This file gets everyone's player data from HLTV and stores it in playerData.csv. Script takes around 20 hours to run. In case the script times out in the middle, it stores its current data into playerData.csv, which you can then use to copy it in a temporary file. Then, using the counter on line 147, you can skip the players that have already been read. This script also downloads all team, player, and country images.
This file updates the player data from HLTV using the already existing playerData.csv. Script takes about two hours to run. It checks the player's kill, map, and round count and see if they differ from HLTV. If they do, it updates the statistics. Otherwise, it continues. Unlike the previous script, if this script times out in the middle, nothing will happen. This script will also download the images of teams, players, and countries if necessary. Finally, beware that some statistics on HLTV can be a bit inconsistent, so this script will update some players even if it is not necessary.
Deprecated script. Initially used for reading data from HLTV using python, but it is about 2x slower than the JS script and is missing a few features as well.
Script that generates puzzles for the immaculate grid using the generate_puzzles function. The function takes in two arguments: first, the print_table argument, which is default set to True. This determines whether or not each puzzle will be fanciliy printed after it generates. The second argument is num_puzzles, which determines the number of puzzles generated in that call.
Script that naively goes through every team in playerData.csv and checks which ones have been in the top 20 rankings for HLTV. Saves all teams that it has looked through in the top-teams.txt file and saves all the top 20 teams in the all-teams.txt file. Those files are used in generating puzzles to ensure that the teams used in the puzzles are actually somewhat well known.
This script goes through every team listed in top-teams.txt and checks if all players in the team have their stats downloaded. If not, it downloads the player's stats and updates the playerData.csv file. This script is used to download the stats of players that were missed at the time of running read-data-init.js or update-data.js.
Script generates puzzles from generate-puzzles.py and then uploads it onto the mongo database. Requires the MONGO_DB_URL enviornment variable.
Script updates the puzzles in the database. Supports deletion and swapping of puzzles in the database. Requires the MONGO_DB_URL enviornment variable.
Script that prints all the valid players for each grid spot given a puzzle, as selected from the command line arguments (-h to view them). For example, running the program with the argument -f 1 will use tomorrow's puzzle
When generating the playerData.csv file for the first time, run
node scripts/read-data-init.jspython3 scripts/find-top-teams.pynode scripts/retrieve-remaining-players.js
When updating the playerData.csv file, run
node scripts/update-data.jspython3 scripts/find-top-teams.pynode scripts/retrieve-remaining-players.js
To run the website locally, run the following commands:
npm i
node index.js
Then, you may visit it at http://localhost:4000/
MONGO_DB_URL - link to connect to mongoDB database
SESSION_SECRET - secret used in cookie-session
GH_TOKEN - github token, used to connect to github and read csv file
{
_id: "currentPuzzleStats"
numberGames: Integer
pickedPlayers: Array of Objects (9 length)
0: {
<player_id>: Integer
}
scores: Array of Integers (10 length)
0: Integer
totalUniquenes: Integer
puzzleDate: Integer
}
numberGames stores the number of total games played today
pickedPlayers is an array of objects. Each object contains all the possible players for that grid position (by the player's ID) and the number of times it has been picked
scores is an array of integer. Each index contains the number of games that had that score
totalUniqueness stores the total uniqueness score across all games played today
puzzleDate contains the date of the current puzzle
{
_id: "puzzleList"
puzzles: Array of Arrays
0: Array of Arrays (length 6)
0: Array of Strings (length 2)
0: String
1: String
}
puzzles contains the list of puzzles. Each puzzle is a length 6 array of a length 2 array of strings. The first string identifies the type of clue and the second string is the value of the clue. For example, if the first string is team, then the second string is a team name.