LIS MBA Shift2 Crit2
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breed [candidates candidate] breed [employers employer] breed [jobs job] globals [ avg_match_quality transition_success_rate false_negatives ] candidates-own [ true_capability narrative_strength evidence_strength career_state selected? ] employers-own [ narrative_weight evidence_weight ] jobs-own [ required_capability filled? chosen_capability chosen_state ] to setup clear-all create-candidates num-candidates [ setxy random-xcor random-ycor set shape "person" set selected? false set true_capability random 101 ifelse random-float 1 < transition-share [ set career_state "transition" set color orange ; 🔴 Strong distortion: narrative severely underestimates capability set narrative_strength bounded-score (true_capability - 50 + centered-random (noise-level * 3)) ; 🟢 Evidence remains close to true capability set evidence_strength bounded-score (true_capability + centered-random (noise-level / 2)) ] [ set career_state "standard" set color blue ; narrative slightly inflated but noisy set narrative_strength bounded-score (true_capability + 10 + centered-random (noise-level * 2)) ; evidence still cleaner set evidence_strength bounded-score (true_capability + centered-random (noise-level / 2)) ] ] create-employers num-employers [ setxy random-xcor random-ycor set shape "square" set color red if market-mode = "narrative-first" [ set narrative_weight 0.9 set evidence_weight 0.1 ] if market-mode = "evidence-first" [ set narrative_weight 0.2 set evidence_weight 0.8 ] ] create-jobs num-jobs [ setxy random-xcor random-ycor set shape "circle" set color green set required_capability random 101 set filled? false set chosen_capability -1 set chosen_state "" ] calculate_metrics reset-ticks end to go ask candidates [ set selected? false ] ask jobs [ set filled? false set chosen_capability -1 set chosen_state "" ] ask jobs [ let hiring_employer one-of employers let ranked_candidates sort-by [[a b] -> candidate_score a hiring_employer > candidate_score b hiring_employer] candidates let winner first ranked_candidates set filled? true set chosen_capability [true_capability] of winner set chosen_state [career_state] of winner ask winner [ set selected? true ] ] calculate_metrics tick end to-report candidate_score [cand emp] let narrative_score [narrative_strength] of cand let evidence_score [evidence_strength] of cand report (([narrative_weight] of emp * narrative_score) + ([evidence_weight] of emp * evidence_score)) end to calculate_metrics let filled_jobs jobs with [filled?] ifelse any? filled_jobs [ set avg_match_quality mean [100 - abs(required_capability - chosen_capability)] of filled_jobs ] [ set avg_match_quality 0 ] let transition_candidates candidates with [career_state = "transition"] ifelse any? transition_candidates [ set transition_success_rate (count transition_candidates with [selected?] / count transition_candidates) ] [ set transition_success_rate 0 ] let strong_transition_candidates candidates with [career_state = "transition" and true_capability > 70] ifelse any? strong_transition_candidates [ set false_negatives count strong_transition_candidates with [not selected?] ] [ set false_negatives 0 ] end to-report bounded-score [raw_score] report max list 0 min list 100 raw_score end to-report centered-random [spread] report (random-float spread) - (spread / 2) end
There is only one version of this model, created about 1 month ago by Mike Sheerin.
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| File | Type | Description | Last updated | |
|---|---|---|---|---|
| LIS MBA Shift2 Crit2.png | preview | Preview for 'LIS MBA Shift2 Crit2' | about 1 month ago, by Mike Sheerin | Download |
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