Menyanthes User Manual - KWR Watercycle Research Institute

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Note 2:Because of the extension *.csv DINO files are automatically opened in Excel. They are,however, in fact text or ASCII files. If you open and save them in Excel, Excel can change thetext format causing the file to be no longer importable in Menyanthes.b) The DINO-grondwatersuite format (See the ‘DINO gws example file.csv and DINO gwspeilschalen example file.csv’)In the Netherlands, a limited number of organizations (the former OLGA-SUN users) useDINO-grondwatersuite instead of DINO-loket to access the Dutch groundwater databaseDINO (DINO-grondwatersuite gives access to more information and has more selectionoptions than DINO-loket). Data exported from DINO-gondwatersuite actually comes in twodifferent formats, i.e. one for groundwater levels and one for surface water levels.Note 1:Because of the extension *.csv DINO files are automatically opened in Excel. They are,however, in fact text or ASCII files. If you open and save them in Excel, Excel can change thetext format causing the file to be no longer importable in Menyanthes.Note 2:TNO changes the format of the DINO-gondwatersuite and DINO-loket files from time to time,unfortunately without warning. Import problems can therefore not always be prevented. Ifproblem occur, please contact menyanthes_support@kwrwater.nl so the import routine can beadjusted.c) The DINO-loket format (*.zip)Data exported from DINO- loket actually comes in two different formats, i.e. one forgroundwater levels and one for surface water levels. DINO-loket files are delivered by email,when an export request is made on the website. The zipped file consists of a number of csv-filesand can be imported as a whole in Menyanthes.Note 1:TNO changes the format of the DINO-gondwatersuite and DINO-loket files from time to time,unfortunately without warning. Import problems can therefore not always be prevented. Ifproblem occur, please contact menyanthes_support@kwrwater.nl so the import routine can beadjusted.d) The Excel format (see the file ‘Excel example file.xls’)The Excel format is similar to the DINO format regarding their set-up. EXCEL files are howevermore stable with regards to the internal, binary data-format, and give fewer problems whenbeing imported. Furthermore, it is often easier to manually import and edit data in EXCEL.The Excel format firstly contains a listing of header data of the observation wells withnumbered columns:1 2 3 4 5 6 7 8 9 10LOCATION FILTER NR X COORD Y COORD SURFACE LEV (m-ref) TOP FILTER (m-ref) BOTTOM FILTER (m-ref) MEAS POINT LEV (m-ref) SED SUMP LENGTH (m) START DATEB36H0280_1 1 56685 426020 -0,3 -1,73 -1,88 -0,38 6-5-1987B36H0281_1 1 56700 426000 -0,29 -1,74 -1,89 -0,39 6-5-1987B36H0282_1 1 56700 425960 -0,39 -1,8 -1,97 0,38 14-9-1995B36H0282_1 1 56700 425960 -0,35 -1,68 -1,85 -0,38 6-5-1987B36H0283_1 1 56740 425880 -0,37 -1,89 -2,04 0,26 14-9-1995B36H0283_1 1 56740 425880 -0,34 -1,81 -1,96 -0,46 6-5-1987B36H0283_2 2 56740 425880 -0,37 -7,06 -7,21 0,24 14-9-1995B36H0283_2 2 56740 425880 -0,34 -7,18 -7,33 -0,43 6-5-1987The column ‘MEAS POINT LEV’ is identical to the column ‘Meetpunt’ in the DINO files encontains the height of the top of the well. The column ‘SED SUMP LENGTH’ contains theMenyanthes Manual© KWR - 49 -
