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define(['assert'], function(assert) {
'use strict';
// types: bc (bachelor college), major (default), bep
// (assumption: every course is 5 ECTS and one must do 15 ECTS in a
// quartile, filling it up with Electives)
// for new courses without code, use "DS..."
var courses = [
// Bachelor college core courses
{ "id": "2WAB0", "name": "Calculus", "type": "bc", "when": "Y1Q1" },
{ "id": "3NAB0", "name": "Physics", "type": "bc", "when": "Y1Q2" },
{ "id": "0LEB0", "name": "Modelling", "type": "bc", "when": "Y1Q3" },
{ "id": "0SAB0", "name": "USE Basics", "type": "bc", "when": "Y1Q4" },
{ "id": "7NXB0", "name": "Design", "type": "bc", "when": "Y2Q1" },
// Data Science basic courses
{ "id": "2IP90", "name": "Programming", "when": "Y1Q1" },
{ "id": "DS001", "name": "Introduction to Data Science", "when": "Y1Q1" },
{ "id": "2IT60", "name": "Logic and Set Theory", "when": "Y1Q2" },
{ "id": "2IO80", "name": "DBL Hypermedia", "when": "Y1Q3" },
{ "id": "2IC60", "name": "Computer networks and security", "when": "Y1Q4" },
{ "id": "2ID40", "name": "Human Technology Interaction", "when": "Y1Q4" },
{ "id": "2WF20", "name": "Linear Algebra", "when": "Y2Q1" },
{ "id": "2IV60", "name": "Computer Graphics", "when": "Y2Q3" },
// Advanced courses
{ "id": "2ID50", "name": "Datamodelling and Databases", "when": "Y2Q2" },
{ "id": "2ID60", "name": "Web Technology", "when": "Y2Q2" },
{ "id": "DS002", "name": "Workflow", "when": "Y2Q3" },
{ "id": "2IL50", "name": "Data Structures", "when": "Y2Q3" },
{ "id": "2IOC0", "name": "DBL Information Systems", "when": "Y2Q4" },
{ "id": "2DI90", "name": "Probability and Statistics", "when": "Y2Q4" },
{ "id": "DS003", "name": "Data Visualization", "when": "Y3Q1" },
{ "id": "2IIC0", "name": "Business Information Systems","when": "Y3Q1" },
{ "id": "2IID0", "name": "Web Analytics", "when": "Y3Q2" },
{ "id": "2IO90", "name": "DBL Algorithms", "when": "Y3Q2" },
{ "id": "DS004", "name": "Bachelor End Project", "when": "Y3Q3,Y3Q4" },
];
function getQuartile(when) {
var y_q = /^Y([1-3])Q([1-4])$/.exec(when);
assert(y_q, "Invalid when: " + when);
var y_i = y_q[1] - 1, q_i = y_q[2] - 1;
return schedule[y_i][q_i];
}
var coursesById = {};
// 2d array from years to quartiles to courses
var schedule = [];
// make an empty schedule
var years = 3, quartiles = 4;
for (var i = 0; i < years; i++) {
schedule[i] = [];
for (var j = 0; j < quartiles; j++) {
schedule[i][j] = [];
}
}
// find all courses by ID and fill the schedule
courses.forEach(function(course) {
assert (!(course.id in coursesById),
"Course is already known: " + course.id);
coursesById[course.id] = course;
course.when.split(",").forEach(function(when) {
getQuartile(when).push(course);
});
});
// fill in the remaining time slots
schedule.forEach(function(year, year_i) {
year.forEach(function(quartile, quartile_i) {
while (quartile.length < 3) {
quartile.push({
"id": "",
"name": "Elective / USE",
"type": "elective",
"when": "Y" + (year_i + 1) + "Q" + (quartile_i + 1)
});
}
});
});
return {
"courses": courses,
"schedule": schedule
};
});
/*
Packages:
Programming - Linear Algebra - Computer Graphics - Data Visualisation
Programming - Human Technology Interaction - Web Technology - Web Analytics
Programming - Data Structures - DBL Algorithms
Electives and USE:
Year 1 - 2x Elective
Year 2 - 3x Elective/USE
Year 3 - 6x Elective/USE
*/
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