National Academies Press: OpenBook

Transferability of Activity-Based Model Parameters (2014)

Chapter: Appendix B - Summary of Model Calibration Differences

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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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Suggested Citation:"Appendix B - Summary of Model Calibration Differences." National Academies of Sciences, Engineering, and Medicine. 2014. Transferability of Activity-Based Model Parameters. Washington, DC: The National Academies Press. doi: 10.17226/22384.
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110 a p p E N D I x B Summary of Model Calibration Differences Table B.1. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Usual-Work-Location Model Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA Full-time worker has one-way drive distance in 0–3.5 miles band -4.153 -3.642 3 NA Full-time worker has one-way drive distance in 3.5–10 miles band -0.644 -0.491 3 NA Full-time worker has one-way drive distance in >10 miles band -0.732 -1.008 3 NA Part-time worker  LN (1 + one-way drive distance) -2.626 -3.103 3 NA Not full- or part-time worker  LN (1 + one-way drive distance) -3.465 -3.745 3 Overall mean APLD across variables 33.9% Note: Number of variables in the model = 73; number of variables that were calibrated = 5.

111 Table B.2. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Auto Ownership Model Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) 0 autos household has 1 Driver -3.690 -2.371 3 2 autos household has 1 Driver -1.892 -2.188 3 3 autos household has 1 Driver -3.018 -4.319 3 4+ autos household has 1 Driver -4.485 -4.485 3 0 autos household has 2 Drivers -4.429 -4.392 3 1 auto household has 2 Drivers -1.639 -0.837 3 3 autos household has 2 Drivers -1.398 -2.359 3 4+ autos household has 2 Drivers -2.229 -3.569 3 0 autos household has 3 Drivers -3.825 -3.224 3 1 auto household has 3 Drivers -1.370 -0.769 3 2 autos household has 3 Drivers -0.364 0.237 3 4+ autos household has 3 Drivers -0.516 -0.933 3 0 autos household has 4 or more Drivers -5.133 -4.652 3 1 auto household has 4 or more Drivers -1.818 -1.337 3 2 autos household has 4 or more Drivers -1.109 -0.628 3 3 autos household has 4 or more Drivers -1.093 -0.611 3 0 autos household has 0–15K Income 2.072 0.549 3 1 auto household has 0–15K Income 0.607 0.179 3 3 autos household has 0–15K Income -0.715 0.434 3 4+ autos household has 0–15K Income -1.436 0.080 3 0 autos household has 50–75K Income -1.453 -4.289 3 1 auto household has 50–75K Income -1.093 -0.677 3 3 autos household has 50–75K Income 0.141 0.206 3 4+ autos household has 50–75K Income 0.189 0.273 3 0 autos household has 75K and plus Income -0.585 -3.608 3 1 auto household has 75K and plus Income -1.006 -1.511 3 3 autos household has 75K and plus Income 0.226 0.977 3 4+ autos household has 75K and plus Income 0.343 0.946 3 Overall mean APLD across variables 83.5% Note: Number of variables in the model = 60; number of variables that were calibrated = 28.

112 Table B.3. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Individual Person-Day Pattern Model—Part 1 Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA work tour constant 0.594 0.729 3 NA work stop constant 2.261 2.272 3 NA work purpose  person is part-time worker -0.677 -1.420 3 NA work purpose  person is university student -1.229 -2.399 3 NA work purpose  person is student age 16+ -1.887 -2.002 3 NA work purpose  person is full-time worker 0.000 0.000 3 NA school tour constant -0.861 -0.858 3 NA school stop constant -0.786 -0.288 3 NA school purpose  person is university student 1.008 -0.115 3 NA school purpose  person is student age 16+ 2.089 1.104 3 NA school purpose  person is student age 5–15 2.176 1.193 3 NA school purpose  person is full-time worker 0.000 0.000 3 NA escort tour constant -3.407 -3.633 3 NA escort stop constant -1.468 -0.213 3 NA escort purpose  person is part-time worker 0.000 -0.577 3 NA escort purpose  person is retired adult -0.747 -1.277 3 NA escort purpose  person is non-working adult 0.000 -0.116 3 NA escort purpose  person is university student 0.000 -1.889 3 NA escort purpose  person is student age 16+ 0.000 -1.136 3 NA escort purpose  person is student age 5–15 0.000 -0.582 3 NA escort purpose  person is full-time worker 0.000 -0.192 3 NA personal business tour constant -2.398 -1.166 3 NA personal business stop constant 1.762 0.482 3 NA personal business purpose  person is part-time worker 0.193 0.009 3 NA personal business purpose  person is retired adult 0.525 -0.229 3 NA personal business purpose  person is non-working adult 0.413 -0.161 3 NA personal business purpose  person is university student 0.000 -2.094 3 NA personal business purpose  person is student age 16+ -0.280 -0.938 3 NA personal business purpose  person is student age 5–15 -0.445 -0.413 3 NA personal business purpose  person is full-time worker 0.000 0.000 3 NA shopping tour constant -2.889 -1.356 3 NA shopping stop constant 1.200 2.555 3 NA shopping purpose  person is part-time worker 0.058 -0.818 3 NA shopping purpose  person is retired adult 0.204 -0.459 3 NA shopping purpose  person is non-working adult 0.461 -0.570 3 Note: Number of variables in the model = 350; number of variables that were calibrated = 57.

