import json
import datetime
import os

# Read the JSON file
with open('posts_1.json') as file:
    data = json.load(file)

# Iterate over the data and grab everything we will need
for i, item in enumerate(data, start=1):
    media = item['media'][0]
    uri = media['uri']
    title = media['title']
    timestamp = media['creation_timestamp']

    # Name the file that we will be creating (Note, these files are created in
    # the same directory as the python script)
    filename = f"instagram_{i}.md"

    # The timestamp in the JSON isn't what I need for Hugo, so reformat!
    dt = datetime.datetime.fromtimestamp(timestamp)
    formatted_dt = dt.strftime('%Y-%m-%dT%H:%M:%S%z')

    # Images have the directory structure defined in the URL when getting this
    # data. I'm removing it so that it is just the actual file name. Hugo's
    # templates take care of where that image is (I copied all the images to
    # that folder).
    image_name = os.path.basename(uri)
    image_name = os.path.splitext(image_name)[0]

    # Create the markdown file in the format / template that Hugo would expect.
    # with open(filename, 'w') as md_file:
        md_file.write(f"---\n")
        md_file.write(f"title: 'Instagram-{i}'\n")
        md_file.write(f"date: {formatted_dt}-04:00\n")
        md_file.write(f"draft: false\n")
        md_file.write(f"statusimage: '{image_name}.jpg'\n")
        md_file.write(f"categories: ["photos"]\n")
        # You should get the point here...
        md_file.write(f"---\n")

# When it's done, let's not only inform ourselves that it worked, but let's also
# add in some words of encouragement.
print("Wow, I did it. I made all the files for you. You're so smart, now go do more amazing things.")

function setup() {
  var canvas = createCanvas( 1600, 1600 )
  canvas.parent("canvasArea");
  colorMode( HSB )
  noLoop()
  noStroke()
}

function draw() {
  background( 197, 31, 65 )

  // Setup a grid so i can figure out the uppper and lower bounds
  // of where the points should go
  var columns = 20
  var rows = 20

  var columnWidth = 1600 / columns
  var columnHeight = 1600 / rows

  // Show the grid
  fill( 18, 11, 18 )
  //stroke( 90, 90, 90 )
  //rect( 0, 0, columnWidth, columnHeight )

  var allCoordinates = [];
  // Create a row
  for ( i = 0; i < rows; i++ ){
    // Create a column
    for ( j = 0; j < columns ; j++ ){
      rect( j * columnWidth, i * columnHeight, columnWidth, columnHeight )
      //create my point
      var pointPositionX = random( j * columnWidth + columnWidth, j * columnWidth )
      var pointPositionY = random( i * columnHeight + columnHeight, i * columnHeight )

      allCoordinates.push( [pointPositionX, pointPositionY] )
      circle( pointPositionX, pointPositionY, 10 )
    }
  }
  var whichRow = 1
  var l = 1
  while ( l < allCoordinates.length ){

    //firstTriangle
    if (whichRow == 1 || whichRow == rows){
      //don't do anything on the first and last row (thse need just one triangle)
    }
    else{
      if ( (l + 1) % rows == 0 || l == 0){
        console.log("it's the last item, do nothing")
      }
      else{
        //Triangle 1
        var colorChoices = [
          [45, 15, 75],
          [22, 42, 95],
          [5, 55, 75],
          [0, 61, 95]
        ]

        var randomColorChoice = Math.floor(random(0,4))
        fill( colorChoices[randomColorChoice][0], colorChoices[randomColorChoice][1], Math.floor(random(50,100)) )
        //stroke( 200, 90, 90 )

        var currentPoint = l
        var nextPoint = l + 1
        var bottomPoint = l + rows
        var firstPointX = allCoordinates[currentPoint][0]
        var firstPointY = allCoordinates[currentPoint][1]
        var secondPointX = allCoordinates[nextPoint][0]
        var secondPointY = allCoordinates[nextPoint][1]
        var thirdPointX = allCoordinates[bottomPoint][0]
        var thirdPointY = allCoordinates[bottomPoint][1]
        triangle(firstPointX, firstPointY, secondPointX, secondPointY, thirdPointX, thirdPointY)

        //Triangle 2
        randomColorChoice = Math.floor(random(0,4))
        fill( colorChoices[randomColorChoice][0], colorChoices[randomColorChoice][1], Math.floor(random(50,100)) )
        //stroke( 200, 90, 90 )

        var currentPoint = l
        var nextPoint = l - rows
        var bottomPoint = l + 1
        var firstPointX = allCoordinates[currentPoint][0]
        var firstPointY = allCoordinates[currentPoint][1]
        var secondPointX = allCoordinates[nextPoint][0]
        var secondPointY = allCoordinates[nextPoint][1]
        var thirdPointX = allCoordinates[bottomPoint][0]
        var thirdPointY = allCoordinates[bottomPoint][1]
        triangle( firstPointX, firstPointY, secondPointX, secondPointY, thirdPointX, thirdPointY )
      }
    }
    l++
    if ( l % rows == 0 ){ whichRow++ }
  }
}

function setup() {
  var canvas = createCanvas( 1600, 1600 )
  canvas.parent("canvasArea");
  colorMode( HSB )
  noLoop()
  noStroke()
}

function draw() {
  background( 197, 31, 65 )

  // Setup a grid so i can figure out the uppper and lower bounds
  // of where the points should go
  var columns = 20
  var rows = 20

  var columnWidth = 1600 / columns
  var columnHeight = 1600 / rows

  // Show the grid
  fill( 18, 11, 18 )
  //stroke( 90, 90, 90 )
  //rect( 0, 0, columnWidth, columnHeight )

  var allCoordinates = [];
  // Create a row
  for ( i = 0; i < rows; i++ ){
    // Create a column
    for ( j = 0; j < columns ; j++ ){
      rect( j * columnWidth, i * columnHeight, columnWidth, columnHeight )
      //create my point
      var pointPositionX = random( j * columnWidth + columnWidth, j * columnWidth )
      var pointPositionY = random( i * columnHeight + columnHeight, i * columnHeight )

      allCoordinates.push( [pointPositionX, pointPositionY] )
      circle( pointPositionX, pointPositionY, 10 )
    }
  }
  var whichRow = 1
  var l = 1
  while ( l < allCoordinates.length ){

    //firstTriangle
    if (whichRow == 1 || whichRow == rows){
      //don't do anything on the first and last row (thse need just one triangle)
    }
    else{
      if ( (l + 1) % rows == 0 || l == 0){
        console.log("it's the last item, do nothing")
      }
      else{
        //Triangle 1
        var colorChoices = [
          [45, 15, 75],
          [22, 42, 95],
          [5, 55, 75],
          [0, 61, 95]
        ]

        var randomColorChoice = Math.floor(random(0,4))
        fill( colorChoices[randomColorChoice][0], colorChoices[randomColorChoice][1], Math.floor(random(50,100)) )
        //stroke( 200, 90, 90 )

        var currentPoint = l
        var nextPoint = l + 1
        var bottomPoint = l + rows
        var firstPointX = allCoordinates[currentPoint][0]
        var firstPointY = allCoordinates[currentPoint][1]
        var secondPointX = allCoordinates[nextPoint][0]
        var secondPointY = allCoordinates[nextPoint][1]
        var thirdPointX = allCoordinates[bottomPoint][0]
        var thirdPointY = allCoordinates[bottomPoint][1]
        triangle(firstPointX, firstPointY, secondPointX, secondPointY, thirdPointX, thirdPointY)

        //Triangle 2
        randomColorChoice = Math.floor(random(0,4))
        fill( colorChoices[randomColorChoice][0], colorChoices[randomColorChoice][1], Math.floor(random(50,100)) )
        //stroke( 200, 90, 90 )

        var currentPoint = l
        var nextPoint = l - rows
        var bottomPoint = l + 1
        var firstPointX = allCoordinates[currentPoint][0]
        var firstPointY = allCoordinates[currentPoint][1]
        var secondPointX = allCoordinates[nextPoint][0]
        var secondPointY = allCoordinates[nextPoint][1]
        var thirdPointX = allCoordinates[bottomPoint][0]
        var thirdPointY = allCoordinates[bottomPoint][1]
        triangle( firstPointX, firstPointY, secondPointX, secondPointY, thirdPointX, thirdPointY )
      }
    }
    l++
    if ( l % rows == 0 ){ whichRow++ }
  }
}