= 0 && atof(form_PID_vertical_derivative_soft.Buffer()) < max_value) PID_vertical_derivative_soft = atof(form_PID_vertical_derivative_soft.Buffer()); FString form_PID_vertical_proportional_normal; form_PID_vertical_proportional_normal.SetSize(0); if (hStream.Switch("InputCommands.form_PID_vertical_proportional_normal")){ hStream.Seek(0); hStream.GetToken(form_PID_vertical_proportional_normal, ""); hStream.Switch((uint32)0); } if(form_PID_vertical_proportional_normal.Size() > 0) if(atof(form_PID_vertical_proportional_normal.Buffer()) >= 0 && atof(form_PID_vertical_proportional_normal.Buffer()) < max_value) PID_vertical_proportional_normal = atof(form_PID_vertical_proportional_normal.Buffer()); FString form_PID_vertical_integral_normal; form_PID_vertical_integral_normal.SetSize(0); if (hStream.Switch("InputCommands.form_PID_vertical_integral_normal")){ hStream.Seek(0); hStream.GetToken(form_PID_vertical_integral_normal, ""); hStream.Switch((uint32)0); } if(form_PID_vertical_integral_normal.Size() > 0) if(atof(form_PID_vertical_integral_normal.Buffer()) >= 0 && atof(form_PID_vertical_integral_normal.Buffer()) < max_value) PID_vertical_integral_normal = atof(form_PID_vertical_integral_normal.Buffer()); FString form_PID_vertical_derivative_normal; form_PID_vertical_derivative_normal.SetSize(0); if (hStream.Switch("InputCommands.form_PID_vertical_derivative_normal")){ hStream.Seek(0); hStream.GetToken(form_PID_vertical_derivative_normal, ""); hStream.Switch((uint32)0); } if(form_PID_vertical_derivative_normal.Size() > 0) if(atof(form_PID_vertical_derivative_normal.Buffer()) >= 0 && atof(form_PID_vertical_derivative_normal.Buffer()) < max_value) PID_vertical_derivative_normal = atof(form_PID_vertical_derivative_normal.Buffer()); FString form_PID_vertical_proportional_hard; form_PID_vertical_proportional_hard.SetSize(0); if (hStream.Switch("InputCommands.form_PID_vertical_proportional_hard")){ hStream.Seek(0); hStream.GetToken(form_PID_vertical_proportional_hard, ""); hStream.Switch((uint32)0); } if(form_PID_vertical_proportional_hard.Size() > 0) if(atof(form_PID_vertical_proportional_hard.Buffer()) >= 0 && atof(form_PID_vertical_proportional_hard.Buffer()) < max_value) PID_vertical_proportional_hard = atof(form_PID_vertical_proportional_hard.Buffer()); FString form_PID_vertical_integral_hard; form_PID_vertical_integral_hard.SetSize(0); if (hStream.Switch("InputCommands.form_PID_vertical_integral_hard")){ hStream.Seek(0); hStream.GetToken(form_PID_vertical_integral_hard, ""); hStream.Switch((uint32)0); } if(form_PID_vertical_integral_hard.Size() > 0) if(atof(form_PID_vertical_integral_hard.Buffer()) >= 0 && atof(form_PID_vertical_integral_hard.Buffer()) < max_value) PID_vertical_integral_hard = atof(form_PID_vertical_integral_hard.Buffer()); FString form_PID_vertical_derivative_hard; form_PID_vertical_derivative_hard.SetSize(0); if (hStream.Switch("InputCommands.form_PID_vertical_derivative_hard")){ hStream.Seek(0); hStream.GetToken(form_PID_vertical_derivative_hard, ""); hStream.Switch((uint32)0); } if(form_PID_vertical_derivative_hard.Size() > 0) if(atof(form_PID_vertical_derivative_hard.Buffer()) >= 0 && atof(form_PID_vertical_derivative_hard.Buffer()) < max_value) PID_vertical_derivative_hard = atof(form_PID_vertical_derivative_hard.Buffer()); // MARTe Advanced control FString form_marte_usec_cycle_time; form_marte_usec_cycle_time.SetSize(0); if (hStream.Switch("InputCommands.form_marte_usec_cycle_time")){ hStream.Seek(0); hStream.GetToken(form_marte_usec_cycle_time, ""); hStream.Switch((uint32)0); } if(form_marte_usec_cycle_time.Size() > 0) if(atoi(form_marte_usec_cycle_time.Buffer()) > 0) marte_usec_cycle_time = atoi(form_marte_usec_cycle_time.Buffer()); FString form_usectime_to_wait_for_starting_operation; form_usectime_to_wait_for_starting_operation.SetSize(0); if (hStream.Switch("InputCommands.form_usectime_to_wait_for_starting_operation")){ hStream.Seek(0); hStream.GetToken(form_usectime_to_wait_for_starting_operation, ""); hStream.Switch((uint32)0); } if(form_usectime_to_wait_for_starting_operation.Size() > 0) if(atoi(form_usectime_to_wait_for_starting_operation.Buffer()) >= 0) usectime_to_wait_for_starting_operation = atoi(form_usectime_to_wait_for_starting_operation.Buffer()); // magnetic probes angles and calibration factors FString form_magnetic_Angles_0; form_magnetic_Angles_0.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_0")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_0, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_0.Size() > 0) if(atof(form_magnetic_Angles_0.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_0.Buffer()) < max_value) magnetic_Angles[0] = atof(form_magnetic_Angles_0.Buffer()); FString form_magnetic_Calibration_0; form_magnetic_Calibration_0.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_0")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_0, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_0.Size() > 0) if(atof(form_magnetic_Calibration_0.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_0.Buffer()) < max_value) magnetic_Calibration[0] = atof(form_magnetic_Calibration_0.Buffer()); FString form_magnetic_Angles_1; form_magnetic_Angles_1.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_1")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_1, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_1.Size() > 0) if(atof(form_magnetic_Angles_1.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_1.Buffer()) < max_value) magnetic_Angles[1] = atof(form_magnetic_Angles_1.Buffer()); FString form_magnetic_Calibration_1; form_magnetic_Calibration_1.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_1")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_1, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_1.Size() > 0) if(atof(form_magnetic_Calibration_1.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_1.Buffer()) < max_value) magnetic_Calibration[1] = atof(form_magnetic_Calibration_1.Buffer()); FString form_magnetic_Angles_2; form_magnetic_Angles_2.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_2")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_2, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_2.Size() > 0) if(atof(form_magnetic_Angles_2.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_2.Buffer()) < max_value) magnetic_Angles[2] = atof(form_magnetic_Angles_2.Buffer()); FString form_magnetic_Calibration_2; form_magnetic_Calibration_2.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_2")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_2, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_2.Size() > 0) if(atof(form_magnetic_Calibration_2.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_2.Buffer()) < max_value) magnetic_Calibration[2] = atof(form_magnetic_Calibration_2.Buffer()); FString form_magnetic_Angles_3; form_magnetic_Angles_3.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_3")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_3, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_3.Size() > 0) if(atof(form_magnetic_Angles_3.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_3.Buffer()) < max_value) magnetic_Angles[3] = atof(form_magnetic_Angles_3.Buffer()); FString form_magnetic_Calibration_3; form_magnetic_Calibration_3.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_3")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_3, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_3.Size() > 0) if(atof(form_magnetic_Calibration_3.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_3.Buffer()) < max_value) magnetic_Calibration[3] = atof(form_magnetic_Calibration_3.Buffer()); FString form_magnetic_Angles_4; form_magnetic_Angles_4.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_4")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_4, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_4.Size() > 0) if(atof(form_magnetic_Angles_4.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_4.Buffer()) < max_value) magnetic_Angles[4] = atof(form_magnetic_Angles_4.Buffer()); FString form_magnetic_Calibration_4; form_magnetic_Calibration_4.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_4")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_4, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_4.Size() > 0) if(atof(form_magnetic_Calibration_4.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_4.Buffer()) < max_value) magnetic_Calibration[4] = atof(form_magnetic_Calibration_4.Buffer()); FString form_magnetic_Angles_5; form_magnetic_Angles_5.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_5")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_5, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_5.Size() > 0) if(atof(form_magnetic_Angles_5.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_5.Buffer()) < max_value) magnetic_Angles[5] = atof(form_magnetic_Angles_5.Buffer()); FString form_magnetic_Calibration_5; form_magnetic_Calibration_5.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_5")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_5, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_5.Size() > 0) if(atof(form_magnetic_Calibration_5.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_5.Buffer()) < max_value) magnetic_Calibration[5] = atof(form_magnetic_Calibration_5.Buffer()); FString form_magnetic_Angles_6; form_magnetic_Angles_6.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_6")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_6, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_6.Size() > 0) if(atof(form_magnetic_Angles_6.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_6.Buffer()) < max_value) magnetic_Angles[6] = atof(form_magnetic_Angles_6.Buffer()); FString form_magnetic_Calibration_6; form_magnetic_Calibration_6.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_6")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_6, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_6.Size() > 0) if(atof(form_magnetic_Calibration_6.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_6.Buffer()) < max_value) magnetic_Calibration[6] = atof(form_magnetic_Calibration_6.Buffer()); FString form_magnetic_Angles_7; form_magnetic_Angles_7.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_7")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_7, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_7.Size() > 0) if(atof(form_magnetic_Angles_7.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_7.Buffer()) < max_value) magnetic_Angles[7] = atof(form_magnetic_Angles_7.Buffer()); FString form_magnetic_Calibration_7; form_magnetic_Calibration_7.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_7")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_7, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_7.Size() > 0) if(atof(form_magnetic_Calibration_7.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_7.Buffer()) < max_value) magnetic_Calibration[7] = atof(form_magnetic_Calibration_7.Buffer()); FString form_magnetic_Angles_8; form_magnetic_Angles_8.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_8")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_8, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_8.Size() > 0) if(atof(form_magnetic_Angles_8.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_8.Buffer()) < max_value) magnetic_Angles[8] = atof(form_magnetic_Angles_8.Buffer()); FString form_magnetic_Calibration_8; form_magnetic_Calibration_8.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_8")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_8, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_8.Size() > 0) if(atof(form_magnetic_Calibration_8.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_8.Buffer()) < max_value) magnetic_Calibration[8] = atof(form_magnetic_Calibration_8.Buffer()); FString form_magnetic_Angles_9; form_magnetic_Angles_9.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_9")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_9, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_9.Size() > 0) if(atof(form_magnetic_Angles_9.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_9.Buffer()) < max_value) magnetic_Angles[9] = atof(form_magnetic_Angles_9.Buffer()); FString form_magnetic_Calibration_9; form_magnetic_Calibration_9.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_9")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_9, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_9.Size() > 0) if(atof(form_magnetic_Calibration_9.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_9.Buffer()) < max_value) magnetic_Calibration[9] = atof(form_magnetic_Calibration_9.Buffer()); FString form_magnetic_Angles_10; form_magnetic_Angles_10.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_10")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_10, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_10.Size() > 0) if(atof(form_magnetic_Angles_10.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_10.Buffer()) < max_value) magnetic_Angles[10] = atof(form_magnetic_Angles_10.Buffer()); FString form_magnetic_Calibration_10; form_magnetic_Calibration_10.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_10")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_10, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_10.Size() > 0) if(atof(form_magnetic_Calibration_10.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_10.Buffer()) < max_value) magnetic_Calibration[10] = atof(form_magnetic_Calibration_10.Buffer()); FString form_magnetic_Angles_11; form_magnetic_Angles_11.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Angles_11")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Angles_11, ""); hStream.Switch((uint32)0); } if(form_magnetic_Angles_11.Size() > 0) if(atof(form_magnetic_Angles_11.Buffer()) > (0-max_value) && atof(form_magnetic_Angles_11.Buffer()) < max_value) magnetic_Angles[11] = atof(form_magnetic_Angles_11.Buffer()); FString form_magnetic_Calibration_11; form_magnetic_Calibration_11.SetSize(0); if (hStream.Switch("InputCommands.form_magnetic_Calibration_11")){ hStream.Seek(0); hStream.GetToken(form_magnetic_Calibration_11, ""); hStream.Switch((uint32)0); } if(form_magnetic_Calibration_11.Size() > 0) if(atof(form_magnetic_Calibration_11.Buffer()) > (0-max_value) && atof(form_magnetic_Calibration_11.Buffer()) < max_value) magnetic_Calibration[11] = atof(form_magnetic_Calibration_11.Buffer()); // TIME_WINDOWS SECTION // edit/save buttons FString submit_save_timewindows; submit_save_timewindows.SetSize(0); if (hStream.Switch("InputCommands.submit_save_timewindows")){ hStream.Seek(0); hStream.GetToken(submit_save_timewindows, ""); hStream.Switch((uint32)0); } if(submit_save_timewindows.Size() > 0) edit_timewindows = False; FString submit_edit_timewindows; submit_edit_timewindows.SetSize(0); if (hStream.Switch("InputCommands.submit_edit_timewindows")){ hStream.Seek(0); hStream.GetToken(submit_edit_timewindows, ""); hStream.Switch((uint32)0); } if(submit_edit_timewindows.Size() > 0) edit_timewindows = True; // first cycle positive_bool FString form_first_cycle_positive_bool; form_first_cycle_positive_bool.SetSize(0); if (hStream.Switch("InputCommands.form_first_cycle_positive_bool")){ hStream.Seek(0); hStream.GetToken(form_first_cycle_positive_bool, ""); hStream.Switch((uint32)0); } if(form_first_cycle_positive_bool.Size() > 0) first_cycle_positive_bool = atoi(form_first_cycle_positive_bool.Buffer()); FString form_auto_breakdown_bool; form_auto_breakdown_bool.SetSize(0); if (hStream.Switch("InputCommands.form_auto_breakdown_bool")){ hStream.Seek(0); hStream.GetToken(form_auto_breakdown_bool, ""); hStream.Switch((uint32)0); } if(form_auto_breakdown_bool.Size() > 0) auto_breakdown = True; else auto_breakdown = False; // number of cycles, discharge time FString form_number_of_cycles; form_number_of_cycles.SetSize(0); if (hStream.Switch("InputCommands.form_number_of_cycles")){ hStream.Seek(0); hStream.GetToken(form_number_of_cycles, ""); hStream.Switch((uint32)0); } if(form_number_of_cycles.Size() > 0) number_of_cycles = atoi(form_number_of_cycles.Buffer()); FString form_discharge_time; form_discharge_time.SetSize(0); if (hStream.Switch("InputCommands.form_discharge_time")){ hStream.Seek(0); hStream.GetToken(form_discharge_time, ""); hStream.Switch((uint32)0); } if(form_discharge_time.Size() > 0) discharge_time = atof(form_discharge_time.Buffer()); // save timewindows data if(submit_save_timewindows.Size() > 0){ FString form_timewindows_time_0; form_timewindows_time_0.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_0")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_0, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_0.Size() > 0 && (atof(form_timewindows_time_0.Buffer()) >= 0)){ timewindows_time[0] = floor(atof(form_timewindows_time_0.Buffer())*100+0.5)/100; timewindows_bool_vector[0] = True; FString form_timewindows_drop_0; form_timewindows_drop_0.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_0")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_0, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_0.Size() > 0) timewindows_dropdown_vector[0] = atoi(form_timewindows_drop_0.Buffer()); FString form_timewindows_drop_1; form_timewindows_drop_1.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_1")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_1, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_1.Size() > 0) timewindows_dropdown_vector[1] = atoi(form_timewindows_drop_1.Buffer()); FString form_timewindows_drop_2; form_timewindows_drop_2.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_2")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_2, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_2.Size() > 0) timewindows_dropdown_vector[2] = atoi(form_timewindows_drop_2.Buffer()); } else timewindows_bool_vector[0] = False; FString form_timewindows_time_1; form_timewindows_time_1.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_1")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_1, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_1.Size() > 0 && (atof(form_timewindows_time_1.Buffer()) >= 0)){ timewindows_time[1] = floor(atof(form_timewindows_time_1.Buffer())*100+0.5)/100; timewindows_bool_vector[1] = True; FString form_timewindows_drop_3; form_timewindows_drop_3.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_3")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_3, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_3.Size() > 0) timewindows_dropdown_vector[3] = atoi(form_timewindows_drop_3.Buffer()); FString form_timewindows_drop_4; form_timewindows_drop_4.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_4")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_4, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_4.Size() > 0) timewindows_dropdown_vector[4] = atoi(form_timewindows_drop_4.Buffer()); FString form_timewindows_drop_5; form_timewindows_drop_5.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_5")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_5, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_5.Size() > 0) timewindows_dropdown_vector[5] = atoi(form_timewindows_drop_5.Buffer()); } else timewindows_bool_vector[1] = False; FString form_timewindows_time_2; form_timewindows_time_2.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_2")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_2, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_2.Size() > 0 && (atof(form_timewindows_time_2.Buffer()) >= 0)){ timewindows_time[2] = floor(atof(form_timewindows_time_2.Buffer())*100+0.5)/100; timewindows_bool_vector[2] = True; FString form_timewindows_drop_6; form_timewindows_drop_6.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_6")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_6, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_6.Size() > 0) timewindows_dropdown_vector[6] = atoi(form_timewindows_drop_6.Buffer()); FString form_timewindows_drop_7; form_timewindows_drop_7.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_7")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_7, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_7.Size() > 0) timewindows_dropdown_vector[7] = atoi(form_timewindows_drop_7.Buffer()); FString form_timewindows_drop_8; form_timewindows_drop_8.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_8")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_8, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_8.Size() > 0) timewindows_dropdown_vector[8] = atoi(form_timewindows_drop_8.Buffer()); } else timewindows_bool_vector[2] = False; FString form_timewindows_time_3; form_timewindows_time_3.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_3")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_3, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_3.Size() > 0 && (atof(form_timewindows_time_3.Buffer()) >= 0)){ timewindows_time[3] = floor(atof(form_timewindows_time_3.Buffer())*100+0.5)/100; timewindows_bool_vector[3] = True; FString form_timewindows_drop_9; form_timewindows_drop_9.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_9")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_9, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_9.Size() > 0) timewindows_dropdown_vector[9] = atoi(form_timewindows_drop_9.Buffer()); FString form_timewindows_drop_10; form_timewindows_drop_10.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_10")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_10, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_10.Size() > 0) timewindows_dropdown_vector[10] = atoi(form_timewindows_drop_10.Buffer()); FString form_timewindows_drop_11; form_timewindows_drop_11.