113 Table B.4. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Individual Person-Day Pattern Model—Part 2 Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA shopping purpose  person is university student 0.222 -1.600 3 NA shopping purpose  person is student age 16+ -0.474 -1.629 3 NA shopping purpose  person is student age 5–15 -0.559 -2.647 3 NA shopping purpose  person is full-time worker 0.000 -0.861 3 NA meal tour constant -3.143 -1.830 3 NA meal stop constant 0.468 0.966 3 NA meal purpose  person is part-time worker -0.259 -1.028 3 NA meal purpose  person is retired adult 0.000 -0.689 3 NA meal purpose  person is non-working adult 0.000 -0.685 3 NA meal purpose  person is university student 0.000 -0.576 3 NA meal purpose  person is student age 16+ -0.432 -1.340 3 NA meal purpose  person is student age 5–15 -0.762 -0.815 3 NA meal purpose  person is full-time worker 0.000 -0.739 3 NA social or recreational tour constant -2.296 -0.242 3 NA social or recreational stop constant 1.044 1.118 3 NA social or recreational purpose  person is part-time worker 0.000 -0.177 3 NA social or recreational purpose  person is retired adult 0.000 -0.807 3 NA social or recreational purpose  person is non-working adult 0.000 -0.676 3 NA social or recreational purpose  person is university student 0.000 -0.674 3 NA social or recreational purpose  person is student age 16+ 0.000 -0.214 3 NA social or recreational purpose  person is student age 5–15 0.328 -0.577 3 NA social or recreational purpose  person is full-time worker -0.221 -0.484 3 Overall mean APLD across variables 75.1% Note: Number of variables in the model = 350; number of variables that were calibrated = 57.

114 Table B.5. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Work–Based Sub–Tour Generation Model Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA work stop -0.226 -1.134 3 NA school stop -2.189 -2.702 3 NA escort stop -3.136 -3.633 3 NA personal business stop -1.400 -2.223 3 NA shopping stop -1.796 -1.772 3 NA meal stop -0.271 -0.491 3 NA social or recreational stop -1.730 -1.581 3 Overall mean APLD across variables 33.3% Note: Number of variables in the model = 15; number of variables that were calibrated = 7. Table B.6. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Exact Number of Person Tours—Part 1 Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA 2+ work tours  person is full-time worker -0.074 0.421 3 NA 2+ work tours  person is part-time worker 0.000 0.707 3 NA 2+ work tours  person is retired adult 0.000 0.000 3 NA 2+ work tours  person is non-working adult 0.000 0.000 3 NA 2+ work tours  person is university student 0.000 -3.908 3 NA 2+ work tours  person is student age 16+ 0.000 -4.454 3 NA 2+ school tours  person is full-time worker 0.000 0.000 3 NA 2+ school tours  person is part-time worker -10.000 -10.000 3 NA 2+ school tours  person is non-working adult 0.000 0.000 3 NA 2+ school tours  person is university student 1.297 -0.358 3 NA 2+ school tours  person is student age 16+ 0.730 0.561 3 NA 2+ school tours  person is student age 5–15 0.000 0.000 3 NA 2+ escort tours  person is full-time worker 0.000 -1.266 3 NA 2+ escort tours  person is part-time worker 0.000 0.691 3 NA 2+ escort tours  person is retired adult 0.000 0.000 3 NA 2+ escort tours  person is non-working adult 0.392 0.367 3 NA 2+ escort tours  person is university student 0.000 -5.643 3 NA 2+ escort tours  person is student age 16+ 0.000 -5.291 3 NA 2+ escort tours  person is student age 5–15 0.000 -2.452 3 NA 2+ personal business tours  person is full-time worker 0.000 -0.444 3 NA 2+ personal business tours  person is part-time worker 0.000 -0.211 3 Note: Number of variables in the model = 295; number of variables that were calibrated = 47.

115 Table B.7. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Exact Number of Person Tours—Part 2 Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA 2+ meal tours  person is full-time worker -10.000 -10.000 3 NA 2+ meal tours  person is part-time worker -10.000 -10.000 3 NA 2+ meal tours  person is retired adult 0.000 -0.941 3 NA 2+ meal tours  person is non-working adult 0.000 -3.750 3 NA 2+ meal tours  person is university student -10.000 -10.000 3 NA 2+ meal tours  person is student age 16+ -10.000 -10.000 3 NA 2+ meal tours  person is student age 5–15 -10.000 -10.000 3 NA 2+ social or recreational tours  person is full-time worker 0.000 1.362 3 NA 2+ social or recreational tours  person is part-time worker 0.000 0.550 3 NA 2+ social or recreational tours  person is retired adult 0.000 0.623 3 NA 2+ social or recreational tours  person is non-working adult 0.000 0.000 3 NA 2+ social or recreational tours  person is university student 0.000 -4.463 3 NA 2+ social or recreational tours  person is student age 16+ 0.000 -0.244 3 NA 2+ social or recreational tours  person is student age 5–15 0.000 0.657 3 Overall mean APLD across variables 50.3% Note: Number of variables in the model = 295; number of variables that were calibrated = 47. NA 2+ personal business tours  person is retired adult 0.000 -1.148 3 NA 2+ personal business tours  person is non-working adult 0.000 0.288 3 NA 2+ personal business tours  person is university student 0.000 -4.981 3 NA 2+ personal business tours  person is student age 16+ 0.418 -4.660 3 NA 2+ personal business tours  person is student age 5–15 -0.731 -0.731 3 NA 2+ shopping tours  person is full-time worker 0.339 0.339 3 NA 2+ shopping tours  person is part-time worker 0.000 -0.983 3 NA 2+ shopping tours  person is retired adult 0.000 0.082 3 NA 2+ shopping tours  person is non-working adult 0.000 0.268 3 NA 2+ shopping tours  person is university student 0.000 0.000 3 NA 2+ shopping tours  person is student age 16+ 0.000 0.116 3 NA 2+ shopping tours  person is student age 5–15 -1.112 -0.211 3 Table B.6. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Exact Number of Person Tours—Part 1 (continued) Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%)

