Movement_vehicle_od

Type ISIAPIMovement_vehicle_od · Interface
Namespace SIDRASolutions.SI.API
Assembly SIDRASolutions.SI.API.dll
COM CLSID FCE0F299-3272-4D64-A0F6-8D591EE0B5E9

SIDRA INTERSECTION Vehicle Approach Movement wrapper interface

Declaration

[Guid("FCE0F299-3272-4D64-A0F6-8D591EE0B5E9")]
public interface ISIAPIMovement_vehicle_od

Members

Properties

Property	Type	Summary
Origin	int	Approach Movement Origin Leg
Destination	int	Approach Movement Destination Leg
ODMovDesignation	int	Approach Movement Designation
IsPossible	bool	Flag indicating whether this Approach Movement is Geometry Possible, i.e. the Origin Leg has Approach Lanes and the Destination Leg has Exit Lanes.
MovementVehicleODMCs	ISIAPIMovement_vehicle_od_mcs
Site	ISIAPISite
Opposingmovement_vehicles	ISIAPIOpposingmovement_vehicles
Opposingmovement_peds	ISIAPIOpposingmovement_peds
Exists	bool	Flag indicating whether this Approach Movement "exists" (not banned) in the current site. The state of this property corresponds to the setting of the "Movement Exists" checkbox in the SIDRA INTERSECTION "Movement Definitions" dialog - "Approach Movements" tab for the given Approach Movement.
Turndesignation	int	Approach Movement turn designation
Display_od_id	string
Display_ltr_id	string
Is_TWSC_adj_applied	bool
Is_gap_acceptance_usergiven	bool
Critical_gap	float
Followup_headway	float
End_departures	float
Minimum_departures	float
Exit_flow_effect	float
Percent_opposed_by_nearest	float
Opposing_ped_effect_option_signals	int	Opposing Pedestrian Effect Option (Signalised)
Opposing_ped_effect_option	int	Opposing Pedestrian Effect Option
Opposing_ped_effect_start_loss	float
Total_volume	float
Zebra_ped_gap_acceptance_option	int	Gap Acceptance Option for opposing Zebra Crossing Pedestrians
Zebra_ped_critical_gap	float
Zebra_ped_followup_headway	float
Zebra_ped_minimum_departures	float

Properties

Origin

Approach Movement Origin Leg

int Origin { get; }

Type int

Value

One of:

• 0 - South
• 1 - South East
• 2 - East
• 3 - North East
• 4 - North
• 5 - North West
• 6 - West
• 7 - South West

Code samples

C#C++PythonPowerShell

int origin = movement_vehicle_od.Origin;

long origin;
movement_vehicle_od->get_Origin(&origin);

origin = movement_vehicle_od.Origin

$origin = $movement_vehicle_od.Origin

Destination

Approach Movement Destination Leg

int Destination { get; }

Type int

Value

One of:

• 0 - South
• 1 - South East
• 2 - East
• 3 - North East
• 4 - North
• 5 - North West
• 6 - West
• 7 - South West

Code samples

C#C++PythonPowerShell

int destination = movement_vehicle_od.Destination;

long destination;
movement_vehicle_od->get_Destination(&destination);

destination = movement_vehicle_od.Destination

$destination = $movement_vehicle_od.Destination

ODMovDesignation

Approach Movement Designation

int ODMovDesignation { get; }

Type int

Value

One of:

• 0 - U
• 1 - L3
• 2 - L2
• 3 - L1
• 4 - T1
• 5 - R1
• 6 - R2
• 7 - R3

Code samples

C#C++PythonPowerShell

int oDMovDesignation = movement_vehicle_od.ODMovDesignation;

long oDMovDesignation;
movement_vehicle_od->get_ODMovDesignation(&oDMovDesignation);

od_mov_designation = movement_vehicle_od.ODMovDesignation

$oDMovDesignation = $movement_vehicle_od.ODMovDesignation

IsPossible

Flag indicating whether this Approach Movement is Geometry Possible, i.e. the Origin Leg has Approach Lanes and the Destination Leg has Exit Lanes.

bool IsPossible { get; }

Type bool

Code samples

C#C++PythonPowerShell

bool isPossible = movement_vehicle_od.IsPossible;

VARIANT_BOOL isPossible;
movement_vehicle_od->get_IsPossible(&isPossible);

is_possible = movement_vehicle_od.IsPossible

$isPossible = $movement_vehicle_od.IsPossible

MovementVehicleODMCs

ISIAPIMovement_vehicle_od_mcs MovementVehicleODMCs { get; }

Type ISIAPIMovement_vehicle_od_mcs

Code samples

C#C++PythonPowerShell

var movementVehicleODMCs = movement_vehicle_od.MovementVehicleODMCs;

