Hydrotoast

-- Previous tables before this simply included members, events, projects and the auxiliaries.
-- I'm beginning to consider migrating this database from SQLite3 to MySQL 5.x

CREATE TABLE IF NOT EXISTS member_teams {
        member_id INTEGER NOT NULL,
	team_id INTEGER NOT NULL,
	PRIMARY KEY (member_id, team_id),
	FOREIGN KEY (member_id) REFERENCES members (member_id),
	FOREIGN KEY (team_id) REFERENCES teams (team_id)
}

Hydrotoast

class AdversarialSearchAI {
	private PieceType piece;

	public AdversarialSearchAI(PieceType piece) {
		this.piece = piece;
	}

	/**
	 * Returns the best move given the state of the game
	 */

Hydrotoast

function GroupMining() {
	this.member_ids = [];
	this.semaphore = 0;
	this.groupsCount = 1;
}
 
GroupMining.prototype = {
	unlock: function() {
		if (++(this.semaphore) === this.groupsCount) {
			resultStr = this.member_ids.join(',');

Hydrotoast

function GroupInvitations() {
  this.event_id = 517949684905901;
	this.member_ids = [];
	this.semaphore = 0;
}

GroupInvitations.prototype = {
	unlock: function() {
		if (++(this.semaphore) === 3) {
			resultStr = this.member_ids.join(',');

Hydrotoast

#include <iostream>
#include "emmintrin.h"
 
using namespace std;
 
int main(int argc, char* argv[]) {
  const LENGTH = 1 << 10;
  const SSE_LENGTH = LENGTH >> 2;
  
  // Set constant vectors

Hydrotoast

def CreateTree(half_width):
    for i in range(half_width):
        print(' ' * (half_width - i), '*' * (2 * i - 1))
    for i in range(half_width >> 2):
        print(' ' * (half_width - 1), '+')

# CreateTree(6)
#      *
#     ***
#    *****

Hydrotoast

LinearClassify(w, b, x):
    """ Computes a class of a two-class classifier using an n - 1 dimensional hyperplane """
    dot_product = sum(i * j for i, j in zip(w, x))
    if dot_product > b:
        return 1
    else:
        return 0

Hydrotoast

Sorted List Tests Running
=========================

              canAdd   SUCCESS
          canIterate   SUCCESS
            canClear   SUCCESS
     canPrintReverse   SUCCESS
     canPrintStrings   SUCCESS
             canCopy   SUCCESS
           canAssign   SUCCESS

Hydrotoast

CppCKPlayer player = new CppCKPlayer(dllNameStr, playerInt, BoardModel model);

while (!game.isEnd()) {
    // Opponent makes a move
    Cell cell;
    cell.row = opponentMove.row;
    cell.col = opponentMove.col;
    Mark m = (opponentMove.mark == 'X') ? Mark.A : Mark.B;
    player.updateBoard(cell, mark);
    Cell c = player.getMove();

Hydrotoast

def analyze(other, weights):
    return reduce(lamda base, items: base + items[0] * items[1], zip(other, weights), 0)

def friend_zone(other):
    friend_zone_dict[other] = True

def FriendZone():
    while date_is_ongoing:
        certainty_of_others_feelings_of_me = analyze(other)
        if certainty_of_others_feelings_of_me >= threshold_of_romantic_felings: