M

CreateMapped

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Click a version below to see what changed in that release vs your current frame (2027).
Identical to 2027: 2025, 2025.3, 2026
2027 current
PathOfTravel.CreateMapped(View, IList<XYZ>, IList<XYZ>, IList<PathOfTravelCalculationStatus>)
DBView View The floor plan view to use when computing the shortest distance.
pathStarts IList<XYZ> The start points of the path. The input Z coordinates are ignored and set to the view's level elevation.
pathEnds IList<XYZ> The end points of the path. The input Z coordinates are ignored and set to the view's level elevation.
resultStatus IList<PathOfTravelCalculationStatus> Result statuses of each path of travel creation. The order of statuses corresponds to the order of elements in the array returned by the function.
→ returns nullNothingnullptrIList The array of newly created path of travel elements, or if no path between the two points is found. The number of elements is the number of start points multiplied by the number of end points. The order of elements corresponds to the order of end and then start points in the argument arrays: s0->e0, s1->e0, ... , s0->e1, s1->e1... etc. There are some additional conditions that are checked and if any condition is true the value is returned: View has crop box active and start or end point lies outside of the crop Start and end points are too close
PathOfTravel.CreateMapped(View, IList<XYZ>, IList<XYZ>, IList<PathOfTravelCalculationStatus>)
DBView View The floor plan view to use when computing the shortest distance.
pathStarts IList<XYZ> The start points of the path. The input Z coordinates are ignored and set to the view's level elevation.
pathEnds IList<XYZ> The end points of the path. The input Z coordinates are ignored and set to the view's level elevation.
resultStatus IList<PathOfTravelCalculationStatus> Result statuses of each path of travel creation. The order of statuses corresponds to the order of elements in the array returned by the function.
→ returns nullNothingnullptrIList The array of newly created path of travel elements, or if no path between the two points is found. The number of elements is the number of start points multiplied by the number of end points. The order of elements corresponds to the order of end and then start points in the argument arrays: s0->e0, s1->e0, ... , s0->e1, s1->e1... etc. There are some additional conditions that are checked and if any condition is true the value is returned: View has crop box active and start or end point lies outside of the crop Start and end points are too close
PathOfTravel.CreateMapped(View, IList<XYZ>, IList<XYZ>, IList<PathOfTravelCalculationStatus>)
DBView View The floor plan view to use when computing the shortest distance.
pathStarts IList<XYZ> The start points of the path. The input Z coordinates are ignored and set to the view's level elevation.
pathEnds IList<XYZ> The end points of the path. The input Z coordinates are ignored and set to the view's level elevation.
resultStatus IList<PathOfTravelCalculationStatus> Result statuses of each path of travel creation. The order of statuses corresponds to the order of elements in the array returned by the function.
→ returns nullNothingnullptrIList The array of newly created path of travel elements, or if no path between the two points is found. The number of elements is the number of start points multiplied by the number of end points. The order of elements corresponds to the order of end and then start points in the argument arrays: s0->e0, s1->e0, ... , s0->e1, s1->e1... etc. There are some additional conditions that are checked and if any condition is true the value is returned: View has crop box active and start or end point lies outside of the crop Start and end points are too close
PathOfTravel.CreateMapped(View, IList<XYZ>, IList<XYZ>, IList<PathOfTravelCalculationStatus>)
DBView View The floor plan view to use when computing the shortest distance.
pathStarts IList<XYZ> The start points of the path. The input Z coordinates are ignored and set to the view's level elevation.
pathEnds IList<XYZ> The end points of the path. The input Z coordinates are ignored and set to the view's level elevation.
resultStatus IList<PathOfTravelCalculationStatus> Result statuses of each path of travel creation. The order of statuses corresponds to the order of elements in the array returned by the function.
→ returns nullNothingnullptrIList The array of newly created path of travel elements, or if no path between the two points is found. The number of elements is the number of start points multiplied by the number of end points. The order of elements corresponds to the order of end and then start points in the argument arrays: s0->e0, s1->e0, ... , s0->e1, s1->e1... etc. There are some additional conditions that are checked and if any condition is true the value is returned: View has crop box active and start or end point lies outside of the crop Start and end points are too close
PathOfTravel.CreateMapped(View, IList<XYZ>, IList<XYZ>, IList<PathOfTravelCalculationStatus>)
DBView View The floor plan view to use when computing the shortest distance.
pathStarts IList<XYZ> The start points of the path. The input Z coordinates are ignored and set to the view's level elevation.
pathEnds IList<XYZ> The end points of the path. The input Z coordinates are ignored and set to the view's level elevation.
resultStatus IList<PathOfTravelCalculationStatus> Result statuses of each path of travel creation. The order of statuses corresponds to the order of elements in the array returned by the function.
→ returns nullNothingnullptrIList The array of newly created path of travel elements, or if no path between the two points is found. The number of elements is the number of start points multiplied by the number of end points. The order of elements corresponds to the order of end and then start points in the argument arrays: s0->e0, s1->e0, ... , s0->e1, s1->e1... etc. There are some additional conditions that are checked and if any condition is true the value is returned: View has crop box active and start or end point lies outside of the crop Start and end points are too close