116 Table B.8. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Intermediate-Stop Generation Model Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA work stop  work/school tour -3.359 -3.304 3 NA school stop  work/school tour -0.910 -0.855 3 NA escort stop  work/school tour -1.367 -1.215 3 NA personal business stop  work/school tour -0.912 -0.949 3 NA shopping stop  work/school tour -0.510 -0.096 3 NA meal stop  work tour -2.086 -1.772 3 NA social or recreational stop  work/school tour -0.963 -0.766 3 NA no more stops  school tour 0.149 0.080 3 NA meal stop  school tour -1.674 -1.331 3 NA escort stop  escort tour -1.883 -1.545 3 NA personal business stop  escort tour -1.120 -0.972 3 NA shopping stop  escort tour -0.646 -0.047 3 NA meal stop  escort tour -2.003 -1.490 3 NA social or recreational stop  escort tour -1.026 -0.644 3 NA personal business stop  personal business tour -1.156 -1.248 3 NA shopping stop  personal business tour -0.649 -0.290 3 NA meal stop  personal business tour -2.181 -1.908 3 NA social or recreational stop  personal business tour -1.662 -1.521 3 NA personal business stop  shopping tour -1.236 -0.903 3 NA shopping stop  shopping tour -0.323 0.460 3 NA meal stop  shopping tour -2.324 -1.627 3 NA social or recreational stop  shopping tour -1.658 -1.092 3 NA personal business stop  meal tour -1.305 -0.657 3 NA shopping stop  meal tour -0.503 0.596 3 NA meal stop  meal tour -4.833 -3.820 3 NA social or recreational stop  meal tour -1.529 -0.648 3 NA personal business stop  social or recreational tour -1.349 -0.876 3 NA shopping stop  social or recreational tour -0.560 0.364 3 NA meal stop  social or recreational tour -2.120 -1.283 3 NA social or recreational stop  social or recreational tour -1.109 -0.403 3 Overall mean APLD across variables 64.3% Note: Number of variables in the model = 106; number of variables that were calibrated = 30.

117 Table B.9. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Nonmandatory-Tour Destination Model Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA escort tour  distance from origin in 0–1 mile band -10.572 -8.678 3 NA escort tour  distance from origin in 1–3.5 miles band -3.553 -2.987 3 NA escort tour  distance from origin in 3.5–10 miles band -2.287 -2.961 3 NA personal business tour  distance from origin in 0–1 mile band -11.879 -7.510 3 NA personal business tour  distance from origin in 1–3.5 miles band -3.261 -1.832 3 NA personal business tour  distance from origin in 3.5–10 miles band -1.814 -3.520 3 NA personal business tour  distance from origin in >10 miles band -0.440 -2.633 3 NA shopping tour  distance from origin in 0–1 mile band -9.372 -9.172 3 NA shopping tour  distance from origin in 1–3.5 miles band -7.002 -6.853 3 NA shopping tour  distance from origin in 3.5–10 miles band -2.097 -1.918 3 NA shopping tour  distance from origin in >10 miles band -0.268 -1.291 3 NA meal tour  distance from origin in 0–1 mile band -15.744 -15.437 3 NA meal tour  distance from origin in 1–3.5 miles band -5.065 -4.741 3 NA meal tour  distance from origin in 3.5–10 miles band -2.192 -1.993 3 NA meal tour  distance from origin in >10 miles band -0.381 -1.464 3 NA social or recreational tour  distance from origin in 0–1 mile band -14.078 -12.591 3 NA social or recreational tour  distance from origin in 1–3.5 miles band -3.771 -3.209 3 NA social or recreational tour  distance from origin in 3.5–10 miles band -1.768 -2.613 3 NA social or recreational tour  distance from origin in >10 miles band -0.233 -1.309 3 Overall mean APLD across variables 515.6% Note: Number of variables in the model = 101; number of variables that were calibrated = 19.

118 Table B.10. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Tour-Mode Choice Model and Work–Based Sub–Tour Mode Choice Model Alternative Variable/ Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) Tour-mode choice model (tour purpose: work)a Drive–Transit Drive–Transit -1.604 -1.604 3 Walk–Transit Walk–Transit -1.918 -1.918 3 Shared Ride 3+ Shared Ride 3+ -0.970 -0.970 3 Shared Ride 2 Shared Ride 2 -0.437 -0.296 3 Drive Alone Drive Alone 2.200 2.185 3 Bike Bike -9.572 -9.572 3 Overall mean APLD across variables 2.8% Tour-mode choice model (tour purpose: school)b School Bus School Bus -1.194 -0.046 3 Walk–Transit Walk–Transit -3.891 -2.885 3 Shared Ride 3+ Shared Ride 3+ -0.436 -0.016 3 Shared Ride 2 Shared Ride 2 -1.076 -0.801 3 Drive Alone Drive Alone 1.215 2.558 3 Bike Bike -3.514 -2.509 3 Overall mean APLD across variables 154.8% Tour-mode choice model (tour purpose: escort)c Shared Ride 3+ Shared Ride 3+ -2.180 -4.136 3 Shared Ride 2 Shared Ride 2 -1.302 -3.506 3 Bike Bike -10.000 -11.927 3 Overall mean APLD across variables 86.8% Tour-mode choice model (tour purpose: other home-based tours)d Walk–Transit Walk–Transit -4.420 -6.351 3 Shared Ride 3+ Shared Ride 3+ -0.811 -2.857 3 Shared Ride 2 Shared Ride 2 -0.723 -3.234 3 Drive Alone Drive Alone 1.215 -1.522 3 Bike Bike -6.577 -6.952 3 Overall mean APLD across variables 77.8% Work–based sub–tour mode choice modele Walk–Transit Walk–Transit -3.498 -4.036 3 Shared Ride 3+ Shared Ride 3+ -2.635 -4.015 3 Shared Ride 2 Shared Ride 2 -1.775 -4.122 3 Drive Alone Drive Alone -2.307 -2.703 3 Bike Bike -4.857 -5.525 3 Overall mean APLD across variables 57.7% a Number of variables in the model = 36; number of variables that were calibrated = 6. b Number of variables in the model = 42; number of variables that were calibrated = 6. c Number of variables in the model = 15; number of variables that were calibrated = 3. d Number of variables in the model = 45; number of variables that were calibrated = 5. e Number of variables in the model = 17; number of variables that were calibrated = 5.

