can I estimate or predict a path for random point, given its position,its angle,its velocity ?

if I deployed a point randomly, so when I want to move it its adding the displacement to the position as a result we will get the new position. My question is that, can I esstimate X values for each displacement with out move this random point OR make it move and back to its position to test the second angle and back to its position to test the third angle and so forth...? as illustrated in the example below. Thanks in advance for any help

angleOptions = [-14.3239 -3.5810 -2.8648 4324 1.4324 1.5915 1.7905 2.0463 2.3873 14.3239];  

   for bestangle1 = 1:numel(angleOptions)
       X(bestangle1) = here do some calculations
  pickangle11 = ActionSpace11(bestangle1);
displacement = [cos(bestangle1(:)) .* v1 ,sin(bestangle1(:)) .* v1]; % v=8mps 
   end
NewPosition= OldPosition + displacement;

[Torsten]

My question is that, can I esstimate X values for each displacement with out move this random point OR make it move and back to its position to test the second angle and back to its position to test the third angle and so forth...?

Why not ?

[omar th]

I think maybe my quastion wasn't clear. Actually I want to measure the X value for each direction without maoving the point , as you said we can do it, Please would you tell me the way of measuring X without moving that point only predicting the X in each direction of that point without move it ?

Thanks in advance @Torsten

[Torsten]

I don't understand the problem. Use variables with different names:

for bestangle1 = 1:numel(angleOptions)
    virtual_X(bestangle1) = here do some calculations
    pickangle11 = ActionSpace11(bestangle1);
    virtual_displacement = [cos(bestangle1(:)) .* v1 ,sin(bestangle1(:)) .* v1]; % v=8mps 
end
virtual_NewPosition= OldPosition + virtual_displacement; 

[omar th]

ok, first let's assume we have a robot, so we want to select the best trajectory for this robot. this robot has many angles to choose the best direction. Now the question is, Could this robot to estimate the given paths to select the best one among them without move, but this robot has many given information such as velocity, angles, as a result, robot could know the displacement by adding this displacement to its current position for sure will know the new position for each angle that it selected.

Another thing the robot when its move to its new position will grant service to number of users, So does that make sense to estimate its performance without move if so how ? I hope to let you get my point, thanks in advance @Torsten