... | @@ -8,8 +8,9 @@ For optimal use, please create a copy of the `sample_gepard.cfg` and rename it t |
... | @@ -8,8 +8,9 @@ For optimal use, please create a copy of the `sample_gepard.cfg` and rename it t |
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After starting the GEPARD, a new measurement can be created by hitting the "New Measurement"-Button. A prompt window asks for a project name. GEPARD will create a directory with this name and save all required data within this folder. A project file will be saved as well, currently implemented by using the pickle module.
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After starting the GEPARD, a new measurement can be created by hitting the "New Measurement"-Button. A prompt window asks for a project name. GEPARD will create a directory with this name and save all required data within this folder. A project file will be saved as well, currently implemented by using the pickle module.
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After creation of the experiment, GEPARD leads the user throught the following steps, as also indicated in the toolbar-menu on the left-hand side of the program:
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After creation of the experiment, GEPARD leads the user throught the following steps, as also indicated in the toolbar-menu on the left-hand side of the program:
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1. [Optical Scan](OpticalScan)
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1. [Optical Scan:](OpticalScan) Acquire a stitched image with focus-stacking
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2. [Particle Detection](ParticleDetection)
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2. [Particle Detection:](ParticleDetection) Detect particles by watershed image-segmentation. A number of adjustable parameters is provided for controlling the detection result.
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3. [Raman Scan](RamanScan)
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3. [Raman Scan:](RamanScan) Measure all particles with defined Raman conditions.
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4. [Particle Analysis](ParticleAnalysis)
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4. [Particle Analysis:](ParticleAnalysis) Load spectra and analysis results from external program and review particle statistics.
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A detailled description of every step can be found on the respective wiki Page. |
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A detailed description of every step can be found on the respective wiki Page. |