Android实现模拟时钟(简单+漂亮)--时针、分针、秒针

前言

前不久在网上看见Android实现的模拟时钟，感觉十分有意思，这里是地址：

http://www.eoeandroid.com/forum.php?mod=viewthread&tid=58324可惜的是这种方式没有

秒表。笔者突然对其有了兴趣，也想去实现以下自己的模拟时钟。折腾了一阵子总算是弄出来了

现在将实现方式共享出来，大家一些交流。

不多说，先上效果图：

Android实现模拟时钟(简单+漂亮)--时针、分针、秒针

准备工作

首先我们应该准备相关的素材：时钟盘、时针、分针、秒针图片.

时钟盘：

Android实现模拟时钟(简单+漂亮)--时针、分针、秒针

时针：

分针：

秒针：

源码部分

配置文件，比较简单：

<LinearLayout xmlns:android="http://schemas.android.com/apk/res/android"    xmlns:tools="http://schemas.android.com/tools"    android:layout_width="fill_parent"    android:layout_height="fill_parent"    android:orientation="vertical"    tools:context=".MainActivity"    android:background="@color/bg">    <com.kiritor.mymodelclock.MyQAnalogClock        android:layout_width="wrap_content"        android:layout_height="wrap_content"        android:layout_gravity="center"            /></LinearLayout>

MyQAnalogClock代码：用于构造时钟view以及其刷新显示：

package com.kiritor.mymodelclock;import android.util.AttributeSet;import com.kiritor.mymodelclock.R;import android.content.Context;import android.graphics.*;import android.graphics.drawable.BitmapDrawable;import android.os.Handler;import android.view.View;import java.util.Calendar;import java.util.TimeZone;/** * Created by Kiritor on 13-5-30. */public class MyQAnalogClock extends View {    //时钟盘，分针、秒针、时针对象    Bitmap mBmpDial;    Bitmap mBmpHour;    Bitmap mBmpMinute;    Bitmap mBmpSecond;    BitmapDrawable bmdHour;    BitmapDrawable bmdMinute;    BitmapDrawable bmdSecond;    BitmapDrawable bmdDial;    Paint mPaint;    Handler tickHandler;    int mWidth;    int mHeigh;    int mTempWidth = bmdSecond.getIntrinsicWidth();    int mTempHeigh;    int centerX;    int centerY;    int availableWidth = 100;    int availableHeight = 100;    private String sTimeZoneString;    public MyQAnalogClock(Context context,AttributeSet attr)    {       this(context,"GMT+8：00");    }    public MyQAnalogClock(Context context, String sTime_Zone) {        super(context);        sTimeZoneString = sTime_Zone;        mBmpHour = BitmapFactory.decodeResource(getResources(),                R.drawable.shizhen);        bmdHour = new BitmapDrawable(mBmpHour);        mBmpMinute = BitmapFactory.decodeResource(getResources(),                R.drawable.fenzhen);        bmdMinute = new BitmapDrawable(mBmpMinute);        mBmpSecond = BitmapFactory.decodeResource(getResources(),                R.drawable.miaozhen);        bmdSecond = new BitmapDrawable(mBmpSecond);        mBmpDial = BitmapFactory.decodeResource(getResources(),                R.drawable.android_clock_dial);        bmdDial = new BitmapDrawable(mBmpDial);        mWidth = mBmpDial.getWidth();        mHeigh = mBmpDial.getHeight();        centerX = availableWidth / 2;        centerY = availableHeight / 2;        mPaint = new Paint();        mPaint.setColor(Color.BLUE);        run();    }    public void run() {        tickHandler = new Handler();        tickHandler.post(tickRunnable);    }    private Runnable tickRunnable = new Runnable() {        public void run() {            postInvalidate();            tickHandler.postDelayed(tickRunnable, 1000);        }    };    protected void onDraw(Canvas canvas) {        super.onDraw(canvas);        Calendar cal = Calendar.getInstance(TimeZone                .getTimeZone(sTimeZoneString));        int hour = cal.get(Calendar.HOUR);        int minute = cal.get(Calendar.MINUTE);        int second = cal.get(Calendar.SECOND);        float hourRotate = hour * 30.0f + minute / 60.0f * 30.0f;        float minuteRotate = minute * 6.0f;        float secondRotate = second * 6.0f;        boolean scaled = false;        if (availableWidth < mWidth || availableHeight < mHeigh) {            scaled = true;            float scale = Math.min((float) availableWidth / (float) mWidth,                    (float) availableHeight / (float) mHeigh);            canvas.save();            canvas.scale(scale, scale, centerX, centerY);        }        bmdDial.setBounds(centerX - (mWidth / 2), centerY - (mHeigh / 2),                centerX + (mWidth / 2), centerY + (mHeigh / 2));        bmdDial.draw(canvas);        mTempWidth = bmdHour.getIntrinsicWidth();        mTempHeigh = bmdHour.getIntrinsicHeight();        canvas.save();        canvas.rotate(hourRotate, centerX, centerY);        bmdHour.setBounds(centerX - (mTempWidth / 2), centerY                - (mTempHeigh / 2), centerX + (mTempWidth / 2), centerY                + (mTempHeigh / 2));        bmdHour.draw(canvas);        canvas.restore();        mTempWidth = bmdMinute.getIntrinsicWidth();        mTempHeigh = bmdMinute.getIntrinsicHeight();        canvas.save();        canvas.rotate(minuteRotate, centerX, centerY);        bmdMinute.setBounds(centerX - (mTempWidth / 2), centerY                - (mTempHeigh / 2), centerX + (mTempWidth / 2), centerY                + (mTempHeigh / 2));        bmdMinute.draw(canvas);        canvas.restore();        mTempWidth = bmdSecond.getIntrinsicWidth();        mTempHeigh = bmdSecond.getIntrinsicHeight();        canvas.rotate(secondRotate, centerX, centerY);        bmdSecond.setBounds(centerX - (mTempWidth / 2), centerY                - (mTempHeigh / 2), centerX + (mTempWidth / 2), centerY                + (mTempHeigh / 2));        bmdSecond.draw(canvas);        if (scaled) {            canvas.restore();        }    }}

主Activity：

package com.kiritor.mymodelclock;import android.app.Activity;import android.os.Bundle;/** * Created by Kiritor on 13-5-30. */public class MainActivity extends Activity {    public void onCreate(Bundle savedInstanceState) {        super.onCreate(savedInstanceState);        setContentView(R.layout.activity_main);    }}

好了一个简单的模拟时钟就完成了，不过通过观察运行效果可以看出的是，笔者对

时针、分针、秒针图片的设计不是太美观，看的不是太清楚，体验略差。不过这不是重点

读者可以自己去设计一下那4张图片，从而做出不同的效果!

这里本实例使用Android Studio做的，完整项目源码就不上传了!Over！

前言

准备工作

源码部分

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