anydyce² is used to to generate "burst" graphs. You can play around with it in your browser: 
[sourcesource]³
³ While GitHub and JupyterLab/JupyterLite seem like pretty durable projects, who knows if or when any will disappear or change? You can download a zip file of the repositorydownload a zip file of the repository and use it locally. To do that, you'll need a working installation of Jupyter Lab (or at least Jupyter).
anydyce² is used to to generate "burst" graphs. You can play around with it in your browser: [source]³
³ While GitHub and JupyterLab/JupyterLite seem like pretty durable projects, who knows if or when any will disappear or change? You can download a zip file of the repository and use it locally. To do that, you'll need a working installation of Jupyter Lab (or at least Jupyter).
anydyce² is used to to generate "burst" graphs. You can play around with it in your browser: [source]³
³ While GitHub and JupyterLab/JupyterLite seem like pretty durable projects, who knows if or when any will disappear or change? You can download a zip file of the repository and use it locally. To do that, you'll need a working installation of Jupyter Lab (or at least Jupyter).
It is capable of modeling three scenarios: a PC attacking (supporting crit hits on 20/misses on 1 against the NPC); a PC defending (supporting crit misses on 20/hits on 1 against the PC); and PC v. PC (supporting symmetrically-negating crit hits/misses). The code is a little unwieldy, but the critical functions are expected_dmg_frm_rnd_pc_attacksexpected_dmg_frm_rnd_pc_attacks, expected_dmg_frm_rnd_pc_defendsexpected_dmg_frm_rnd_pc_defends, and expected_dmg_frm_rnd_pc_v_pcexpected_dmg_frm_rnd_pc_v_pc.
anydyce² is used to to generate "burst" graphs. You can play around with it in your browser: [source]³
It is capable of modeling three scenarios: a PC attacking (supporting crit hits on 20/misses on 1 against the NPC); a PC defending (supporting crit misses on 20/hits on 1 against the PC); and PC v. PC (supporting symmetrically-negating crit hits/misses). The code is a little unwieldy, but the critical functions are expected_dmg_frm_rnd_pc_attacks, expected_dmg_frm_rnd_pc_defends, and expected_dmg_frm_rnd_pc_v_pc.
anydyce² is used to to generate "burst" graphs. You can play around with it in your browser: [source]³
It is capable of modeling three scenarios: a PC attacking (supporting crit hits on 20/misses on 1 against the NPC); a PC defending (supporting crit misses on 20/hits on 1 against the PC); and PC v. PC (supporting symmetrically-negating crit hits/misses). The code is a little unwieldy, but the critical functions are expected_dmg_frm_rnd_pc_attacks, expected_dmg_frm_rnd_pc_defends, and expected_dmg_frm_rnd_pc_v_pc.
anydyce² is used to to generate "burst" graphs. You can play around with it in your browser: [source]³