I'd like to generate AGV paths from coordinates in an imported Excel file.
Are there commands to create paths from code for example: createpath(x1,y1,z1,x2,y2,z2,a,b,c)?
I can't find such a command.
Thanks,
Generate AGV paths from coordinates in an imported Excel file
FlexSim 18.1.0
@Patrick Cloutier, did either of these solutions work for you?
This was a question from a potential client who wants to buy Flexsim. I only needed to know if it can be done. Since I was pretty confident that one of these methods will work I told him YES.
But I didn't try these. Yet.
So I don't know which answer to accept.
You can create AGV paths the same way you create other objects: using createinstance(). See: How to create and join AVG paths in flexscript
For example, the following code creates a straight path and a curved path:
treenode path1 = createinstance(node("/AGV/StraightPath",library()),model());
setsize(path1,3,1,1);
setloc(path1,1,0,0);
function_s(path1, "finalizeSpatialChanges");
treenode path2 = createinstance(node("/AGV/CurvedPath",library()),model());
setloc(path2,4,1,0);
setvarnum(path2, "radius", 1);
setvarnum(path2, "startAngle", -90);
setvarnum(path2, "sweepAngle", 90);
function_s(path2, "finalizeSpatialChanges");
There are no commands to do it. The view does it through edit modes. You could try to replicate the edit modes, but I couldn't get it to work. Here is some code for a user command that might be able to get you started, but that I can't get to work correctly for the curved parts:
/**Custom Code*/
Vec3 point1 = Vec3(param(1), param(2), param(3));
Vec3 point2 = Vec3(param(4), param(5), param(6));
int isCurved = param(7);
int xFirst = isCurved && param(7) == 1;
treenode view = param(8);
treenode agvNetwork = node("/AGVNetwork", model());
treenode container = agvNetwork;
if (!objectexists(container))
container = model();
string className = isCurved ? "AGV::CurvedPath" : "AGV::StraightPath";
int appendNr = 1;
string name = "Path";
while (objectexists(node(concat(name, numtostring(appendNr, 0, 0)), agvNetwork)))
appendNr++;
treenode theClass = findmatchintree(library(), getname(first(classes(a))) == className);
if (!objectexists(theClass))
return 0;
treenode path = setname(createinstance(theClass, container), concat(name, numtostring(appendNr, 0, 0)));
set(spatialsx(path), 0);
setcenter(path, point1.x, point1.y, point1.z + 0.5 * zsize(path));
setselectedobject(view, path);
if (xFirst) {
function_s(path, "dragEnd", point2.x, point1.y, point1.z, view);
} else {
function_s(path, "dragEnd", point1.x, point2.y, point1.z, view);
}
function_s(path, "dragEnd", point2.x, point2.y, point2.z, view);
function_s(path, "finalizeSpatialChanges", view);
And here's an example using that code:
treenode view = node("VIEW:/active/MainPanel/BackPanel/SplitterXPane/SplitterYPane/TabPane/TabControl/Perspective>viewwindowtype/Perspective/1/../../..");
createAGVPath(0, 0, 0, 5, 0, 0, 0, view);
createAGVPath(5, 0, 0, 6, 1, 0, 2, view);
createAGVPath(6, 1, 0, 6, 2, 0, 0, view);
createAGVPath(6, 2, 0, 5, 3, 0, 1, view); // This curve doesn't work right
Note that it requires the active view. Also note that I can't guarantee that this approach will really work long term, because it isn't designed for people to do this outside the drag-drop interface. But good luck!
An approach using Table.query() to insert objects can be found here for conveyors - AGV paths are similar and should be able to use the same arc functions described there.
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