CComPtr<ISIAPIMovement_vehicle_od_mcs> movementVehicleODMCs;
movement_vehicle_od->get_MovementVehicleODMCs(&movementVehicleODMCs);

movement_vehicle_odm_cs = movement_vehicle_od.MovementVehicleODMCs

$movementVehicleODMCs = $movement_vehicle_od.MovementVehicleODMCs

Site

ISIAPISite Site { get; }

Type ISIAPISite

Code samples

C#C++PythonPowerShell

var site = movement_vehicle_od.Site;

CComPtr<ISIAPISite> site;
movement_vehicle_od->get_Site(&site);

site = movement_vehicle_od.Site

$site = $movement_vehicle_od.Site

Opposingmovement_vehicles

ISIAPIOpposingmovement_vehicles Opposingmovement_vehicles { get; }

Type ISIAPIOpposingmovement_vehicles

Code samples

C#C++PythonPowerShell

var opposingmovement_vehicles = movement_vehicle_od.Opposingmovement_vehicles;

CComPtr<ISIAPIOpposingmovement_vehicles> opposingmovement_vehicles;
movement_vehicle_od->get_Opposingmovement_vehicles(&opposingmovement_vehicles);

opposingmovement_vehicles = movement_vehicle_od.Opposingmovement_vehicles

$opposingmovement_vehicles = $movement_vehicle_od.Opposingmovement_vehicles

Opposingmovement_peds

ISIAPIOpposingmovement_peds Opposingmovement_peds { get; }

Type ISIAPIOpposingmovement_peds

Code samples

C#C++PythonPowerShell

var opposingmovement_peds = movement_vehicle_od.Opposingmovement_peds;

CComPtr<ISIAPIOpposingmovement_peds> opposingmovement_peds;
movement_vehicle_od->get_Opposingmovement_peds(&opposingmovement_peds);

opposingmovement_peds = movement_vehicle_od.Opposingmovement_peds

$opposingmovement_peds = $movement_vehicle_od.Opposingmovement_peds

Exists

Flag indicating whether this Approach Movement "exists" (not banned) in the current site.

The state of this property corresponds to the setting of the "Movement Exists" checkbox in the SIDRA INTERSECTION "Movement Definitions" dialog - "Approach Movements" tab for the given Approach Movement.

bool Exists { get; set; }

Type bool

Code samples

C#C++PythonPowerShell

bool exists = movement_vehicle_od.Exists;
movement_vehicle_od.Exists = true;

VARIANT_BOOL exists;
movement_vehicle_od->get_Exists(&exists);
movement_vehicle_od->put_Exists(VARIANT_TRUE);

exists = movement_vehicle_od.Exists
movement_vehicle_od.Exists = True

$exists = $movement_vehicle_od.Exists
$movement_vehicle_od.Exists = $true

Turndesignation

Approach Movement turn designation

int Turndesignation { get; set; }

Type int

Value

One of:

• 1 - Left
• 2 - Through
• 3 - Right

Code samples

C#C++PythonPowerShell

int turndesignation = movement_vehicle_od.Turndesignation;
movement_vehicle_od.Turndesignation = 0;

long turndesignation;
movement_vehicle_od->get_Turndesignation(&turndesignation);
movement_vehicle_od->put_Turndesignation(0);

turndesignation = movement_vehicle_od.Turndesignation
movement_vehicle_od.Turndesignation = 0

$turndesignation = $movement_vehicle_od.Turndesignation
$movement_vehicle_od.Turndesignation = 0

Display_od_id

string Display_od_id { get; set; }

Type string

Code samples

C#C++PythonPowerShell

string display_od_id = movement_vehicle_od.Display_od_id;
movement_vehicle_od.Display_od_id = @"id-1";

CComBSTR display_od_id;
movement_vehicle_od->get_Display_od_id(&display_od_id);
movement_vehicle_od->put_Display_od_id(CComBSTR(L"id-1"));

display_od_id = movement_vehicle_od.Display_od_id
movement_vehicle_od.Display_od_id = r"id-1"

$display_od_id = $movement_vehicle_od.Display_od_id
$movement_vehicle_od.Display_od_id = "id-1"

Display_ltr_id

string Display_ltr_id { get; set; }

Type string

Code samples

C#C++PythonPowerShell

string display_ltr_id = movement_vehicle_od.Display_ltr_id;
movement_vehicle_od.Display_ltr_id = @"id-1";