119 Table B.11. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Tour-Time-of-Day Choice Model for Home-Based Work and School Tours Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) Tour-time-of-day choice model (tour purpose: work)a tour arrival time 03:00–05:59 tour arrival time 03:00–05:59 -2.339 -3.245 3 tour arrival time 06:00–06:59 tour arrival time 06:00–06:59 -0.671 -0.892 3 tour arrival time 07:00–07:59 tour arrival time 07:00–07:59 -0.018 -0.018 3 tour arrival time 08:00–08:59 tour arrival time 08:00–08:59 0.000 -0.111 3 tour arrival time 09:00–09:59 tour arrival time 09:00–09:59 -0.936 -0.745 3 tour arrival time 10:00–12:59 tour arrival time 10:00–12:59 -1.777 -1.346 3 tour arrival time 13:00–15:59 tour arrival time 13:00–15:59 -1.867 -1.180 3 tour arrival time 16:00–18:59 tour arrival time 16:00–18:59 -2.266 -3.226 3 tour arrival time 19:00–21:59 tour arrival time 19:00–21:59 -3.161 -4.098 3 tour arrival time 22:00–23:59 tour arrival time 22:00–23:59 -4.121 -4.121 3 Overall mean APLD across variables 38.6% Tour-time-of-day choice model (tour purpose: school)b tour arrival time 03:00–05:59 tour arrival time 03:00–05:59 -10.000 -16.007 3 tour arrival time 06:00–06:59 tour arrival time 06:00–06:59 -3.254 -4.843 3 tour arrival time 07:00–07:59 tour arrival time 07:00–07:59 -0.216 0.396 3 tour arrival time 08:00–08:59 tour arrival time 08:00–08:59 0.000 0.042 3 tour arrival time 09:00–09:59 tour arrival time 09:00–09:59 -1.261 -0.232 3 tour arrival time 10:00–12:59 tour arrival time 10:00–12:59 -2.256 -2.207 3 tour arrival time 13:00–15:59 tour arrival time 13:00–15:59 -2.943 -2.649 3 tour arrival time 16:00–18:59 tour arrival time 16:00–18:59 -2.042 -0.361 3 tour arrival time 19:00–21:59 tour arrival time 19:00–21:59 -3.467 -3.467 3 tour arrival time 22:00–23:59 tour arrival time 22:00–23:59 -10.000 -10.000 3 Overall mean APLD across variables 92.4% a Number of variables in the model = 74; number of variables that were calibrated = 10. b Number of variables in the model = 68; number of variables that were calibrated = 10.

120 Table B.12. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Time-of-Day Choice Model for Other Home-Based Tours and Work-Based Sub-Tours Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) Tour-time-of-day choice model (tour purpose: other home-based tour)a tour arrival time 03:00–05:59 tour arrival time 03:00–05:59 -4.738 -4.738 3 tour arrival time 06:00–06:59 tour arrival time 06:00–06:59 -2.203 -2.203 3 tour arrival time 07:00–07:59 tour arrival time 07:00–07:59 -0.842 -0.842 3 tour arrival time 08:00–08:59 tour arrival time 08:00–08:59 0.000 0.000 3 tour arrival time 09:00–09:59 tour arrival time 09:00–09:59 -0.041 0.238 3 tour arrival time 10:00–12:59 tour arrival time 10:00–12:59 0.382 0.241 3 tour arrival time 13:00–15:59 tour arrival time 13:00–15:59 0.436 0.330 3 tour arrival time 16:00–18:59 tour arrival time 16:00–18:59 0.741 1.055 3 tour arrival time 19:00–21:59 tour arrival time 19:00–21:59 0.292 0.134 3 tour arrival time 22:00–23:59 tour arrival time 22:00–23:59 -1.227 -1.227 3 Overall mean APLD across variables 10.7% Work–based sub–tour time-of-day choice modelb tour arrival time 03:00–05:59 tour arrival time 03:00–05:59 -0.452 -0.452 3 tour arrival time 06:00–06:59 tour arrival time 06:00–06:59 -5.000 -5.000 3 tour arrival time 07:00–07:59 tour arrival time 07:00–07:59 -0.275 -1.884 3 tour arrival time 08:00–08:59 tour arrival time 08:00–08:59 0.000 -8.236 3 tour arrival time 09:00–09:59 tour arrival time 09:00–09:59 -0.441 -4.745 3 tour arrival time 10:00–12:59 tour arrival time 10:00–12:59 -0.187 0.502 3 tour arrival time 13:00–15:59 tour arrival time 13:00–15:59 -1.603 -0.959 3 tour arrival time 16:00–18:59 tour arrival time 16:00–18:59 -2.623 -2.595 3 tour arrival time 19:00–21:59 tour arrival time 19:00–21:59 -4.415 -16.710 3 tour arrival time 22:00–23:59 tour arrival time 22:00–23:59 -10.000 -10.000 3 Overall mean APLD across variables 57.1% a Number of variables in the model = 95; number of variables that were calibrated = 10. b Number of variables in the model = 50; number of variables that were calibrated = 10.

