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Point the script to a csv file output by ForceMapAnalysisNanobubble.py and run the script. Processed data can be plotted using PlottingNanobubble.py. silicon wafer) and it will find the most linear region of the contact region to calculate the sensitivity. Usage is simple: point the script to a folder containing ASCII force curves recorded on a hard surface (e.g.
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The sensitivity of a cantilever should be calculated with included script CalcSensitivity.py as this ensure that the units and form of sensititivy are what are expected by the script. and an opptional suffix to add to the save file,.options to save each plot (say for publishing).options to plot each force curve in the console (useful for checking the script is working but will make analysis very slow).an ability to keep only every Nth data point (in case your force curves have too much resolution and so there aren't big jumps in derivative.Once this information has been provided, the script is ready to run and will output a csv file with the calculated metrics (height of topography, lubricant thickness, gas, thickness) for each force curve. path to folder where you want the analysed data.path to folder containing force curves from a force map in ASCII format (as output by Asylum software).The main script ForceMapAnalysisNanobubble.py has a header where the user can input the relevant information to run the script on their files. All scripts were developed in the IDE Spyder and so are designed to be run in an environment where editing and running are easy.
#Igor pro 7 insert poitns code#
This repository contains all the code necessary to detect and map nanobubbles on lubricant-infused surfaces.