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As seen before, the pre-processing operation consist in generating the input ASCII text file of the model. The next step is to run comfor using this input file. The analysis will be performed and Comfor is going to generate several output files : Paraview files, CSV files and log files.
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As seen before, the pre-processing step consists of generating the model input file in ASCII text format. The next step is to run Comfor using this input file. The analysis is then performed, and Comfor generates several output files: ParaView files, CSV files, and log files.
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# Starting a new analysis
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Comfor is execute from the terminal(command line) using the following syntax:
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Comfor is executed from the terminal(command line) using the following syntax:
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```bash
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comfor <input_file_name>
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```
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-`<input_file_name>`: is the relatif or full path name to the input file. If the file is placed in the same folder of the comfor binary, you should indicate only the file name.
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-`<input_file_name>`: the relative or absolute path to the input file. If the file is located in the same folder as the Comfor binary, you only need to provide the file name.
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_Examples_:
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@@ -21,9 +21,9 @@ $ comfor /usr/name/sim/test.bim
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# Run time information
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During the analysis, Comfor will print periodically some useful information on the terminal. The frequency is the defined by the [`print_step`](preprocessing.md#control) defined in the control block.
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During the analysis, Comfor periodically prints useful information to the terminal. The frequency is defined by [`print_step`](preprocessing.md#control) in the control block.
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The output information is given by block with the general structure:
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The output information is displayed in blocks with the following structure:
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```console
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=================================
@@ -35,19 +35,19 @@ Kinetic energy: 0.0110008
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=================================
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```
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-`Elapsed time`: Is the user CPU time (real time) from the beginning of the simulation.
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-`Current time`: Is current time of the simulation
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-`Time step`: Is the current minimum time step of the whole model.
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-`Internal energy`: Is the energy generate by the internal forces int the whole model.
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-`Kinetic energy`: Is the kinetic energy in the whole model.
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-`Elapsed time`: User CPU time (wall-clock time) since the beginning of the simulation.
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-`Current time`: Current simulation time.
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-`Time step`: Current minimum time step in the model.
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-`Internal energy`: Energy generated by the internal forces in the model.
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-`Kinetic energy`: Kinetic energy of the model.
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!!! tip
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To stop a job just press ++ctrl+c++
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To stop a job, just press ++ctrl+c++.
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# Output
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A new folder named `Results_<file_name>` is created in the same directory of the input file. This folder contains a série of \*.vtk files which can be viewed using paraview.
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A new folder named `Results_<file_name>` is created in the same directory as the input file. This folder contains a series of `*.vtk` files that can be viewed with ParaView.
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