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›S3DK Utilities

S3DK Utilities

  • Setting_Memory
  • S3DK_GUI
  • Calculate_Activity
  • Calculate_Angle_and_Amplitude
  • Input_Node
  • PMU_ARR_Calculate_Ratio_of_True
  • PMU_Recover_Light
  • PR_Queue_Multiple_Elements
  • PRL_BUFFER_Rearrange_Complex_2D_Array
  • PRL_BUFFER_Rearrange_Digital_2D_Array
  • PRL_Check_for_Bad_dt
  • PRL_Convert_STR_SGL_Array_to_String
  • PRL_Create_Waveform_Signal_by_Interpolation
  • PRL_DW_Check_Data_CSG
  • PRL_DW_Check_Data_SGL
  • PRL_DW_Clean_Data_CSG
  • PRL_DW_Clean_Data_SGL
  • PRL_Insert_Element_in_string
  • PRL_Queue_Multiple_Elements_at_Opposite_End
  • PRL_Queue_Reader
  • PRL_Rearrange_Analog_Array
  • PRL_Rearrange_Timestamp_Array
  • PRL_STR_Convert_CSG_Array_to_String
  • PRL_STR_Convert_Number_to_String
  • PRL_STR_Get_Selected_Indices
  • PRL_TS_Clip_Array
  • PRL_TS_Get_Real_Timestamp
  • PRL_TS_Round_to_Nearest_10ms
  • PRL_TS_Waiter
  • PRL_UTIL_Calculate_Data_Rate
  • PRL_UTIL_Check_Timestamp_Age
  • PRL_UTIL_Convert_Command_for_Display
  • PRL_UTIL_Get_Control_Value
  • PRL_UTIL_Get_Real_Timestamp
  • PRL_UTIL_Split_Command
  • PTR_STR_Convert_SGL_Array_to_String
  • Time_Stamp_to_iso_8601_with_Millieseconds

STRONGgrid DLL VI

  • Connect_PDC
  • Disconnect_PDC
  • DLL_Shutdown
  • Get_Analog_config_Ver.3
  • Get_Header_Msg
  • Get_Phasor_Config
  • Get_PMU_Configuration
  • Get_Real_PMU_Data
  • poll_PDC_With_Data_Waiting
  • Read_Configuration
  • Start_Data_Stream
  • Stop_Data_Stream

Buffer and Queue

  • PRL_Software_Documentation
  • Get_PRL_Access_Queue
  • PL_Signal_Create_Waveform_Array
  • PRL_Buffer_Cut_from_Analog_2D_Array
  • PRL_Buffer_Cut_from_Complex_2D_Array
  • PRL_Buffer_Cut_from_Digital_2D_Array
  • PRL_Channel_Selector
  • PRL_Check_Bad_dt
  • PRL_PMU_Status
  • PRL_Read_Queue
  • PRL_Reader_Buffer
  • PRL_Remote

TDMS Application

  • Create_log_File_Path
  • TDMS_Data_Logger
  • Write_to_TDMS
  • Write_Data_to_TDMS

Open PMU

  • Code_Flow_Chart
  • Main_Single_Phase
  • Main_Three_Phase
  • General_Startup
  • PIC_Microcontroller
  • 10_DAQ_Config
  • 11_DAQ_Config
  • 20_Limit_180_Degrees
  • 21_Symmetrical_Components
  • 22_Average_Frequnecy
  • 23_Input_Scaling
  • 24_Global_Front_Panel
  • 30_GPS_Time_Fetch
  • 31_GPS_Interrupt_RS232_Read
  • 32_GPS_Time_Code_Parser
  • 33_GPS_Time_to_Labview_Time
  • 34_GPS_Time_from_Config
  • 40_Config_File_Path
  • 41_Config_File_Write_GPS_Time
  • 42_Config_File_Read_GPS_Time
  • 43_Config_File_Get_Input_Scales
  • 44_Config_File_Read_Telecoms
  • 50_NMEA_Clac_Checksum

PRL_DW_Clean_Data_CSG

This component is used to remove bad data when the “remove bad data” is set to true. This component accepts an initial array of complex numbers, must be run more than once to check for Bad Data as the first call stores the number of elements in the input data always resulting in ture. Bad Data return true if multiple data points are equal; the array out will be array in without the repeated data. The ratio would be out of the entire array in how much of it were bad data.

← PRL_DW_Check_Data_SGLPRL_DW_Clean_Data_SGL →
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