Research Article

Impact of Transit Network Layout on Resident Mode Choice

Table 2

Definition of variables.

GroupVariableVariable nameNote

Individual characteristic
 Personal attributeGenderGender1: male; 0: female
AgeAge1: 18–29; 2: 30–45; 3: >45
IncomeIncome1: <1000 yuan/month;
2: 1000–2500 yuan/month;
3: >2500 yuan/month
JobJob1: public institution;
2: private business; 3: others
 Family attributeCar ownershipCarNum1: Yes; 0: No
Motorcycle ownershipMotorNum1: Yes; 0: No
Bike ownershipBikeNum1: Yes; 0: No

Travel FeatureTravel distanceDistance1: <1500 m; 2: 1500–5000 m; 3: >5000 m

TNL
 Traffic zoneCoverage ratio within 300 meters of originC_300 m_O1: [0,0.5]; 2: (0.5,0.8];
3: (0.8,1]
Coverage ratio within 300 meters of destinationC_300 m_D1: [0,0.5]; 2: (0.5,0.8];
3: (0.8,1]
Coverage ratio within 500 meters of originC_500 m_O1: [0,0.9]; 2: (0.9,0.95];
3: (0.95,1]
Coverage ratio within 500 meters of destinationC_500 m_D1: [0,0.9]; 2: (0.9,0.95];
3: (0.95,1]
Density of normal transit line in origin areaR1_O1: <2 km/km2; 2: 2–4 km/km2; 3: >4 km/km2
Density of normal transit line in destination areaR1_D1: <2 km/km2; 2: 2–4 km/km2; 3: >4 km/km2
Density of running transit lines in origin areaR2_O1: <10 km/km2; 2: 10–14 km/km2; 3: >14 km/km2
Density of running transit lines in destination areaR2_D1: <10 km/km2; 2: 10–14 km/km2; 3: >14 km/km2
 IndividualThe number of bus stops within 300 meters of originN_300 m_O1: 2; 2: 3–5; 3: >5
The number of bus stops within 300 meters of destinationN_300 m_D1: 2; 2: 3–5; 3: >5
The number of bus stops within 500 meters of originN_500 m_O1: 2; 2: 3–5; 3: >5
The number of bus stops within 500 meters of destinationN_500 m_D1: 2; 2: 3–5; 3: >5