BGR360

#ifndef BENGINE_GAME_H
#define BENGINE_GAME_H

#include <Engine.h>

#include <string>

#include <qt/QtCore/qmap.h>
#include <qt/QtCore/qstring.h>

BGR360

//A new loading algorithm
void ObjFile::loadObj1(istream& stream)
{
	m_lineNumber = 0;

	map<uint, uint> hashToIndex;

	char c;
	while (stream.good())
	{

BGR360

Matrix2x2 Matrix2x2::adjugate(const Matrix2x2& matrix)
{
	return Matrix2x2(
		matrix.c1r1			,	-1 * matrix.c1r0,
		-1 * matrix.c0r1	,	matrix.c0r0);
}

float Matrix2x2::determinant(const Matrix2x2& matrix)
{
	return matrix.c0r0 * matrix.c1r1 - matrix.c1r0 * matrix.c0r1;

BGR360

#ifndef BENGINE_VECTOR3_H
#define BENGINE_VECTOR3_H

#include <Engine.h>

#include <math/Vector2.h>

using Math::Vector2;

namespace Math

BGR360

#include <Testing.h>

#include <cstdlib>
#include <ctime>
#include <string>
#include <sstream>
#include <vector>

#include <core/GameObject.h>
#include <math/RandomGenerator.h>

BGR360

/**
 * Begins the search to find the device's location. When it finishes or times out,
 * it will invoke onLocationFound(Location) on all OnLocationFoundListeners
 * in mLocationFoundListeners. If a listener cancels its request for a Location,
 * but there are still others waiting, the search will continue.
 *
 * @param timeoutMillis The amount of time, in milliseconds,
 *                      that we should search for a location
 * @return True if we were able to include listener in a new or existing search, or false
 * if we were unable to begin searching or if listener was already listening

BGR360

def solve(numbers, value):
    """
    Uses arithmetic (*, +, -, /) to arrive at value, using my custom recursive algorithm
    :param numbers: The list of numbers we're going to use to arrive at value
    :param value: The value that we want to arrive at using all of the
    :return: If solvable, returns a Solution instance. If not, returns False.
    """
    # Referring to the global variables we want to modify
    global num_attempts
    global current_attempt

BGR360

using UnityEngine;
using System.Collections;

[System.Serializable]
public class Drive
{
	public MecanumWheel frontRight;
	public MecanumWheel frontLeft;
	public MecanumWheel backRight;
	public MecanumWheel backLeft;

BGR360

using UnityEngine;
using System.Collections;

public class CameraController : MonoBehaviour 
{
	private TargetChaser chaser;
	private Vector3 initialPosition;
	private Quaternion initialRotation;

	XboxInput xInput;

BGR360

using UnityEngine;
using System.Collections;

public class ArmController : MonoBehaviour 
{
	public float armSpeed = 10f;	//degrees per second
	public float leftLimit = 310f;
	public float rightLimit = 50f;

	public float arm;