CComBSTR display_ltr_id;
movement_vehicle_od->get_Display_ltr_id(&display_ltr_id);
movement_vehicle_od->put_Display_ltr_id(CComBSTR(L"id-1"));

display_ltr_id = movement_vehicle_od.Display_ltr_id
movement_vehicle_od.Display_ltr_id = r"id-1"

$display_ltr_id = $movement_vehicle_od.Display_ltr_id
$movement_vehicle_od.Display_ltr_id = "id-1"

Is_TWSC_adj_applied

bool Is_TWSC_adj_applied { get; set; }

Type bool

Code samples

C#C++PythonPowerShell

bool is_TWSC_adj_applied = movement_vehicle_od.Is_TWSC_adj_applied;
movement_vehicle_od.Is_TWSC_adj_applied = true;

VARIANT_BOOL is_TWSC_adj_applied;
movement_vehicle_od->get_Is_TWSC_adj_applied(&is_TWSC_adj_applied);
movement_vehicle_od->put_Is_TWSC_adj_applied(VARIANT_TRUE);

is_twsc_adj_applied = movement_vehicle_od.Is_TWSC_adj_applied
movement_vehicle_od.Is_TWSC_adj_applied = True

$is_TWSC_adj_applied = $movement_vehicle_od.Is_TWSC_adj_applied
$movement_vehicle_od.Is_TWSC_adj_applied = $true

Is_gap_acceptance_usergiven

bool Is_gap_acceptance_usergiven { get; set; }

Type bool

Code samples

C#C++PythonPowerShell

bool is_gap_acceptance_usergiven = movement_vehicle_od.Is_gap_acceptance_usergiven;
movement_vehicle_od.Is_gap_acceptance_usergiven = true;

VARIANT_BOOL is_gap_acceptance_usergiven;
movement_vehicle_od->get_Is_gap_acceptance_usergiven(&is_gap_acceptance_usergiven);
movement_vehicle_od->put_Is_gap_acceptance_usergiven(VARIANT_TRUE);

is_gap_acceptance_usergiven = movement_vehicle_od.Is_gap_acceptance_usergiven
movement_vehicle_od.Is_gap_acceptance_usergiven = True

$is_gap_acceptance_usergiven = $movement_vehicle_od.Is_gap_acceptance_usergiven
$movement_vehicle_od.Is_gap_acceptance_usergiven = $true

Critical_gap

float Critical_gap { get; set; }

Type float

Code samples

C#C++PythonPowerShell

float critical_gap = movement_vehicle_od.Critical_gap;
movement_vehicle_od.Critical_gap = 0.0;

double critical_gap;
movement_vehicle_od->get_Critical_gap(&critical_gap);
movement_vehicle_od->put_Critical_gap(0.0);

critical_gap = movement_vehicle_od.Critical_gap
movement_vehicle_od.Critical_gap = 0.0

$critical_gap = $movement_vehicle_od.Critical_gap
$movement_vehicle_od.Critical_gap = 0.0

Followup_headway

float Followup_headway { get; set; }

Type float

Code samples

C#C++PythonPowerShell

float followup_headway = movement_vehicle_od.Followup_headway;
movement_vehicle_od.Followup_headway = 0.0;

double followup_headway;
movement_vehicle_od->get_Followup_headway(&followup_headway);
movement_vehicle_od->put_Followup_headway(0.0);

followup_headway = movement_vehicle_od.Followup_headway
movement_vehicle_od.Followup_headway = 0.0

$followup_headway = $movement_vehicle_od.Followup_headway
$movement_vehicle_od.Followup_headway = 0.0

End_departures

float End_departures { get; set; }

Type float

Code samples

C#C++PythonPowerShell

float end_departures = movement_vehicle_od.End_departures;
movement_vehicle_od.End_departures = 0.0;

double end_departures;
movement_vehicle_od->get_End_departures(&end_departures);
movement_vehicle_od->put_End_departures(0.0);

end_departures = movement_vehicle_od.End_departures
movement_vehicle_od.End_departures = 0.0

$end_departures = $movement_vehicle_od.End_departures
$movement_vehicle_od.End_departures = 0.0

Minimum_departures

float Minimum_departures { get; set; }

Type float

Code samples

C#C++PythonPowerShell

float minimum_departures = movement_vehicle_od.Minimum_departures;
movement_vehicle_od.Minimum_departures = 0.0;

double minimum_departures;
movement_vehicle_od->get_Minimum_departures(&minimum_departures);
movement_vehicle_od->put_Minimum_departures(0.0);

minimum_departures = movement_vehicle_od.Minimum_departures
movement_vehicle_od.Minimum_departures = 0.0

