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SkillsMP has collected 1,313 skills from jeffreytse/grimoire-core. Open a skill to review its source and details.
jeffreytse/grimoire-coreShowing 40 of 1,313 collected skills.
Use when planning or conducting a wildlife photography session — applying behavioral anticipation, ethical approach distances, fieldcraft, exposure strategy, and ethical practice guidelines to capture authentic animal behavior while minimizing disturbance to…
Use when choosing a light modifier (softbox, umbrella, beauty dish, reflector, grid, snoot) for a photography lighting setup — applying modifier selection criteria based on desired light quality, shadow edge, catchlight, and working distance to achieve the…
Use when planning a studio lighting setup for portrait or product photography — selecting light sources, modifiers, and positions to achieve a specific lighting pattern that serves the subject and creative intent.
Use when a task is taking longer than expected, a project has slack time that is being absorbed, or you want to compress work into a shorter window to force prioritization and eliminate perfectionism.
Use when designing a personal knowledge management system to capture, organize, and retrieve notes, ideas, and information for future use
Use when building a new habit — applying habit stacking to anchor the new behavior to an existing established routine, using the existing habit as a reliable cue to trigger the new behavior without relying on motivation or memory.
Use when designing choice environments, public health interventions, or product defaults — applying behavioral nudge design principles (defaults, salience, framing, social norms, implementation intentions) to influence choices in a predictable direction…
Use when someone needs to adopt a new behavior, break an unwanted habit, or overcome motivational barriers to sustained action
Use when designing a reward or incentive system for behavior maintenance — selecting between fixed ratio, variable ratio, fixed interval, and variable interval reinforcement schedules based on the desired behavior pattern and maintenance requirements.
Use when designing a structured reinforcement system to systematically increase target behaviors in classrooms, clinical settings, workplaces, or homes — particularly for behavior change programs, special education, addiction recovery, or organizational…
Use when planning or conducting systematic desensitization or exposure-based treatment for anxiety disorders, phobias, PTSD, OCD, or panic — particularly when avoidance behavior is maintaining or worsening the condition.
Use when supporting someone through emotional difficulty, conducting a therapeutic conversation, or any context requiring deep comprehension and trust-building
Use when preparing someone to cope with predictable high-stress situations, trauma exposure, or when building resilience before anticipated stressors
Use when facing a major irreversible decision — career change, starting a company, relocating, committing to a relationship — to evaluate choices by projecting your future self's retrospective judgment rather than current-moment anxiety.
Use when addressing deep, longstanding emotional and behavioral patterns — particularly personality disorders, chronic depression, relationship dysfunction, or childhood-rooted emotional difficulties that have not responded to standard CBT.
Use when designing learning materials, complex procedures, or interfaces that require users to process and retain information — applying cognitive load theory to reduce extraneous load, manage intrinsic load, and optimize germane load for improved…
Use when someone is avoiding challenges, giving up after setbacks, or attributing ability rather than effort and strategy to performance outcomes
Use when someone needs to define, prioritize, or create an actionable system around meaningful goals — personal, professional, or organizational
Use when designing a structured program to build psychological resilience in individuals or teams facing chronic stress, adversity, or high-risk environments
Use when helping someone identify their core strengths for career decisions, team composition, coaching, or building on existing assets rather than deficit remediation
Use when facing an escalating conflict situation — designing a conflict de-escalation approach that reduces emotional temperature, creates safety for dialogue, identifies underlying needs, and builds conditions for collaborative resolution rather than…
Use when designing persuasive communication, ethical influence campaigns, or analyzing why a message is failing to shift attitudes or behavior
Use when working with astronomical coordinate systems — converting between equatorial (RA/Dec), horizontal (Az/Alt), ecliptic, and galactic coordinates, and applying precession, refraction, and parallax corrections for accurate sky position calculations.
Use when determining stellar properties — calculating luminosity, temperature, radius, mass, and age from observed magnitudes, colors, spectra, or parallax — using the distance modulus, Stefan-Boltzmann law, HR diagram, and stellar evolution models.
Use when planning an astronomical observing campaign — selecting target list, scheduling observations around constraints (sky brightness, airmass, telescope time), estimating exposure times, and designing a data quality assurance strategy.
Use when designing a CRISPR-Cas9 (or Cas12/Cas13) gene editing experiment — selecting guide RNAs, evaluating on-target efficiency and off-target risk, choosing delivery strategy, and designing assays to confirm editing outcome.
Use when performing serial dilutions, calculating cell plating density, determining colony forming units (CFU), or preparing drug concentration gradients for cell culture experiments.
Use when designing a clinical trial — including study type selection, randomization and blinding strategy, endpoint definition, sample size calculation, and regulatory compliance requirements for a study protocol.
Use when designing a polymerase chain reaction experiment — including primer design, thermal cycling conditions, control selection, and troubleshooting strategy to amplify a specific DNA or RNA target reliably.
Use when analyzing agarose or polyacrylamide gel electrophoresis results — to correctly identify bands, assess purity and integrity of nucleic acid or protein samples, and systematically troubleshoot unexpected results.
Use when drafting or revising a scientific abstract for a journal article, conference submission, or thesis
Use when planning or writing a systematic review of scientific literature — following PRISMA guidelines to search, screen, extract, and synthesize evidence from primary studies with transparent, reproducible methodology.
Use when analyzing chemical equilibria — calculating equilibrium constants, predicting reaction direction using Q vs K, solving for equilibrium concentrations using ICE tables, and applying Le Chatelier's principle to manipulate equilibrium position.
Use when designing or evaluating a chemical synthesis, process, or laboratory procedure — applying the 12 Principles of Green Chemistry to reduce waste, hazards, energy consumption, and environmental impact.
Use when preparing solutions in chemistry or biochemistry — calculating molarity, molality, mass percent, dilutions, and unit conversions to make accurate reagent preparations.
Use when selecting and designing a spectroscopic analysis method (UV-Vis, IR, NMR, MS, or Raman) — including method selection, sample preparation, calibration, data interpretation, and reporting for structural identification or quantitation.
Use when designing an acid-base, redox, complexometric, or precipitation titration — including titrant selection, indicator choice, endpoint detection, and standardization of solutions for accurate quantitative analysis.
Use when analyzing satellite or aerial imagery for earth science applications — including image preprocessing, spectral band selection, classification, change detection, and index calculation for land cover, vegetation, geology, or water assessment.
Use when calculating the greenhouse gas (GHG) emissions of an activity, organization, product, or project — applying the GHG Protocol Corporate Standard or ISO 14064 to quantify Scope 1, 2, and 3 emissions in CO₂-equivalent units.
Use when planning a geological field survey — defining objectives, selecting mapping scale, designing sampling strategy, choosing measurement methods, and planning data collection for structural geology, stratigraphy, or mineral exploration.