SneakyInput for cocos2d-x 2.1.4

#include "SneakyJoystick.h" using namespace cocos2d; #define SJ_PI 3.14159265359f #define SJ_PI_X_2 6.28318530718f #define SJ_RAD2DEG 180.0f/SJ_PI #define SJ_DEG2RAD SJ_PI/180.0f SneakyJoystick::~SneakyJoystick() { } bool SneakyJoystick::initWithRect(CCRect rect) { bool pRet = false; //if(CCSprite::init()){ stickPosition = CCPointZero; degrees = 0.0f; velocity = CCPointZero; autoCenter = true; isDPad = false; hasDeadzone = false; numberOfDirections = 4; this->setJoystickRadius(rect.size.width/2); this->setThumbRadius(32.0f); this->setDeadRadius(0.0f); //Cocos node stuff setPosition(rect.origin); pRet = true; //} return pRet; } void SneakyJoystick::onEnterTransitionDidFinish() { CCDirector::sharedDirector()->getTouchDispatcher()->addTargetedDelegate(this, 1, true); } void SneakyJoystick::onExit() { CCDirector::sharedDirector()->getTouchDispatcher()->removeDelegate(this); } float round(float r) { return (r > 0.0) ? floor(r + 0.5) : ceil(r - 0.5); } void SneakyJoystick::updateVelocity(CCPoint point) { // Calculate distance and angle from the center. float dx = point.x; float dy = point.y; float dSq = dx * dx + dy * dy; if(dSq <= deadRadiusSq){ velocity = CCPointZero; degrees = 0.0f; stickPosition = point; return; } float angle = atan2f(dy, dx); // in radians if(angle < 0){ angle += SJ_PI_X_2; } float cosAngle; float sinAngle; if(isDPad){ float anglePerSector = 360.0f / numberOfDirections * SJ_DEG2RAD; angle = round(angle/anglePerSector) * anglePerSector; } cosAngle = cosf(angle); sinAngle = sinf(angle); // NOTE: Velocity goes from -1.0 to 1.0. if (dSq > joystickRadiusSq || isDPad) { dx = cosAngle * joystickRadius; dy = sinAngle * joystickRadius; } velocity = CCPointMake(dx/joystickRadius, dy/joystickRadius); degrees = angle * SJ_RAD2DEG; // Update the thumb's position stickPosition = ccp(dx, dy); } void SneakyJoystick::setIsDPad(bool b) { isDPad = b; if(isDPad){ hasDeadzone = true; this->setDeadRadius(10.0f); } } void SneakyJoystick::setJoystickRadius(float r) { joystickRadius = r; joystickRadiusSq = r*r; } void SneakyJoystick::setThumbRadius(float r) { thumbRadius = r; thumbRadiusSq = r*r; } void SneakyJoystick::setDeadRadius(float r) { deadRadius = r; deadRadiusSq = r*r; } bool SneakyJoystick::ccTouchBegan(CCTouch *touch, CCEvent *event) { CCPoint location = CCDirector::sharedDirector()->convertToGL(touch->getLocationInView()); //if([background containsPoint:[background convertToNodeSpace:location]]){ location = this->convertToNodeSpace(location); //Do a fast rect check before doing a circle hit check: if(location.x < -joystickRadius || location.x > joystickRadius || location.y < -joystickRadius || location.y > joystickRadius){ return false; }else{ float dSq = location.x*location.x + location.y*location.y; if(joystickRadiusSq > dSq){ this->updateVelocity(location); return true; } } return false; } void SneakyJoystick::ccTouchMoved(CCTouch *touch, CCEvent *event) { CCPoint location = CCDirector::sharedDirector()->convertToGL(touch->getLocationInView()); location = this->convertToNodeSpace(location); this->updateVelocity(location); } void SneakyJoystick::ccTouchEnded(CCTouch *touch, CCEvent *event) { CCPoint location = CCPointZero; if(!autoCenter){ CCPoint location = CCDirector::sharedDirector()->convertToGL(touch->getLocationInView()); location = this->convertToNodeSpace(location); } this->updateVelocity(location); } void SneakyJoystick::ccTouchCancelled(CCTouch *touch, CCEvent *event) { this->ccTouchEnded(touch, event); } void SneakyJoystick::touchDelegateRelease() { this->release(); } void SneakyJoystick::touchDelegateRetain() { this->retain(); }