A library of AI prompts ready to copy and use.
**Calculate the Desirability Score:** Use the responses from the attached CSV to calculate the Desirability score using the following formulas: - **Impressions Score** = (count of positive impressions selected in **"[Column with impressio…
**Calculate the Expectations Score:** Use the responses from the column **"[Column with expectations ratings]"** in the attached CSV to calculate the Expectations score using the following formula: Expectations Score = (sum of all Likert …
**Calculate the Feeling Score:** Use the responses from the column **"[Column with emotion selections]"** in the attached CSV to calculate the Feeling score using the following formula: Feeling score = (sum of % of selections for “Trust” …
**Calculate the Intent Score:** Use the responses from the column **"[Column with action selections]"** in the attached CSV to calculate the Intent score using the following formula: Intent Score = ((primary action % × 3) + (secondary act…
**Calculate the Loyalty Score:** Use the responses from the column **"[Column with NPS ratings]"** in the attached CSV to calculate the Loyalty score using the following formulas: - **NPS (Net Promoter Score)** = ((number of promoters − n…
**Calculate the Satisfaction Score:** Use the responses from the column **"[Column with satisfaction ratings]"** in the attached CSV to calculate the Satisfaction score using the following formula: Satisfaction Score = ((% of “Very Satisf…
**Calculate the Usability Score:** Use the responses from the columns **"[Column with click data for action 1]"**, **"[Column with click data for action 2]"**, **"[Column with click data for action 3]"**, and any additional success score c…
Calculate the Abandonment Rate: Use the responses from the columns "[Column with total task starts]" and "[Column with total task completions]" in the attached CSV to calculate the Abandonment Rate using the following formula: Abandonment …
**Calculate the Appeal Score:** Use the responses from the column **"[Column with Likert scale ratings]"** in the attached CSV to calculate the Appeal score using the following formula: Appeal score = (sum of all Likert ratings in **[Colu…
Calculate the Bounce Rate: Use the values from the columns "[Column with single-page sessions]" and "[Column with total sessions]" in the attached CSV to calculate the Bounce Rate using the following formula: Bounce Rate = (Single-Page Ses…
**Calculate the Brand Score:** Use the responses from the attached CSV to calculate the Brand Score using the following formulas: - **Market Recognition** = (number of participants who select **[your brand]** in **"[Column with brand sele…
Calculate the Click-through Rate (CTR): Use the values from the columns "[Column with number of clicks]" and "[Column with number of impressions]" in the attached CSV to calculate CTR using the following formula: CTR = (Number of Clicks ÷ …
Calculate the Completion Rate: Use the values from the columns "[Column with total task completions]" and "[Column with total task starts]" in the attached CSV to calculate the Completion Rate using the following formula: Completion Rate =…
**Calculate the Comprehension Score:** Use the responses from the column **"[Column with comprehension ratings]"** in the attached CSV to calculate the Comprehension score using the following formula: Comprehension Score = (sum of all Lik…
Calculate the Drop-off Rate (by step): Use the values from the attached CSV to calculate Drop-off Rate for each step in the funnel using the following formula: Drop-off Rate (Step i) = (Number of users who exit at Step i ÷ Total number of …
Calculate the Effort Score: Use the responses from the column "[Column with effort ratings]" in the attached CSV to calculate the Effort score using the following formula: Effort Score = (sum of all Likert ratings in [Column with effort ra…
Calculate the Engagement Score: Use the responses from the column "[Column with hotspot clicks]" in the attached CSV to calculate the Engagement score using the following formula: Engagement Score = (number of participants who clicked in a…
Calculate the Error Frequency: Use the values from the columns "[Column with total number of errors]" and "[Column with total number of user interactions]" in the attached CSV to calculate Error Frequency using the following formula: Error…
Calculate the Error Rate: Use the values from the columns "[Column with number of errors]" and "[Column with total number of user interactions]" in the attached CSV to calculate the Error Rate using the following formula: Error Rate = (Num…
Calculate the Frequency Score: Use the responses from the column "[Column with frequency ratings]" in the attached CSV to calculate the Frequency score using the following formula: Frequency Score = (sum of all Likert ratings in [Column wi…
Calculate the Recency Score: Use the values from the columns "[Column with last interaction date]" (ISO date or yyyy-mm-dd) and the current date at runtime to calculate Recency (in days) using the following formula: Recency (days) = Curren…
Calculate the Session Duration: Use the timestamps from the columns "[Column with session start time]" and "[Column with session end time]" in the attached CSV to calculate per-session duration using the following formula: Session Duration…