121 Table B.13. Comparison Between Sacramento and Calibrated Tampa Model Coefficients: Trip-Time-of-Day Choice Model Alternative Variable/Interaction Term SACOG Tampa Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) arrival time 03:00–05:59 arrival time 03:00–05:59 -5.227 -5.506 3 arrival time 06:00–06:59 arrival time 06:00–06:59 -3.052 -3.052 3 arrival time 07:00–07:59 arrival time 07:00–07:59 -1.089 -1.089 3 arrival time 08:00–08:59 arrival time 08:00–08:59 0.000 0.000 3 arrival time 09:00–09:59 arrival time 09:00–09:59 0.641 0.641 3 arrival time 10:00–12:59 arrival time 10:00–12:59 1.376 1.549 3 arrival time 13:00–15:59 arrival time 13:00–15:59 2.267 2.346 3 arrival time 16:00–18:59 arrival time 16:00–18:59 3.530 3.530 3 arrival time 19:00–21:59 arrival time 19:00–21:59 3.385 3.385 3 arrival time 22:00–25:59 arrival time 22:00–25:59 3.097 3.097 3 Overall mean APLD across variables 5.1% Note: Number of variables in the model = 55; number of variables that were calibrated = 10. Table B.14. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Usual-Work-Location Model Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA LN(1 + one-way drive distance) 0.000 0.100 3 NA Full-time worker has one-way drive distance in 0–3.5 miles band -4.153 -4.313 3 NA Full-time worker has one-way drive distance in 3.5–10 miles band -0.644 -0.194 3 NA Full-time worker has one-way drive distance in >10 miles band -0.732 -0.672 3 NA Part-time worker  LN(1 + one-way drive distance) -2.626 -2.306 3 NA Not full- or part-time worker  LN(1 + one-way drive distance) -3.465 -3.475 3 NA LN(1 + accessibility to service sector employment) -0.165 -0.445 3 NA Work in same county as home 0.000 1.000 3 Overall mean APLD across variables 36.7% Note: Number of variables in the model = 73; number of variables that were calibrated = 9.

122 Table B.15. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Auto-Ownership Model Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) 0 autos household has 1 Driver -3.690 -2.670 3 2 autos household has 1 Driver -1.892 -1.892 3 3 autos household has 1 Driver -3.018 -4.148 3 4+ autos household has 1 Driver -4.485 -5.182 3 0 autos household has 2 Drivers -4.429 -2.749 3 1 auto household has 2 Drivers -1.639 -0.979 3 3 autos household has 2 Drivers -1.398 -1.858 3 4+ autos household has 2 Drivers -2.229 -3.269 3 0 autos household has 3 Drivers -3.825 -2.074 3 1 auto household has 3 Drivers -1.370 -0.590 3 2 autos household has 3 Drivers -0.364 0.228 3 4+ autos household has 3 Drivers -0.516 -0.906 3 0 autos household has 4 or more Drivers -5.133 -1.773 3 1 auto household has 4 or more Drivers -1.818 -1.298 3 2 autos household has 4 or more Drivers -1.109 -0.319 3 3 autos household has 4 or more Drivers -1.093 -0.363 3 0 autos household has 0–15K Income 2.072 2.062 3 1 auto household has 0–15K Income 0.607 0.597 3 3 autos household has 0–15K Income -0.715 -1.005 3 4+ autos household has 0–15K Income -1.436 -1.046 3 0 autos household has 50–75K Income -1.453 -0.693 3 1 auto household has 50–75K Income -1.093 -0.553 3 3 autos household has 50–75K Income 0.141 0.111 3 4+ autos household has 50–75K Income 0.189 -0.059 3 0 autos household has 75K and plus Income -0.585 -1.154 3 1 auto household has 75K and plus Income -1.006 -1.266 3 3 autos household has 75K and plus Income 0.226 0.516 3 4+ autos household has 75K and plus Income 0.343 0.453 3 Overall mean APLD across variables 182.3% Note: Number of variables in the model = 60; number of variables that were calibrated = 28.

123 Table B.16. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Individual Person-Day Pattern Model—Part 1 Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA work tour constant 0.594 0.398 3 NA work stop constant 2.261 2.361 3 NA work purpose  person is part-time worker -0.677 -1.059 3 NA work purpose  person is university student -1.229 -1.839 3 NA school tour constant -0.861 -1.004 3 NA school stop constant -0.786 -1.006 3 NA school purpose  person is university student 1.008 1.480 3 NA school purpose  person is student age 16+ 2.089 1.196 3 NA school purpose  person is student age 5–15 2.176 1.503 3 NA escort tour constant -3.407 -3.651 3 NA escort stop constant -1.468 -0.868 3 NA escort purpose  person is part-time worker 0.000 0.687 3 NA escort purpose  person is retired adult -0.747 -0.996 3 NA escort purpose  person is non-working adult 0.000 -0.044 3 NA escort purpose  person is university student 0.000 1.163 3 NA escort purpose  person is student age 16+ 0.000 -2.130 3 NA escort purpose  person is student age 5–15 0.000 -0.407 3 NA personal business tour constant -2.398 -1.267 3 NA personal business stop constant 1.762 0.192 3 NA personal business purpose  person is part-time worker 0.193 0.279 3 NA personal business purpose  person is retired adult 0.525 0.205 3 NA personal business purpose  person is non-working adult 0.413 0.161 3 NA personal business purpose  person is university student 0.000 -0.245 3 NA personal business purpose  person is student age 16+ -0.280 -0.226 3 NA personal business purpose  person is student age 5–15 -0.445 0.153 3 Note: Number of variables in the model = 350; number of variables that were calibrated = 48.

