表白煙花代碼

天天敲代碼的朋友，有沒有想過代碼也可以變得很酷炫又浪漫？今天就教大家用Python模擬出綻放的煙花，工作之余也可以隨時讓程序為自己放一場煙花秀。

創(chuàng)新互聯(lián)公司是專業(yè)的花都網(wǎng)站建設(shè)公司，花都接單;提供成都做網(wǎng)站、網(wǎng)站設(shè)計、外貿(mào)營銷網(wǎng)站建設(shè),網(wǎng)頁設(shè)計,網(wǎng)站設(shè)計,建網(wǎng)站,PHP網(wǎng)站建設(shè)等專業(yè)做網(wǎng)站服務(wù);采用PHP框架,可快速的進行花都網(wǎng)站開發(fā)網(wǎng)頁制作和功能擴展;專業(yè)做搜索引擎喜愛的網(wǎng)站,專業(yè)的做網(wǎng)站團隊,希望更多企業(yè)前來合作!

python炫酷煙花表白源代碼

這個有趣的小項目并不復(fù)雜，只需一點可視化技巧，100余行Python代碼和程序庫Tkinter，最后我們就能達到下面這個效果：

學(xué)完本教程后，你也能做出這樣的煙花秀。

整體概念梳理

我們的整個理念比較簡單。

我們這里通過讓畫面上一個粒子分裂為X數(shù)量的粒子來模擬爆炸效果。粒子會發(fā)生"膨脹”，意思是它們會以恒速移動且相互之間的角度相等。這樣就能讓我們以一個向外膨脹的圓圈形式模擬出煙花綻放的畫面。經(jīng)過一定時間后，粒子會進入"自由落體”階段，也就是由于重力因素它們開始墜落到地面，仿若綻放后熄滅的煙花。

煙花的java程序

// Decompiled by DJ v2.9.9.60 Copyright 2000 Atanas Neshkov Date: 2003-1-8 9:49:09

// Home Page : - Check often for new version!

// Decompiler options: packimports(3)

// Source File Name: jhanabi.java

import java.applet.Applet;

import java.applet.AudioClip;

import java.awt.*;

import java.awt.image.MemoryImageSource;

import java.util.Random;

public class jhanabi extends Applet

implements Runnable

{

public jhanabi()

{

m_mouseX = 0;

m_mouseY = 0;

m_sleepTime = 5;

isError = false;

isInitialized = false;

rand = new Random();

bits = 10000;

bit_px = new double[bits];

bit_py = new double[bits];

bit_vx = new double[bits];

bit_vy = new double[bits];

bit_sx = new int[bits];

bit_sy = new int[bits];

bit_l = new int[bits];

bit_f = new int[bits];

bit_p = new int[bits];

bit_c = new int[bits];

ru = 50;

rv = 50;

}

public void init()

{

String s = getParameter("para_bits");

if(s != null)

bits = Integer.parseInt(s);

s = getParameter("para_max");

if(s != null)

bit_max = Integer.parseInt(s);

s = getParameter("para_blendx");

if(s != null)

ru = Integer.parseInt(s);

s = getParameter("para_blendy");

if(s != null)

rv = Integer.parseInt(s);

s = getParameter("para_sound");

if(s != null)

bit_sound = Integer.parseInt(s);

m_nAppX = size().width;

m_nAppY = size().height;

m_centerX = m_nAppX / 2;

m_centerY = m_nAppY / 2;

m_mouseX = m_centerX;

m_mouseY = m_centerY;

resize(m_nAppX, m_nAppY);

pixls = m_nAppX * m_nAppY;

pixls2 = pixls - m_nAppX * 2;

pix0 = new int[pixls];

offImage = new MemoryImageSource(m_nAppX, m_nAppY, pix0, 0, m_nAppX);

offImage.setAnimated(true);

dbImg = createImage(offImage);

for(int i = 0; i pixls; i++)

pix0[i] = 0xff000000;

sound1 = getAudioClip(getDocumentBase(), "firework.au");

sound2 = getAudioClip(getDocumentBase(), "syu.au");

for(int j = 0; j bits; j++)

bit_f[j] = 0;

isInitialized = true;

start();