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_11")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_11, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_11.Size() > 0) timewindows_dropdown_vector[11] = atoi(form_timewindows_drop_11.Buffer()); } else timewindows_bool_vector[3] = False; FString form_timewindows_time_4; form_timewindows_time_4.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_4")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_4, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_4.Size() > 0 && (atof(form_timewindows_time_4.Buffer()) >= 0)){ timewindows_time[4] = floor(atof(form_timewindows_time_4.Buffer())*100+0.5)/100; timewindows_bool_vector[4] = True; FString form_timewindows_drop_12; form_timewindows_drop_12.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_12")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_12, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_12.Size() > 0) timewindows_dropdown_vector[12] = atoi(form_timewindows_drop_12.Buffer()); FString form_timewindows_drop_13; form_timewindows_drop_13.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_13")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_13, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_13.Size() > 0) timewindows_dropdown_vector[13] = atoi(form_timewindows_drop_13.Buffer()); FString form_timewindows_drop_14; form_timewindows_drop_14.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_14")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_14, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_14.Size() > 0) timewindows_dropdown_vector[14] = atoi(form_timewindows_drop_14.Buffer()); } else timewindows_bool_vector[4] = False; FString form_timewindows_time_5; form_timewindows_time_5.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_5")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_5, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_5.Size() > 0 && (atof(form_timewindows_time_5.Buffer()) >= 0)){ timewindows_time[5] = floor(atof(form_timewindows_time_5.Buffer())*100+0.5)/100; timewindows_bool_vector[5] = True; FString form_timewindows_drop_15; form_timewindows_drop_15.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_15")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_15, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_15.Size() > 0) timewindows_dropdown_vector[15] = atoi(form_timewindows_drop_15.Buffer()); FString form_timewindows_drop_16; form_timewindows_drop_16.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_16")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_16, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_16.Size() > 0) timewindows_dropdown_vector[16] = atoi(form_timewindows_drop_16.Buffer()); FString form_timewindows_drop_17; form_timewindows_drop_17.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_17")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_17, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_17.Size() > 0) timewindows_dropdown_vector[17] = atoi(form_timewindows_drop_17.Buffer()); } else timewindows_bool_vector[5] = False; FString form_timewindows_time_6; form_timewindows_time_6.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_6")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_6, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_6.Size() > 0 && (atof(form_timewindows_time_6.Buffer()) >= 0)){ timewindows_time[6] = floor(atof(form_timewindows_time_6.Buffer())*100+0.5)/100; timewindows_bool_vector[6] = True; FString form_timewindows_drop_18; form_timewindows_drop_18.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_18")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_18, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_18.Size() > 0) timewindows_dropdown_vector[18] = atoi(form_timewindows_drop_18.Buffer()); FString form_timewindows_drop_19; form_timewindows_drop_19.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_19")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_19, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_19.Size() > 0) timewindows_dropdown_vector[19] = atoi(form_timewindows_drop_19.Buffer()); FString form_timewindows_drop_20; form_timewindows_drop_20.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_20")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_20, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_20.Size() > 0) timewindows_dropdown_vector[20] = atoi(form_timewindows_drop_20.Buffer()); } else timewindows_bool_vector[6] = False; FString form_timewindows_time_7; form_timewindows_time_7.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_7")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_7, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_7.Size() > 0 && (atof(form_timewindows_time_7.Buffer()) >= 0)){ timewindows_time[7] = floor(atof(form_timewindows_time_7.Buffer())*100+0.5)/100; timewindows_bool_vector[7] = True; FString form_timewindows_drop_21; form_timewindows_drop_21.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_21")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_21, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_21.Size() > 0) timewindows_dropdown_vector[21] = atoi(form_timewindows_drop_21.Buffer()); FString form_timewindows_drop_22; form_timewindows_drop_22.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_22")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_22, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_22.Size() > 0) timewindows_dropdown_vector[22] = atoi(form_timewindows_drop_22.Buffer()); FString form_timewindows_drop_23; form_timewindows_drop_23.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_23")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_23, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_23.Size() > 0) timewindows_dropdown_vector[23] = atoi(form_timewindows_drop_23.Buffer()); } else timewindows_bool_vector[7] = False; FString form_timewindows_time_8; form_timewindows_time_8.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_8")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_8, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_8.Size() > 0 && (atof(form_timewindows_time_8.Buffer()) >= 0)){ timewindows_time[8] = floor(atof(form_timewindows_time_8.Buffer())*100+0.5)/100; timewindows_bool_vector[8] = True; FString form_timewindows_drop_24; form_timewindows_drop_24.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_24")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_24, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_24.Size() > 0) timewindows_dropdown_vector[24] = atoi(form_timewindows_drop_24.Buffer()); FString form_timewindows_drop_25; form_timewindows_drop_25.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_25")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_25, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_25.Size() > 0) timewindows_dropdown_vector[25] = atoi(form_timewindows_drop_25.Buffer()); FString form_timewindows_drop_26; form_timewindows_drop_26.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_26")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_26, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_26.Size() > 0) timewindows_dropdown_vector[26] = atoi(form_timewindows_drop_26.Buffer()); } else timewindows_bool_vector[8] = False; FString form_timewindows_time_9; form_timewindows_time_9.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_9")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_9, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_9.Size() > 0 && (atof(form_timewindows_time_9.Buffer()) >= 0)){ timewindows_time[9] = floor(atof(form_timewindows_time_9.Buffer())*100+0.5)/100; timewindows_bool_vector[9] = True; FString form_timewindows_drop_27; form_timewindows_drop_27.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_27")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_27, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_27.Size() > 0) timewindows_dropdown_vector[27] = atoi(form_timewindows_drop_27.Buffer()); FString form_timewindows_drop_28; form_timewindows_drop_28.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_28")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_28, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_28.Size() > 0) timewindows_dropdown_vector[28] = atoi(form_timewindows_drop_28.Buffer()); FString form_timewindows_drop_29; form_timewindows_drop_29.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_29")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_29, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_29.Size() > 0) timewindows_dropdown_vector[29] = atoi(form_timewindows_drop_29.Buffer()); } else timewindows_bool_vector[9] = False; FString form_timewindows_time_10; form_timewindows_time_10.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_10")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_10, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_10.Size() > 0 && (atof(form_timewindows_time_10.Buffer()) >= 0)){ timewindows_time[10] = floor(atof(form_timewindows_time_10.Buffer())*100+0.5)/100; timewindows_bool_vector[10] = True; FString form_timewindows_drop_30; form_timewindows_drop_30.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_30")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_30, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_30.Size() > 0) timewindows_dropdown_vector[30] = atoi(form_timewindows_drop_30.Buffer()); FString form_timewindows_drop_31; form_timewindows_drop_31.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_31")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_31, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_31.Size() > 0) timewindows_dropdown_vector[31] = atoi(form_timewindows_drop_31.Buffer()); FString form_timewindows_drop_32; form_timewindows_drop_32.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_32")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_32, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_32.Size() > 0) timewindows_dropdown_vector[32] = atoi(form_timewindows_drop_32.Buffer()); } else timewindows_bool_vector[10] = False; FString form_timewindows_time_11; form_timewindows_time_11.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_11")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_11, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_11.Size() > 0 && (atof(form_timewindows_time_11.Buffer()) >= 0)){ timewindows_time[11] = floor(atof(form_timewindows_time_11.Buffer())*100+0.5)/100; timewindows_bool_vector[11] = True; FString form_timewindows_drop_33; form_timewindows_drop_33.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_33")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_33, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_33.Size() > 0) timewindows_dropdown_vector[33] = atoi(form_timewindows_drop_33.Buffer()); FString form_timewindows_drop_34; form_timewindows_drop_34.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_34")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_34, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_34.Size() > 0) timewindows_dropdown_vector[34] = atoi(form_timewindows_drop_34.Buffer()); FString form_timewindows_drop_35; form_timewindows_drop_35.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_35")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_35, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_35.Size() > 0) timewindows_dropdown_vector[35] = atoi(form_timewindows_drop_35.Buffer()); } else timewindows_bool_vector[11] = False; FString form_timewindows_time_12; form_timewindows_time_12.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_12")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_12, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_12.Size() > 0 && (atof(form_timewindows_time_12.Buffer()) >= 0)){ timewindows_time[12] = floor(atof(form_timewindows_time_12.Buffer())*100+0.5)/100; timewindows_bool_vector[12] = True; FString form_timewindows_drop_36; form_timewindows_drop_36.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_36")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_36, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_36.Size() > 0) timewindows_dropdown_vector[36] = atoi(form_timewindows_drop_36.Buffer()); FString form_timewindows_drop_37; form_timewindows_drop_37.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_37")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_37, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_37.Size() > 0) timewindows_dropdown_vector[37] = atoi(form_timewindows_drop_37.Buffer()); FString form_timewindows_drop_38; form_timewindows_drop_38.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_38")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_38, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_38.Size() > 0) timewindows_dropdown_vector[38] = atoi(form_timewindows_drop_38.Buffer()); } else timewindows_bool_vector[12] = False; FString form_timewindows_time_13; form_timewindows_time_13.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_time_13")){ hStream.Seek(0); hStream.GetToken(form_timewindows_time_13, ""); hStream.Switch((uint32)0); } if(form_timewindows_time_13.Size() > 0 && (atof(form_timewindows_time_13.Buffer()) >= 0)){ timewindows_time[13] = floor(atof(form_timewindows_time_13.Buffer())*100+0.5)/100; timewindows_bool_vector[13] = True; FString form_timewindows_drop_39; form_timewindows_drop_39.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_39")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_39, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_39.Size() > 0) timewindows_dropdown_vector[39] = atoi(form_timewindows_drop_39.Buffer()); FString form_timewindows_drop_40; form_timewindows_drop_40.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_40")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_40, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_40.Size() > 0) timewindows_dropdown_vector[40] = atoi(form_timewindows_drop_40.Buffer()); FString form_timewindows_drop_41; form_timewindows_drop_41.SetSize(0); if (hStream.Switch("InputCommands.form_timewindows_drop_41")){ hStream.Seek(0); hStream.GetToken(form_timewindows_drop_41, ""); hStream.Switch((uint32)0); } if(form_timewindows_drop_41.Size() > 0) timewindows_dropdown_vector[41] = atoi(form_timewindows_drop_41.Buffer()); } else timewindows_bool_vector[13] = False; SortTimeWindows(); } // graphic select FString form_graphic_select; form_graphic_select.SetSize(0); if (hStream.Switch("InputCommands.form_graphic_select")){ hStream.Seek(0); hStream.GetToken(form_graphic_select, ""); hStream.Switch((uint32)0); } if(form_graphic_select.Size() > 0){ graphic_select = atoi(form_graphic_select.Buffer()); focus_on_t_form_bool = True; } // waveform_points_dropdown FString form_delete_selected_points_bool; form_delete_selected_points_bool.SetSize(0); if (hStream.Switch("InputCommands.form_delete_selected_points_bool")){ hStream.Seek(0); hStream.GetToken(form_delete_selected_points_bool, ""); hStream.Switch((uint32)0); } if(form_delete_selected_points_bool.Size() > 0) delete_selected_points_bool = True; else delete_selected_points_bool = False; box_display_point_x = 0; box_display_point_y = 0; if(delete_selected_points_bool){ FString form_select_waveform_points_0; form_select_waveform_points_0.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_0")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_0, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_0.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_0.Buffer())); FString form_select_waveform_points_1; form_select_waveform_points_1.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_1")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_1, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_1.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_1.Buffer())); FString form_select_waveform_points_2; form_select_waveform_points_2.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_2")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_2, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_2.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_2.Buffer())); FString form_select_waveform_points_3; form_select_waveform_points_3.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_3")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_3, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_3.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_3.Buffer())); FString form_select_waveform_points_4; form_select_waveform_points_4.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_4")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_4, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_4.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_4.Buffer())); FString form_select_waveform_points_5; form_select_waveform_points_5.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_5")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_5, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_5.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_5.Buffer())); FString form_select_waveform_points_6; form_select_waveform_points_6.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_6")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_6, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_6.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_6.Buffer())); FString form_select_waveform_points_7; form_select_waveform_points_7.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_7")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_7, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_7.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_7.Buffer())); FString form_select_waveform_points_8; form_select_waveform_points_8.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_8")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_8, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_8.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_8.Buffer())); FString form_select_waveform_points_9; form_select_waveform_points_9.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_9")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_9, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_9.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_9.Buffer())); FString form_select_waveform_points_10; form_select_waveform_points_10.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_10")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_10, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_10.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_10.Buffer())); FString form_select_waveform_points_11; form_select_waveform_points_11.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_11")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_11, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_11.Size() > 0) RemovePoint(graphic_select, atoi(form_select_waveform_points_11.Buffer())); } else { FString form_select_waveform_points_0; form_select_waveform_points_0.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_0")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_0, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_0.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_0.Buffer())); FString form_select_waveform_points_1; form_select_waveform_points_1.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_1")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_1, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_1.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_1.Buffer())); FString form_select_waveform_points_2; form_select_waveform_points_2.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_2")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_2, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_2.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_2.Buffer())); FString form_select_waveform_points_3; form_select_waveform_points_3.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_3")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_3, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_3.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_3.Buffer())); FString form_select_waveform_points_4; form_select_waveform_points_4.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_4")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_4, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_4.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_4.Buffer())); FString form_select_waveform_points_5; form_select_waveform_points_5.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_5")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_5, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_5.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_5.Buffer())); FString form_select_waveform_points_6; form_select_waveform_points_6.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_6")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_6, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_6.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_6.Buffer())); FString form_select_waveform_points_7; form_select_waveform_points_7.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_7")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_7, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_7.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_7.Buffer())); FString form_select_waveform_points_8; form_select_waveform_points_8.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_8")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_8, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_8.