【cocos2d】复习资料——1

个人总结：

1.cocos2d-x 程序输出提示方法：

log 和 CClog 一个是 3.0的一个是2.0的…

2.确定物体x，y，z轴坐标的核心语句.

Sprite3D::getPosition3D();

Sprite::getPosition3D();

3.物体围绕坐标轴旋转语句：

Sprite3D::setRotation3D();

Sprite::setRotation3D();

4.了解LabelTTF等文本类及使用语句：

auto center = LabelTTF::create("hello cocos2d-x",//要显示字符串
                                "Paint Boy",//字体
                                 32,//字号
                                 Size(s.width/2,200),//显示的宽和高
                                 TextHAlignment::CENTER,//显示的位置，定位
                                 TextVAlignment::TOP);

auto center = LabelTTF::create("hello cocos2d-x",//要显示字符串

"Paint Boy",//字体

32,//字号

Size(s.width/2,200),//显示的宽和高

TextHAlignment::CENTER,//显示的位置，定位

TextVAlignment::TOP);

5.API绘制图形和填充图形：

我只能给一个链接了：http://www.2cto.com/kf/201402/276825.html

6.了解游戏制作流程：

灵感->策划->原画->模型和贴图->程序编写->测试修改

7.3D精灵创建语句：

auto sprite3d = Sprite3D::create();

PS.我不懂，只是按着引导这样敲了…

8.Vector简单实例：C++语句哦…

#include <iostream>
#include <vector>

using std::cin;
using std::cout;
using std::endl;
using std::vector;

//定义 顺序输出容器元素函数模板 
template <typename T> void printVector(const vector<T> & integers2);

int main()
{
	const int SIZE = 6;
	int array[SIZE] = {1,2,3,4,5,6};
	vector <int> integers;
	
	cout << "The initial size of integers is:" << integers.size() << endl;
	cout << "The initial capacity of integers is:" << integers.capacity() << endl;

	integers.push_back(10);
	integers.push_back(20);
	integers.push_back(30);
	integers.push_back(40);
	integers.push_back(50);
	integers.push_back(60);
	integers.push_back(70);
	integers.push_back(80);
	integers.push_back(90);
	integers.push_back(100);
	cout << "The initial size of integers is:" << integers.size() << endl;
	cout << "The initial capacity of integers is:" << integers.capacity() << endl;

	cout << endl << "Output array using pointer natation:";
	for(int *ptr = array ; ptr!=array+SIZE ; ptr++)
	{
		cout << *ptr << " ";
	}
	
	cout << endl << "Output vector of vector intergers:";
	printVector(integers);
	
	cout << endl << "Reversed contents of vector integers:";
	vector<int>::const_reverse_iterator reverseIterator;
	vector<int>::const_reverse_iterator tempIterator = integers.rend();
	
	//逆序显示
	for(reverseIterator = integers.rbegin();reverseIterator!=tempIterator;++reverseIterator)
	{
		cout << *reverseIterator << " ";
	} 
	cout << endl;
	
	return 0;	
} 

template <typename T> 
void printVector (const vector<T> & integers2)
{
	typename vector<T>::const_iterator constIterator;
	
	for(constIterator = integers2.begin();constIterator!=integers2.end();++constIterator)
	{
		cout << *constIterator << " ";
	}
}

#include <iostream>

#include <vector>

using std::cin;

using std::cout;

using std::endl;

using std::vector;

//定义顺序输出容器元素函数模板

template <typename T> void printVector(const vector<T> & integers2);

int main()

{

const int SIZE = 6;

int array[SIZE] = {1,2,3,4,5,6};

vector <int> integers;

cout << "The initial size of integers is:" << integers.size() << endl;

cout << "The initial capacity of integers is:" << integers.capacity() << endl;

integers.push_back(10);

integers.push_back(20);

integers.push_back(30);

integers.push_back(40);

integers.push_back(50);

integers.push_back(60);

integers.push_back(70);

integers.push_back(80);

integers.push_back(90);

integers.push_back(100);

cout << "The initial size of integers is:" << integers.size() << endl;

cout << "The initial capacity of integers is:" << integers.capacity() << endl;

cout << endl << "Output array using pointer natation:";

for(int *ptr = array ; ptr!=array+SIZE ; ptr++)

{

cout << *ptr << " ";

}

cout << endl << "Output vector of vector intergers:";

printVector(integers);

cout << endl << "Reversed contents of vector integers:";

vector<int>::const_reverse_iterator reverseIterator;

vector<int>::const_reverse_iterator tempIterator = integers.rend();