$minimum_departures = $movement_vehicle_od.Minimum_departures
$movement_vehicle_od.Minimum_departures = 0.0

Exit_flow_effect

float Exit_flow_effect { get; set; }

Type float

Code samples

C#C++PythonPowerShell

float exit_flow_effect = movement_vehicle_od.Exit_flow_effect;
movement_vehicle_od.Exit_flow_effect = 0.0;

double exit_flow_effect;
movement_vehicle_od->get_Exit_flow_effect(&exit_flow_effect);
movement_vehicle_od->put_Exit_flow_effect(0.0);

exit_flow_effect = movement_vehicle_od.Exit_flow_effect
movement_vehicle_od.Exit_flow_effect = 0.0

$exit_flow_effect = $movement_vehicle_od.Exit_flow_effect
$movement_vehicle_od.Exit_flow_effect = 0.0

Percent_opposed_by_nearest

float Percent_opposed_by_nearest { get; set; }

Type float

Code samples

C#C++PythonPowerShell

float percent_opposed_by_nearest = movement_vehicle_od.Percent_opposed_by_nearest;
movement_vehicle_od.Percent_opposed_by_nearest = 0.0;

double percent_opposed_by_nearest;
movement_vehicle_od->get_Percent_opposed_by_nearest(&percent_opposed_by_nearest);
movement_vehicle_od->put_Percent_opposed_by_nearest(0.0);

percent_opposed_by_nearest = movement_vehicle_od.Percent_opposed_by_nearest
movement_vehicle_od.Percent_opposed_by_nearest = 0.0

$percent_opposed_by_nearest = $movement_vehicle_od.Percent_opposed_by_nearest
$movement_vehicle_od.Percent_opposed_by_nearest = 0.0

Opposing_ped_effect_option_signals

Opposing Pedestrian Effect Option (Signalised)

int Opposing_ped_effect_option_signals { get; set; }

Type int

Value

One of:

• 0 - None
• 4 - Start Loss (Program)
• 5 - Saturation Flow Adjustment
• 6 - Start Loss (Input)

Code samples

C#C++PythonPowerShell

int opposing_ped_effect_option_signals = movement_vehicle_od.Opposing_ped_effect_option_signals;
movement_vehicle_od.Opposing_ped_effect_option_signals = 0;

long opposing_ped_effect_option_signals;
movement_vehicle_od->get_Opposing_ped_effect_option_signals(&opposing_ped_effect_option_signals);
movement_vehicle_od->put_Opposing_ped_effect_option_signals(0);

opposing_ped_effect_option_signals = movement_vehicle_od.Opposing_ped_effect_option_signals
movement_vehicle_od.Opposing_ped_effect_option_signals = 0

$opposing_ped_effect_option_signals = $movement_vehicle_od.Opposing_ped_effect_option_signals
$movement_vehicle_od.Opposing_ped_effect_option_signals = 0

Opposing_ped_effect_option

Opposing Pedestrian Effect Option

int Opposing_ped_effect_option { get; set; }

Type int

Value

One of:

• 0 - None
• 1 - Program (Flow)

Code samples

C#C++PythonPowerShell

int opposing_ped_effect_option = movement_vehicle_od.Opposing_ped_effect_option;
movement_vehicle_od.Opposing_ped_effect_option = 0;

long opposing_ped_effect_option;
movement_vehicle_od->get_Opposing_ped_effect_option(&opposing_ped_effect_option);
movement_vehicle_od->put_Opposing_ped_effect_option(0);

opposing_ped_effect_option = movement_vehicle_od.Opposing_ped_effect_option
movement_vehicle_od.Opposing_ped_effect_option = 0

$opposing_ped_effect_option = $movement_vehicle_od.Opposing_ped_effect_option
$movement_vehicle_od.Opposing_ped_effect_option = 0

Opposing_ped_effect_start_loss

float Opposing_ped_effect_start_loss { get; set; }

Type float

Code samples

C#C++PythonPowerShell

float opposing_ped_effect_start_loss = movement_vehicle_od.Opposing_ped_effect_start_loss;
movement_vehicle_od.Opposing_ped_effect_start_loss = 0.0;

double opposing_ped_effect_start_loss;
movement_vehicle_od->get_Opposing_ped_effect_start_loss(&opposing_ped_effect_start_loss);
movement_vehicle_od->put_Opposing_ped_effect_start_loss(0.0);

opposing_ped_effect_start_loss = movement_vehicle_od.Opposing_ped_effect_start_loss
movement_vehicle_od.Opposing_ped_effect_start_loss = 0.0

