Test type: quick . Random check month: mars ####################################### Step 1: ####################################### Def.: checking directories and for presence of files Step 1: minute data ----------------------- Step 1: Using selected IAF path: D:\NextcloudIRF\Observatory\Magnetometer\Intermagnet\cd_maglinux\MAG2021\KIR Step 1: +++ Correct amount of binary files Step 1: No PNG data present (file is not obligatory) Step 1: one second data ----------------------- Step 1: Using selected path for one second data: D:\NextcloudIRF\Observatory\Magnetometer\Intermagnet\cd_maglinux\MAG2021\KIR Step 1: +++ Found appropriate amount of one second data files ----> Step 1: successfully passed ####################################### Step 2: ####################################### Def.: checking readability of main data files and header information Step 2: IAF data: ----------------------- Step 2: +++ Minute data readable - checked example for mar Step 2: IAF data - checking meta information: ----------------------- Step 2: +++ IAF: each required header is present. IMPORTANT: did not check content !! Step 2: Secondary data: ----------------------- Step 2: +++ Second data readable - checked example for mar Step 2: Secondary data - checking meta information: ----------------------- Step 2: data period corresponds to 1.0 second(s) Step 2: SamplingFilter: 1-second (0-1000) Step 2: +++ Second data: each required header is present. IMPORTANT: did not check content !! ----> Step 2: successfully passed ####################################### Step 3: ####################################### Def.: checking data content and consistency Step 3: consistency of minute data: ----------------------- Step 3: Checking coverage ... OK Step 3: Analyzing F, dF ----------------------- Step 3: minute data with df - sampling period: 60.0 sec ... OK Step 3: found an average delta F of 0.026 +/- 0.431 Step 3: Checking hourly and daily mean data ----------------------- Step 3: Extracting hourly data ... OK Step 3: +++ IAF: hourly data is consistent Step 3: Extracting daily means ... OK Step 3: +++ IAF: daily means are consistent ----> Step 3: successfully passed ####################################### Step 4: ####################################### Def.: checking one second data content and consistency Step 4: Checking secondary data for month 3 ----------------------- Step 4: Checking coverage - found vectorial 1 second data ... OK Step 4: +++ found f in one second data - sampling period: 1.0 sec ... OK Step 4: +++ found an average delta F of 0.033 +/- 0.645 Step 4: !!! IAF versus filtered second data: found inconsistencies. Eventually the one minute data record has been cleaned but not the second data set? ----> Step 4: passed with some issues to be reviewed ####################################### Step 5: ####################################### Def.: baseline variation and data quality Step 5: baseline data ----------------------- Step 5: basevalues measured on average every 8.0 days Step 5: average deviation of repeated measurements is: 0.00nT for x base, 0.0000nT for y base and 0.00nT for z base Step 5: average residual between baseline and basevalues is: x base=nannT, y base=-0.72421nT, z base=nannT Step 5: maximum amplitude of baseline is 2.7nT ----> Step 5: successfully passed ####################################### Step 6: ####################################### Def.: yearly means, consistency of meta information in all files Step 6: yearly means ----------------------- Step 6: did not compare yearly means of blv and iaf data - select step 3 and full to perform this check Step 6: did not compare yearly means of yearmean and iaf data - select