}

public void run()

{

while(!isInitialized)

try

{

Thread.sleep(200L);

}

catch(InterruptedException interruptedexception) { }

do

{

for(int j = 0; j pixls2; j++)

{

int k = pix0[j];

int l = pix0[j + 1];

int i1 = pix0[j + m_nAppX];

int j1 = pix0[j + m_nAppX + 1];

int i = (k 0xff0000) 16;

int k1 = ((((l 0xff0000) 16) - i) * ru 8) + i;

i = (k 0xff00) 8;

int l1 = ((((l 0xff00) 8) - i) * ru 8) + i;

i = k 0xff;

int i2 = (((l 0xff) - i) * ru 8) + i;

i = (i1 0xff0000) 16;

int j2 = ((((j1 0xff0000) 16) - i) * ru 8) + i;

i = (i1 0xff00) 8;

int k2 = ((((j1 0xff00) 8) - i) * ru 8) + i;

i = i1 0xff;

int l2 = (((j1 0xff) - i) * ru 8) + i;

int i3 = ((j2 - k1) * rv 8) + k1;

int j3 = ((k2 - l1) * rv 8) + l1;

int k3 = ((l2 - i2) * rv 8) + i2;

pix0[j] = i3 16 | j3 8 | k3 | 0xff000000;

}

rend();

offImage.newPixels(0, 0, m_nAppX, m_nAppY);

try

{

Thread.sleep(m_sleepTime);

}

catch(InterruptedException interruptedexception1) { }

} while(true);

}

public void update(Graphics g)

{

paint(g);

}

public void paint(Graphics g)

{

g.drawImage(dbImg, 0, 0, this);

}

public void start()

{

if(isError)

return;

isRunning = true;

if(runner == null)

{

runner = new Thread(this);

runner.start();

}

}

public void stop()

{

if(runner != null)

{

runner.stop();

runner = null;

}

}

public boolean mouseMove(Event event, int i, int j)

{

m_mouseX = i;

m_mouseY = j;

return true;

}

public boolean mouseDown(Event event, int i, int j)

{

m_mouseX = i;

m_mouseY = j;

int k = (int)(rand.nextDouble() * 256D);

int l = (int)(rand.nextDouble() * 256D);

int i1 = (int)(rand.nextDouble() * 256D);

int j1 = k 16 | l 8 | i1 | 0xff000000;

int k1 = 0;

for(int l1 = 0; l1 bits; l1++)

{

if(bit_f[l1] != 0)

continue;

bit_px[l1] = m_mouseX;

bit_py[l1] = m_mouseY;

double d = rand.nextDouble() * 6.2800000000000002D;

double d1 = rand.nextDouble();

bit_vx[l1] = Math.sin(d) * d1;

bit_vy[l1] = Math.cos(d) * d1;

bit_l[l1] = (int)(rand.nextDouble() * 100D) + 100;

bit_p[l1] = (int)(rand.nextDouble() * 3D);

bit_c[l1] = j1;

bit_sx[l1] = m_mouseX;

bit_sy[l1] = m_nAppY - 5;

bit_f[l1] = 2;

if(++k1 == bit_max)

break;

}

if(bit_sound 1)

sound2.play();

return true;

}

public boolean mouseExit(Event event, int i, int j)

{

m_mouseX = i;

m_mouseY = j;

return true;

}

void rend()

{

boolean flag = false;

boolean flag1 = false;

boolean flag2 = false;

for(int k = 0; k bits; k++)

switch(bit_f[k])

{

default:

break;

case 1: // '\001'

bit_vy[k] += rand.nextDouble() / 50D;

bit_px[k] += bit_vx[k];

bit_py[k] += bit_vy[k];

bit_l[k]--;

if(bit_l[k] == 0 || bit_px[k] 0.0D || bit_py[k] 0.0D || bit_px[k] (double)m_nAppX || bit_py[k] (double)(m_nAppY - 3))

{

bit_c[k] = 0xff000000;

bit_f[k] = 0;

} else

if(bit_p[k] == 0)

{

if((int)(rand.nextDouble() * 2D) == 0)

bit_set((int)bit_px[k], (int)bit_py[k], -1);

} else

{

bit_set((int)bit_px[k], (int)bit_py[k], bit_c[k]);

}

break;

case 2: // '\002'

bit_sy[k] -= 5;

if((double)bit_sy[k] = bit_py[k])

{

bit_f[k] = 1;

flag2 = true;

}

if((int)(rand.nextDouble() * 20D) == 0)

{

int i = (int)(rand.nextDouble() * 2D);

int j = (int)(rand.nextDouble() * 5D);

bit_set(bit_sx[k] + i, bit_sy[k] + j, -1);

}

break;

}

if(flag2 bit_sound 0)

sound1.play();

}

void bit_set(int i, int j, int k)

{

int l = i + j * m_nAppX;

pix0[l] = k;

}

private int m_nAppX;

private int m_nAppY;

private int m_centerX;

private int m_centerY;

private int m_mouseX;

private int m_mouseY;

private int m_sleepTime;

private boolean isError;

private boolean m_isPaintFinished;

boolean isRunning;

boolean isInitialized;

Thread runner;

int pix0[];

MemoryImageSource offImage;

Image dbImg;

int pixls;

int pixls2;

Random rand;

int bits;

double bit_px[];

double bit_py[];

double bit_vx[];

double bit_vy[];

int bit_sx[];

int bit_sy[];

int bit_l[];

int bit_f[];

int bit_p[];

int bit_c[];

int bit_max;

int bit_sound;

int ru;

int rv;

AudioClip sound1;

AudioClip sound2;

}

java煙花程序看不懂，求解釋！

import?java.awt.*;

import?java.applet.*;

import?java.awt.event.*;

import?javax.swing.*;

public?class?Fireworks?extends?Applet?implements?MouseListener,?Runnable?{

int?x,?y;//記錄鼠標點擊的坐標

int?top,?point;//好像沒用到

public?void?init()?{

x?=?0;

y?=?0;

setBackground(Color.black);//?設(shè)置背景色為黑色

addMouseListener(this);//添加鼠標監(jiān)聽

}

public?void?paint(Graphics?g)?{

}

public?static?void?main(String?args[])?{

Fireworks?applet?=?new?Fireworks();

JFrame?frame?=?new?JFrame("TextAreaNew");

frame.addWindowListener(new?WindowAdapter()?{

public?void?windowClosing(WindowEvent?e)?{//右上角的叉

System.exit(0);

}

});

frame.add(applet,?BorderLayout.CENTER);

frame.setSize(800,?400);//程序的框框大小

applet.init();

applet.start();

frame.setVisible(true);//

}

public?void?run()?{

//?變量初始化

Graphics?g1;

g1?=?getGraphics();//這是畫筆，得到一個畫筆

int?y_move,?y_click,?x_click;

int?v;//用于計算等待的時間

x_click?=?x;

y_click?=?y;//把點擊的坐標保存下來，因為其它線程會去改這兩個坐標。

y_move?=?400;//用來計算變動的那個點，現(xiàn)在是屏幕的最大高度

v?=?3;

int?r,?g,?b;

while?(y_move??y_click)//如果點擊的位置小于最大高度。

{

g1.setColor(Color.black);//畫筆設(shè)成黑色

g1.fillOval(x_click,?y_move,?5,?5);//畫圓，圓點在點擊的X軸，程序界面的最高點，長為5，寬為5

y_move?-=?5;//最高點-5

r?=?(((int)?Math.round(Math.random()?*?4321))?%?200)?+?55;

