toyspace

RAW DATA :

• citiesShape (shapefile of cities to be mapped)

• tabFlows (table of flow between cities, containing : origin, destination, transport mode and SPC)

• roadNetwork (a network of road used to compute a distance matrix between cities)

• railRoads (railRoad network to be mapped)

• mainRoad (mainRoad network to be mapped)

• station (train station to be mapped)

MAKING DATA :

For each region :

• popTab (sums of every flows, origin (population), destination (workers), internal (population))
• popTabAgr (Aggregation of popTab for metropolis cities)
• tabFlowsAgr (Aggregation of tabFlows for metropolis cities)
• citiesShapeAgr (Aggregation of citiesShape for metropolis cities)
• coordCom (Cities Coordinate)
• list potential (proportion of SPC)
• candidate (1 | 0) (citiesShape$cand) :
  • station (railroadStation in cities (finger_city))
  • stationAndPole (employment pole and railroadStation in cities (tod_city & polycentric_city))
  • metro (metropolis in cities (cbd_city))
  • sub (subUrb and countryside in cities (cbd_city))

Function :

• nystuen_dacey(){} (for macro flow tab)
• excess_commuting(){}
• bind_excess(){}
• mob_indic(){} (for index tab)
• potential_palette(){} (for structure tab)
• stewart_raw(){} (for structure tab)
• stewartDif(){} (for structure tab)
• get_links(){} (for micro flow tab)

SCENARIOS :

Relocate populations and activities :

  - Finger plan City
	finger_city(pol,id,cand,tabFlows,idOri,idDes,idFlows){
		relocate_one(pol,id,cand){}
	}
  - Transport-oriented development City
	tod_city(pol,id,cand,tabFlows,idOri,idDes,idFlows){
		relocate_one(pol,id,cand){}
	}
  - Polycentric City
	polycentric_city(pol,id,cand,tabFlows,idOri,idDes,idFlows){
		relocate_one(pol,id,cand){}
	}
  - CBD-Model-City
	cbd_city(pol,id,cand,tabFlows,idOri,idDes,idFlows){
		routing_machine(roadNetwork,pol,idpol){
			diagDist(){}
		}
		relocate_one(pol,id,cand){}
		proportionalSPC(){}
		proportionalTransport(){}
	}

Relocate equipment :

• Near the residents
• Near jobs
• Balancing residents-jobs

Act on residential and professional mobility :

• Job exchange
• Housing exchange
• Exchange without constraint

Act on the mode of transport :

• Zero car reassignTransport(){}
• All car reassignTransport(){}
• Zero public transport reassignTransport(){}
• All public transport reassignTransport(){}
• Zero active mobility reassignTransport(){}
• All active mobility

AMEGINAT-R :

Scenarios

• call the dataframe compute by the scenarios [function]

Graphs

Index

• data:

  • matFlow
  • tabFlows
  • citiesShape
  • railRoads
  • mainRoad
  • station

• using:

  • mob_indic(){}

Structure

• data:

  • list potential
  • citiesShape
  • railRoads
  • mainRoad
  • station

• using:

  • potential_palette(){}
  • potential_contour(){}

Micro Flow

• data:

  • tabFlows
  • citiesShape
  • railRoads
  • mainRoad
  • station

• using:

  • get_links(){}

Macro Flow

• data:

  • popTab
  • popTabAgr
  • tabFlows
  • tabFlowsAgr
  • citiesShape
  • citiesShapeAgr
  • railRoads
  • mainRoad
  • station

• using:

  • nystuen_dacey(){}