Jaky

trying to identify a 3D domain through which a trajectory should be computed, and wanted to use a Gaussian bell for the domain (the object shoul navigate the surface) BUT...

I stumbled upon an enigma... I am trying to implement in jit.gen the function which defines a 3D Gaussian bell

But somehow I am missing something. Probably due to my non proficiency in maths implementation in jit.gen

Could anybody shed some light? I am pretty sure the formula is there, I just cannot get why won't see the result, which of course means I am doing something very wrong.

comment

loadmess

flonum

message

jit.gl.handle

toggle

jit.matrix

jit.gl.mesh

jit.world

jit.gen

swiz

norm

sqrt

param

snorm

Hi all,
trying to identify a 3D domain through which a trajectory should be computed, and wanted to use a Gaussian bell for the domain (the object shoul navigate the surface) BUT...
I stumbled upon an enigma...  I am trying to implement in jit.gen the function which defines a 3D Gaussian bell
But somehow I am missing something. Probably due to my non proficiency in maths implementation in jit.gen
Could anybody shed some light? I am pretty sure the formula is there, I just cannot get why won't see the result, which of course means I am doing something very wrong.

Hi all,
trying to identify a 3D domain through which a trajectory should be computed, and wanted to use a Gaussian bell for the domain (the 

3d-gaussian-formula-in-jit-gen-for-navigation-field

Use [snorm] for the calculation of the Gaussian. This gives coordinates [-1., 1.]. 

oh, thanks, apparently I forgot a power of 2 too...

Now the fun part, elaborating a way to have a starting random point x0,y0,z0 and an end point x1,y1,z1 and deriving a path for an object to navigate the curve...

oh, thanks,  apparently I forgot a power of 2 too...
Now the fun part, elaborating a way to have a starting random point x0,y0,z0 and an end point x1,y1,z1 and deriving a path  for an object to navigate the curve...

3D Gaussian formula in jit.gen for navigation field