g?=?(((int)?Math.round(Math.random()?*?4321))?%?200)?+?55;

b?=?(((int)?Math.round(Math.random()?*?4321))?%?200)?+?55;//rgb是光的三原色，這個就是煙花產(chǎn)生的顏色，這里定義成隨機的，但在一個范圍里

g1.setColor(new?Color(r,?g,?b));//把畫筆改成那個顏色

g1.fillOval(x_click,?y_move,?5,?5);//畫一個這樣的圓

for?(int?j?=?0;?j?=?10;?j++)?{

if?(r??55)

r?-=?20;

if?(g??55)

g?-=?20;

if?(b??55)

b?-=?20;

g1.setColor(new?Color(r,?g,?b));

g1.fillOval(x_click,?y_move?+?j?*?5,?5,?5);//這一段都是改變顏色，然后畫圓的

}

g1.setColor(Color.black);

g1.fillOval(x_click,?y_move?+?5?*?10,?5,?5);//把上一次畫的彩色圓，用黑色畫一遍，就能讓它消失在背景里

try?{

Thread.currentThread().sleep(v++);//讓程序等一下，讓你看到效果，不然畫完的東西一下就不見了，你看不清。

}?catch?(InterruptedException?e)?{

}

}//上面這段代碼是煙花的升上去的那一串東西的效果

for?(int?j?=?12;?j?=?0;?j--)?{

g1.setColor(Color.black);

g1.fillOval(x_click,?y_move?+?(j?*?5),?5,?5);

try?{

Thread.currentThread().sleep((v++)?/?3);

}?catch?(InterruptedException?e)?{

}

}//讓最后的那串東西的點消失

y_move?=?400;

g1.setColor(Color.black);

while?(y_move??y_click)?{

g1.fillOval(x_click?-?2,?y_move,?9,?5);

y_move?-=?5;

}//這段不太清楚是干什么的，我把它去掉，看不出效果的變化

v?=?15;

for?(int?i?=?0;?i?=?25;?i++)?{

r?=?(((int)?Math.round(Math.random()?*?4321))?%?200)?+?55;

g?=?(((int)?Math.round(Math.random()?*?4321))?%?200)?+?55;

b?=?(((int)?Math.round(Math.random()?*?4321))?%?200)?+?55;

g1.setColor(new?Color(r,?g,?b));

g1.drawOval(x_click?-?3?*?i,?y_click?-?3?*?i,?6?*?i,?6?*?i);

if?(i??23)?{

g1.drawOval(x_click?-?3?*?(i?+?1),?y_click?-?3?*?(i?+?1),

6?*?(i?+?1),?6?*?(i?+?1));

g1.drawOval(x_click?-?3?*?(i?+?2),?y_click?-?3?*?(i?+?2),

6?*?(i?+?2),?6?*?(i?+?2));

}//上面這段是畫爆炸的效果

try?{

Thread.currentThread().sleep(v++);//停一下，看效果

}?catch?(InterruptedException?e)?{

}

g1.setColor(Color.black);

g1.drawOval(x_click?-?3?*?i,?y_click?-?3?*?i,?6?*?i,?6?*?i);//然后畫黑圈，相當于讓彩圈消失。

}

}

public?void?mousePressed(MouseEvent?e)?{//點擊從這里開始~~~~~~~~~~~~~~

x?=?e.getX();

y?=?e.getY();//得到鼠標點擊的坐標

Thread?one?=?new?Thread(this);//新建一個線程

one.start();//啟動這個線程，到上面的run方法

one?=?null;//把這個線程置為空，讓它執(zhí)行完以后就釋放

}

如果你想一下自己寫要怎樣寫這個程序，就很容易理解這個程序了。

一直從下向上畫圓，然后把下面的圓擦掉，就能得到一個向上升的煙花效果，

爆炸效果就是先畫小圓再畫大圓，然后擦掉小圓，再擦掉大圓。