Recent content by foxi

I understand the difficulty of drawing a pair (x,y) on the concentric circles with this asymmetric data, because it is not solvable in a unique way as you said. But let’s assume I could choose the random pair (because in reality the truth is not known). How could I sample then x and y?

Yes, the particle is emitted from a point from the circle surface and is flying in a straight line perpendicular to the circle area. In reality the "circle area" is not a detector; it is a particle source. So if a particle is emitted at (2/3, 1/3) from the (x,y) plane it is leaving the area...

Hello! The values of emission density have been measured along x and y (horizontal and vertical axes). The x-data are measured along y=0 and vice versa. The center of the circle is zero, this explains why there are also minus values. It is known that particles are emitted from a circle...

Hello Stephen! Yes, I am asking for the first point you wrote: Yes, the measured data present some emission density. In reality particles are emitted from a circular surface. The data in the table (from my first post) have been measured along the x and y-axis (horizontal and vertical...

Hello! Hope someone can help me, I already tried some solutions, but couldn't come to a final conclusion. I need to create a circular area, from which particles are emitted. For this, I have a frequency distribution of x and y. I have around 100 points, but to simplify matters I list only...