yogsoth-ai/creative-ideation - Page 2

competitor-simulation

Competitor perspective — design strategies to defeat this solution, then use attack vectors to improve it.

compressed-conflict

Generate compressed conflicts (oxymorons) from problem contradictions and extract concrete idea directions from the symbolic tension.

constraint-driven-ideation

Inject extreme constraints to force innovation — impossibility breeds creativity.

constraint-protocol

Inject constraints → force creative response → extract transferable principles. Orchestrates constraint injection, response generation, and principle extraction.

constraint-response

Generate creative solutions under extreme constraints — no "impossible" allowed, find a way.

coverage-analysis

Systematic coverage evaluation pipeline — benchmark inventory, method-problem crossing, and intersection evaluation to map explored vs unexplored solution space.

coverage-gap-detection

Detect uncovered regions in the solution space, producing a prioritized gap list.

dependency-identification

Identify critical dependencies from ablation results, producing a dependency graph and highlighting critical components.

direct-analogy-generation

Find direct analogies from nature/tech/society that share structural properties with the problem. Produces analogy list with structural mappings.

direct-analogy

Find structurally similar systems in nature/technology/society. Map structural parallels to generate transferable solution principles.

enumeration-synthesis

Synthesize all systematic enumeration outputs into a structured idea report with prioritized recommendations.

excursion-departure

Leave the problem entirely and explore an unrelated domain. Produces excursion domain discoveries for later force-fitting.

excursion-method

Full 8-stage Gordon-Prince excursion process. Deliberate departure from the problem into unrelated domains, then force-fit discoveries back.

excursion-orchestration

Orchestrate the excursion sequence — departure into unrelated domain, force-fit discoveries back to problem, launch springboard ideas.

factor-level-design

Identify factors and their levels for a problem, then design an experiment matrix for systematic exploration.

factorial-ideation

DOE thinking: identify factors, define levels, and explore combinations to systematically cover the design space.

failure-driven-generation

Generate targeted solutions for each identified failure mode, ensuring every failure has at least one proposed mitigation.

failure-mode-cataloging

Systematically catalog all failure modes in a domain or method, producing a classified failure taxonomy.

failure-taxonomy

Catalog all failure modes in a domain, classify them systematically, and generate targeted solutions for each failure type.

fantasy-analogy

Wish-fulfillment thinking — ignore physical laws for ideal solution. Use unconstrained imagination to reveal what the problem truly needs.

fantasy-wish

Unconstrained wish-fulfillment ideation. Ignore all physical laws to imagine the ideal solution, then identify realization directions.

force-fit

Force-fit excursion discoveries back to the original problem. Deliberately create connections between unrelated findings and the challenge.

gap-driven-generation

Generate solutions targeting specific coverage gaps — detect gaps, generate failure-driven solutions, and design factor-level experiments.

intersection-evaluation

Evaluate exploration status of each cell in a method×problem matrix, annotating as explored, partial, or unexplored.

method-problem-crossing

Build method×problem cross-reference matrix showing which methods have been applied to which problems.

method-problem-matrix

Cross method×problem matrix, find unexplored intersections where known methods have not been applied to known problems.

novice-perspective

Novice perspective — question the 'obvious' by adopting deliberate ignorance to reveal hidden complexity.

personal-analogy

Empathic identification — become the system/component. First-person embodiment to discover hidden constraints and opportunities.

personal-identification

First-person empathic identification with a system or component. Produces experience description and design insights from embodiment.

perspective-forcing

Perspective Forcing Campaign — discover hidden solutions by systematically switching viewpoints via roles, six hats, temporal projection, and constraint injection

perspective-rotation

Rotate through reviewer/practitioner/theorist/time-machine/novice perspectives systematically. Ensures comprehensive viewpoint coverage.

perspective-synthesis

Synthesize all perspective outputs into a structured multi-perspective idea report.

practitioner-hat

Engineer perspective — assess buildability, cost, timeline, and integration challenges.

reviewer2-hat

Hostile reviewer perspective — find fatal flaws, logical gaps, and missing evidence in a solution.

role-based-ideation

Role-play as reviewer/practitioner/theorist/novice/competitor to generate diverse perspectives on a solution.

six-hats-rotation

Complete Six Hats rotation (White→Red→Black→Yellow→Green→Blue) to force systematic perspective diversity.

springboard-launch

Convert analogy insights into concrete feasible solutions. Transform abstract connections into actionable mechanisms.

stakeholder-simulation

Simulate user/engineer/investor/regulator/society perspectives to surface hidden requirements and opportunities.

symbolic-analogy

Compress core contradiction into poetic imagery/oxymoron. Use compressed conflicts to reveal hidden solution directions.

symbolic-compression

Compress problem contradiction into 2-3 word oxymoron. Produces oxymorons with interpretation directions for each.