length of the sediment sump of the well. The header is followed by an empty line and after thata listing of the actual observations of the levels in all well filters:LOCATION FILTER NR DATE VALUE (m-ref)B36H0280_1 1 17-6-1987 -0,98B36H0280_1 1 14-7-1987 -1,14B36H0280_1 1 31-8-1987 -0,54B36H0280_1 1 14-9-1987 -0,58B36H0280_1 1 28-9-1987 -0,55B36H0280_1 1 30-10-1987 -0,46B36H0280_1 1 26-2-1988 -0,44B36H0280_1 1 15-4-1988 -0,49B36H0280_1 1 27-4-1988 -0,69B36H0280_1 1 18-5-1988 -0,81B36H0280_1 1 27-5-1988 -0,9B36H0280_1 1 16-6-1988 -0,99B36H0280_1 1 29-6-1988 -1,04B36H0280_1 1 15-7-1988 -0,93B36H0280_1 1 28-7-1988 -0,81B36H0280_1 1 15-8-1988 -0,91B36H0280_1 1 15-9-1988 -0,92B36H0280_1 1 29-9-1988 -0,67B36H0280_1 1 17-10-1988 -0,5B36H0280_1 1 3-11-1988 -0,49B36H0280_1 1 29-5-1989 -0,83B36H0280_1 1 15-6-1989 -0,84B36H0280_1 1 19-7-1989 -1,04B36H0280_1 1 15-9-1989 -1,06Note:• Each observation well filter must have a record in the header.• The name of observation wells or ‘LOCATION’ is case sensitive.• The name of observation wells or ‘LOCATION’ cannot be a number, but must contain atleast one character.• The unit of the values is m, relative to NAP / TAW / or another reference system.• Errors might occur when the dates in the date column of an Excel file or not recognized asdates by Excel. One can check if this is the case by adjusting the date format in Excel. Bypasting the date column in a text editor, en then pasting it back in Excel, this problem canbe solved.• A well filter can have more records in the header containing data from different periods,defined by the START DATEe) The Menyanthes men-file format (see the ‘Example data (PWN).men’ file)The Menyanthes men-file format is the format of the data files of Menyanthes itself, usable forexchanging data between different Menyanthes databases.f) The Dawaco format (see the ‘Dawaco example file.p*’ file)The Dawaco format is the format of the database program Dawaco of Royal Haskoning. Inprinciple it is possible to import Dawaco databases containing groundwater levels, pumpingrates or meteorological data directly into Menyanthes. In order to do this, go to‘Communication’ in the main menu of Dawaco, then to ‘Dawaco’ -> ‘Export’ -> ‘Observationpoint data’ and select there the data that you want to export (or export all).Note:• There can also be an ‘Export Menyanthes’ option in Dawaco which is new and not availablein every Dawaco version. If you experience problems with importing data from Dawaco, pleasecontact us and send the files to Menyanthes_support@kwrwater.nl .• For importing groundwater level data into Menyanthes you will need three differentDawaco export files (*.pp, *.ps , *.pf , ). Ensure that these files have the same name when beingimported and that they are in the same directory.Menyanthes Manual© KWR - 50 -
Page 2 and 3: Menyanthes User ManualVersion 2.x.b
Page 4 and 5: ContentsContents 11 Introduction 41
Page 6 and 7: 10 List of references 47I Appendix
Page 8 and 9: - Improved output at different scre
Page 10 and 11: 2 Technical specifications andrequi
Page 12 and 13: 3 The installation procedure3.1 Ins
Page 14 and 15: Since then, Menyanthes also require
Page 16 and 17: New - open a new databaseOpen - fin
Page 18 and 19: 4.5 The ‘Explanatory Series’ se
Page 20 and 21: 5 Database and graphic functionalit
Page 22 and 23: pumping well or other explanatory s
Page 24 and 25: Figure 8 Module for editing the tec
Page 26 and 27: 6 Groundwater statistics6.1 The sta
Page 28 and 29: • Simulated series are affected b
Page 30 and 31: 7.1.1 Options in the Groundwater Le
Page 32 and 33: 2) Values of the explanatory series
Page 34 and 35: plotted, together with the estimate
Page 36 and 37: 8 Simulating groundwater level seri
Page 39 and 40: Figure 22 the two tabs of the Spati
Page 41 and 42: 1. Enter the barametric datalogger
Page 43 and 44: The three section of the Diver Data
Page 45 and 46: Figure 25 Screen to get a detailed
Page 47 and 48: Figure 26 The edit screen for datal
Page 49 and 50: Figure 27 Screen to edit technical
Page 51: I Appendix A: Description of import
Page 55 and 56: 2. Go the menu and to Tools > Digit
Page 57 and 58: M0 PRECSDEVEVAP FWELL NAMEM0 WELL-
Page 59 and 60: IV Appendix D: Data structure in MA
Page 61 and 62: V Appendix E : AcknowledgementsFina
Page 63: Postbus 1072 3430 BB Nieuwegein The

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