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_8.Buffer())); FString form_select_waveform_points_9; form_select_waveform_points_9.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_9")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_9, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_9.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_9.Buffer())); FString form_select_waveform_points_10; form_select_waveform_points_10.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_10")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_10, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_10.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_10.Buffer())); FString form_select_waveform_points_11; form_select_waveform_points_11.SetSize(0); if (hStream.Switch("InputCommands.form_select_waveform_points_11")){ hStream.Seek(0); hStream.GetToken(form_select_waveform_points_11, ""); hStream.Switch((uint32)0); } if(form_select_waveform_points_11.Size() > 0) DisplayPoint(graphic_select, atoi(form_select_waveform_points_11.Buffer())); } FString submit_insert_point_0; submit_insert_point_0.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_0")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_0, ""); hStream.Switch((uint32)0); } FString submit_insert_point_1; submit_insert_point_1.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_1")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_1, ""); hStream.Switch((uint32)0); } FString submit_insert_point_2; submit_insert_point_2.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_2")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_2, ""); hStream.Switch((uint32)0); } FString submit_insert_point_3; submit_insert_point_3.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_3")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_3, ""); hStream.Switch((uint32)0); } FString submit_insert_point_4; submit_insert_point_4.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_4")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_4, ""); hStream.Switch((uint32)0); } FString submit_insert_point_5; submit_insert_point_5.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_5")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_5, ""); hStream.Switch((uint32)0); } FString submit_insert_point_6; submit_insert_point_6.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_6")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_6, ""); hStream.Switch((uint32)0); } FString submit_insert_point_7; submit_insert_point_7.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_7")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_7, ""); hStream.Switch((uint32)0); } FString submit_insert_point_8; submit_insert_point_8.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_8")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_8, ""); hStream.Switch((uint32)0); } FString submit_insert_point_9; submit_insert_point_9.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_9")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_9, ""); hStream.Switch((uint32)0); } FString submit_insert_point_10; submit_insert_point_10.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_10")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_10, ""); hStream.Switch((uint32)0); } FString submit_insert_point_11; submit_insert_point_11.SetSize(0); if (hStream.Switch("InputCommands.submit_insert_point_11")){ hStream.Seek(0); hStream.GetToken(submit_insert_point_11, ""); hStream.Switch((uint32)0); } if(submit_insert_point_0.Size() > 0) { FString form_insert_point_x_0; form_insert_point_x_0.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_0")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_0, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_0; form_insert_point_y_0.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_0")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_0, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_0.Size() > 0 && form_insert_point_y_0.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_0.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_0.Buffer())*100 + 0.5)/100)); } if(submit_insert_point_1.Size() > 0) { FString form_insert_point_x_1; form_insert_point_x_1.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_1")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_1, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_1; form_insert_point_y_1.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_1")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_1, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_1.Size() > 0 && form_insert_point_y_1.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_1.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_1.Buffer())*100 + 0.5)/100)); } if(submit_insert_point_2.Size() > 0) { FString form_insert_point_x_2; form_insert_point_x_2.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_2")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_2, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_2; form_insert_point_y_2.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_2")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_2, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_2.Size() > 0 && form_insert_point_y_2.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_2.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_2.Buffer())*100 + 0.5)/100)); } if(submit_insert_point_3.Size() > 0) { FString form_insert_point_x_3; form_insert_point_x_3.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_3")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_3, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_3; form_insert_point_y_3.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_3")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_3, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_3.Size() > 0 && form_insert_point_y_3.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_3.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_3.Buffer())*100 + 0.5)/100)); } if(submit_insert_point_4.Size() > 0) { FString form_insert_point_x_4; form_insert_point_x_4.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_4")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_4, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_4; form_insert_point_y_4.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_4")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_4, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_4.Size() > 0 && form_insert_point_y_4.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_4.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_4.Buffer())*100 + 0.5)/100)); } if(submit_insert_point_5.Size() > 0) { FString form_insert_point_x_5; form_insert_point_x_5.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_5")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_5, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_5; form_insert_point_y_5.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_5")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_5, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_5.Size() > 0 && form_insert_point_y_5.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_5.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_5.Buffer())*100 + 0.5)/100)); } if(submit_insert_point_6.Size() > 0) { FString form_insert_point_x_6; form_insert_point_x_6.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_6")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_6, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_6; form_insert_point_y_6.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_6")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_6, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_6.Size() > 0 && form_insert_point_y_6.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_6.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_6.Buffer())*100 + 0.5)/100)); } if(submit_insert_point_7.Size() > 0) { FString form_insert_point_x_7; form_insert_point_x_7.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_7")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_7, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_7; form_insert_point_y_7.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_7")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_7, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_7.Size() > 0 && form_insert_point_y_7.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_7.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_7.Buffer())*100 + 0.5)/100)); } if(submit_insert_point_8.Size() > 0) { FString form_insert_point_x_8; form_insert_point_x_8.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_8")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_8, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_8; form_insert_point_y_8.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_8")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_8, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_8.Size() > 0 && form_insert_point_y_8.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_8.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_8.Buffer())*100 + 0.5)/100)); } if(submit_insert_point_9.Size() > 0) { FString form_insert_point_x_9; form_insert_point_x_9.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_9")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_9, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_9; form_insert_point_y_9.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_9")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_9, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_9.Size() > 0 && form_insert_point_y_9.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_9.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_9.Buffer())*100 + 0.5)/100)); } if(submit_insert_point_10.Size() > 0) { FString form_insert_point_x_10; form_insert_point_x_10.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_10")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_10, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_10; form_insert_point_y_10.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_10")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_10, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_10.Size() > 0 && form_insert_point_y_10.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_10.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_10.Buffer())*100 + 0.5)/100)); } if(submit_insert_point_11.Size() > 0) { FString form_insert_point_x_11; form_insert_point_x_11.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_x_11")){ hStream.Seek(0); hStream.GetToken(form_insert_point_x_11, ""); hStream.Switch((uint32)0); } FString form_insert_point_y_11; form_insert_point_y_11.SetSize(0); if (hStream.Switch("InputCommands.form_insert_point_y_11")){ hStream.Seek(0); hStream.GetToken(form_insert_point_y_11, ""); hStream.Switch((uint32)0); } if(form_insert_point_x_11.Size() > 0 && form_insert_point_y_11.Size() > 0) AddPoint(graphic_select, (floor(atof(form_insert_point_x_11.Buffer())*100 + 0.5)/100), (floor(atof(form_insert_point_y_11.Buffer())*100 + 0.5)/100)); } // FILE OPERATIONS FString form_load_directory_select; form_load_directory_select.SetSize(0); if (hStream.Switch("InputCommands.form_load_directory_select")){ hStream.Seek(0); hStream.GetToken(form_load_directory_select, ""); hStream.Switch((uint32)0); } if(form_load_directory_select.Size() > 0){ selected_load_directory = form_load_directory_select.Buffer(); selected_load_file = ""; } FString form_load_file_name; form_load_file_name.SetSize(0); if (hStream.Switch("InputCommands.form_load_file_name")){ hStream.Seek(0); hStream.GetToken(form_load_file_name, ""); hStream.Switch((uint32)0); } if(form_load_file_name.Size() > 0) selected_load_file = form_load_file_name.Buffer(); temp_string_1 = ""; FString form_load_file; form_load_file.SetSize(0); if (hStream.Switch("InputCommands.form_load_file")){ hStream.Seek(0); hStream.GetToken(form_load_file, ""); hStream.Switch((uint32)0); } if(form_load_file.Size() > 0 && selected_load_directory.Size() > temp_string_1.Size() && selected_load_file.Size() > 4) { temp_string_1 = config_files_directory.Buffer(); temp_string_1 += form_load_directory_select.Buffer(); temp_string_1 += "/"; temp_string_1 += form_load_file_name.Buffer(); CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::%s, file to load URL == %s",this->Name(),temp_string_1.Buffer()); this->ReadConfigurationFile((char *)temp_string_1.Buffer()); } FString form_save_file_as; form_save_file_as.SetSize(0); if (hStream.Switch("InputCommands.form_save_file_as")){ hStream.Seek(0); hStream.GetToken(form_save_file_as, ""); hStream.Switch((uint32)0); } if(form_save_file_as.Size() > 0) save_as_bool = True; if (save_as_bool){ FString form_save_file; form_save_file.SetSize(0); if (hStream.Switch("InputCommands.form_save_file")){ hStream.Seek(0); hStream.GetToken(form_save_file, ""); hStream.Switch((uint32)0); } if(form_save_file.Size() > 0){ FString form_save_filename; form_save_filename.SetSize(0); if (hStream.Switch("InputCommands.form_save_filename")){ hStream.Seek(0); hStream.GetToken(form_save_filename, ""); hStream.Switch((uint32)0); } if(form_save_filename.Size() > 0) { temp_string_1.Printf(config_files_directory.Buffer()); temp_string_1.Printf(form_save_filename.Buffer()); WriteConfigurationFileWithChanges((char *)default_config_file_path.Buffer(), (char *)temp_string_1.Buffer()); save_as_bool = False; } } } FString form_save_file_and_send; form_save_file_and_send.SetSize(0); if (hStream.Switch("InputCommands.form_save_file_and_send")){ hStream.Seek(0); hStream.GetToken(form_save_file_and_send, ""); hStream.Switch((uint32)0); } if(form_save_file_and_send.Size() > 0){ WriteConfigurationFileWithChanges((char *)default_config_file_path.Buffer(), (char *)default_config_file_path.Buffer()); File temporary_file; if(!temporary_file.OpenRead(default_config_file_path.Buffer())){ CStaticAssertErrorCondition(InitialisationError, "Failed opening File %s", default_config_file_path.Buffer() ); return False; } //Try to upload the file to MARTe GCRTemplate envelope(GCFT_Create); GCRTemplate message(GCFT_Create); message->Init(0, "ChangeConfigFile"); //Insert the cdb ConfigurationDataBase level1CDB; // cfgFile.Seek(0); level1CDB->ReadFromStream(temporary_file); FString value = "True"; FString key = "RebuildAll"; level1CDB->MoveToRoot(); CDBExtended cdbext(level1CDB); cdbext.WriteFString(value, key.Buffer()); message->Insert(level1CDB); //Send the message envelope->PrepareMessageEnvelope(message, marteLocation.Buffer(), MDRF_ManualReply, this); GCRTemplate reply; //prepare the reply SendMessageAndWait(envelope, reply, TimeoutType(10000)); if(!reply.IsValid()){ AssertErrorCondition(Warning, "Reply from %s isn't valid!", marteLocation.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "h1"); hmStream.Printf("Reply from %s isn't valid!\n", marteLocation.Buffer()); hmStream.SSPrintf(HtmlTagStreamMode, "/h1"); } else{ GCRTemplate replyMessage = reply->GetMessage(); if(!replyMessage.IsValid()){ AssertErrorCondition(Warning, "The reply message from %s is not valid", marteLocation.Buffer()); } else{ hmStream.SSPrintf(HtmlTagStreamMode, "SCRIPT LANGUAGE=\"javascript\""); hmStream.SSPrintf(HtmlTagStreamMode,"!----"); hmStream.Printf("alert('FileWasSuccessfullyCommitted')"); hmStream.SSPrintf(HtmlTagStreamMode, "!-- END -->ReadFromStream(temp_file); CDBExtended cdbe(cdb); FString fstring_temp; // read +ExternalTimeTriggeringService if(!cdbe->Move("+MARTe.+ExternalTimeTriggeringService")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+ExternalTimeTriggeringService\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(marte_usec_cycle_time, "TsOnlineUsecPeriod")) { AssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s marte_usec_cycle_time",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: marte_usec_cycle_time = %d",marte_usec_cycle_time); cdbe->MoveToRoot(); // read config file section: waveform_primary if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_1_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_1_positive\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(primary_1_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s primary_1_p_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: primary_1_p_vector_size = %d",primary_1_p_vector_size); primary_1_p_index_vector =new float[primary_1_p_vector_size]; primary_1_p_data_vector =new float[primary_1_p_vector_size]; if(!cdbe.ReadFloatArray(primary_1_p_index_vector, (int *)(&primary_1_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read primary_1_p_index_vector"); temp_file.Close(); return False; } else for(i=0;iName()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: primary_1_p_max_value = %f",primary_1_p_max_value); if(!cdbe.ReadFloat(primary_1_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s primary_1_p_min_value",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: primary_1_p_min_value = %f",primary_1_p_min_value); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_1_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_1_negative\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(primary_1_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s primary_1_n_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: primary_1_n_vector_size = %d",primary_1_n_vector_size); primary_1_n_index_vector =new float[primary_1_n_vector_size]; primary_1_n_data_vector =new float[primary_1_n_vector_size]; if(!cdbe.ReadFloatArray(primary_1_n_index_vector, (int *)(&primary_1_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read primary_1_n_index_vector"); temp_file.Close(); return False; } else for(i=0;iMoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_2_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_2_positive\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(primary_2_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s primary_2_p_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: primary_2_p_vector_size = %d",primary_2_p_vector_size); primary_2_p_index_vector =new float[primary_2_p_vector_size]; primary_2_p_data_vector =new float[primary_2_p_vector_size]; if(!cdbe.ReadFloatArray(primary_2_p_index_vector, (int *)(&primary_2_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read primary_2_p_index_vector"); temp_file.Close(); return False; } else for(i=0;iName()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: primary_2_p_max_value = %f",primary_2_p_max_value); if(!cdbe.ReadFloat(primary_2_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s primary_2_p_min_value",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: primary_2_p_min_value = %f",primary_2_p_min_value); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_2_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_2_negative\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(primary_2_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s primary_2_n_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: primary_2_n_vector_size = %d",primary_2_n_vector_size); primary_2_n_index_vector =new float[primary_2_n_vector_size]; primary_2_n_data_vector =new float[primary_2_n_vector_size]; if(!cdbe.ReadFloatArray(primary_2_n_index_vector, (int *)(&primary_2_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read primary_2_n_index_vector"); temp_file.Close(); return False; } else for(i=0;iMoveToRoot(); // read config file section: waveform_vertical if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_1_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_1_positive\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(vertical_1_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s vertical_1_p_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: vertical_1_p_vector_size = %d",vertical_1_p_vector_size); vertical_1_p_index_vector =new float[vertical_1_p_vector_size]; vertical_1_p_data_vector =new float[vertical_1_p_vector_size]; if(!cdbe.ReadFloatArray(vertical_1_p_index_vector, (int *)(&vertical_1_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read vertical_1_p_index_vector"); temp_file.Close(); return False; } else for(i=0;iName()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: vertical_1_p_max_value = %f",vertical_1_p_max_value); if(!cdbe.ReadFloat(vertical_1_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s vertical_1_p_min_value",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: vertical_1_p_min_value = %f",vertical_1_p_min_value); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_1_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_1_negative\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(vertical_1_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s vertical_1_n_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: vertical_1_n_vector_size = %d",vertical_1_n_vector_size); vertical_1_n_index_vector =new float[vertical_1_n_vector_size]; vertical_1_n_data_vector =new float[vertical_1_n_vector_size]; if(!cdbe.ReadFloatArray(vertical_1_n_index_vector, (int *)(&vertical_1_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read vertical_1_n_index_vector"); temp_file.Close(); return False; } else for(i=0;iMoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_2_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_2_positive\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(vertical_2_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s vertical_2_p_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: vertical_2_p_vector_size = %d",vertical_2_p_vector_size); vertical_2_p_index_vector =new float[vertical_2_p_vector_size]; vertical_2_p_data_vector =new float[vertical_2_p_vector_size]; if(!cdbe.ReadFloatArray(vertical_2_p_index_vector, (int *)(&vertical_2_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read vertical_2_p_index_vector"); temp_file.Close(); return False; } else for(i=0;iName()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: vertical_2_p_max_value = %f",vertical_2_p_max_value); if(!cdbe.ReadFloat(vertical_2_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s vertical_2_p_min_value",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: vertical_2_p_min_value = %f",vertical_2_p_min_value); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_2_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_2_negative\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(vertical_2_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s vertical_2_n_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: vertical_2_n_vector_size = %d",vertical_2_n_vector_size); vertical_2_n_index_vector =new float[vertical_2_n_vector_size]; vertical_2_n_data_vector =new float[vertical_2_n_vector_size]; if(!cdbe.ReadFloatArray(vertical_2_n_index_vector, (int *)(&vertical_2_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read vertical_2_n_index_vector"); temp_file.Close(); return False; } else for(i=0;iMoveToRoot(); // read config file section: waveform_horizontal if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_1_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_1_positive\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(horizontal_1_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s horizontal_1_p_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: horizontal_1_p_vector_size = %d",horizontal_1_p_vector_size); horizontal_1_p_index_vector =new float[horizontal_1_p_vector_size]; horizontal_1_p_data_vector =new float[horizontal_1_p_vector_size]; if(!cdbe.ReadFloatArray(horizontal_1_p_index_vector, (int *)(&horizontal_1_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read horizontal_1_p_index_vector"); temp_file.Close(); return False; } else for(i=0;iName()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: horizontal_1_p_max_value = %f",horizontal_1_p_max_value); if(!cdbe.ReadFloat(horizontal_1_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s horizontal_1_p_min_value",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: horizontal_1_p_min_value = %f",horizontal_1_p_min_value); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_1_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_1_negative\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(horizontal_1_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s horizontal_1_n_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: horizontal_1_n_vector_size = %d",horizontal_1_n_vector_size); horizontal_1_n_index_vector =new float[horizontal_1_n_vector_size]; horizontal_1_n_data_vector =new float[horizontal_1_n_vector_size]; if(!cdbe.ReadFloatArray(horizontal_1_n_index_vector, (int *)(&horizontal_1_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read horizontal_1_n_index_vector"); temp_file.Close(); return False; } else for(i=0;iMoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_2_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_2_positive\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(horizontal_2_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s horizontal_2_p_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: horizontal_2_p_vector_size = %d",horizontal_2_p_vector_size); horizontal_2_p_index_vector =new float[horizontal_2_p_vector_size]; horizontal_2_p_data_vector =new float[horizontal_2_p_vector_size]; if(!cdbe.ReadFloatArray(horizontal_2_p_index_vector, (int *)(&horizontal_2_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read horizontal_2_p_index_vector"); temp_file.Close(); return False; } else for(i=0;iName()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: horizontal_2_p_max_value = %f",horizontal_2_p_max_value); if(!cdbe.ReadFloat(horizontal_2_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s horizontal_2_p_min_value",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: horizontal_2_p_min_value = %f",horizontal_2_p_min_value); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_2_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_2_negative\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(horizontal_2_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s horizontal_2_n_vector_size",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: horizontal_2_n_vector_size = %d",horizontal_2_n_vector_size); horizontal_2_n_index_vector =new float[horizontal_2_n_vector_size]; horizontal_2_n_data_vector =new float[horizontal_2_n_vector_size]; if(!cdbe.ReadFloatArray(horizontal_2_n_index_vector, (int *)(&horizontal_2_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read horizontal_2_n_index_vector"); temp_file.Close(); return False; } else for(i=0;iMoveToRoot(); // read config file section: time_windows if(!cdbe->Move("+MARTe.+RealTimeThread.+time_windows")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+time_windows\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(discharge_time, "discharge_time")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s discharge_time",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: discharge_time = %f",discharge_time); if(!cdbe.ReadInt32(number_of_cycles, "number_of_cycles")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s number_of_cycles",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: number_of_cycles = %d",number_of_cycles); if(!cdbe.ReadInt32(i, "first_cycle_positive_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s first_cycle_positive_bool",this->Name()); temp_file.Close(); return False; } else { first_cycle_positive_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: first_cycle_positive_bool = %d",first_cycle_positive_bool); } if(!cdbe.ReadInt32(i, "auto_breakdown")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s auto_breakdown",this->Name()); temp_file.Close(); return False; } else { auto_breakdown = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: auto_breakdown = %d",auto_breakdown); } if(!cdbe.ReadInt32(usectime_to_wait_for_starting_operation, "usectime_to_wait_for_starting_operation")) { AssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s usectime_to_wait_for_starting_operation",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: usectime_to_wait_for_starting_operation = %d",usectime_to_wait_for_starting_operation); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+time_windows.positive_time_windows")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+time_windows.positive_time_windows\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(positive_number_of_time_windows, "number_of_time_windows")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s positive_number_of_time_windows",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: positive_number_of_time_windows = %d",positive_number_of_time_windows); positive_time_windows_values =new float[positive_number_of_time_windows]; positive_primary_mode =new int[positive_number_of_time_windows]; positive_horizontal_mode =new int[positive_number_of_time_windows]; positive_vertical_mode =new int[positive_number_of_time_windows]; if(!cdbe.ReadFloatArray(positive_time_windows_values, (int *)(&positive_number_of_time_windows), 1, "time_windows_values")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read positive_time_windows_values"); temp_file.Close(); return False; } else for(i=0;iMoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+time_windows.negative_time_windows")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+time_windows.negative_time_windows\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(negative_number_of_time_windows, "number_of_time_windows")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s negative_number_of_time_windows",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: negative_number_of_time_windows = %d",negative_number_of_time_windows); negative_time_windows_values =new float[negative_number_of_time_windows]; negative_primary_mode =new int[negative_number_of_time_windows]; negative_horizontal_mode =new int[negative_number_of_time_windows]; negative_vertical_mode =new int[negative_number_of_time_windows]; if(!cdbe.ReadFloatArray(negative_time_windows_values, (int *)(&negative_number_of_time_windows), 1, "time_windows_values")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read negative_time_windows_values"); temp_file.Close(); return False; } else for(i=0;iMoveToRoot(); // read config file section: tomography if(!cdbe->Move("+MARTe.+RealTimeThread.+tomography")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+tomography\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(i, "tomography_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s tomography_radial_bool",this->Name()); temp_file.Close(); return False; } else { tomography_radial_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: tomography_radial_bool = %d",tomography_radial_bool); } if(!cdbe.ReadInt32(i, "tomography_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s tomography_vertical_bool",this->Name()); temp_file.Close(); return False; } else { tomography_vertical_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: tomography_vertical_bool = %d",tomography_vertical_bool); } cdbe->MoveToRoot(); // read config file section: electric_probes if(!cdbe->Move("+MARTe.+RealTimeThread.+electric_probes")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+electric_probes\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(i, "electric_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s electric_radial_bool",this->Name()); temp_file.Close(); return False; } else { electric_radial_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: electric_radial_bool = %d",electric_radial_bool); } if(!cdbe.ReadInt32(i, "electric_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s electric_vertical_bool",this->Name()); temp_file.Close(); return False; } else { electric_vertical_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: electric_vertical_bool = %d",electric_vertical_bool); } cdbe->MoveToRoot(); // read config file section: magnetic_probes if(!cdbe->Move("+MARTe.+RealTimeThread.+magnetic_probes")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+magnetic_probes\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(i, "magnetic_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s magnetic_radial_bool",this->Name()); temp_file.Close(); return False; } else { magnetic_radial_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: magnetic_radial_bool = %d",magnetic_radial_bool); } if(!cdbe.ReadInt32(i, "magnetic_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s magnetic_vertical_bool",this->Name()); temp_file.Close(); return False; } else { magnetic_vertical_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: magnetic_vertical_bool = %d",magnetic_vertical_bool); } cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+magnetic_probes.MirnovArrayDescription")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+magnetic_probes.MirnovArrayDescription\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(NumberOfProbes, "NumberOfProbes")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s NumberOfProbes",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: NumberOfProbes = %d",NumberOfProbes); magnetic_Angles =new float[NumberOfProbes]; magnetic_Calibration =new float[NumberOfProbes]; if(!cdbe.ReadFloatArray(magnetic_Angles, (int *)(&NumberOfProbes), 1, "Angles")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read magnetic_Angles"); temp_file.Close(); return False; } else for(i=0;iMoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+magnetic_probes.Measurements")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+magnetic_probes.Measurements\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(NumberOfMeasurements, "NumberOfMeasurements")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s NumberOfMeasurements",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: NumberOfMeasurements = %d",NumberOfMeasurements); ProbeNumbers =new int[NumberOfMeasurements]; if(!cdbe.ReadInt32Array(ProbeNumbers, (int *)(&NumberOfMeasurements), 1, "ProbeNumbers")) { CStaticAssertErrorCondition(InitialisationError,"ReadWaveformFiles: Could not read ProbeNumbers"); temp_file.Close(); return False; } else for(i=0;iMoveToRoot(); // read config file section: sine_probe if(!cdbe->Move("+MARTe.+RealTimeThread.+sine_probe")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+sine_probe\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(i, "sine_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s sine_vertical_bool",this->Name()); temp_file.Close(); return False; } else { sine_vertical_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: sine_vertical_bool = %d",sine_vertical_bool); } cdbe->MoveToRoot(); // read config file section: cosine_probe if(!cdbe->Move("+MARTe.+RealTimeThread.+cosine_probe")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+cosine_probe\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(i, "cosine_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s cosine_radial_bool",this->Name()); temp_file.Close(); return False; } else { cosine_radial_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: cosine_radial_bool = %d",cosine_radial_bool); } cdbe->MoveToRoot(); // read config file section: hibd if(!cdbe->Move("+MARTe.+RealTimeThread.+hibd")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+hibd\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(i, "hibd_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s hibd_radial_bool",this->Name()); temp_file.Close(); return False; } else { hibd_radial_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: hibd_radial_bool = %d",hibd_radial_bool); } if(!cdbe.ReadInt32(i, "hibd_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s hibd_vertical_bool",this->Name()); temp_file.Close(); return False; } else { hibd_vertical_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: hibd_vertical_bool = %d",hibd_vertical_bool); } cdbe->MoveToRoot(); // read config file section: interferometry if(!cdbe->Move("+MARTe.+RealTimeThread.+interferometry")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+interferometry\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadInt32(i, "interferometry_radial_control_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s interferometry_radial_control_bool",this->Name()); temp_file.Close(); return False; } else { interferometry_radial_control_bool = (bool)i; CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: interferometry_radial_control_bool = %d",interferometry_radial_control_bool); } cdbe->MoveToRoot(); // read config file section: machine_protection if(!cdbe->Move("+MARTe.+RealTimeThread.+machine_protection")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+machine_protection\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(iron_core_saturation_value, "iron_core_saturation_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s iron_core_saturation_value",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: iron_core_saturation_value = %f",iron_core_saturation_value); if(!cdbe.ReadFloat(iron_core_dangerous_value, "iron_core_dangerous_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s iron_core_dangerous_value",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: iron_core_dangerous_value = %f",iron_core_dangerous_value); cdbe->MoveToRoot(); // read config file section: plasma_parameters if(!cdbe->Move("+MARTe.+RealTimeThread.+plasma_parameters")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(high_current_threshold_value, "high_current_threshold_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s high_current_threshold_value",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: high_current_threshold_value = %f",high_current_threshold_value); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+plasma_parameters.tomography")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.tomography\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(tomography_radial_high_current_weight, "radial_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s tomography_radial_high_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: tomography_radial_high_current_weight = %f",tomography_radial_high_current_weight); if(!cdbe.ReadFloat(tomography_radial_low_current_weight, "radial_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s tomography_radial_low_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: tomography_radial_low_current_weight = %f",tomography_radial_low_current_weight); if(!cdbe.ReadFloat(tomography_vertical_high_current_weight, "vertical_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s tomography_vertical_high_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: tomography_vertical_high_current_weight = %f",tomography_vertical_high_current_weight); if(!cdbe.ReadFloat(tomography_vertical_low_current_weight, "vertical_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s tomography_vertical_low_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: tomography_vertical_low_current_weight = %f",tomography_vertical_low_current_weight); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+plasma_parameters.electric_probes")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.electric_probes\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(electric_radial_high_current_weight, "radial_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s electric_radial_high_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: electric_radial_high_current_weight = %f",electric_radial_high_current_weight); if(!cdbe.ReadFloat(electric_radial_low_current_weight, "radial_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s electric_radial_low_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: electric_radial_low_current_weight = %f",electric_radial_low_current_weight); if(!cdbe.ReadFloat(electric_vertical_high_current_weight, "vertical_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s electric_vertical_high_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: electric_vertical_high_current_weight = %f",electric_vertical_high_current_weight); if(!cdbe.ReadFloat(electric_vertical_low_current_weight, "vertical_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s electric_vertical_low_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: electric_vertical_low_current_weight = %f",electric_vertical_low_current_weight); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+plasma_parameters.magnetic_probes")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.magnetic_probes\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(magnetic_radial_high_current_weight, "radial_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s magnetic_radial_high_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: magnetic_radial_high_current_weight = %f",magnetic_radial_high_current_weight); if(!cdbe.ReadFloat(magnetic_radial_low_current_weight, "radial_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s magnetic_radial_low_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: magnetic_radial_low_current_weight = %f",magnetic_radial_low_current_weight); if(!cdbe.ReadFloat(magnetic_vertical_high_current_weight, "vertical_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s magnetic_vertical_high_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: magnetic_vertical_high_current_weight = %f",magnetic_vertical_high_current_weight); if(!cdbe.ReadFloat(magnetic_vertical_low_current_weight, "vertical_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s magnetic_vertical_low_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: magnetic_vertical_low_current_weight = %f",magnetic_vertical_low_current_weight); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+plasma_parameters.sine_probe")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.sine_probe\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(sine_vertical_high_current_weight, "vertical_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s sine_vertical_high_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: sine_vertical_high_current_weight = %f",sine_vertical_high_current_weight); if(!cdbe.ReadFloat(sine_vertical_low_current_weight, "vertical_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s sine_vertical_low_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: sine_vertical_low_current_weight = %f",sine_vertical_low_current_weight); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+plasma_parameters.cosine_probe")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.cosine_probe\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(cosine_radial_high_current_weight, "radial_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s cosine_radial_high_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: cosine_radial_high_current_weight = %f",cosine_radial_high_current_weight); if(!cdbe.ReadFloat(cosine_radial_low_current_weight, "radial_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s cosine_radial_low_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: cosine_radial_low_current_weight = %f",cosine_radial_low_current_weight); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+plasma_parameters.hibd")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.hibd\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(hibd_radial_high_current_weight, "radial_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s hibd_radial_high_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: hibd_radial_high_current_weight = %f",hibd_radial_high_current_weight); if(!cdbe.ReadFloat(hibd_radial_low_current_weight, "radial_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s hibd_radial_low_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: hibd_radial_low_current_weight = %f",hibd_radial_low_current_weight); if(!cdbe.ReadFloat(hibd_vertical_high_current_weight, "vertical_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s hibd_vertical_high_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: hibd_vertical_high_current_weight = %f",hibd_vertical_high_current_weight); if(!cdbe.ReadFloat(hibd_vertical_low_current_weight, "vertical_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s hibd_vertical_low_current_weight",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: hibd_vertical_low_current_weight = %f",hibd_vertical_low_current_weight); cdbe->MoveToRoot(); // read config file section: controller if(!cdbe->Move("+MARTe.