To do list

  • ...

Inline to do items

Todo

  • evaluate subpix methods.
  • same subpix methods as in UVmat...

(The original entry is located in [“SubPix(method=’centroid’, nsubpix=None)”, ‘:module: fluidimage.calcul.subpix’, ‘’, ‘Bases: :class:`object`’, ‘’, ‘’, ‘’, ‘Subpixel finder’, ‘’, ‘.. todo::’, ‘’, ‘ - evaluate subpix methods.’, ‘’, ‘ - same subpix methods as in UVmat...’, ‘’, ‘’, ‘.. py:method:: SubPix.compute_subpix(correl, ix, iy, method=None, nsubpix=None)’, ‘ :module: fluidimage.calcul.subpix’, ‘’, ‘ ‘, ‘ ‘, ‘ Find peak’, ‘ ‘, ‘ ‘, ‘ :Parameters:’, ‘ ‘, ‘ **correl: numpy.ndarray**’, ‘ ‘, ‘ ‘, ‘ Normalized correlation’, ‘ ‘, ‘ ‘, ‘ **ix: integer**’, ‘ ‘, ‘ ‘, ‘ ‘, ‘ **iy: integer**’, ‘ ‘, ‘ ‘, ‘ ‘, ” **method: str {‘centroid’, ‘2d_gaussian’}**”, ‘ ‘, ‘ ‘, ‘ ‘, ‘ .. rubric:: Notes’, ‘ ‘, ‘ ‘, ‘ The two methods...’, ‘ ‘, ‘ using linalg.solve (buggy?)’], line 7.)

Todo

  • fix using secondary peak in correlation
  • displacement_max
  • displacement_mean

(The original entry is located in docstring of fluidimage.works.piv.singlepass, line 4.)

Todo

Choose correctly the variable npad.

(The original entry is located in [‘BaseWorkPIV._pad_images(im0, im1)’, ‘:module: fluidimage.works.piv.singlepass’, ‘’, ‘Pad images with zeros.’, ‘’, ‘.. todo::’, ‘’, ‘ Choose correctly the variable npad.’], line 5.)

Todo

Use the derivatives of the velocity to distort the image 1.

(The original entry is located in [‘WorkPIVFromDisplacement.calcul(piv_results)’, ‘:module: fluidimage.works.piv.singlepass’, ‘’, ‘Calcul the PIV (one pass) from a couple of images and displacement.’, ‘’, ‘.. todo::’, ‘’, ‘ Use the derivatives of the velocity to distort the image 1.’], line 5.)