Dykstra's projection algorithm is a well known alternative that finds the point in the intersection closest to a given point. Yet another lesser known alternative is the alternating direction method of multipliers (ADMM) that can be used for both purposes. In this paper we discuss the ...
Solved: I first prompt the user for a point. Then I use that point as the base point for ed.GetAngle(). Once I have the angle I ask for a polyline. I
Normally it’s around some degree of who I am and what I want to do and not knowing the next steps. This is around a partnership and what it means when the person closest to you sees you differently than you thought—that all the time you’ve spent together thinking they saw you/...
Help needed with finding corresponding index values for given table valueYou're basically asking for someone to tell you how to get two unknowns from a single equation. This cannot be done without adding additional information.Add additional information to help us, or all we ca...
Dr. Cretignier concluded: “While my job mainly consists of finding these unknown worlds, I’m now very enthusiastic to hear what other scientists can tell us about this newly discovered planet, particularly since it is among the closest Earth-analogues we know about and given its ...
We got asked to find the max value of a function using "fminbnd", got that part, the closest to the real value gets rewarded. How do I know if I could be closer? x=-10:0.01:10; options1=optimset('TolFun',1e-7); [xa,fval1] = fminbnd(fneg,x1...
If we want the closest layer, we should be looking at refZMid, rather than refBottomDepth. We don't want the layer whose bottom is closest to the given depth, we want the layer whose middle is closest. (We also need to keep in mind that I think the sign of refZMid is the opposit...
Because the goal of the space-filling curves is to preserve spatial proximity, nearest neighbor queries can be handled by the space-filling curves. An example of the nearest-neighbor query shown in Fig. 5 is to find the closest hydrant to the point of a fire by using three different ...
In order to find all primary vertices, first primary tracks are selected by a cut on their distance to the z-axis, which is the beam line. The selected tracks are then clustered on the basis of their z-coordinates at their point of closest approach to the centre of the beam spot. The...
The shortest path is the minimum distance or cost required to go from one point to another in a graph or network. It could mean, the least number of steps, the smallest total weight (cost), the fastest route, depending on the problem. Example: On a city map, the shortest path between...