+RealTimeThread.+controller.PID_horizontal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+controller.PID_horizontal\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(PID_horizontal_proportional_soft, "proportional_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_horizontal_proportional_soft",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_horizontal_proportional_soft = %f",PID_horizontal_proportional_soft); if(!cdbe.ReadFloat(PID_horizontal_proportional_normal, "proportional_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_horizontal_proportional_normal",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_horizontal_proportional_normal = %f",PID_horizontal_proportional_normal); if(!cdbe.ReadFloat(PID_horizontal_proportional_hard, "proportional_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_horizontal_proportional_hard",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_horizontal_proportional_hard = %f",PID_horizontal_proportional_hard); if(!cdbe.ReadFloat(PID_horizontal_integral_soft, "integral_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_horizontal_integral_soft",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_horizontal_integral_soft = %f",PID_horizontal_integral_soft); if(!cdbe.ReadFloat(PID_horizontal_integral_normal, "integral_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_horizontal_integral_normal",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_horizontal_integral_normal = %f",PID_horizontal_integral_normal); if(!cdbe.ReadFloat(PID_horizontal_integral_hard, "integral_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_horizontal_integral_hard",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_horizontal_integral_hard = %f",PID_horizontal_integral_hard); if(!cdbe.ReadFloat(PID_horizontal_derivative_soft, "derivative_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_horizontal_derivative_soft",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_horizontal_derivative_soft = %f",PID_horizontal_derivative_soft); if(!cdbe.ReadFloat(PID_horizontal_derivative_normal, "derivative_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_horizontal_derivative_normal",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_horizontal_derivative_normal = %f",PID_horizontal_derivative_normal); if(!cdbe.ReadFloat(PID_horizontal_derivative_hard, "derivative_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_horizontal_derivative_hard",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_horizontal_derivative_hard = %f",PID_horizontal_derivative_hard); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+controller.PID_vertical")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+controller.PID_vertical\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(PID_vertical_proportional_soft, "proportional_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_vertical_proportional_soft",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_vertical_proportional_soft = %f",PID_vertical_proportional_soft); if(!cdbe.ReadFloat(PID_vertical_proportional_normal, "proportional_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_vertical_proportional_normal",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_vertical_proportional_normal = %f",PID_vertical_proportional_normal); if(!cdbe.ReadFloat(PID_vertical_proportional_hard, "proportional_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_vertical_proportional_hard",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_vertical_proportional_hard = %f",PID_vertical_proportional_hard); if(!cdbe.ReadFloat(PID_vertical_integral_soft, "integral_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_vertical_integral_soft",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_vertical_integral_soft = %f",PID_vertical_integral_soft); if(!cdbe.ReadFloat(PID_vertical_integral_normal, "integral_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_vertical_integral_normal",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_vertical_integral_normal = %f",PID_vertical_integral_normal); if(!cdbe.ReadFloat(PID_vertical_integral_hard, "integral_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_vertical_integral_hard",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_vertical_integral_hard = %f",PID_vertical_integral_hard); if(!cdbe.ReadFloat(PID_vertical_derivative_soft, "derivative_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_vertical_derivative_soft",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_vertical_derivative_soft = %f",PID_vertical_derivative_soft); if(!cdbe.ReadFloat(PID_vertical_derivative_normal, "derivative_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_vertical_derivative_normal",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_vertical_derivative_normal = %f",PID_vertical_derivative_normal); if(!cdbe.ReadFloat(PID_vertical_derivative_hard, "derivative_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_vertical_derivative_hard",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_vertical_derivative_hard = %f",PID_vertical_derivative_hard); cdbe->MoveToRoot(); if(!cdbe->Move("+MARTe.+RealTimeThread.+controller.PID_primary")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+controller.PID_primary\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFloat(PID_primary_proportional_soft, "proportional_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_primary_proportional_soft",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_primary_proportional_soft = %f",PID_primary_proportional_soft); if(!cdbe.ReadFloat(PID_primary_proportional_normal, "proportional_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_primary_proportional_normal",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_primary_proportional_normal = %f",PID_primary_proportional_normal); if(!cdbe.ReadFloat(PID_primary_proportional_hard, "proportional_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_primary_proportional_hard",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_primary_proportional_hard = %f",PID_primary_proportional_hard); if(!cdbe.ReadFloat(PID_primary_integral_soft, "integral_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_primary_integral_soft",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_primary_integral_soft = %f",PID_primary_integral_soft); if(!cdbe.ReadFloat(PID_primary_integral_normal, "integral_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_primary_integral_normal",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_primary_integral_normal = %f",PID_primary_integral_normal); if(!cdbe.ReadFloat(PID_primary_integral_hard, "integral_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_primary_integral_hard",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_primary_integral_hard = %f",PID_primary_integral_hard); if(!cdbe.ReadFloat(PID_primary_derivative_soft, "derivative_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_primary_derivative_soft",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_primary_derivative_soft = %f",PID_primary_derivative_soft); if(!cdbe.ReadFloat(PID_primary_derivative_normal, "derivative_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_primary_derivative_normal",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_primary_derivative_normal = %f",PID_primary_derivative_normal); if(!cdbe.ReadFloat(PID_primary_derivative_hard, "derivative_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s PID_primary_derivative_hard",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: PID_primary_derivative_hard = %f",PID_primary_derivative_hard); cdbe->MoveToRoot(); // read config file section: PSCommunicator_vertical if(!cdbe->Move("+MARTe.+RealTimeThread.+PSCommunicator_vertical")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+PSCommunicator_vertical\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFString(verticalPS_UARTPortAddress, "UARTPortAddress")) { CStaticAssertErrorCondition(InitialisationError,"WaveformsDisplay::ObjectLoadSetup: %s Could not verticalPS_UARTPortAddress",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: verticalPS_UARTPortAddress = %s",verticalPS_UARTPortAddress.Buffer()); if(!cdbe.ReadFloat(verticalPS_PointOfZeroCurrent, "PointOfZeroCurrent")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s verticalPS_PointOfZeroCurrent",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: verticalPS_PointOfZeroCurrent = %f",verticalPS_PointOfZeroCurrent); if(!cdbe.ReadFloat(verticalPS_CurrentStep, "CurrentStep")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s verticalPS_CurrentStep",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: verticalPS_CurrentStep = %f",verticalPS_CurrentStep); cdbe->MoveToRoot(); // read config file section: PSCommunicator_horizontal if(!cdbe->Move("+MARTe.+RealTimeThread.+PSCommunicator_horizontal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+PSCommunicator_horizontal\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFString(horizontalPS_UARTPortAddress, "UARTPortAddress")) { CStaticAssertErrorCondition(InitialisationError,"WaveformsDisplay::ObjectLoadSetup: %s Could not horizontalPS_UARTPortAddress",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: horizontalPS_UARTPortAddress = %s",horizontalPS_UARTPortAddress.Buffer()); if(!cdbe.ReadFloat(horizontalPS_PointOfZeroCurrent, "PointOfZeroCurrent")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s horizontalPS_PointOfZeroCurrent",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: horizontalPS_PointOfZeroCurrent = %f",horizontalPS_PointOfZeroCurrent); if(!cdbe.ReadFloat(horizontalPS_CurrentStep, "CurrentStep")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s horizontalPS_CurrentStep",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: horizontalPS_CurrentStep = %f",horizontalPS_CurrentStep); cdbe->MoveToRoot(); // read config file section: PSCommunicator_primary if(!cdbe->Move("+MARTe.+RealTimeThread.+PSCommunicator_primary")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+PSCommunicator_primary\"",this->Name()); temp_file.Close(); return False; } if(!cdbe.ReadFString(primaryPS_UARTPortAddress, "UARTPortAddress")) { CStaticAssertErrorCondition(InitialisationError,"WaveformsDisplay::ObjectLoadSetup: %s Could not primaryPS_UARTPortAddress",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: primaryPS_UARTPortAddress = %s",primaryPS_UARTPortAddress.Buffer()); if(!cdbe.ReadFloat(primaryPS_PointOfZeroCurrent, "PointOfZeroCurrent")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s primaryPS_PointOfZeroCurrent",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: primaryPS_PointOfZeroCurrent = %f",primaryPS_PointOfZeroCurrent); if(!cdbe.ReadFloat(primaryPS_CurrentStep, "CurrentStep")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ReadConfigurationFile: %s primaryPS_CurrentStep",this->Name()); temp_file.Close(); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::ReadConfigurationFile: primaryPS_CurrentStep = %f",primaryPS_CurrentStep); cdbe->MoveToRoot(); // magnetic auxiliary variables magnetic_probes_bool_vector = new bool[NumberOfProbes]; for(i=0; iReadFromStream(configIn); configIn.Close(); // Write +ExternalTimeTriggeringService if(!cdb->Move("+MARTe.+ExternalTimeTriggeringService")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+ExternalTimeTriggeringService\"",this->Name()); return False; } if(!cdb.WriteInt32(marte_usec_cycle_time, "TsOnlineUsecPeriod")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s marte_usec_cycle_time",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: marte_usec_cycle_time = %d",marte_usec_cycle_time); if(!cdb.WriteInt32(marte_usec_cycle_time, "TsOfflineUsecPeriod")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s marte_usec_cycle_time",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: marte_usec_cycle_time = %d",marte_usec_cycle_time); cdb->MoveToRoot(); // Write DataCollection if(!cdb->Move("+MARTe.+RealTimeThread.+DataCollection.EventTrigger.TimeWindow0")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \".+RealTimeThread.+DataCollection.EventTrigger.TimeWindow0\"",this->Name()); return False; } if(!cdb.WriteInt32(marte_usec_cycle_time, "UsecPeriod")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s UsecPeriod",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: UsecPeriod = %d",marte_usec_cycle_time); datacollection_n_of_samples = (int) (1000*(discharge_time + 10. + (usectime_to_wait_for_starting_operation)/1000.)/(marte_usec_cycle_time)); if(!cdb.WriteInt32(datacollection_n_of_samples, "NOfSamples")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s NOfSamples",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: NOfSamples = %d",datacollection_n_of_samples); cdb->MoveToRoot(); // write config file section: NOfAcquisitionSamples if(!cdb->Move("+MARTe.+RealTimeThread.+DataCollection")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \".+RealTimeThread.+DataCollection\"",this->Name()); return False; } if(!cdb.WriteInt32(datacollection_n_of_samples, "NOfAcquisitionSamples")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s NOfAcquisitionSamples",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: NOfAcquisitionSamples = %d",datacollection_n_of_samples); cdb->MoveToRoot(); // write config file section: waveform_primary if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_1_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_1_positive\"",this->Name()); return False; } if(!cdb.WriteInt32(primary_1_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s primary_1_p_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: primary_1_p_vector_size = %d",primary_1_p_vector_size); if(!cdb.WriteFloatArray(primary_1_p_index_vector, (int *)(&primary_1_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write primary_1_p_index_vector"); return False; } else for(i=0;iName()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: primary_1_p_max_value = %f",primary_1_p_max_value); if(!cdb.WriteFloat(primary_1_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s primary_1_p_min_value",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: primary_1_p_min_value = %f",primary_1_p_min_value); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_1_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_1_negative\"",this->Name()); return False; } if(!cdb.WriteInt32(primary_1_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s primary_1_n_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: primary_1_n_vector_size = %d",primary_1_n_vector_size); if(!cdb.WriteFloatArray(primary_1_n_index_vector, (int *)(&primary_1_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write primary_1_n_index_vector"); return False; } else for(i=0;iMoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_2_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_2_positive\"",this->Name()); return False; } if(!cdb.WriteInt32(primary_2_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s primary_2_p_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: primary_2_p_vector_size = %d",primary_2_p_vector_size); if(!cdb.WriteFloatArray(primary_2_p_index_vector, (int *)(&primary_2_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write primary_2_p_index_vector"); return False; } else for(i=0;iName()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: primary_2_p_max_value = %f",primary_2_p_max_value); if(!cdb.WriteFloat(primary_2_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s primary_2_p_min_value",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: primary_2_p_min_value = %f",primary_2_p_min_value); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_2_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_primary.waveform_mode_2_negative\"",this->Name()); return False; } if(!cdb.WriteInt32(primary_2_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s primary_2_n_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: primary_2_n_vector_size = %d",primary_2_n_vector_size); if(!cdb.WriteFloatArray(primary_2_n_index_vector, (int *)(&primary_2_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write primary_2_n_index_vector"); return False; } else for(i=0;iMoveToRoot(); // write config file section: waveform_vertical if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_1_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_1_positive\"",this->Name()); return False; } if(!cdb.WriteInt32(vertical_1_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s vertical_1_p_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: vertical_1_p_vector_size = %d",vertical_1_p_vector_size); if(!cdb.WriteFloatArray(vertical_1_p_index_vector, (int *)(&vertical_1_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write vertical_1_p_index_vector"); return False; } else for(i=0;iName()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: vertical_1_p_max_value = %f",vertical_1_p_max_value); if(!cdb.WriteFloat(vertical_1_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s vertical_1_p_min_value",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: vertical_1_p_min_value = %f",vertical_1_p_min_value); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_1_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_1_negative\"",this->Name()); return False; } if(!cdb.WriteInt32(vertical_1_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s vertical_1_n_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: vertical_1_n_vector_size = %d",vertical_1_n_vector_size); if(!cdb.WriteFloatArray(vertical_1_n_index_vector, (int *)(&vertical_1_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write vertical_1_n_index_vector"); return False; } else for(i=0;iMoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_2_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_2_positive\"",this->Name()); return False; } if(!cdb.WriteInt32(vertical_2_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s vertical_2_p_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: vertical_2_p_vector_size = %d",vertical_2_p_vector_size); if(!cdb.WriteFloatArray(vertical_2_p_index_vector, (int *)(&vertical_2_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write vertical_2_p_index_vector"); return False; } else for(i=0;iName()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: vertical_2_p_max_value = %f",vertical_2_p_max_value); if(!cdb.WriteFloat(vertical_2_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s vertical_2_p_min_value",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: vertical_2_p_min_value = %f",vertical_2_p_min_value); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_2_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_vertical.waveform_mode_2_negative\"",this->Name()); return False; } if(!cdb.WriteInt32(vertical_2_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s vertical_2_n_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: vertical_2_n_vector_size = %d",vertical_2_n_vector_size); if(!cdb.WriteFloatArray(vertical_2_n_index_vector, (int *)(&vertical_2_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write vertical_2_n_index_vector"); return False; } else for(i=0;iMoveToRoot(); // write config file section: waveform_horizontal if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_1_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_1_positive\"",this->Name()); return False; } if(!cdb.WriteInt32(horizontal_1_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s horizontal_1_p_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: horizontal_1_p_vector_size = %d",horizontal_1_p_vector_size); if(!cdb.WriteFloatArray(horizontal_1_p_index_vector, (int *)(&horizontal_1_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write horizontal_1_p_index_vector"); return False; } else for(i=0;iName()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: horizontal_1_p_max_value = %f",horizontal_1_p_max_value); if(!cdb.WriteFloat(horizontal_1_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s horizontal_1_p_min_value",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: horizontal_1_p_min_value = %f",horizontal_1_p_min_value); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_1_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_1_negative\"",this->Name()); return False; } if(!cdb.WriteInt32(horizontal_1_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s horizontal_1_n_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: horizontal_1_n_vector_size = %d",horizontal_1_n_vector_size); if(!cdb.WriteFloatArray(horizontal_1_n_index_vector, (int *)(&horizontal_1_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write horizontal_1_n_index_vector"); return False; } else for(i=0;iMoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_2_positive")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_2_positive\"",this->Name()); return False; } if(!cdb.WriteInt32(horizontal_2_p_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s horizontal_2_p_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: horizontal_2_p_vector_size = %d",horizontal_2_p_vector_size); if(!cdb.WriteFloatArray(horizontal_2_p_index_vector, (int *)(&horizontal_2_p_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write horizontal_2_p_index_vector"); return False; } else for(i=0;iName()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: horizontal_2_p_max_value = %f",horizontal_2_p_max_value); if(!cdb.WriteFloat(horizontal_2_p_min_value, "min_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s horizontal_2_p_min_value",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: horizontal_2_p_min_value = %f",horizontal_2_p_min_value); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_2_negative")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+waveform_horizontal.waveform_mode_2_negative\"",this->Name()); return False; } if(!cdb.WriteInt32(horizontal_2_n_vector_size, "vector_size")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s horizontal_2_n_vector_size",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: horizontal_2_n_vector_size = %d",horizontal_2_n_vector_size); if(!cdb.WriteFloatArray(horizontal_2_n_index_vector, (int *)(&horizontal_2_n_vector_size), 1, "index_vector")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write horizontal_2_n_index_vector"); return False; } else for(i=0;iMoveToRoot(); // write config file section: time_windows if(!cdb->Move("+MARTe.