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@@ -13,7 +13,7 @@
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### DHTPIR Simulation
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### DHTPIR Simulation
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-To run an individual run of our simulator, you will need to be in the `./dhtpir_simulation/` directory. From there, run `./test_harness.py <type> <numDocuments> <sizeOfDocuments> <numGroups> <numNodes> --seed [seed]`, with appropriate values for each of these variables.
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+To run an individual run of our simulator, you will need Python3 and Numpy installed. You will also need to be in the `./dhtpir_simulation/` directory. From there, run `./test_harness.py <type> <numDocuments> <sizeOfDocuments> <numGroups> <numNodes> --seed [seed]`, with appropriate values for each of these variables.
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`<type>` takes one of the following forms, depending on which type of system you intend to simulate:
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`<type>` takes one of the following forms, depending on which type of system you intend to simulate:
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- `-b`: "BaseNode", or a basic DHT system with no additional privacy-preserving or secure behaviour of any kind simulated
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- `-b`: "BaseNode", or a basic DHT system with no additional privacy-preserving or secure behaviour of any kind simulated
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@@ -34,7 +34,7 @@ To run an individual run of our simulator, you will need to be in the `./dhtpir_
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In addition, `./test_harness.py -h` displays a help message similar in content to what is discussed in this README.
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In addition, `./test_harness.py -h` displays a help message similar in content to what is discussed in this README.
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-There are two other programs in the directory, `options_setup.c` and `run_tests.c`. `options_setup.c` generates a config file used by `run_tests.c` to run several simulation runs simultaneously/in succession. A Makefile is included to compile them (`make all` compiles both, or `make options_setup` / `make run_tests` compiles each individually). No additional installation is necessary beyond gcc . `options_setup` does not take any arguments, and `run_tests` takes one argument, the maximum number of processes it may run simulations inside of simultaneously.
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+There are two other programs in the directory, `options_setup.c` and `run_tests.c`. `options_setup.c` generates a config file used by `run_tests.c` to run several simulation runs simultaneously/in succession. A Makefile is included to compile them (`make all` compiles both, or `make options_setup` / `make run_tests` compiles each individually). No additional installation is necessary beyond gcc (and make). `options_setup` does not take any arguments, and `run_tests` takes one argument, the maximum number of processes it may run simulations inside of simultaneously.
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### Cuckoo Simulation
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### Cuckoo Simulation
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@@ -62,7 +62,7 @@ There are additional scripts to binary search for the largest number of maliciou
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## Graphs
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## Graphs
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-The graphs present in the `./plots/` directory are generated by `make_graphs.py`, from output in the `./outputs/` directory, using `plots.json` as a config file for determining text content in the graphs. Simply running `./make_graphs.py` from the `./plots/` directory, so long as `plots.json` has not been altered (or has been altered appropriately to generate new graphs), will generate these graphs.
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+The graphs present in the `./plots/` directory are generated by `make_graphs.py`, from output in the `./outputs/` directory, using `plots.json` as a config file for determining text content in the graphs. To run this file for yourself, you will need Python3, Numpy, and Matplotlib installed. With that in place, from the `./plots/` directory, run `./make_graphs.py`, and as long as `plots.json` has not been altered (or has been altered appropriately to generate new graphs), the same graphs will be generated.
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The graphs present are organized as follows: `<y-axis>-<x-axis>-<which>.pdf`.
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The graphs present are organized as follows: `<y-axis>-<x-axis>-<which>.pdf`.
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