------------------------------------------------------------------------ source ### help ``` python def help( ): ``` *Call self as a function.* ------------------------------------------------------------------------ source ### overview ``` python def overview( ): ``` *Call self as a function.* /opt/hostedtoolcache/Python/3.12.13/x64/lib/python3.12/site-packages/fastcore/docscrape.py:259: UserWarning: potentially wrong underline length... REVIEW STAGE - Verify results, reflect on process, and extract lessons ---- in REVIEW STAGE - Verify results, reflect on process, and extract lessons ----... else: warn(msg) ------------------------------------------------------------------------ source ### PolyaReview ``` python def PolyaReview( ): ``` ## *REVIEW STAGE - Verify results, reflect on process, and extract lessons* - dhp.r.all() - Creates a prompt cell asking SolveIt if we **covered all of the data or examples** for this problem - dhp.r.sanity() - Creates a prompt cell asking SolveIt if the **result makes sense** and can be verified by substitution or another method - dhp.r.grok() - Creates a note cell with the text “**To consider:** Can I understand the solution without having to perform all the steps?” - dhp.r.learned() - Creates a prompt cell asking SolveIt **what lessons have been learned** from this - dhp.r.general() - Creates a prompt cell asking SolveIt if we can **generalize the solution** to other similar problems - dhp.r.alter() - Creates a prompt cell asking SolveIt for **alternative solutions or approaches** that might be more efficient or effective - dhp.r.other() - Creates a prompt cell asking SolveIt if we can **derive the result differently** - dhp.r.mistakes() - Creates a prompt cell asking SolveIt about **common mistakes** made - dhp.r.simpler() - Creates a prompt cell asking SolveIt if we can **derive the result in a simpler way** - dhp.r.principles() - Creates a prompt cell asking SolveIt to **identify underlying principles or patterns** that emerged during the solution process - dhp.r.test() - Creates a prompt cell asking SolveIt for **different ways to test** this /opt/hostedtoolcache/Python/3.12.13/x64/lib/python3.12/site-packages/fastcore/docscrape.py:259: UserWarning: potentially wrong underline length... ACT STAGE - Execute your plan while monitoring progress ---- in ACT STAGE - Execute your plan while monitoring progress ----... else: warn(msg) ------------------------------------------------------------------------ source ### PolyaAct ``` python def PolyaAct( ): ``` ## *ACT STAGE - Execute your plan while monitoring progress* - dhp.a.doubt() - Creates a prompt cell asking SolveIt if we’re **using the right approach** - dhp.a.other() - Creates a prompt cell asking SolveIt if there’s **another way to look at this** - dhp.a.partial() - Creates a prompt cell asking SolveIt about **intermediate results or milestones** to aim for - dhp.a.symmetry() - Creates a prompt cell asking SolveIt about **symmetries or patterns** in the problem to exploit - dhp.a.next() - Creates a prompt cell asking SolveIt **what is next** - dhp.a.valid() - Creates a prompt cell asking SolveIt if **this step was a valid step** - dhp.a.check() - Creates a prompt cell asking SolveIt if **this step seems correct** - dhp.a.simpler() - Creates a prompt cell asking SolveIt if there was a **simpler way** to do this step - dhp.a.all() - Creates a prompt cell asking SolveIt if we **covered all of the data or examples** for this step /opt/hostedtoolcache/Python/3.12.13/x64/lib/python3.12/site-packages/fastcore/docscrape.py:259: UserWarning: potentially wrong underline length... PLAN STAGE - Develop strategies and approaches ---- in PLAN STAGE - Develop strategies and approaches ----... else: warn(msg) ------------------------------------------------------------------------ source ### PolyaPlan ``` python def PolyaPlan( ): ``` ## *PLAN STAGE - Develop strategies and approaches* - dhp.p.chunks() - Creates a prompt cell asking SolveIt to **break down the problem** into smaller sub-problems - dhp.p.partial() - Creates a prompt cell asking SolveIt if there’s a **smaller part or representation** of the problem to solve - dhp.p.known_approach() - Creates a prompt cell asking SolveIt to **use a known algorithm or library** to solve the problem - dhp.p.verifiable() - Creates a prompt cell asking SolveIt **how to verify** if the solution is consistent and correct - dhp.p.backward() - Creates a prompt cell asking SolveIt to **work backward** from the desired result - dhp.p.aux() - Creates a prompt cell asking SolveIt to **use an auxiliary element** (variable, diagram, or example) to clarify the path - dhp.p.analogy() - Creates a prompt cell asking SolveIt to **use analogy or similarity** to relate the problem to a known solution - dhp.p.review() - Creates a prompt cell asking SolveIt to **critique the plan of attack** (be frank and critical) /opt/hostedtoolcache/Python/3.12.13/x64/lib/python3.12/site-packages/fastcore/docscrape.py:259: UserWarning: potentially wrong underline length... UNDERSTAND STAGE - Clarify the problem before solving ---- in UNDERSTAND STAGE - Clarify the problem before solving ----... else: warn(msg) ------------------------------------------------------------------------ source ### PolyaUnderstand ``` python def PolyaUnderstand( ): ``` ## *UNDERSTAND STAGE - Clarify the problem before solving* - dhp.u.summary() - Creates a prompt cell asking SolveIt to give a **concise summary** of the problem - dhp.u.info() - Creates a prompt cell asking SolveIt to inventory **known/unknown information** - dhp.u.similar() - Creates a prompt cell asking SolveIt if it has **seen a similar problem** before - dhp.u.lateral() - Creates a prompt cell to **explore problem relationships and scope** - dhp.u.related() - Creates a prompt cell to **identify similar or simpler problems** - dhp.u.viz() - Creates a prompt cell asking SolveIt to **create a figure or diagram** to represent the problem - dhp.u.notation() - Creates a prompt cell asking SolveIt to **pick suitable notation** (symbols for quantities/data, states, transitions) - dhp.u.simplest() - Creates a prompt cell asking SolveIt for the **simplest way to look at** the problem - dhp.u.simplify() - Creates a prompt cell asking SolveIt to **separate problem parts** (break down complex conditions into simpler ones) ------------------------------------------------------------------------ source ### QQ ``` python def QQ( content:str, msg_type:str='prompt', run:bool=False ): ``` *Initialize self. See help(type(self)) for accurate signature.* ------------------------------------------------------------------------ source ### Step ``` python def Step( args:VAR_POSITIONAL, kwargs:VAR_KEYWORD ): ``` *Initialize self. See help(type(self)) for accurate signature.*