step 3 and full to perform this check Step 6: yearly means between yearmean and blv files are consistent within an threshold of 1.0 nT Step 6: yearlmean.imo contains data from 2021 until 2021 Step 6: meta information ----------------------- Step 6: !!! Found differences for StationInstitution between sec and min: Swedish Institute of Space Physics unequal IRF Step 6: !!! Found differences for StationName between sec and year: Kiruna unequal KIRUNA Step 6: !!! Found differences for DataDigitalSampling between sec and min: 1 second unequal 1.0 sec Step 6: (Secondary (ImagCDF/IAGA) meta) Format: IAGA-2002 Step 6: (Secondary (ImagCDF/IAGA) meta) StationInstitution: Swedish Institute of Space Physics Step 6: (Secondary (ImagCDF/IAGA) meta) StationName: Kiruna Step 6: (Secondary (ImagCDF/IAGA) meta) StationIAGAcode: KIR Step 6: (Secondary (ImagCDF/IAGA) meta) StationID: KIR Step 6: (Secondary (ImagCDF/IAGA) meta) AcquisitionLatitude: 67.84 Step 6: (Secondary (ImagCDF/IAGA) meta) AcquisitionLongitude: 20.42 Step 6: (Secondary (ImagCDF/IAGA) meta) Elevation: 400 Step 6: (Secondary (ImagCDF/IAGA) meta) Components: XYZF Step 6: (Secondary (ImagCDF/IAGA) meta) SensorOrientation: XYZF Step 6: (Secondary (ImagCDF/IAGA) meta) DigitalSampling: 1 second Step 6: (Secondary (ImagCDF/IAGA) meta) SamplingFilter: gaussian - 0.008333333333333333 Hz Step 6: (Secondary (ImagCDF/IAGA) meta) PublicationLevel: 4 Step 6: (Secondary (ImagCDF/IAGA) meta) SensorID: KIRsec_4_0001 Step 6: (Secondary (ImagCDF/IAGA) meta) SamplingRate: 60.0 sec Step 6: (Primary (IAF) meta) StationIAGAcode: KIR Step 6: (Primary (IAF) meta) StationID: KIR Step 6: (Primary (IAF) meta) AcquisitionLatitude: 67.84100000000001 Step 6: (Primary (IAF) meta) AcquisitionLongitude: 20.42 Step 6: (Primary (IAF) meta) Elevation: 400 Step 6: (Primary (IAF) meta) Components: xyzg Step 6: (Primary (IAF) meta) StationInstitution: IRF Step 6: (Primary (IAF) meta) Conversion: 10000 Step 6: (Primary (IAF) meta) Quality: IMAG Step 6: (Primary (IAF) meta) SensorType: LC Step 6: (Primary (IAF) meta) StationK9: 1500 Step 6: (Primary (IAF) meta) DigitalSampling: 1.0 sec Step 6: (Primary (IAF) meta) SensorOrientation: xyzf Step 6: (Primary (IAF) meta) PublicationLevel: 4 Step 6: (Primary (IAF) meta) SensorID: KIRmin_4_0001 Step 6: (Primary (IAF) meta) PublicationDate: 2016-05-01 00:00:00 Step 6: (Primary (IAF) meta) SamplingRate: 60.0 Step 6: (Primary (IAF) meta) Format: IAF Step 6: (yearmean meta) StationIAGAcode: KIR Step 6: (yearmean meta) StationID: KIR Step 6: (yearmean meta) AcquisitionLatitude: 67.84 Step 6: (yearmean meta) AcquisitionLongitude: 20.42 Step 6: (yearmean meta) Elevation: 400.0 Step 6: (yearmean meta) Components: XYZF Step 6: (yearmean meta) SensorID: KIR_IYFV Step 6: (yearmean meta) SamplingRate: 0.0 Step 6: (yearmean meta) Format: IYFV ----> Step 6: passed with some issues to be reviewed ####################################### Step 7: ####################################### Def.: checking K values Step 7: k values ... OK ----> Step 7: successfully passed ++++++++++++++++++++++++++++++++++++++++++++++++++++ Warnings: You need to solve these issues ++++++++++++++++++++++++++++++++++++++++++++++++++++ Step 4: !!! IAF versus filtered second data: maximum differences in x/h component (186.38541176862054) significantly exceed numerical uncertainty Step 4: !!! IAF versus filtered second data: maximum differences in y/d component (244.81254711490442) significantly exceed numerical uncertainty Step 4: !!! IAF versus filtered second data: maximum differences in z component (221.8004789207116) significantly exceed numerical uncertainty Step 7: Could not read provided dka file !!! - no errors