124 Table B.17. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Individual Person-Day Pattern Model—Part 2 Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA shopping tour constant -2.889 -1.099 3 NA shopping stop constant 1.200 2.580 3 NA shopping purpose  person is part-time worker 0.058 0.016 3 NA shopping purpose  person is retired adult 0.204 -0.399 3 NA shopping purpose  person is non-working adult 0.461 -0.493 3 NA shopping purpose  person is university student 0.222 0.511 3 NA shopping purpose  person is student age 16+ -0.474 -2.335 3 NA shopping purpose  person is student age 5–15 -0.559 -2.286 3 NA meal tour constant -3.143 -2.014 3 NA meal stop constant 0.468 0.628 3 NA meal purpose  person is part-time worker -0.259 0.966 3 NA meal purpose  person is retired adult 0.000 0.013 3 NA meal purpose  person is non-working adult 0.000 -0.172 3 NA meal purpose  person is university student 0.000 -2.336 3 NA meal purpose  person is student age 16+ -0.432 -2.285 3 NA social or recreational tour constant -2.296 -0.086 3 NA social or recreational stop constant 1.044 0.804 3 NA social or recreational purpose  person is part-time worker 0.000 -1.050 3 NA social or recreational purpose  person is retired adult 0.000 -0.477 3 NA social or recreational purpose  person is non-working adult 0.000 0.030 3 NA social or recreational purpose  person is university student 0.000 -0.740 3 NA social or recreational purpose  person is student age 16+ 0.000 -0.024 3 NA social or recreational purpose  person is student age 5–15 0.328 0.278 3 Overall mean APLD across variables 85.4% Note: Number of variables in the model = 350; number of variables that were calibrated = 48.

125 Table B.18. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Work-Based Sub-Tour Generation Model Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA work stop -0.226 -1.886 3 NA school stop -2.189 -2.569 3 NA escort stop -3.136 -3.809 3 NA personal business stop -1.400 -1.751 3 NA shopping stop -1.796 -2.155 3 NA meal stop -0.271 -0.425 3 NA social or recreational stop -1.730 -2.130 3 NA no more stops 1.575 2.975 3 Overall mean APLD across variables 71.7% Note: Number of variables in the model = 15; number of variables that were calibrated = 8. Table B.19. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Exact Number of Person Tours Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA 2+ work tours  person is university student 0.000 1.660 3 NA 2+ work tours  person is student age 16+ 0.000 1.560 3 NA 2+ escort tours  person is retired adult 0.000 -0.420 3 NA 2+ escort tours  person is non-working adult 0.392 -0.392 3 NA 2+ escort tours  person is university student 0.000 2.120 3 NA 2+ personal business tours  person is part- time worker 0.000 -1.340 3 NA 2+ shopping tours  person is student age 5–15 -1.112 1.042 3 NA 2+ social or recreational tours  person is part- time worker 0.000 0.860 3 Overall mean APLD across variables 324.5% Note: Number of variables in the model = 295; number of variables that were calibrated = 8.

126 Table B.20. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Intermediate-Stop Generation Model Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA Origin to destination half tour has one intermediate stop 0.426 -0.576 3 NA Origin to destination half tour has two intermediate stops 0.530 -0.480 3 NA Origin to destination half tour has three intermediate stops 0.750 -0.250 3 NA Origin to destination half tour has four intermediate stops 0.752 -0.252 3 NA Destination to origin half tour has one intermediate stop 0.758 -0.248 3 NA Destination to origin half tour has two intermediate stops 0.995 0.005 3 NA Destination to origin half tour has three intermediate stops 0.953 0.053 3 NA Destination to origin half tour has four intermediate stops 1.043 0.043 3 Overall mean APLD across variables 62.8% Note: Number of variables in the model = 106; number of variables that were calibrated = 8.

127 Table B.21. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Nonmandatory-Tour Destination Model Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) NA escort tour  distance from origin in 0–1 mile band -10.572 -9.007 3 NA escort tour  distance from origin in 1–3.5 miles band -3.553 -3.053 3 NA escort tour  distance from origin in 3.5–10 miles band -2.287 -5.237 3 NA personal business tour  distance from origin in 0–1 mile band -11.879 -10.879 3 NA personal business tour  distance from origin in 1–3.5 miles band -3.261 -2.261 3 NA personal business tour  distance from origin in 3.5–10 miles band -1.814 -2.314 3 NA personal business tour  distance from origin in >10 miles band -0.440 -0.150 3 NA shopping tour  distance from origin in 0–1 mile band -9.372 -8.372 3 NA shopping tour  distance from origin in 1–3.5 miles band -7.002 -7.502 3 NA shopping tour  distance from origin in 3.5–10 miles band -2.097 -2.697 3 NA shopping tour  distance from origin in >10 miles band -0.268 -2.278 3 NA meal tour  distance from origin in 0–1 mile band -15.744 -14.244 3 NA meal tour  distance from origin in 3.5–10 miles band -2.192 -2.692 3 NA meal tour  distance from origin in >10 miles band -0.381 -2.881 3 NA social or recreational tour  distance from origin in 0–1 mile band -14.078 -13.078 3 NA social or recreational tour  distance from origin in 1–3.5 miles band -3.771 -2.771 3 NA social or recreational tour  distance from origin in 3.5–10 miles band -1.768 -1.928 3 NA social or recreational tour  distance from origin in >10 miles band -0.233 -1.613 3 NA escort tour  require crossing a river 0.000 -0.800 3 NA personal business tour  require crossing a river 0.000 -0.800 3 NA shopping tour  require crossing a river 0.000 -0.800 3 NA meal tour  require crossing a river 0.000 -0.800 3 NA social or recreational tour  require crossing a river 0.000 -0.800 3 NA destination is located in the home county 0.000 1.000 3 Overall mean APLD across variables 110.7% Note: Number of variables in the model = 101; number of variables that were calibrated = 24.