Calculate the Success Score: Use the responses from the column "[Column with participant clicks]" in the attached CSV to calculate the Success score using the following formula: Success Score = (# of participants who clicked in the right p…
Calculate the Time on Task: Use the timestamps from the columns "[Column with task start time]" and "[Column with task end time]" in the attached CSV to calculate per-task duration using the following formula: Time on Task = Task End Time …
Calculate the Visit Frequency: Use the values from the columns "[Column with total number of visits]" and "[Column with number of unique users]" in the attached CSV to calculate Visit Frequency using the following formula: Visit Frequency …
# Glare — Define: Audience Portable Prompt You are helping the user work the **Audience** block of the Decision Map's Define area — defining who the signals come from and how much weight each voice should carry. Without an explicit audien…
# Glare — Define: Collecting Data Portable Prompt You are helping the user work the **Collecting Data** block of the Decision Map's Define area — the discipline that turns raw input into usable signals and prevents drift back into "loudest…
# Glare — Define: UX Metrics Portable Prompt You are helping the user work the **UX Metrics** block of the Decision Map's Define area — turning satisfaction, comprehension, and usability into trackable signals leaders can act on. A UX met…
# Glare — Define: User Needs Portable Prompt You are a senior product/design strategist helping the user work the **User Needs** block of the Decision Map's Define area — naming what users actually need before any solution. Before a produ…
# Glare — Focus: Comparing Portable Prompt You are helping the user **Compare** signals — the third move in the Glare Focus facet. Once an initiative has a clear frame, the team needs to place signals side by side. A single score (usabili…
# Glare — Focus: Decisions Portable Prompt You are helping the user make a **Decision** — the fourth and final move in the Glare Focus facet. Decisions turn signals into action. By the time a team reaches Decisions, the work should no lon…
# Glare — Focus: Initiatives Portable Prompt You are helping the user name and shape an **Initiative** — the first move in the Glare Focus facet. Most teams have more ideas than capacity. Pages to improve, flows to fix, features to rethin…
# Glare — Focus: Initiatives Portable Prompt You are helping the user name and shape an **Initiative** — the first move in the Glare Focus facet. Most teams have more ideas than capacity. Pages to improve, flows to fix, features to rethin…
I'm working on a mobile banking dashboard for Bank of America that our team thinks has too many equally weighted actions. Please help me set up a testing plan for this design using the Glare skills.
I have a CSV file containing data from a multiple choice survey asking participants to indicate how a group of brand colors make them feel. The survey data includes quantitative ratings and qualitative explanations. I need you to analyze th…
I have a CSV file with survey data from a prototype survey, in which participants were asked to click through a prototype flow in Section 1 and then rate their feelings about the experience in ‘Section 2 Choices’. Follow-up responses explai…
# Glare — Lead: Business Goals Portable Prompt You are helping the user work through the **Business Goals** bucket of the Glare Lead facet — the upward-facing area of the Decision Map that anchors design to the pressures leadership already…
# Glare — Lead: Mapping Portable Prompt You are helping the user work through the **Mapping** bucket of the Glare Lead facet — turning outputs into outcomes by connecting user needs at the bottom to business goals at the top. Mapping draw…
# Glare — Lead: Results Portable Prompt You are helping the user work through the **Results** bucket of the Glare Lead facet — where signals prove value through a continuous Initiatives -> Findings -> Decisions -> Outcomes loop, reinforced…
# Glare — Lead: Workflows Portable Prompt You are helping the user work through the **Workflows** bucket of the Glare Lead facet — covering the eight cross-functional rails design signals must travel to gain weight inside an org. Every co…
# Glare — Measure: Concepts Portable Prompt You are helping the user work through the **Concepts** move of the Decision Map's Measure area — anchoring intent before any solution exists. A Concept is a focused design effort framed by a use…
# Glare — Measure: Findings Portable Prompt You are helping the user work through the **Findings** move of the Decision Map's Measure area — closing the loop by translating raw data into design signals tied to both user value and business …
# Glare — Measure: Hunches Portable Prompt You are helping the user work through the **Hunches** move of the Decision Map's Measure area — turning a shaped instinct into a falsifiable hypothesis that downstream questions and findings can c…
# Glare — Measure: Questioning Portable Prompt You are helping the user work through the **Questioning** move of the Decision Map's Measure area — sharpening hunches into neutral, testable prompts that yield usable signals. Weak questions…