+RealTimeThread.+time_windows")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+time_windows\"",this->Name()); return False; } if(!cdb.WriteFloat(discharge_time, "discharge_time")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s discharge_time",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: discharge_time = %f",discharge_time); if(!cdb.WriteInt32(number_of_cycles, "number_of_cycles")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s number_of_cycles",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: number_of_cycles = %d",number_of_cycles); if(!cdb.WriteInt32((int) first_cycle_positive_bool, "first_cycle_positive_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s first_cycle_positive_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: first_cycle_positive_bool = %d",first_cycle_positive_bool); if(!cdb.WriteInt32((int) auto_breakdown, "auto_breakdown")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s auto_breakdown",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: auto_breakdown = %d",auto_breakdown); if(!cdb.WriteInt32(marte_usec_cycle_time, "usecthread_cycle_time")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s marte_usec_cycle_time",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: marte_usec_cycle_time = %d",marte_usec_cycle_time); if(!cdb.WriteInt32(usectime_to_wait_for_starting_operation, "usectime_to_wait_for_starting_operation")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s usectime_to_wait_for_starting_operation",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: usectime_to_wait_for_starting_operation = %d",usectime_to_wait_for_starting_operation); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+time_windows.positive_time_windows")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+time_windows.positive_time_windows\"",this->Name()); return False; } if(!cdb.WriteInt32(positive_number_of_time_windows, "number_of_time_windows")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s positive_number_of_time_windows",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: positive_number_of_time_windows = %d",positive_number_of_time_windows); if(!cdb.WriteFloatArray(positive_time_windows_values, (int *)(&positive_number_of_time_windows), 1, "time_windows_values")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write positive_time_windows_values"); return False; } else for(i=0;iMoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+time_windows.negative_time_windows")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+time_windows.negative_time_windows\"",this->Name()); return False; } if(!cdb.WriteInt32(negative_number_of_time_windows, "number_of_time_windows")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s negative_number_of_time_windows",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: negative_number_of_time_windows = %d",negative_number_of_time_windows); if(!cdb.WriteFloatArray(negative_time_windows_values, (int *)(&negative_number_of_time_windows), 1, "time_windows_values")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write negative_time_windows_values"); return False; } else for(i=0;iMoveToRoot(); // write config file section: tomography if(!cdb->Move("+MARTe.+RealTimeThread.+tomography")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+tomography\"",this->Name()); return False; } if(!cdb.WriteInt32((int) tomography_radial_bool, "tomography_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s tomography_radial_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: tomography_radial_bool = %d",tomography_radial_bool); if(!cdb.WriteInt32((int) tomography_vertical_bool, "tomography_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s tomography_vertical_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: tomography_vertical_bool = %d",tomography_vertical_bool); if(!cdb.WriteInt32(usectime_to_wait_for_starting_operation, "usectime_to_wait_for_starting_operation")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s usectime_to_wait_for_starting_operation",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: usectime_to_wait_for_starting_operation = %d",usectime_to_wait_for_starting_operation); cdb->MoveToRoot(); // write config file section: electric_probes if(!cdb->Move("+MARTe.+RealTimeThread.+electric_probes")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+electric_probes\"",this->Name()); return False; } if(!cdb.WriteInt32((int) electric_radial_bool, "electric_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s electric_radial_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: electric_radial_bool = %d",electric_radial_bool); if(!cdb.WriteInt32((int) electric_vertical_bool, "electric_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s electric_vertical_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: electric_vertical_bool = %d",electric_vertical_bool); if(!cdb.WriteInt32(usectime_to_wait_for_starting_operation, "usectime_to_wait_for_starting_operation")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s usectime_to_wait_for_starting_operation",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: usectime_to_wait_for_starting_operation = %d",usectime_to_wait_for_starting_operation); cdb->MoveToRoot(); // write config file section: magnetic_probes if(!cdb->Move("+MARTe.+RealTimeThread.+magnetic_probes")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+magnetic_probes\"",this->Name()); return False; } if(!cdb.WriteInt32(usectime_to_wait_for_starting_operation, "usectime_to_wait_for_starting_operation")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s usectime_to_wait_for_starting_operation",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: usectime_to_wait_for_starting_operation = %d",usectime_to_wait_for_starting_operation); if(!cdb.WriteInt32((int) magnetic_radial_bool, "magnetic_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s magnetic_radial_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: magnetic_radial_bool = %d",magnetic_radial_bool); if(!cdb.WriteInt32((int) magnetic_vertical_bool, "magnetic_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s magnetic_vertical_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: magnetic_vertical_bool = %d",magnetic_vertical_bool); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+magnetic_probes.MirnovArrayDescription")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+magnetic_probes.MirnovArrayDescription\"",this->Name()); return False; } if(!cdb.WriteInt32(NumberOfProbes, "NumberOfProbes")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s NumberOfProbes",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: NumberOfProbes = %d",NumberOfProbes); if(!cdb.WriteFloatArray(magnetic_Angles, (int *)(&NumberOfProbes), 1, "Angles")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write magnetic_Angles"); return False; } else for(i=0;iMoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+magnetic_probes.Measurements")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+magnetic_probes.Measurements\"",this->Name()); return False; } if(!cdb.WriteInt32(NumberOfMeasurements, "NumberOfMeasurements")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s NumberOfMeasurements",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: NumberOfMeasurements = %d",NumberOfMeasurements); if(!cdb.WriteInt32Array(ProbeNumbers, (int *)(&NumberOfMeasurements), 1, "ProbeNumbers")) { CStaticAssertErrorCondition(InitialisationError,"WriteWaveformFiles: Could not write ProbeNumbers"); return False; } else for(i=0;iMoveToRoot(); // write config file section: sine_probe if(!cdb->Move("+MARTe.+RealTimeThread.+sine_probe")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+sine_probe\"",this->Name()); return False; } if(!cdb.WriteInt32(usectime_to_wait_for_starting_operation, "usectime_to_wait_for_starting_operation")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s usectime_to_wait_for_starting_operation",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: usectime_to_wait_for_starting_operation = %d",usectime_to_wait_for_starting_operation); if(!cdb.WriteInt32((int) sine_vertical_bool, "sine_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s sine_vertical_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: sine_vertical_bool = %d",sine_vertical_bool); cdb->MoveToRoot(); // write config file section: cosine_probe if(!cdb->Move("+MARTe.+RealTimeThread.+cosine_probe")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+cosine_probe\"",this->Name()); return False; } if(!cdb.WriteInt32(usectime_to_wait_for_starting_operation, "usectime_to_wait_for_starting_operation")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s usectime_to_wait_for_starting_operation",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: usectime_to_wait_for_starting_operation = %d",usectime_to_wait_for_starting_operation); if(!cdb.WriteInt32((int) cosine_radial_bool, "cosine_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s cosine_radial_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: cosine_radial_bool = %d",cosine_radial_bool); cdb->MoveToRoot(); // write config file section: hibd if(!cdb->Move("+MARTe.+RealTimeThread.+hibd")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+hibd\"",this->Name()); return False; } if(!cdb.WriteInt32((int) hibd_radial_bool, "hibd_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s hibd_radial_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: hibd_radial_bool = %d",hibd_radial_bool); if(!cdb.WriteInt32((int) hibd_vertical_bool, "hibd_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s hibd_vertical_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: hibd_vertical_bool = %d",hibd_vertical_bool); cdb->MoveToRoot(); // write config file section: main_rogowski if(!cdb->Move("+MARTe.+RealTimeThread.+main_rogowski")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+main_rogowski\"",this->Name()); return False; } if(!cdb.WriteInt32(usectime_to_wait_for_starting_operation, "usectime_to_wait_for_starting_operation")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s usectime_to_wait_for_starting_operation",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: usectime_to_wait_for_starting_operation = %d",usectime_to_wait_for_starting_operation); cdb->MoveToRoot(); // write config file section: interferometry if(!cdb->Move("+MARTe.+RealTimeThread.+interferometry")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+interferometry\"",this->Name()); return False; } if(!cdb.WriteInt32(usectime_to_wait_for_starting_operation, "usectime_to_wait_for_starting_operation")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s usectime_to_wait_for_starting_operation",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: usectime_to_wait_for_starting_operation = %d",usectime_to_wait_for_starting_operation); if(!cdb.WriteInt32((int) interferometry_radial_control_bool, "interferometry_radial_control_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s interferometry_radial_control_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: interferometry_radial_control_bool = %d",interferometry_radial_control_bool); cdb->MoveToRoot(); // write config file section: H_alpha if(!cdb->Move("+MARTe.+RealTimeThread.+H_alpha")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+H_alpha\"",this->Name()); return False; } if(!cdb.WriteInt32(usectime_to_wait_for_starting_operation, "usectime_to_wait_for_starting_operation")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s usectime_to_wait_for_starting_operation",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: usectime_to_wait_for_starting_operation = %d",usectime_to_wait_for_starting_operation); cdb->MoveToRoot(); // write config file section: technical_signals if(!cdb->Move("+MARTe.+RealTimeThread.+technical_signals")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+technical_signals\"",this->Name()); return False; } if(!cdb.WriteInt32(usectime_to_wait_for_starting_operation, "usectime_to_wait_for_starting_operation")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s usectime_to_wait_for_starting_operation",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: usectime_to_wait_for_starting_operation = %d",usectime_to_wait_for_starting_operation); cdb->MoveToRoot(); // write config file section: machine_protection if(!cdb->Move("+MARTe.+RealTimeThread.+machine_protection")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+machine_protection\"",this->Name()); return False; } if(!cdb.WriteFloat(iron_core_saturation_value, "iron_core_saturation_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s iron_core_saturation_value",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: iron_core_saturation_value = %f",iron_core_saturation_value); if(!cdb.WriteFloat(iron_core_dangerous_value, "iron_core_dangerous_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s iron_core_dangerous_value",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: iron_core_dangerous_value = %f",iron_core_dangerous_value); cdb->MoveToRoot(); // write config file section: plasma_parameters if(!cdb->Move("+MARTe.+RealTimeThread.+plasma_parameters")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters\"",this->Name()); return False; } if(!cdb.WriteFloat(high_current_threshold_value, "high_current_threshold_value")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s high_current_threshold_value",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: high_current_threshold_value = %f",high_current_threshold_value); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+plasma_parameters.tomography")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.tomography\"",this->Name()); return False; } if(!cdb.WriteFloat(tomography_radial_high_current_weight, "radial_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s tomography_radial_high_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: tomography_radial_high_current_weight = %f",tomography_radial_high_current_weight); if(!cdb.WriteFloat(tomography_radial_low_current_weight, "radial_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s tomography_radial_low_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: tomography_radial_low_current_weight = %f",tomography_radial_low_current_weight); if(!cdb.WriteFloat(tomography_vertical_high_current_weight, "vertical_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s tomography_vertical_high_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: tomography_vertical_high_current_weight = %f",tomography_vertical_high_current_weight); if(!cdb.WriteFloat(tomography_vertical_low_current_weight, "vertical_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s tomography_vertical_low_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: tomography_vertical_low_current_weight = %f",tomography_vertical_low_current_weight); if(!cdb.WriteInt32((int) tomography_radial_bool, "tomography_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s tomography_radial_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: tomography_radial_bool = %d",tomography_radial_bool); if(!cdb.WriteInt32((int) tomography_vertical_bool, "tomography_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s tomography_vertical_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: tomography_vertical_bool = %d",tomography_vertical_bool); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+plasma_parameters.electric_probes")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.electric_probes\"",this->Name()); return False; } if(!cdb.WriteFloat(electric_radial_high_current_weight, "radial_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s electric_radial_high_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: electric_radial_high_current_weight = %f",electric_radial_high_current_weight); if(!cdb.WriteFloat(electric_radial_low_current_weight, "radial_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s electric_radial_low_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: electric_radial_low_current_weight = %f",electric_radial_low_current_weight); if(!cdb.WriteFloat(electric_vertical_high_current_weight, "vertical_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s electric_vertical_high_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: electric_vertical_high_current_weight = %f",electric_vertical_high_current_weight); if(!cdb.WriteFloat(electric_vertical_low_current_weight, "vertical_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s electric_vertical_low_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: electric_vertical_low_current_weight = %f",electric_vertical_low_current_weight); if(!cdb.WriteInt32((int) electric_radial_bool, "electric_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s electric_radial_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: electric_radial_bool = %d",electric_radial_bool); if(!cdb.WriteInt32((int) electric_vertical_bool, "electric_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s electric_vertical_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: electric_vertical_bool = %d",electric_vertical_bool); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+plasma_parameters.magnetic_probes")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.magnetic_probes\"",this->Name()); return False; } if(!cdb.WriteFloat(magnetic_radial_high_current_weight, "radial_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s magnetic_radial_high_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: magnetic_radial_high_current_weight = %f",magnetic_radial_high_current_weight); if(!cdb.WriteFloat(magnetic_radial_low_current_weight, "radial_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s magnetic_radial_low_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: magnetic_radial_low_current_weight = %f",magnetic_radial_low_current_weight); if(!cdb.WriteFloat(magnetic_vertical_high_current_weight, "vertical_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s magnetic_vertical_high_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: magnetic_vertical_high_current_weight = %f",magnetic_vertical_high_current_weight); if(!cdb.WriteFloat(magnetic_vertical_low_current_weight, "vertical_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s magnetic_vertical_low_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: magnetic_vertical_low_current_weight = %f",magnetic_vertical_low_current_weight); if(!cdb.WriteInt32((int) magnetic_radial_bool, "magnetic_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s magnetic_radial_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: magnetic_radial_bool = %d",magnetic_radial_bool); if(!cdb.WriteInt32((int) magnetic_vertical_bool, "magnetic_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s magnetic_vertical_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: magnetic_vertical_bool = %d",magnetic_vertical_bool); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+plasma_parameters.sine_probe")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.sine_probe\"",this->Name()); return False; } if(!cdb.WriteFloat(sine_vertical_high_current_weight, "radial_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s sine_vertical_high_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: sine_vertical_high_current_weight = %f",sine_vertical_high_current_weight); if(!cdb.WriteFloat(sine_vertical_low_current_weight, "radial_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s sine_vertical_low_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: sine_vertical_low_current_weight = %f",sine_vertical_low_current_weight); if(!cdb.WriteInt32((int) sine_vertical_bool, "sine_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s sine_vertical_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: sine_vertical_bool = %d",sine_vertical_bool); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+plasma_parameters.cosine_probe")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.cosine_probe\"",this->Name()); return False; } if(!cdb.WriteFloat(cosine_radial_high_current_weight, "vertical_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s cosine_radial_high_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: cosine_radial_high_current_weight = %f",cosine_radial_high_current_weight); if(!cdb.WriteFloat(cosine_radial_low_current_weight, "vertical_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s cosine_radial_low_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: cosine_radial_low_current_weight = %f",cosine_radial_low_current_weight); if(!cdb.WriteInt32((int) cosine_radial_bool, "cosine_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s cosine_radial_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: cosine_radial_bool = %d",cosine_radial_bool); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+plasma_parameters.hibd")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+plasma_parameters.hibd\"",this->Name()); return False; } if(!cdb.WriteFloat(hibd_radial_high_current_weight, "radial_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s hibd_radial_high_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: hibd_radial_high_current_weight = %f",hibd_radial_high_current_weight); if(!cdb.WriteFloat(hibd_radial_low_current_weight, "radial_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s hibd_radial_low_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: hibd_radial_low_current_weight = %f",hibd_radial_low_current_weight); if(!cdb.WriteFloat(hibd_vertical_high_current_weight, "vertical_high_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s hibd_vertical_high_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: hibd_vertical_high_current_weight = %f",hibd_vertical_high_current_weight); if(!cdb.WriteFloat(hibd_vertical_low_current_weight, "vertical_low_current_weight")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s hibd_vertical_low_current_weight",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: hibd_vertical_low_current_weight = %f",hibd_vertical_low_current_weight); if(!cdb.WriteInt32((int) hibd_radial_bool, "hibd_radial_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s hibd_radial_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: hibd_radial_bool = %d",hibd_radial_bool); if(!cdb.WriteInt32((int) hibd_vertical_bool, "hibd_vertical_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s hibd_vertical_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: hibd_vertical_bool = %d",hibd_vertical_bool); cdb->MoveToRoot(); // write config file section: controller if(!cdb->Move("+MARTe.