IDHack 2017 Project

Algorithm Outline:

Leaf Processing
- read in image of leaf
- convert image to rgb format
- separate nxm rgbs into a 64x64 grid
- calculate average rgb value of each grid, store into array
- for each pixel
  - calculate average of 3x3 grid that pixel belongs to
    - don't forget edge/corner cases!
  - calculate the contrast between the pixel and the average, store value
- IF WE HAVE TIME: calculate best fit line of high contrast (find root vein)
City Processing
- read in population density map
- convert image to readable format
- for each pixel
  - reduce information in each pixel to population parameter
  - put in new
- split into 64x64 grid
- calculate average of each grid
- find two highest
- connect in line sigment
- rotate that line segment to be vertical
Comparison
- for each leaf
  - compute fitness of each pixel
  - compute overall fitness
- output best leaf!

Name		Name	Last commit message	Last commit date
Latest commit History 63 Commits
heat maps		heat maps
.DS_Store		.DS_Store
README.md		README.md
bestFit.js		bestFit.js
bestFit.js~		bestFit.js~
cityProcessing.js		cityProcessing.js
cityProcessing.js~		cityProcessing.js~
giphy.gif		giphy.gif
index.html		index.html
index.html~		index.html~
leaf1.png		leaf1.png
leaf10.png		leaf10.png
leaf11.png		leaf11.png
leaf12.png		leaf12.png
leaf13.png		leaf13.png
leaf14.png		leaf14.png
leaf15.png		leaf15.png
leaf16.png		leaf16.png
leaf17.png		leaf17.png
leaf18.png		leaf18.png
leaf19.png		leaf19.png
leaf2.png		leaf2.png
leaf20.png		leaf20.png
leaf21.png		leaf21.png
leaf3.png		leaf3.png
leaf4.png		leaf4.png
leaf5.png		leaf5.png
leaf6.png		leaf6.png
leaf7.png		leaf7.png
leaf8.png		leaf8.png
leaf9.png		leaf9.png
leafProcessing.js		leafProcessing.js
packages_to_find		packages_to_find
packages_to_find~		packages_to_find~
style.css		style.css