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Core workflow2 days ago
Represent the fault tree | Pipeline overview | Gates table: curate() | Boolean equation: equate() | Executable structure: formulate() | Optional: full truth table with calculate() | Minimal cutsets: concentrate() and tabulate() | Summary
quantify()-ing binary outcomes2 days ago
Setup: formulate the top event | Single scenario: direct function call | Many scenarios: quantify() on a data frame | Batch evaluation: IT security tree | Why vectorize? | Summary
quantify()-ing probabilities2 days ago
Database example: populate() then quantify() | IT security: rates to cumulative probabilities over time | Summary
Simulating uncertainty2 days ago
Model and bundled data | Simulate uncertainty in failure rates | Summarize the top-event distribution | Interpretation
Visualizing fault trees2 days ago
Database example | What illustrate() returns | IT security example (larger tree) | Workflow tip | Related reference
Visualizing fault trees11 days ago
Database example | What illustrate() returns | IT security example (larger tree) | Workflow tip | Related reference
Core workflow11 days ago
Represent the fault tree | Pipeline overview | Gates table: curate() | Boolean equation: equate() | Executable structure: formulate() | Optional: full truth table with calculate() | Minimal cutsets: concentrate() and tabulate() | Summary
quantify()-ing binary outcomes11 days ago
Setup: formulate the top event | Single scenario: direct function call | Many scenarios: quantify() on a data frame | Batch evaluation: IT security tree | Why vectorize? | Summary
quantify()-ing probabilities11 days ago
Database example: populate() then quantify() | IT security: rates to cumulative probabilities over time | Summary
Simulating uncertainty11 days ago
Model and bundled data | Simulate uncertainty in failure rates | Summarize the top-event distribution | Interpretation