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Hi Jay, You can export without the text background from the browser within Nanoscope or Nanoscope Analysis by right clicking on the file and selecting export. If you have multiple files selected, they will all be exported. This type of export keeps the same number of lines and samples per line that the raw file has and it does not provide a color bar
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In Nanoscope Analysis, you can copy and paste cursors between different channels as long as they have the same analysis on them. Try this: Load up your image and do a section on both of the channels that you want sections from. Draw a section cursor on one of the channels right-click on the channel tab on the left and select "Copy cursor"
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I think the easiest way to do this would be to: engage, wait for a few seconds for things to stabilize, (set scan size to <0.1nm if you want to do point spectroscopy) reduce the Z limit, hit the frame up or down button to clear the image buffer adjust the setpoint to cause the system to fully retract. You can use the height channel to determine how
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Does your ROI have enough channels to cover all of the displayed layers? The exported AFM image is created from the non- overlay images in the ROI. The non-overlay images in the ROI are determined by the top N displayed layers on the canvas (where N is determined by the ROI configuration dialog and is <=8). You can try this: Hide all of the layers
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The trick is that the optical image must be imported using either the "Split to 3 channels" option or the "To gray" option in the import configuration dialog. If you import as "Bitmap (1 channel)" the optical image cannot be saved to a Nanoscope image because there is no way to map it to 16 bits. Other than that you are
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Probably the best way to do this would be to create a Region Of Interest (ROI) on the MIRO canvas with both the AFM and optical channels displayed. You should be able to export the ROI to a Nanoscope format AFM image with both AFM and optical channels. You can then load up the exported image and use the usual Nanoscope Section line on both the AFM and
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The conversion depends on the color table, the data scale, the offset and contrast. Most of the color tables are not linear, but color table 25 is an exception to this rule. I would suggest starting out with an image of a calibration standard setting the color table to 25 and the data range to something like -200 to +200nm (assuming a 200nm deep standard
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You are correct that the z.lib and the include directory should be located in the same directory with z.exe. You mentioned earlier that you were able to get "Hello World" to work. Did you compile and link it yourself? Or did you just run the .dll? A good exercise would be to load the "Hello World" project (the project files have
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This sort of linking error usually occurs when one of the project paths is not set up correctly. Support note 316 has a section on setting this up. A copy is available here: Nanolithography Support Note.pdf Good luck! --Bede
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Hi Oliver, I'm assuming that you are looking to do a binary export since the ASCII export can do multiple channels for approach and retract and it can do this for multiple files at once (from the browser as I described). There is some general file format information for reading the raw files (which is valid for force curves) in the appendix sections