original_docstring: 
      This function maxes axes a priori from grid specifications
      
docstring: This function maxes axes a priori from grid specifications
docstring_tokens: This function maxes axes a priori from grid specifications
code: def makeAxes(nx, ny, nz, dx, dy, dz, x0, y0, z0):
      """
      This function maxes axes a priori from grid specifications
      """
      #TODO: Do these formulas work if npoints is even??
      #We don't usually do this, but it's possible...
      xstep = x0 - dx*(nx - 1)/2.0
      ystep = y0 - dy*(ny - 1)/2.0
      zstep = z0 - dz*(nz - 1)/2.0
      
      xaxis = np.arange(nx)*dx + xstep
      yaxis = np.arange(ny)*dy + ystep
      zaxis = np.arange(nz)*dz + zstep
      
      #Sort the axes: even if dxyz was negative, we want the axis to be in
      #ascending order.
      xaxis.sort()
      yaxis.sort()
      zaxis.sort()
      
      return xaxis, yaxis, zaxis
code_tokens: def makeAxes ( nx , ny , nz , dx , dy , dz , x0 , y0 , z0 ) : xstep = x0 - dx * ( nx - 1 ) / 2.0 ystep = y0 - dy * ( ny - 1 ) / 2.0 zstep = z0 - dz * ( nz - 1 ) / 2.0 xaxis = np . arange ( nx ) * dx + xstep yaxis = np . arange ( ny ) * dy + ystep zaxis = np . arange ( nz ) * dz + zstep xaxis . sort ( ) yaxis . sort ( ) zaxis . sort ( ) return xaxis , yaxis , zaxis
short_docstring: This function maxes axes a priori from grid specifications
short_docstring_tokens: This function maxes axes a priori from grid specifications
comment: """
      This function maxes axes a priori from grid specifications
      """$SEP$#TODO: Do these formulas work if npoints is even??
  $SEP$#We don't usually do this, but it's possible...
  $SEP$#Sort the axes: even if dxyz was negative, we want the axis to be in
  $SEP$#ascending order.
  