![]() Once compile has succeeded, use the menu item File->’Save Experiment As’ and select file type “Packed Experiment Templates (*.pxt)’. This means TERN will always be available in Igor.ģ) Create an Igor template experiment, which will open a blank experiment with all TERN ipfs. ![]() Open the folder ‘Igor Procedures’ and save all TERN. To do so, use the menu item Help -> Show Igor Pro User Files. ipfs to be automatically imported every time Igor is opened. ipf files by dragging them into Igor and clicking compile.Ģ) Set up the. Any time you want to use TERN you must open all TERN. There are multiple ways to save and access TERN:ġ) Save all. Once downloaded, locate the file, double-click and select ‘extract all’ in order to save the TERN-related Igor procedure files (.ipf) on your computer. The above link downloads TERN as a zip file. The latest version of TERN is v2.2.9 not all features described in this document are available in prior versions. This demo version is fully functional and allows manual installation of any available libraries.ĥ) Igor is ready for TERN. Note that this is done automatically in the next version of TERN, currently under development.Īdditional info: If your NIST library does not come with the search program, you may download and install the NIST MS Search demo from. In this folder create a new text file called “datafile.txt”. To enable the search function in TERN, you must manually create one file within the NIST folders: within the MSSEARCH folder, create a new folder named “data”. This tool works only in 32-bit Igor, so when using Igor 7, only the 32-bit executable can be used for import functions (once imported and converted to H5, analysis can be performed in either 32-bit or 64-bit version).Ĥ) To enable mass spectral searches using the NIST database install the NIST search program and any available libraries. Instead, importing NetCDF files requires an externally downloaded XOP, available at. Iii) Move the shortcut to Igor Pro 8 folder -> ‘Igor Procedures.’ĭ) Note on set-up for previous Igor versions: Igor 7 (and 6) does not have native support of NetCDF files, which is necessary for file conversion from some instrument software packages (e.g. Ii) Select ‘HDF5 Browser’ and create a shortcut. I) In the Igor Pro 8 folder go to ‘WaveMetrics Procedure’ -> ‘File Input Output.’ Iv) Move both shortcuts to the Igor Pro 8 folder -> ‘Igor Extensions’. Iii) Select the files ‘HDF5’ and ‘NetCDF’ and create shortcuts of both files. Ii) Go to ‘More extensions’ -> ‘File Loaders.’ Note that most users should only need the 64-bit version of Igor and can disregard this step. Iv) Move both shortcuts to the Igor Pro 8 folder -> ‘Igor Extensions (64 bit)’.ī) ( Uncommon) Activate H5 and CDF packages for 32-bit Igor. Iii) Select the files ‘HDF5-64’ and ‘NetCDF-64’ and create shortcuts of both files. Ii) Go to ‘More extensions (64-bit)’ -> ‘File Loaders.’ I) Open up the ‘Igor Pro 8’ folder using the Help->Show Igor Pro Folder menu item. The following steps are required (note, these are specific to Igor 8, although similar for Igor 7):Ī) Activate H5 and CDF packages for 64-bit Igor: License activation can be performed later if you choose to start with the free trial.ģ) Igor Pro must be prepared to run TERN. You will be prompted for license activation, and can either enter your activation code here, or use the 30-day free trial. TERN is developed and tested primarily in Igor 8, and we recommend you use the most up-to-date version.Ģ) After downloading Igor, open the program. TERN 2.2.9 is known to work in Igor 7 and 8 however, versions prior to 7 are no longer supported and some sections of code may need to be commented out. 1) Download the latest version of Igor Pro (current version is 8) from the Wavemetrics website (link: ).Īdditional info: Earlier versions of Igor can also be used, and may be downloaded from the same website.
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