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User c173d6f719cc6918accde69af42c86b0 Responses

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Survey Response Breakdown - Survey 144

User ID Submitted At Duration Ideal budget l1l2 View Response
c173d6f71... c173d6f719cc6918accde69af42c86b0 13-07-2026 12:46 910s [30, 30, 30, 10] 20%80% View Response

Survey Response Breakdown - Survey 181

User ID Submitted At Duration Ideal budget cosine_similarityleontief View Response
c173d6f71... c173d6f719cc6918accde69af42c86b0 26-07-2026 13:41 64s [30, 30, 30, 10] 0%0% View Response

User ID: c173d6f719cc6918accde69af42c86b0

Survey ID: 144

Ideal budget: [30, 30, 30, 10]
⏱️ Response Time: 910s
Survey Summary
Choice Percentage
l1 (Rank) 20%
l2 (Rank) 80%
Pairs List
Pair #1
Original choice: Option 2
Pair Score: 0.14
Score = min(L1 advantage, L2 advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
[60, 30, 0, 10] l1: {best: -60.00, worst: -70.00}
✓ [50, 45, 5, 0] l2: {best: -36.74, worst: -42.43}
Pair #2
Original choice: Option 2
Pair Score: 0.14
Score = min(L1 advantage, L2 advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
[30, 30, 0, 40] l1: {best: -60.00, worst: -70.00}
✓ [15, 10, 45, 30] l2: {best: -35.36, worst: -42.43}
Pair #3
Original choice: Option 1
Pair Score: 0.14
Score = min(L1 advantage, L2 advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
[30, 60, 0, 10] l1: {best: -60.00, worst: -70.00}
✓ [20, 45, 5, 30] l2: {best: -36.74, worst: -42.43}
Pair #4
Original choice: Option 2
Pair Score: 0.14
Score = min(L1 advantage, L2 advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [30, 0, 30, 40] l1: {best: -60.00, worst: -70.00}
[15, 55, 10, 20] l2: {best: -36.74, worst: -42.43}
Pair #5
Original choice: Option 1
Pair Score: 0.14
Score = min(L1 advantage, L2 advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
[30, 60, 0, 10] l1: {best: -60.00, worst: -70.00}
✓ [15, 55, 10, 20] l2: {best: -36.74, worst: -42.43}
Pair #6
Original choice: Option 1
Pair Score: 0.14
Score = min(L1 advantage, L2 advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
[30, 30, 0, 40] l1: {best: -60.00, worst: -70.00}
✓ [15, 55, 10, 20] l2: {best: -36.74, worst: -42.43}
Pair #7
Original choice: Option 2
Pair Score: 0.14
Score = min(L1 advantage, L2 advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [30, 0, 60, 10] l1: {best: -60.00, worst: -70.00}
[15, 55, 10, 20] l2: {best: -36.74, worst: -42.43}
Pair #8
Original choice: Option 1
Pair Score: 0.14
Score = min(L1 advantage, L2 advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
[60, 30, 0, 10] l1: {best: -60.00, worst: -70.00}
✓ [15, 55, 10, 20] l2: {best: -36.74, worst: -42.43}
Pair #9
Original choice: Option 2
Pair Score: 0.14
Score = min(L1 advantage, L2 advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
[30, 60, 0, 10] l1: {best: -60.00, worst: -70.00}
✓ [10, 15, 40, 35] l2: {best: -36.74, worst: -42.43}
Pair #10
Original choice: Option 1
Pair Score: 0.14
Score = min(L1 advantage, L2 advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
[30, 30, 0, 40] l1: {best: -60.00, worst: -70.00}
✓ [10, 15, 40, 35] l2: {best: -36.74, worst: -42.43}

Survey ID: 181

Ideal budget: [30, 30, 30, 10]
⏱️ Response Time: 64s
Survey Summary
Choice Percentage
cosine_similarity (Rank) 100%
leontief (Rank) 0%
Pairs List
Pair #1
Original choice: Option 1
Pair Score: 0.48
Score = min(Cosine Similarity advantage, Leontief advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [35, 40, 10, 15] cosine_similarity: {best: 0.91, worst: 0.79}
[20, 20, 20, 40] leontief: {best: 0.67, worst: 0.33}
Pair #2
Original choice: Option 2
Pair Score: 0.48
Score = min(Cosine Similarity advantage, Leontief advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [35, 10, 40, 15] cosine_similarity: {best: 0.91, worst: 0.79}
[20, 20, 20, 40] leontief: {best: 0.67, worst: 0.33}
Pair #3
Original choice: Option 1
Pair Score: 0.48
Score = min(Cosine Similarity advantage, Leontief advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [10, 40, 35, 15] cosine_similarity: {best: 0.91, worst: 0.79}
[20, 20, 20, 40] leontief: {best: 0.67, worst: 0.33}
Pair #4
Original choice: Option 2
Pair Score: 0.48
Score = min(Cosine Similarity advantage, Leontief advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [10, 35, 40, 15] cosine_similarity: {best: 0.91, worst: 0.79}
[20, 20, 20, 40] leontief: {best: 0.67, worst: 0.33}
Pair #5
Original choice: Option 1
Pair Score: 0.48
Score = min(Cosine Similarity advantage, Leontief advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [40, 35, 10, 15] cosine_similarity: {best: 0.91, worst: 0.79}
[20, 20, 20, 40] leontief: {best: 0.67, worst: 0.33}
Pair #6
Original choice: Option 2
Pair Score: 0.48
Score = min(Cosine Similarity advantage, Leontief advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [40, 10, 35, 15] cosine_similarity: {best: 0.91, worst: 0.79}
[20, 20, 20, 40] leontief: {best: 0.67, worst: 0.33}
Pair #7
Original choice: Option 1
Pair Score: 0.47
Score = min(Cosine Similarity advantage, Leontief advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [10, 40, 40, 10] cosine_similarity: {best: 0.91, worst: 0.79}
[20, 20, 20, 40] leontief: {best: 0.67, worst: 0.33}
Pair #8
Original choice: Option 2
Pair Score: 0.47
Score = min(Cosine Similarity advantage, Leontief advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [40, 10, 40, 10] cosine_similarity: {best: 0.91, worst: 0.79}
[20, 20, 20, 40] leontief: {best: 0.67, worst: 0.33}
Pair #9
Original choice: Option 2
Pair Score: 0.47
Score = min(Cosine Similarity advantage, Leontief advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [40, 40, 10, 10] cosine_similarity: {best: 0.91, worst: 0.79}
[20, 20, 20, 40] leontief: {best: 0.67, worst: 0.33}
Pair #10
Original choice: Option 2
Pair Score: 0.46
Score = min(Cosine Similarity advantage, Leontief advantage). Advantage = how much better one vector is than the other in each metric. Higher score = clearer choice.
Choice Option Type
✓ [10, 35, 35, 20] cosine_similarity: {best: 0.90, worst: 0.79}
[20, 20, 20, 40] leontief: {best: 0.67, worst: 0.33}