128 Table B.22. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Home-Based Work, School, and Escort Tour-Mode Choice Model Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) Tour-mode choice model (tour purpose: work)a Walk-Transit Walk-Transit -1.918 -2.118 3 Shared Ride 3+ Shared Ride 3+ -0.970 -0.440 3 Shared Ride 2 Shared Ride 2 -0.437 0.127 3 Drive Alone Drive Alone 2.200 2.698 3 Transit Transit mode  intersection density at the destination 0.110 0.011 3 Transit Transit mode  accessibility to total employment 0.981 0.000 3 Drive Alone Presence of other stops in the tour -0.318 -0.032 3 Bike Bike mode  accessibility to total employment 0.153 0.000 3 Overall mean APLD across variables 43.4% Tour-mode choice model (tour purpose: school)b School bus School bus -1.194 -0.014 3 Walk-Transit Walk-Transit -3.891 -4.891 3 Shared Ride 3+ Shared Ride 3+ -0.436 -0.140 3 Shared Ride 2 Shared Ride 2 -1.076 -1.086 3 Drive Alone Drive Alone 1.215 1.785 3 Walk Walk mode  university student -0.738 -0.007 3 Bike Bike mode  accessibility to total employment 0.177 0.000 3 Overall mean APLD across variables 75.0% Tour-mode choice model (tour purpose: escort)c Shared Ride 3+ Shared Ride 3+ -2.180 -1.400 3 Shared Ride 2 Shared Ride 2 -1.302 -0.582 3 Drive Alone Drive Alone -10.000 -9.330 3 Overall mean APLD across variables 106.3% a Number of variables in the model = 36; number of variables that were calibrated = 8. b Number of variables in the model = 42; number of variables that were calibrated = 7. c Number of variables in the model = 15; number of variables that were calibrated = 3.

129 Table B.23. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Other-Tour-Mode Choice Model and Work-Based Sub-Tour-Mode Choice Model Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) Tour-mode choice model (tour purpose: other home-based tours)a Walk-Transit Walk-Transit -4.420 0.140 3 Walk-Transit Walk-Transit mode  no cars in household 4.946 2.901 3 Shared Ride 3+ Shared Ride 3+ -0.811 -1.481 3 Shared Ride 2 Shared Ride 2 -0.723 -1.583 3 Shared Ride Shared Ride  no cars in household -0.929 -0.669 3 Drive-Transit Drive-Transit 1.215 0.425 3 Bike Bike -6.577 -5.477 3 Bike Bike mode  male 1.036 2.026 3 Transit Transit mode  origin is located in a mixed land use parcel 1.985 1.345 3 Transit Transit mode  accessibility to total employment 0.156 0.000 3 Shared Ride Shopping tour  Shared Ride 0.728 0.073 3 Shared Ride Meal tour  Shared Ride 2.174 1.174 3 Bike Bike mode  accessibility to other residence 0.810 0.001 3 Bike Bike mode  accessibility to total employment 0.564 0.000 3 Walk Meal tour  walk 1.238 3.288 3 Walk Social recreation tour  walk 1.353 3.343 3 Walk Walk mode  accessibility to other residence 0.834 0.002 3 Walk Walk mode  accessibility to total employment 0.109 0.000 3 Overall mean APLD across variables 653.0% Work-based sub-tour-mode choice modelb Shared Ride 3+ Shared Ride 3+ -2.635 -2.575 3 Shared Ride 2 Shared Ride 2 -1.775 -1.825 3 Drive Alone Drive Alone -2.307 -2.802 3 Drive Alone Traveled to work by drive alone 2.768 2.778 3 Drive Alone Traveled to work by shared ride 2.033 1.843 3 Bike Bike mode  male -0.761 -0.076 3 Overall mean APLD across variables 27.8% a Number of variables in the model = 45; number of variables that were calibrated = 18. b Number of variables in the model = 17; number of variables that were calibrated = 6.

130 Table B.24. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Tour-Time-of-Day Choice Model for Home-Based Work Tours Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) tour arrival time 03:00–05:59 tour arrival time 03:00–05:59 -2.339 -3.219 3 tour arrival time 06:00–06:59 tour arrival time 06:00–06:59 -0.671 -0.441 3 tour arrival time 07:00–07:59 tour arrival time 07:00–07:59 -0.182 -0.202 3 tour arrival time 08:00–08:59 tour arrival time 08:00–08:59 0.000 -0.690 3 tour arrival time 09:00–09:59 tour arrival time 09:00–09:59 -0.936 -0.546 3 tour arrival time 10:00–12:59 tour arrival time 10:00–12:59 -1.777 -2.097 3 tour arrival time 13:00–15:59 tour arrival time 13:00–15:59 -1.867 -1.297 3 tour arrival time 16:00–18:59 tour arrival time 16:00–18:59 -2.266 -1.956 3 tour departure time 03:00–06:59 tour departure time 03:00–06:59 -1.186 -3.826 3 tour departure time 10:00–12:59 tour departure time 10:00–12:59 -0.675 -0.585 3 tour departure time 13:00–14:59 tour departure time 13:00–14:59 -0.569 -0.339 3 tour departure time 17:00–17:59 tour departure time 17:00–17:59 0.364 -0.214 3 tour departure time 18:00–18:59 tour departure time 18:00–18:59 -0.726 -1.276 3 tour departure time 19:00–20:59 tour departure time 19:00–20:59 -1.836 -1.286 3 duration 7 to 8 hours duration 7 to 8 hours 0.616 0.866 3 duration 9 hours duration 9 hours 0.000 0.290 3 Overall mean APLD across variables 42.1% Note: Number of variables in the model = 74; number of variables that were calibrated = 16. Table B.25. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Tour-Time-of-Day Choice Model for Home-Based School Tours Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) tour arrival time 06:00–06:59 tour arrival time 06:00–06:59 -3.254 -2.064 3 tour arrival time 07:00–07:59 tour arrival time 07:00–07:59 -0.216 -0.436 3 tour arrival time 09:00–09:59 tour arrival time 09:00–09:59 -1.261 -1.341 3 tour departure time 13:00–15:59 tour departure time 13:00–15:59 -2.943 -2.673 3 tour arrival time 16:00–18:59 tour arrival time 16:00–18:59 -2.042 -1.792 3 tour departure time 07:00–09:59 tour departure time 07:00–09:59 -0.701 -1.408 3 tour departure time 10:00–12:59 tour departure time 10:00–12:59 0.902 -0.152 3 tour departure time 13:00–14:59 tour departure time 13:00–14:59 1.612 2.308 3 tour departure time 17:00–17:59 tour departure time 17:00–17:59 -0.105 -0.665 3 tour departure time 18:00–18:59 tour departure time 18:00–18:59 -0.920 -2.270 3 tour departure time 21:00–23:59 tour departure time 21:00–23:59 -2.230 -1.420 3 Overall mean APLD across variables 70.3% Note: Number of variables in the model = 68; number of variables that were calibrated = 11.

