====== Assignments ======

===== module 1 and 2 =====


==== 1. Quantum dot counting (planned, but omitted)====


sample image: quantumdots.tif

design a protocol for segmenting quantum dot and write a macro that counts the number of quantum dots in the image. 

==== 2. Modify dot movement macro as you like. ====
 
(Brownian, Cycloid, Sinusoidal …)


Save your macro in the data server.
Please do not forget to include your names in the macro file name. 

**Answers** 
  * XY movement
    * see https://gist.github.com/miura/24a6d91c7358454cb444
  * Random Walk 
    * see  https://gist.github.com/miura/3e1b8bcd73ea864b46ee
    * The function used in this macro could be tested with the following code
      * https://gist.github.com/miura/5592101 
===== module 4 =====

==== Relative Movement ====

Go to section 4.4.7 and do the exercise 4.4.7-1. 

==== PIV based anaysis (omitted) ====

Try install and using the following plugin:
https://sites.google.com/site/qingzongtseng/piv

Get a vector field data (you need only two frames for this), save the results as a csv file and then analyze the directioanlity in R.