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Copy file name to clipboardExpand all lines: README.md
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`test_pit_sim.py -h`
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optional arguments:
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`-h, --help Show this help message and exit
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--iters [integer] The number of steps in the additive sampling routine (per iteration)
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--bounds [integer] The size of the sampling universe (a square)
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--padding [integer] The number of additional units to pad the edges of thesampling universe (to allow for grid rotation, etc)
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--sampres [integer] The size of each sampling unit (also a square)
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--sampint [integer] The interval of the initial sampling units
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--repeats [integer] The number of times to shuffle the grid and resample the
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distribution (number of iterations for simulation)
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--sampdist [map name] The artifact distribution to be sampled (a kernel density. map)`
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Optional arguments:
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-h, --help Show this help message and exit
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--iters [integer] The number of steps in the additive sampling routine (per iteration)
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--bounds [integer] The size of the sampling universe (a square)
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--padding [integer] The number of additional units to pad the edges of thesampling universe (to allow for grid rotation, etc)
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--sampres [integer] The size of each sampling unit (also a square)
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--sampint [integer] The interval of the initial sampling units
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--repeats [integer] The number of times to shuffle the grid and resample the distribution (number of iterations for simulation)
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--sampdist [map name] The artifact distribution to be sampled (a kernel density map)
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## GRASS Location CRS
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For best results, you should run this script in an "unprojected" XY GRASS location. It *should* also work in any projected CRS with linear measurements (e.g., UTM projections). Do not use an angular CRS like LatLong.
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