131 Table B.26. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Tour-Time-of-Day Choice Model for Home-Based Other and Work-Based Sub-Tours Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) Tour-time-of-day choice model (tour purpose: other home-based tour)a tour arrival time 19:00–21:59 tour arrival time 19:00–21:59 0.292 -0.032 3 tour departure time 17:00–17:59 tour departure time 17:00–17:59 -0.281 -0.251 3 tour departure time 18:00–18:59 tour departure time 18:00–18:59 -0.402 -0.232 3 tour departure time 19:00–20:59 tour departure time 19:00–20:59 -0.267 -0.057 3 tour departure time 21:00–23:59 tour departure time 21:00–23:59 -0.342 -0.302 3 Overall mean APLD across variables 15.3% Work-based sub-tour time-of-day choice modelb tour arrival time 03:00–05:59 tour arrival time 03:00–05:59 -0.452 -2.762 3 tour arrival time 07:00–07:59 tour arrival time 07:00–07:59 -0.275 -2.295 3 tour arrival time 08:00–08:59 tour arrival time 08:00–08:59 0.000 -1.650 3 tour arrival time 10:00–12:59 tour arrival time 10:00–12:59 -0.187 0.897 3 tour arrival time 13:00–15:59 tour arrival time 13:00–15:59 -1.603 -0.803 3 tour arrival time 16:00–18:59 tour arrival time 16:00–18:59 -2.623 -4.973 3 tour arrival time 19:00–21:59 tour arrival time 19:00–21:59 -4.415 -7.415 3 tour departure time 07:00–09:59 tour departure time 07:00–09:59 0.470 0.047 3 tour departure time 10:00–12:59 tour departure time 10:00–12:59 0.598 1.058 3 tour departure time 13:00–14:59 tour departure time 13:00–14:59 0.622 1.322 3 Overall mean APLD across variables 95.5% a Number of variables in the model = 95; number of variables that were calibrated = 5. b Number of variables in the model = 50; number of variables that were calibrated = 10. Table B.27. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Trip-Mode Choice Model Alternative Variable/ Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) Walk-transit Walk-transit -0.791 1.201 3 Overall mean APLD across variables 633.7% Note: Number of variables in the model = 65; number of variables that were calibrated = 1.

132 Table B.28. Comparison Between Sacramento and Calibrated Jacksonville Model Coefficients: Trip-Time-of-Day Choice Model Alternative Variable/Interaction Term SACOG Jacksonville Absolute Percentage Logit Difference (APLD) Low (APLD <– 20%) Medium (20% < APLD <– 50%) High (APLD > 50%) arrival time 03:00–05:59 arrival time 03:00–05:59 -5.227 -5.587 3 arrival time 06:00–06:59 arrival time 06:00–06:59 -3.052 -4.042 3 arrival time 07:00–07:59 arrival time 07:00–07:59 -1.089 -2.349 3 arrival time 08:00–08:59 arrival time 08:00–08:59 0.000 0.000 3 arrival time 09:00–09:59 arrival time 09:00–09:59 0.641 0.751 3 arrival time 10:00–12:59 arrival time 10:00–12:59 1.376 2.196 3 arrival time 13:00–15:59 arrival time 13:00–15:59 2.267 2.897 3 arrival time 16:00–18:59 arrival time 16:00–18:59 3.530 3.390 3 departure time 03:00–06:59 departure time 03:00–06:59 -1.435 -1.665 3 departure time 07:00–09:59 departure time 07:00–09:59 -1.170 0.360 3 departure time 10:00–12:59 departure time 10:00–12:59 -0.770 0.350 3 departure time 13:00–14:59 departure time 13:00–14:59 -0.725 0.045 3 departure time 16:00–16:59 departure time 16:00–16:59 -0.820 -0.440 3 departure time 17:00–17:59 departure time 17:00–17:59 0.000 0.000 3 departure time 18:00–18:59 departure time 18:00–18:59 -0.487 -0.927 3 departure time 19:00–20:59 departure time 19:00–20:59 -0.747 -1.287 3 departure time 21:00–23:59 departure time 21:00–23:59 -1.132 -2.572 3 Overall mean APLD across variables 77.0% Note: Number of variables in the model = 55; number of variables that were calibrated = 17.

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TRB’s second Strategic Highway Research Program (SHRP 2) Report S2-C10A-RW-2: Transferability of Activity-Based Model Parameters explores the development of regional activity-based modeling systems for these cities.

The report also examines the concept of transferability of parameters as a means to save metropolitan planning organizations from the need to invest in data collection and model estimation, with the goal of making activity-based models practical for a wider market.

The same project that developed this report also produced a report titled Dynamic, Integrated Model System: Jacksonville-Area Application that explores development of a dynamic integrated travel demand model with advanced policy analysis capabilities.

Capacity Project C10A developed a start-up guide for the application of the DaySim activity-based demand model and a TRANSIMS network for Burlington, Vermont, to test linking the demand and network models before transferring the model structure to the larger Jacksonville, Florida, area. The two model applications used in these locations are currently available.

Software Disclaimer: This software is offered as is, without warranty or promise of support of any kind either expressed or implied. Under no circumstance will the National Academy of Sciences or the Transportation Research Board (collectively "TRB") be liable for any loss or damage caused by the installation or operation of this product. TRB makes no representation or warranty of any kind, expressed or implied, in fact or in law, including without limitation, the warranty of merchantability or the warranty of fitness for a particular purpose, and shall not in any case be liable for any consequential or special damages.

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