+RealTimeThread.+controller")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+controller\"",this->Name()); return False; } if(!cdb.WriteInt32(marte_usec_cycle_time, "usecthread_cycle_time")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s marte_usec_cycle_time",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: marte_usec_cycle_time = %d",marte_usec_cycle_time); if(!cdb.WriteInt32((int) interferometry_radial_control_bool, "interferometry_radial_control_bool")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s interferometry_radial_control_bool",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: interferometry_radial_control_bool = %d",interferometry_radial_control_bool); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+controller.PID_horizontal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+controller.PID_horizontal\"",this->Name()); return False; } if(!cdb.WriteFloat(PID_horizontal_proportional_soft, "proportional_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_horizontal_proportional_soft",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_horizontal_proportional_soft = %f",PID_horizontal_proportional_soft); if(!cdb.WriteFloat(PID_horizontal_proportional_normal, "proportional_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_horizontal_proportional_normal",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_horizontal_proportional_normal = %f",PID_horizontal_proportional_normal); if(!cdb.WriteFloat(PID_horizontal_proportional_hard, "proportional_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_horizontal_proportional_hard",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_horizontal_proportional_hard = %f",PID_horizontal_proportional_hard); if(!cdb.WriteFloat(PID_horizontal_integral_soft, "integral_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_horizontal_integral_soft",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_horizontal_integral_soft = %f",PID_horizontal_integral_soft); if(!cdb.WriteFloat(PID_horizontal_integral_normal, "integral_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_horizontal_integral_normal",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_horizontal_integral_normal = %f",PID_horizontal_integral_normal); if(!cdb.WriteFloat(PID_horizontal_integral_hard, "integral_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_horizontal_integral_hard",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_horizontal_integral_hard = %f",PID_horizontal_integral_hard); if(!cdb.WriteFloat(PID_horizontal_derivative_soft, "derivative_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_horizontal_derivative_soft",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_horizontal_derivative_soft = %f",PID_horizontal_derivative_soft); if(!cdb.WriteFloat(PID_horizontal_derivative_normal, "derivative_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_horizontal_derivative_normal",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_horizontal_derivative_normal = %f",PID_horizontal_derivative_normal); if(!cdb.WriteFloat(PID_horizontal_derivative_hard, "derivative_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_horizontal_derivative_hard",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_horizontal_derivative_hard = %f",PID_horizontal_derivative_hard); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+controller.PID_vertical")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+controller.PID_vertical\"",this->Name()); return False; } if(!cdb.WriteFloat(PID_vertical_proportional_soft, "proportional_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_vertical_proportional_soft",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_vertical_proportional_soft = %f",PID_vertical_proportional_soft); if(!cdb.WriteFloat(PID_vertical_proportional_normal, "proportional_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_vertical_proportional_normal",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_vertical_proportional_normal = %f",PID_vertical_proportional_normal); if(!cdb.WriteFloat(PID_vertical_proportional_hard, "proportional_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_vertical_proportional_hard",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_vertical_proportional_hard = %f",PID_vertical_proportional_hard); if(!cdb.WriteFloat(PID_vertical_integral_soft, "integral_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_vertical_integral_soft",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_vertical_integral_soft = %f",PID_vertical_integral_soft); if(!cdb.WriteFloat(PID_vertical_integral_normal, "integral_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_vertical_integral_normal",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_vertical_integral_normal = %f",PID_vertical_integral_normal); if(!cdb.WriteFloat(PID_vertical_integral_hard, "integral_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_vertical_integral_hard",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_vertical_integral_hard = %f",PID_vertical_integral_hard); if(!cdb.WriteFloat(PID_vertical_derivative_soft, "derivative_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_vertical_derivative_soft",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_vertical_derivative_soft = %f",PID_vertical_derivative_soft); if(!cdb.WriteFloat(PID_vertical_derivative_normal, "derivative_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_vertical_derivative_normal",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_vertical_derivative_normal = %f",PID_vertical_derivative_normal); if(!cdb.WriteFloat(PID_vertical_derivative_hard, "derivative_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_vertical_derivative_hard",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_vertical_derivative_hard = %f",PID_vertical_derivative_hard); cdb->MoveToRoot(); if(!cdb->Move("+MARTe.+RealTimeThread.+controller.PID_primary")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+controller.PID_primary\"",this->Name()); return False; } if(!cdb.WriteFloat(PID_primary_proportional_soft, "proportional_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_primary_proportional_soft",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_primary_proportional_soft = %f",PID_primary_proportional_soft); if(!cdb.WriteFloat(PID_primary_proportional_normal, "proportional_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_primary_proportional_normal",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_primary_proportional_normal = %f",PID_primary_proportional_normal); if(!cdb.WriteFloat(PID_primary_proportional_hard, "proportional_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_primary_proportional_hard",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_primary_proportional_hard = %f",PID_primary_proportional_hard); if(!cdb.WriteFloat(PID_primary_integral_soft, "integral_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_primary_integral_soft",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_primary_integral_soft = %f",PID_primary_integral_soft); if(!cdb.WriteFloat(PID_primary_integral_normal, "integral_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_primary_integral_normal",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_primary_integral_normal = %f",PID_primary_integral_normal); if(!cdb.WriteFloat(PID_primary_integral_hard, "integral_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_primary_integral_hard",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_primary_integral_hard = %f",PID_primary_integral_hard); if(!cdb.WriteFloat(PID_primary_derivative_soft, "derivative_soft")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_primary_derivative_soft",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_primary_derivative_soft = %f",PID_primary_derivative_soft); if(!cdb.WriteFloat(PID_primary_derivative_normal, "derivative_normal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_primary_derivative_normal",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_primary_derivative_normal = %f",PID_primary_derivative_normal); if(!cdb.WriteFloat(PID_primary_derivative_hard, "derivative_hard")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s PID_primary_derivative_hard",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: PID_primary_derivative_hard = %f",PID_primary_derivative_hard); cdb->MoveToRoot(); // write config file section: PSCommunicator_vertical if(!cdb->Move("+MARTe.+RealTimeThread.+PSCommunicator_vertical")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+PSCommunicator_vertical\"",this->Name()); return False; } if(!cdb.WriteFString(verticalPS_UARTPortAddress, "UARTPortAddress")) { CStaticAssertErrorCondition(InitialisationError,"WaveformsDisplay::WriteConfigurationFile: %s Could not verticalPS_UARTPortAddress",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: verticalPS_UARTPortAddress = %s",verticalPS_UARTPortAddress.Buffer()); if(!cdb.WriteFloat(verticalPS_PointOfZeroCurrent, "PointOfZeroCurrent")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s verticalPS_PointOfZeroCurrent",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: verticalPS_PointOfZeroCurrent = %f",verticalPS_PointOfZeroCurrent); if(!cdb.WriteFloat(verticalPS_CurrentStep, "CurrentStep")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s verticalPS_CurrentStep",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: verticalPS_CurrentStep = %f",verticalPS_CurrentStep); if(!cdb.WriteInt32(marte_usec_cycle_time, "usecGlobalPeriod")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s marte_usec_cycle_time",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: marte_usec_cycle_time = %d",marte_usec_cycle_time); cdb->MoveToRoot(); // write config file section: PSCommunicator_horizontal if(!cdb->Move("+MARTe.+RealTimeThread.+PSCommunicator_horizontal")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+PSCommunicator_horizontal\"",this->Name()); return False; } if(!cdb.WriteFString(horizontalPS_UARTPortAddress, "UARTPortAddress")) { CStaticAssertErrorCondition(InitialisationError,"WaveformsDisplay::ObjectLoadSetup: %s Could not horizontalPS_UARTPortAddress",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: horizontalPS_UARTPortAddress = %s",horizontalPS_UARTPortAddress.Buffer()); if(!cdb.WriteFloat(horizontalPS_PointOfZeroCurrent, "PointOfZeroCurrent")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s horizontalPS_PointOfZeroCurrent",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: horizontalPS_PointOfZeroCurrent = %f",horizontalPS_PointOfZeroCurrent); if(!cdb.WriteFloat(horizontalPS_CurrentStep, "CurrentStep")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s horizontalPS_CurrentStep",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: horizontalPS_CurrentStep = %f",horizontalPS_CurrentStep); if(!cdb.WriteInt32(marte_usec_cycle_time, "usecGlobalPeriod")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s marte_usec_cycle_time",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: marte_usec_cycle_time = %d",marte_usec_cycle_time); cdb->MoveToRoot(); // write config file section: PSCommunicator_primary if(!cdb->Move("+MARTe.+RealTimeThread.+PSCommunicator_primary")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s Could not move to \"+MARTe.+RealTimeThread.+PSCommunicator_primary\"",this->Name()); return False; } if(!cdb.WriteFString(primaryPS_UARTPortAddress, "UARTPortAddress")) { CStaticAssertErrorCondition(InitialisationError,"WaveformsDisplay::ObjectLoadSetup: %s Could not primaryPS_UARTPortAddress",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: primaryPS_UARTPortAddress = %s",primaryPS_UARTPortAddress.Buffer()); if(!cdb.WriteFloat(primaryPS_PointOfZeroCurrent, "PointOfZeroCurrent")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s primaryPS_PointOfZeroCurrent",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: primaryPS_PointOfZeroCurrent = %f",primaryPS_PointOfZeroCurrent); if(!cdb.WriteFloat(primaryPS_CurrentStep, "CurrentStep")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s primaryPS_CurrentStep",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: primaryPS_CurrentStep = %f",primaryPS_CurrentStep); if(!cdb.WriteInt32(marte_usec_cycle_time, "usecGlobalPeriod")) { AssertErrorCondition(InitialisationError,"MainConfigurator::WriteConfigurationFile: %s marte_usec_cycle_time",this->Name()); return False; } else AssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: marte_usec_cycle_time = %d",marte_usec_cycle_time); cdb->MoveToRoot(); // Move to the DischargeConfigurator if(!cdb->Move("+DischargeConfigurator")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not move to \"+DischargeConfigurator.graphics\"",this->Name()); return False; } if(!cdb.WriteFString(Description, "Description")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not Write Description",this->Name()); return False; } cdb->MoveToRoot(); if(!cdb->Move("+DischargeConfigurator.graphics")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not move to \"+DischargeConfigurator.graphics\"",this->Name()); return False; } if(!cdb.WriteInt32(screen_resolution_x, "screen_resolution_x")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not Write graph_width",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: screen_resolution_x = %d",screen_resolution_x); if(!cdb.WriteInt32(screen_resolution_y, "screen_resolution_y")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not Write graph_height",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: screen_resolution_y = %d",screen_resolution_y); cdb->MoveToRoot(); if(!cdb->Move("+DischargeConfigurator.colours")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not move to \"+DischargeConfigurator.colours\"",this->Name()); return False; } if(!cdb.WriteFString(header_colour, "header_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not Write header_colour",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: header_colour = %s",header_colour.Buffer()); if(!cdb.WriteFString(diagnostics_parameters_colour, "diagnostics_parameters_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not Write diagnostics_parameters_colour",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: diagnostics_parameters_colour = %s",diagnostics_parameters_colour.Buffer()); if(!cdb.WriteFString(control_parameters_colour, "control_parameters_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not Write control_parameters_colour",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: control_parameters_colour = %s",control_parameters_colour.Buffer()); if(!cdb.WriteFString(time_windows_colour, "time_windows_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not Write time_windows_colour",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: time_windows_colour = %s",time_windows_colour.Buffer()); if(!cdb.WriteFString(edit_colour, "edit_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not Write edit_colour",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: edit_colour = %s",edit_colour.Buffer()); if(!cdb.WriteFString(footer_colour, "footer_colour")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not Write footer_colour",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: footer_colour = %s",footer_colour.Buffer()); cdb->MoveToRoot(); if(!cdb->Move("+DischargeConfigurator.default_directories")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not move to \"+DischargeConfigurator.default_directories\"",this->Name()); return False; } if(!cdb.WriteFString(default_config_file_path, "default_config_file_path")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not Write default_config_file_path",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: default_config_file_path = %s",default_config_file_path.Buffer()); if(!cdb.WriteFString(config_files_directory, "config_files_directory")) { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::ObjectLoadSetup: %s Could not Write config_files_directory",this->Name()); return False; } else CStaticAssertErrorCondition(Information,"MainConfigurator::WriteConfigurationFile: config_files_directory = %s",config_files_directory.Buffer()); cdb->MoveToRoot(); FileEraseFile((char *)TargetFilePath); File configOut; if(!configOut.OpenWrite((char *)TargetFilePath)){ printf("MainConfigurator:: Failed open write file %s\n", TargetFilePath); return 0; } // FString cdbString; cdb->WriteToStream(cdbString); cdbString.Seek(0); //Write to file... cdb->WriteToStream(configOut); configOut.Close(); return True; } bool MainConfigurator::DualVectorSort(int vector_dim, float * vector_x, float * vector_y){ if(vector_dim <1){ CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::DualVectorSort, vector_dim lower than 1, vector_dim =%d",vector_dim); return False; } if(vector_dim == 1) return True; int i; int alfa; float temp; float min = *vector_x; int pos; for(alfa=0;alfa temp_max_value) point_to_add_y = temp_max_value; if (point_to_add_y < temp_min_value) point_to_add_y = temp_min_value; temp_vector_x[vector_dim_temp] = point_to_add_x; temp_vector_y[vector_dim_temp] = point_to_add_y; vector_dim_temp++; DualVectorSort(vector_dim_temp, &temp_vector_x[0], &temp_vector_y[0]); RemoveRepeatedValues(&vector_dim_temp, &temp_vector_x[0], &temp_vector_y[0]); if(!RetrieveFromTemp(option)) return False; return True; } bool MainConfigurator::MoveToTemp(int option){ int i; if (option ==0){ //primary_1_p vector_dim_temp = primary_1_p_vector_size; temp_vector_x = new float[primary_1_p_vector_size]; temp_vector_y = new float[primary_1_p_vector_size]; for (i=0;i< primary_1_p_vector_size; i++){ temp_vector_x[i] = primary_1_p_index_vector[i]; temp_vector_y[i] = primary_1_p_data_vector[i]; } } else if (option ==1){ //vertical_1_p vector_dim_temp = vertical_1_p_vector_size; temp_vector_x = new float[vertical_1_p_vector_size]; temp_vector_y = new float[vertical_1_p_vector_size]; for (i=0;i< vertical_1_p_vector_size; i++){ temp_vector_x[i] = vertical_1_p_index_vector[i]; temp_vector_y[i] = vertical_1_p_data_vector[i]; } } else if (option ==2){ //horizontal_1_p vector_dim_temp = horizontal_1_p_vector_size; temp_vector_x = new float[horizontal_1_p_vector_size]; temp_vector_y = new float[horizontal_1_p_vector_size]; for (i=0;i< horizontal_1_p_vector_size; i++){ temp_vector_x[i] = horizontal_1_p_index_vector[i]; temp_vector_y[i] = horizontal_1_p_data_vector[i]; } } else if (option ==3){ //primary_2_p vector_dim_temp = primary_2_p_vector_size; temp_vector_x = new float[primary_2_p_vector_size]; temp_vector_y = new float[primary_2_p_vector_size]; for (i=0;i< primary_2_p_vector_size; i++){ temp_vector_x[i] = primary_2_p_index_vector[i]; temp_vector_y[i] = primary_2_p_data_vector[i]; } } else if (option ==4){ //vertical_2_p vector_dim_temp = vertical_2_p_vector_size; temp_vector_x = new float[vertical_2_p_vector_size]; temp_vector_y = new float[vertical_2_p_vector_size]; for (i=0;i< vertical_2_p_vector_size; i++){ temp_vector_x[i] = vertical_2_p_index_vector[i]; temp_vector_y[i] = vertical_2_p_data_vector[i]; } } else if (option ==5){ //horizontal_2_p vector_dim_temp = horizontal_2_p_vector_size; temp_vector_x = new float[horizontal_2_p_vector_size]; temp_vector_y = new float[horizontal_2_p_vector_size]; for (i=0;i< horizontal_2_p_vector_size; i++){ temp_vector_x[i] = horizontal_2_p_index_vector[i]; temp_vector_y[i] = horizontal_2_p_data_vector[i]; } } else if (option ==6){ //primary_1_n vector_dim_temp = primary_1_n_vector_size; temp_vector_x = new float[primary_1_n_vector_size]; temp_vector_y = new float[primary_1_n_vector_size]; for (i=0;i< primary_1_n_vector_size; i++){ temp_vector_x[i] = primary_1_n_index_vector[i]; temp_vector_y[i] = primary_1_n_data_vector[i]; } } else if (option ==7){ //vertical_1_n vector_dim_temp = vertical_1_n_vector_size; temp_vector_x = new float[vertical_1_n_vector_size]; temp_vector_y = new float[vertical_1_n_vector_size]; for (i=0;i< vertical_1_n_vector_size; i++){ temp_vector_x[i] = vertical_1_n_index_vector[i]; temp_vector_y[i] = vertical_1_n_data_vector[i]; } } else if (option ==8){ //horizontal_1_n vector_dim_temp = horizontal_1_n_vector_size; temp_vector_x = new float[horizontal_1_n_vector_size]; temp_vector_y = new float[horizontal_1_n_vector_size]; for (i=0;i< horizontal_1_n_vector_size; i++){ temp_vector_x[i] = horizontal_1_n_index_vector[i]; temp_vector_y[i] = horizontal_1_n_data_vector[i]; } } else if (option ==9){ //primary_2_n vector_dim_temp = primary_2_n_vector_size; temp_vector_x = new float[primary_2_n_vector_size]; temp_vector_y = new float[primary_2_n_vector_size]; for (i=0;i< primary_2_n_vector_size; i++){ temp_vector_x[i] = primary_2_n_index_vector[i]; temp_vector_y[i] = primary_2_n_data_vector[i]; } } else if (option ==10){ //vertical_2_n vector_dim_temp = vertical_2_n_vector_size; temp_vector_x = new float[vertical_2_n_vector_size]; temp_vector_y = new float[vertical_2_n_vector_size]; for (i=0;i< vertical_2_n_vector_size; i++){ temp_vector_x[i] = vertical_2_n_index_vector[i]; temp_vector_y[i] = vertical_2_n_data_vector[i]; } } else if (option ==11){ //horizontal_2_n vector_dim_temp = horizontal_2_n_vector_size; temp_vector_x = new float[horizontal_2_n_vector_size]; temp_vector_y = new float[horizontal_2_n_vector_size]; for (i=0;i< horizontal_2_n_vector_size; i++){ temp_vector_x[i] = horizontal_2_n_index_vector[i]; temp_vector_y[i] = horizontal_2_n_data_vector[i]; } } else { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::MoveToTemp, option out of bounds, option =%d",option); return False; } return True; } bool MainConfigurator::MoveToTempWithLimits(int option){ int i; if (option ==0){ //primary_1_p vector_dim_temp = primary_1_p_vector_size; temp_max_value = primary_1_p_max_value; temp_min_value = primary_1_p_min_value; temp_vector_x = new float[primary_1_p_vector_size+1]; temp_vector_y = new float[primary_1_p_vector_size+1]; for (i=0;i< primary_1_p_vector_size; i++){ temp_vector_x[i] = primary_1_p_index_vector[i]; temp_vector_y[i] = primary_1_p_data_vector[i]; } } else if (option ==1){ //vertical_1_p vector_dim_temp = vertical_1_p_vector_size; temp_max_value = vertical_1_p_max_value; temp_min_value = vertical_1_p_min_value; temp_vector_x = new float[vertical_1_p_vector_size+1]; temp_vector_y = new float[vertical_1_p_vector_size+1]; for (i=0;i< vertical_1_p_vector_size; i++){ temp_vector_x[i] = vertical_1_p_index_vector[i]; temp_vector_y[i] = vertical_1_p_data_vector[i]; } } else if (option ==2){ //horizontal_1_p vector_dim_temp = horizontal_1_p_vector_size; temp_max_value = horizontal_1_p_max_value; temp_min_value = horizontal_1_p_min_value; temp_vector_x = new float[horizontal_1_p_vector_size+1]; temp_vector_y = new float[horizontal_1_p_vector_size+1]; for (i=0;i< horizontal_1_p_vector_size; i++){ temp_vector_x[i] = horizontal_1_p_index_vector[i]; temp_vector_y[i] = horizontal_1_p_data_vector[i]; } } else if (option ==3){ //primary_2_p vector_dim_temp = primary_2_p_vector_size; temp_max_value = primary_2_p_max_value; temp_min_value = primary_2_p_min_value; temp_vector_x = new float[primary_2_p_vector_size+1]; temp_vector_y = new float[primary_2_p_vector_size+1]; for (i=0;i< primary_2_p_vector_size; i++){ temp_vector_x[i] = primary_2_p_index_vector[i]; temp_vector_y[i] = primary_2_p_data_vector[i]; } } else if (option ==4){ //vertical_2_p vector_dim_temp = vertical_2_p_vector_size; temp_max_value = vertical_2_p_max_value; temp_min_value = vertical_2_p_min_value; temp_vector_x = new float[vertical_2_p_vector_size+1]; temp_vector_y = new float[vertical_2_p_vector_size+1]; for (i=0;i< vertical_2_p_vector_size; i++){ temp_vector_x[i] = vertical_2_p_index_vector[i]; temp_vector_y[i] = vertical_2_p_data_vector[i]; } } else if (option ==5){ //horizontal_2_p vector_dim_temp = horizontal_2_p_vector_size; temp_max_value = horizontal_2_p_max_value; temp_min_value = horizontal_2_p_min_value; temp_vector_x = new float[horizontal_2_p_vector_size+1]; temp_vector_y = new float[horizontal_2_p_vector_size+1]; for (i=0;i< horizontal_2_p_vector_size; i++){ temp_vector_x[i] = horizontal_2_p_index_vector[i]; temp_vector_y[i] = horizontal_2_p_data_vector[i]; } } else if (option ==6){ //primary_1_n vector_dim_temp = primary_1_n_vector_size; temp_max_value = primary_1_p_max_value; temp_min_value = primary_1_p_min_value; temp_vector_x = new float[primary_1_n_vector_size+1]; temp_vector_y = new float[primary_1_n_vector_size+1]; for (i=0;i< primary_1_n_vector_size; i++){ temp_vector_x[i] = primary_1_n_index_vector[i]; temp_vector_y[i] = primary_1_n_data_vector[i]; } } else if (option ==7){ //vertical_1_n vector_dim_temp = vertical_1_n_vector_size; temp_max_value = vertical_1_p_max_value; temp_min_value = vertical_1_p_min_value; temp_vector_x = new float[vertical_1_n_vector_size+1]; temp_vector_y = new float[vertical_1_n_vector_size+1]; for (i=0;i< vertical_1_n_vector_size; i++){ temp_vector_x[i] = vertical_1_n_index_vector[i]; temp_vector_y[i] = vertical_1_n_data_vector[i]; } } else if (option ==8){ //horizontal_1_n vector_dim_temp = horizontal_1_n_vector_size; temp_max_value = horizontal_1_p_max_value; temp_min_value = horizontal_1_p_min_value; temp_vector_x = new float[horizontal_1_n_vector_size+1]; temp_vector_y = new float[horizontal_1_n_vector_size+1]; for (i=0;i< horizontal_1_n_vector_size; i++){ temp_vector_x[i] = horizontal_1_n_index_vector[i]; temp_vector_y[i] = horizontal_1_n_data_vector[i]; } } else if (option ==9){ //primary_2_n vector_dim_temp = primary_2_n_vector_size; temp_max_value = primary_2_p_max_value; temp_min_value = primary_2_p_min_value; temp_vector_x = new float[primary_2_n_vector_size+1]; temp_vector_y = new float[primary_2_n_vector_size+1]; for (i=0;i< primary_2_n_vector_size; i++){ temp_vector_x[i] = primary_2_n_index_vector[i]; temp_vector_y[i] = primary_2_n_data_vector[i]; } } else if (option ==10){ //vertical_2_n vector_dim_temp = vertical_2_n_vector_size; temp_max_value = vertical_2_p_max_value; temp_min_value = vertical_2_p_min_value; temp_vector_x = new float[vertical_2_n_vector_size+1]; temp_vector_y = new float[vertical_2_n_vector_size+1]; for (i=0;i< vertical_2_n_vector_size; i++){ temp_vector_x[i] = vertical_2_n_index_vector[i]; temp_vector_y[i] = vertical_2_n_data_vector[i]; } } else if (option ==11){ //horizontal_2_n vector_dim_temp = horizontal_2_n_vector_size; temp_max_value = horizontal_2_p_max_value; temp_min_value = horizontal_2_p_min_value; temp_vector_x = new float[horizontal_2_n_vector_size+1]; temp_vector_y = new float[horizontal_2_n_vector_size+1]; for (i=0;i< horizontal_2_n_vector_size; i++){ temp_vector_x[i] = horizontal_2_n_index_vector[i]; temp_vector_y[i] = horizontal_2_n_data_vector[i]; } } else { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::MoveToTemp, option out of bounds, option =%d",option); return False; } return True; } bool MainConfigurator::RetrieveFromTemp(int option){ int i; if (option ==0){ //primary_1_p primary_1_p_vector_size = vector_dim_temp; primary_1_p_index_vector = new float[vector_dim_temp]; primary_1_p_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ primary_1_p_index_vector[i] = temp_vector_x[i]; primary_1_p_data_vector[i] = temp_vector_y[i]; } } else if (option ==1){ //vertical_1_p vertical_1_p_vector_size = vector_dim_temp; vertical_1_p_index_vector = new float[vector_dim_temp]; vertical_1_p_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ vertical_1_p_index_vector[i] = temp_vector_x[i]; vertical_1_p_data_vector[i] = temp_vector_y[i]; } } else if (option ==2){ //horizontal_1_p horizontal_1_p_vector_size = vector_dim_temp; horizontal_1_p_index_vector = new float[vector_dim_temp]; horizontal_1_p_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ horizontal_1_p_index_vector[i] = temp_vector_x[i]; horizontal_1_p_data_vector[i] = temp_vector_y[i]; } } else if (option ==3){ //primary_2_p primary_2_p_vector_size = vector_dim_temp; primary_2_p_index_vector = new float[vector_dim_temp]; primary_2_p_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ primary_2_p_index_vector[i] = temp_vector_x[i]; primary_2_p_data_vector[i] = temp_vector_y[i]; } } else if (option ==4){ //vertical_2_p vertical_2_p_vector_size = vector_dim_temp; vertical_2_p_index_vector = new float[vector_dim_temp]; vertical_2_p_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ vertical_2_p_index_vector[i] = temp_vector_x[i]; vertical_2_p_data_vector[i] = temp_vector_y[i]; } } else if (option ==5){ //horizontal_2_p horizontal_2_p_vector_size = vector_dim_temp; horizontal_2_p_index_vector = new float[vector_dim_temp]; horizontal_2_p_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ horizontal_2_p_index_vector[i] = temp_vector_x[i]; horizontal_2_p_data_vector[i] = temp_vector_y[i]; } } else if (option ==6){ //primary_1_n primary_1_n_vector_size = vector_dim_temp; primary_1_n_index_vector = new float[vector_dim_temp]; primary_1_n_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ primary_1_n_index_vector[i] = temp_vector_x[i]; primary_1_n_data_vector[i] = temp_vector_y[i]; } } else if (option ==7){ //vertical_1_n vertical_1_n_vector_size = vector_dim_temp; vertical_1_n_index_vector = new float[vector_dim_temp]; vertical_1_n_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ vertical_1_n_index_vector[i] = temp_vector_x[i]; vertical_1_n_data_vector[i] = temp_vector_y[i]; } } else if (option ==8){ //horizontal_1_n horizontal_1_n_vector_size = vector_dim_temp; horizontal_1_n_index_vector = new float[vector_dim_temp]; horizontal_1_n_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ horizontal_1_n_index_vector[i] = temp_vector_x[i]; horizontal_1_n_data_vector[i] = temp_vector_y[i]; } } else if (option ==9){ //primary_2_n primary_2_n_vector_size = vector_dim_temp; primary_2_n_index_vector = new float[vector_dim_temp]; primary_2_n_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ primary_2_n_index_vector[i] = temp_vector_x[i]; primary_2_n_data_vector[i] = temp_vector_y[i]; } } else if (option ==10){ //vertical_2_n vertical_2_n_vector_size = vector_dim_temp; vertical_2_n_index_vector = new float[vector_dim_temp]; vertical_2_n_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ vertical_2_n_index_vector[i] = temp_vector_x[i]; vertical_2_n_data_vector[i] = temp_vector_y[i]; } } else if (option ==11){ //horizontal_2_n horizontal_2_n_vector_size = vector_dim_temp; horizontal_2_n_index_vector = new float[vector_dim_temp]; horizontal_2_n_data_vector = new float[vector_dim_temp]; for (i=0;i< vector_dim_temp; i++){ horizontal_2_n_index_vector[i] = temp_vector_x[i]; horizontal_2_n_data_vector[i] = temp_vector_y[i]; } } else { CStaticAssertErrorCondition(InitialisationError,"MainConfigurator::RemovePoint, option out of bounds, option =%d",option); return False; } return True; } bool MainConfigurator::SortTimeWindows(){ bool temp_timewindows_bool; int temp_timewindows_dropdown; float temp_timewindows_time; int i,j; int count; int alfa; int pos; float min; count = 0; for (i=0;i<7;i++) if(timewindows_bool_vector[i]) count++; if (count == 0 ){ positive_time_windows_values = new float[1]; positive_primary_mode = new int[1]; positive_vertical_mode = new int[1]; positive_horizontal_mode = new int[1]; timewindows_time[0] = 0.; positive_primary_mode[0] = 0; positive_vertical_mode[0] = 0; positive_horizontal_mode[0] = 0; positive_number_of_time_windows = 1; for (j=0;j<21;j++) timewindows_dropdown_vector[j] = 0; timewindows_bool_vector[0] = True; } if (count == 1){ for (i=0;i<7;i++){ if(timewindows_bool_vector[i]) { timewindows_dropdown_vector[0] = timewindows_dropdown_vector[(i*3)]; timewindows_dropdown_vector[1] = timewindows_dropdown_vector[(i*3+1)]; timewindows_dropdown_vector[2] = timewindows_dropdown_vector[(i*3+2)]; timewindows_time[0] = timewindows_time[i]; timewindows_bool_vector[0] = timewindows_bool_vector[i]; } } positive_number_of_time_windows = 1; positive_time_windows_values = new float[1]; positive_primary_mode = new int[1]; positive_vertical_mode = new int[1]; positive_horizontal_mode = new int[1]; if (timewindows_dropdown_vector[0] >= 6){ timewindows_dropdown_vector[1] = timewindows_dropdown_vector[0]; timewindows_dropdown_vector[2] = timewindows_dropdown_vector[0]; } if (timewindows_dropdown_vector[1] >= 6){ timewindows_dropdown_vector[0] = timewindows_dropdown_vector[1]; timewindows_dropdown_vector[2] = timewindows_dropdown_vector[1]; } if (timewindows_dropdown_vector[2] >= 6){ timewindows_dropdown_vector[0] = timewindows_dropdown_vector[2]; timewindows_dropdown_vector[1] = timewindows_dropdown_vector[2]; } positive_time_windows_values[0] = timewindows_time[0]; positive_primary_mode[0] = timewindows_dropdown_vector[0]; positive_vertical_mode[0] = timewindows_dropdown_vector[1]; positive_horizontal_mode[0] = timewindows_dropdown_vector[2]; for (i=1;i<7;i++){ timewindows_dropdown_vector[(i*3)] = 0; timewindows_dropdown_vector[(i*3 + 1)] = 0; timewindows_dropdown_vector[(i*3 + 2)] = 0; timewindows_time[i] = 0; timewindows_bool_vector[i] = False; } if (timewindows_time[0] > 0. ){ timewindows_time[1] = timewindows_time[0]; timewindows_bool_vector[1] = timewindows_bool_vector[0]; timewindows_dropdown_vector[3] = timewindows_dropdown_vector[0]; timewindows_dropdown_vector[4] = timewindows_dropdown_vector[1]; timewindows_dropdown_vector[5] = timewindows_dropdown_vector[2]; // timewindows_bool_vector[0] = True; timewindows_time[0] = 0.; timewindows_dropdown_vector[0] = 0; timewindows_dropdown_vector[1] = 0; timewindows_dropdown_vector[2] = 0; positive_number_of_time_windows = 2; positive_time_windows_values = new float[2]; positive_primary_mode = new int[2]; positive_vertical_mode = new int[2]; positive_horizontal_mode = new int[2]; positive_time_windows_values[0] = 0.; positive_primary_mode[0] = 0; positive_vertical_mode[0] = 0; positive_horizontal_mode[0] = 0; positive_time_windows_values[1] = timewindows_time[1]; positive_primary_mode[1] = timewindows_dropdown_vector[3]; positive_vertical_mode[1] = timewindows_dropdown_vector[4]; positive_horizontal_mode[1] = timewindows_dropdown_vector[5]; } } if (count >1){ j=0; for (i=0;i<7;i++){ if(timewindows_bool_vector[i]) { timewindows_dropdown_vector[(j*3)] = timewindows_dropdown_vector[(i*3)]; timewindows_dropdown_vector[(j*3+1)] = timewindows_dropdown_vector[(i*3+1)]; timewindows_dropdown_vector[(j*3+2)] = timewindows_dropdown_vector[(i*3+2)]; timewindows_time[j] = timewindows_time[i]; timewindows_bool_vector[j] = timewindows_bool_vector[i]; j++; } } for (i=0;i= 6){ timewindows_dropdown_vector[(i*3+1)] = timewindows_dropdown_vector[(i*3)]; timewindows_dropdown_vector[(i*3+2)] = timewindows_dropdown_vector[(i*3)]; } if (timewindows_dropdown_vector[(i*3+1)] >= 6){ timewindows_dropdown_vector[(i*3)] = timewindows_dropdown_vector[(i*3+1)]; timewindows_dropdown_vector[(i*3+2)] = timewindows_dropdown_vector[(i*3+1)]; } if (timewindows_dropdown_vector[(i*3+2)] >= 6){ timewindows_dropdown_vector[(i*3)] = timewindows_dropdown_vector[(i*3+2)]; timewindows_dropdown_vector[(i*3+1)] = timewindows_dropdown_vector[(i*3+2)]; } } // sorting for(alfa=0;alfa=1){ for (i=j-1;i>=0;i--){ if (timewindows_dropdown_vector[((i)*3)] == 7) j = i+1; } } // clear the rest for (i=j;i<7;i++){ timewindows_dropdown_vector[(i*3)] = 0; timewindows_dropdown_vector[(i*3 + 1)] = 0; timewindows_dropdown_vector[(i*3 + 2)] = 0; timewindows_time[i] = 0; timewindows_bool_vector[i] = False; } if (timewindows_time[0] >0 ){ for (i=j-1; i>=0;i--){ if (i<6){ timewindows_time[i+1] = timewindows_time[i]; timewindows_bool_vector[i+1] = timewindows_bool_vector[i]; timewindows_dropdown_vector[((i+1)*3)] = timewindows_dropdown_vector[((i)*3)]; timewindows_dropdown_vector[((i+1)*3+1)] = timewindows_dropdown_vector[((i)*3+1)]; timewindows_dropdown_vector[((i+1)*3+2)] = timewindows_dropdown_vector[((i)*3+2)]; } } timewindows_bool_vector[0] = True; timewindows_time[0] = 0; timewindows_dropdown_vector[0] = 0; timewindows_dropdown_vector[1] = 0; timewindows_dropdown_vector[2] = 0; j++; } // move to writable constants positive_number_of_time_windows = j; positive_time_windows_values = new float[j]; positive_primary_mode = new int[j]; positive_vertical_mode = new int[j]; positive_horizontal_mode = new int[j]; for (i=0;i= 6){ timewindows_dropdown_vector[22] = timewindows_dropdown_vector[21]; timewindows_dropdown_vector[23] = timewindows_dropdown_vector[21]; } if (timewindows_dropdown_vector[22] >= 6){ timewindows_dropdown_vector[21] = timewindows_dropdown_vector[22]; timewindows_dropdown_vector[23] = timewindows_dropdown_vector[22]; } if (timewindows_dropdown_vector[23] >= 6){ timewindows_dropdown_vector[21] = timewindows_dropdown_vector[23]; timewindows_dropdown_vector[22] = timewindows_dropdown_vector[23]; } negative_time_windows_values[0] = timewindows_time[7]; negative_primary_mode[0] = timewindows_dropdown_vector[21]; negative_vertical_mode[0] = timewindows_dropdown_vector[22]; negative_horizontal_mode[0] = timewindows_dropdown_vector[23]; for (i=8;i<14;i++){ timewindows_dropdown_vector[(i*3)] = 0; timewindows_dropdown_vector[(i*3 + 1)] = 0; timewindows_dropdown_vector[(i*3 + 2)] = 0; timewindows_time[i] = 0; timewindows_bool_vector[i] = False; } if (timewindows_time[7] > 0 ){ timewindows_time[8] = timewindows_time[7]; timewindows_bool_vector[8] = timewindows_bool_vector[7]; timewindows_dropdown_vector[24] = timewindows_dropdown_vector[21]; timewindows_dropdown_vector[25] = timewindows_dropdown_vector[22]; timewindows_dropdown_vector[26] = timewindows_dropdown_vector[23]; timewindows_bool_vector[7] = True; timewindows_time[7] = 0; timewindows_dropdown_vector[21] = 0; timewindows_dropdown_vector[22] = 0; timewindows_dropdown_vector[23] = 0; negative_number_of_time_windows = 2; negative_time_windows_values = new float[2]; negative_primary_mode = new int[2]; negative_vertical_mode = new int[2]; negative_horizontal_mode = new int[2]; negative_time_windows_values[0] = 0; negative_primary_mode[0] = 0; negative_vertical_mode[0] = 0; negative_horizontal_mode[0] = 0; negative_time_windows_values[1] = timewindows_time[8]; negative_primary_mode[1] = timewindows_dropdown_vector[24]; negative_vertical_mode[1] = timewindows_dropdown_vector[25]; negative_horizontal_mode[1] = timewindows_dropdown_vector[26]; } } if (count > 1){ j=0; for (i=7;i<14;i++){ if(timewindows_bool_vector[i]) { timewindows_dropdown_vector[((j+7)*3)] = timewindows_dropdown_vector[(i*3)]; timewindows_dropdown_vector[((j+7)*3+1)] = timewindows_dropdown_vector[(i*3+1)]; timewindows_dropdown_vector[((j+7)*3+2)] = timewindows_dropdown_vector[(i*3+2)]; timewindows_time[(j+7)] = timewindows_time[i]; timewindows_bool_vector[(j+7)] = timewindows_bool_vector[i]; j++; } } for (i=0;i= 6){ timewindows_dropdown_vector[((i+7)*3+1)] = timewindows_dropdown_vector[((i+7)*3)]; timewindows_dropdown_vector[((i+7)*3+2)] = timewindows_dropdown_vector[((i+7)*3)]; } if (timewindows_dropdown_vector[((i+7)*3+1)] >= 6){ timewindows_dropdown_vector[((i+7)*3)] = timewindows_dropdown_vector[((i+7)*3+1)]; timewindows_dropdown_vector[((i+7)*3+2)] = timewindows_dropdown_vector[((i+7)*3+1)]; } if (timewindows_dropdown_vector[((i+7)*3+2)] >= 6){ timewindows_dropdown_vector[((i+7)*3)] = timewindows_dropdown_vector[((i+7)*3+2)]; timewindows_dropdown_vector[((i+7)*3+1)] = timewindows_dropdown_vector[((i+7)*3+2)]; } } // sorting for(alfa=0;alfa=1){ for (i=j-1;i>=0;i--){ if (timewindows_dropdown_vector[((i+7)*3)] == 7) j = i+1; } } // clear the rest for (i=j;i<7;i++){ timewindows_dropdown_vector[((i+7)*3)] = 0; timewindows_dropdown_vector[((i+7)*3 + 1)] = 0; timewindows_dropdown_vector[((i+7)*3 + 2)] = 0; timewindows_time[(i+7)] = 0; timewindows_bool_vector[(i+7)] = False; } if (timewindows_time[7] >0 ){ for (i=j-1; i>=0;i--){ if (i<6){ timewindows_time[i+8] = timewindows_time[i+7]; timewindows_bool_vector[i+8] = timewindows_bool_vector[i+7]; timewindows_dropdown_vector[((i+8)*3)] = timewindows_dropdown_vector[((i+7)*3)]; timewindows_dropdown_vector[((i+8)*3+1)] = timewindows_dropdown_vector[((i+7)*3+1)]; timewindows_dropdown_vector[((i+8)*3+2)] = timewindows_dropdown_vector[((i+7)*3+2)]; } } timewindows_bool_vector[7] = True; timewindows_time[7] = 0; timewindows_dropdown_vector[21] = 0; timewindows_dropdown_vector[22] = 0; timewindows_dropdown_vector[23] = 0; j++; } // move to writable constants negative_number_of_time_windows = j; negative_time_windows_values = new float[j]; negative_primary_mode = new int[j]; negative_vertical_mode = new int[j]; negative_horizontal_mode = new int[j]; for (i=0;i