//逆序显示

for(reverseIterator = integers.rbegin();reverseIterator!=tempIterator;++reverseIterator)

{

cout << *reverseIterator << " ";

}

cout << endl;

return 0;

}

template <typename T>

void printVector (const vector<T> & integers2)

{

typename vector<T>::const_iterator constIterator;

for(constIterator = integers2.begin();constIterator!=integers2.end();++constIterator)

{

cout << *constIterator << " ";

}

其实我觉得掌握push_back就行了…其他的我都懒得记…

#include <iostream>
#include <vector>
#include <algorithm>
#include <iterator>
#include <stdexcept>
using namespace std;

int main()
{
	const int SIZE = 6;
	int array[SIZE] = {1,2,3,4,5,6};
	
	vector<int> integers(array,array+SIZE);
	ostream_iterator <int> output(cout," ");

	cout << "Vector integers contains:";
	copy(integers.begin(),integers.end(),output);
	
	cout << endl << "First element of integers:" << integers.front()
	<< endl << "Last element of integers:" << integers.back();
	
	integers[0]=10;
	integers.at(2) = 10;
	integers.insert(integers.begin()+1,22);
	
	cout << endl << endl << "Contents of vector integers after changes:";
	copy(integers.begin(),integers.end(),output);
	
	//access out-of-range element
	try{
		integers.at(100) = 77;
	}
	catch(out_of_range & outOfRange)
	{
		cout << endl << endl << "Exception:" << outOfRange.what();
	}
	
	integers.erase(integers.begin());
	cout << endl << endl << "Vector integers after erasing first element:";
	copy(integers.begin(),integers.end(),output);
	
	integers.erase(integers.begin(),integers.end());

	cout << endl << "After erasing all elements ,vector integers "
	<< (integers.empty() ? "is":"is not") << " Empty" << endl;;
	
	integers.insert(integers.begin(),array,array+SIZE);
	cout << endl << endl << "Contents of vector integers before clear:";
	copy(integers.begin(),integers.end(),output);
	
	integers.clear();
	cout << "\nAfter clear,vertor integers "
		<< (integers.empty() ? "IS" : "IS NOT") << " Empty" << endl;

	return 0;
}

#include <iostream>

#include <vector>

#include <algorithm>

#include <iterator>

#include <stdexcept>

using namespace std;

int main()

{

const int SIZE = 6;

int array[SIZE] = {1,2,3,4,5,6};

vector<int> integers(array,array+SIZE);

ostream_iterator <int> output(cout," ");

cout << "Vector integers contains:";

copy(integers.begin(),integers.end(),output);

cout << endl << "First element of integers:" << integers.front()

<< endl << "Last element of integers:" << integers.back();

integers[0]=10;

integers.at(2) = 10;

integers.insert(integers.begin()+1,22);

cout << endl << endl << "Contents of vector integers after changes:";

copy(integers.begin(),integers.end(),output);

//access out-of-range element

try{

integers.at(100) = 77;

}

catch(out_of_range & outOfRange)

{

cout << endl << endl << "Exception:" << outOfRange.what();

}

integers.erase(integers.begin());

cout << endl << endl << "Vector integers after erasing first element:";

copy(integers.begin(),integers.end(),output);

integers.erase(integers.begin(),integers.end());

cout << endl << "After erasing all elements ,vector integers "

<< (integers.empty() ? "is":"is not") << " Empty" << endl;;

integers.insert(integers.begin(),array,array+SIZE);

cout << endl << endl << "Contents of vector integers before clear:";

copy(integers.begin(),integers.end(),output);

integers.clear();

cout << "\nAfter clear,vertor integers "

<< (integers.empty() ? "IS" : "IS NOT") << " Empty" << endl;

return 0;

}

如果看不懂，就运行试试吧，应该是可以运行的…然后对比着看…

9.导演类控制场景：

auto * fadeIn = TransitionFade::create( 1.0f , StartScene::createScene() );
Director::getInstance()->replaceScene( fadeIn );

1 2	auto * fadeIn = TransitionFade::create( 1.0f , StartScene::createScene() ); Director::getInstance()->replaceScene( fadeIn );

10.掌握实时更新函数的开启和关闭

链接：http://www.58player.com/blog-2537-86942.html

From TK Xiong

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【cocos2d】复习资料——1

Tagged on: Cocos Code