A project exploring how people make inferences about the masses of objects.
First, pick stimuli by executing code in the notebook
lib/mass/analysis/choose-stimuli.ipynb
. This will create new
directories in resources/sso
for the desired stimuli.
You can run most everything with the script bin/simulate.py
, though
if you need finer-grained control over individual steps of the
simulations, you can use the scripts in bin/simulate
. For each step,
both options are listed, or you can run all steps at once using
bin/simulate.py --all
.
Note, however, that the client will still need to be run separately:
if you run bin/simulate.py --all
, when it gets to the server, it
will run the server and wait for a client to connect. Once all
simulations are run and the server exits, it will move on to
processing the simulations.
-
First you need to generate sim scripts:
bin/simulate.py -e mass_inference -t G-b-truth --generate
bin/simulate/generate_script.py -e mass_inference -t G-b-truth
. -
Then, launch the server with the appropriate parameters for the simulation, e.g.:
bin/simulate.py -e mass_inference -t G-b-truth --run-server
bin/simulate/run_simulations.py server -e mass_inference -t G-b-truth -k hello -f
-
Then run the client, e.g.:
bin/simulate.py -e mass_inference -t G-b-truth --run-client
bin/simulate/run_sims.py client -k hello -s -n 2
-
Finally, process the simulations and save them as datapackages:
bin/simulate.py -e mass_inference -t G-b-truth --process
bin/simulate/process_simulations.py -e mass_inference -t G-b-truth
TODO: more details on computing model queries
- Run
bin/process_model_fall.py
- Run
bin/save_stability.py
You can run most everything with the script bin/render.py
, though if
you need finer-grained control over individual steps of the render,
you can use the scripts in bin/render
. For each step, both options
are listed, or you can run all steps at once using bin/render.py --all
.
-
First create the rendering scripts:
bin/render.py -e mass_inference-G --generate
bin/render/generate_script.py -e mass_inference-G
-
Then run the renderer with the appropriate parameters, e.g.:
bin/render.py -e mass_inference-G --render
bin/render/render_stimuli.py -e mass_inference-G
-
Now convert the videos that were rendered to various webformats:
bin/render.py -e mass_inference-G --convert
bin/render/convert_videos.py -e mass_inference-G
TODO: more details on deploying the experiment
- Run
bin/experiment/link_stimuli.py
- Run
bin/experiment/generate_configs.py
- Run
bin/experiment/deploy_experiment.py