$opposing_ped_effect_start_loss = $movement_vehicle_od.Opposing_ped_effect_start_loss
$movement_vehicle_od.Opposing_ped_effect_start_loss = 0.0

Total_volume

float Total_volume { get; }

Type float

Code samples

C#C++PythonPowerShell

float total_volume = movement_vehicle_od.Total_volume;

double total_volume;
movement_vehicle_od->get_Total_volume(&total_volume);

total_volume = movement_vehicle_od.Total_volume

$total_volume = $movement_vehicle_od.Total_volume

Zebra_ped_gap_acceptance_option

Gap Acceptance Option for opposing Zebra Crossing Pedestrians

int Zebra_ped_gap_acceptance_option { get; set; }

Type int

Value

One of:

• 1 - Program
• 2 - User Input

Code samples

C#C++PythonPowerShell

int zebra_ped_gap_acceptance_option = movement_vehicle_od.Zebra_ped_gap_acceptance_option;
movement_vehicle_od.Zebra_ped_gap_acceptance_option = 0;

long zebra_ped_gap_acceptance_option;
movement_vehicle_od->get_Zebra_ped_gap_acceptance_option(&zebra_ped_gap_acceptance_option);
movement_vehicle_od->put_Zebra_ped_gap_acceptance_option(0);

zebra_ped_gap_acceptance_option = movement_vehicle_od.Zebra_ped_gap_acceptance_option
movement_vehicle_od.Zebra_ped_gap_acceptance_option = 0

$zebra_ped_gap_acceptance_option = $movement_vehicle_od.Zebra_ped_gap_acceptance_option
$movement_vehicle_od.Zebra_ped_gap_acceptance_option = 0

Zebra_ped_critical_gap

float Zebra_ped_critical_gap { get; set; }

Type float

Code samples

C#C++PythonPowerShell

float zebra_ped_critical_gap = movement_vehicle_od.Zebra_ped_critical_gap;
movement_vehicle_od.Zebra_ped_critical_gap = 0.0;

double zebra_ped_critical_gap;
movement_vehicle_od->get_Zebra_ped_critical_gap(&zebra_ped_critical_gap);
movement_vehicle_od->put_Zebra_ped_critical_gap(0.0);

zebra_ped_critical_gap = movement_vehicle_od.Zebra_ped_critical_gap
movement_vehicle_od.Zebra_ped_critical_gap = 0.0

$zebra_ped_critical_gap = $movement_vehicle_od.Zebra_ped_critical_gap
$movement_vehicle_od.Zebra_ped_critical_gap = 0.0

Zebra_ped_followup_headway

float Zebra_ped_followup_headway { get; set; }

Type float

Code samples

C#C++PythonPowerShell

float zebra_ped_followup_headway = movement_vehicle_od.Zebra_ped_followup_headway;
movement_vehicle_od.Zebra_ped_followup_headway = 0.0;

double zebra_ped_followup_headway;
movement_vehicle_od->get_Zebra_ped_followup_headway(&zebra_ped_followup_headway);
movement_vehicle_od->put_Zebra_ped_followup_headway(0.0);

zebra_ped_followup_headway = movement_vehicle_od.Zebra_ped_followup_headway
movement_vehicle_od.Zebra_ped_followup_headway = 0.0

$zebra_ped_followup_headway = $movement_vehicle_od.Zebra_ped_followup_headway
$movement_vehicle_od.Zebra_ped_followup_headway = 0.0

Zebra_ped_minimum_departures

float Zebra_ped_minimum_departures { get; set; }

Type float

Code samples

C#C++PythonPowerShell

float zebra_ped_minimum_departures = movement_vehicle_od.Zebra_ped_minimum_departures;
movement_vehicle_od.Zebra_ped_minimum_departures = 0.0;

double zebra_ped_minimum_departures;
movement_vehicle_od->get_Zebra_ped_minimum_departures(&zebra_ped_minimum_departures);
movement_vehicle_od->put_Zebra_ped_minimum_departures(0.0);

zebra_ped_minimum_departures = movement_vehicle_od.Zebra_ped_minimum_departures
movement_vehicle_od.Zebra_ped_minimum_departures = 0.0

$zebra_ped_minimum_departures = $movement_vehicle_od.Zebra_ped_minimum_departures
$movement_vehicle_od.Zebra_ped_minimum_departures = 0.0