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cs501r_f2018:lab1 [2018/09/03 21:27]
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cs501r_f2018:lab1 [2021/06/30 23:42] (current)
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 ====Objective:​==== ====Objective:​====
  
-Get started with colab, python, ​and pandas.  Begin producing simple visualizations of data and images.+Get started with colab and python.  Begin producing simple visualizations of data and images.
  
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 ====Deliverable:​==== ====Deliverable:​====
  
-For this lab, you will submit an ipython notebook via colab.  This notebook will have two parts:+For this lab, you will submit an ipython notebook via learningsuite.  This notebook will have two parts:
  
 **Part 1:**  Your notebook should generate a random image. ​ We will run this **Part 1:**  Your notebook should generate a random image. ​ We will run this
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 [[http://​colab.research.google.com/​|Google colab]] [[http://​colab.research.google.com/​|Google colab]]
  
 +[[https://​colab.research.google.com/​drive/​1TzaPS3jvRadN-URLbQ9nD1ZNoZktfNRy|A colab notebook teaching you how to use colab notebooks]]
 +
 +[[https://​sites.google.com/​site/​artml2018/​tutorials|Various colab tutorials]]
  
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 type, such as random lines, and can be created in a loop). ​ We won't type, such as random lines, and can be created in a loop). ​ We won't
 count the number of elements; this is just to encourage you to create count the number of elements; this is just to encourage you to create
-random images with moderate complexity.+random images with moderate complexity ​(ie, you can't just generate randomly colored pixels, as in the example below).
  
 For part 2, you should visit the Tensorflow playground (see link above), and play with different settings. ​ Most of it will be unfamiliar, but don't worry -- you can't break it! For part 2, you should visit the Tensorflow playground (see link above), and play with different settings. ​ Most of it will be unfamiliar, but don't worry -- you can't break it!
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-====Installing anaconda:====+====Starter code:====
  
 Here's some starter code to help you generate an image. ​ The ''​nbimage''​ function will display the image inline in the notebook: Here's some starter code to help you generate an image. ​ The ''​nbimage''​ function will display the image inline in the notebook:
cs501r_f2018/lab1.1536010061.txt.gz ยท Last modified: 2021/06/30 23:40 (external edit)