Custom Android Hexagon progress bar (with source code) _android

This example describes the Android custom round progress bar, shared for everyone to reference. Specifically as follows:

You can also refer to these two articles to learn: "Custom Android Round progress bar (with source code) " " Android with progress of the circular progress bar"

The screenshot of the running effect is as follows:

Main code:

Package com.sxc.hexagonprogress;
Import Java.util.Random;
Import Android.content.Context;
Import android.content.res.ColorStateList;
Import android.content.res.Resources;
Import Android.content.res.TypedArray;
Import Android.graphics.Canvas;
Import Android.graphics.Color;
Import Android.graphics.Paint;
Import Android.graphics.PaintFlagsDrawFilter;
Import Android.graphics.Path;
Import Android.graphics.RectF;
Import Android.graphics.Typeface;
Import Android.util.AttributeSet;
Import Android.util.Log;


Import Android.view.View;
  /** * Hexagon Belt progress bar, thread safe view, can update progress directly in the thread * * @author Sunxunchao * */public class Hexagonprogress extends View {/**

 * Reference to the Brush object/Private Paint Paint, Mpaint;

 /** * Brush Path * * Private path path, MPath;

 /** * Ring Color * * private int roundcolor;

 /** * The color of the progress of the ring * * private int roundprogresscolor;

 /** * The color of the string of the intermediate progress percentage * * private int textcolor;

 /** * The font of the string for the intermediate progress percentage * * private float textsize; /** * Ring Width * * Private float ROUNDWIdth;

 /** * Max progress/private double Max;
 /** * Current progress/private double progress;

 /** * Whether to show the progress of the middle * * Private Boolean textisdisplayable;

 /** * Progress style, solid or hollow */private int style;
 public static final int STROKE = 0;

 public static final int FILL = 1;
 Public Hexagonprogress {This (context, NULL);
 Public hexagonprogress (context, AttributeSet attrs) {This (context, attrs, 0);

  Public hexagonprogress (context, AttributeSet attrs, int defstyle) {Super (context, attrs, Defstyle);
  Paint = new paint ();

  Mpaint = new Paint ();

  TypedArray Mtypedarray = context.obtainstyledattributes (Attrs, R.styleable.hexagonprogressbar);
  Gets the custom attribute and default value Roundcolor = Mtypedarray.getcolor (R.styleable.hexagonprogressbar_hexagoncolor, color.red);
  Roundprogresscolor = Mtypedarray.getcolor (R.styleable.hexagonprogressbar_hexagonprogresscolor, Color.GREEN); TextColor = Mtypedarray.getcolor (r.styleable.hexagonprogresSbar_textcolor, Color.green);
  Textsize = Mtypedarray.getdimension (r.styleable.hexagonprogressbar_textsize, 15);
  Roundwidth = Mtypedarray.getdimension (R.styleable.hexagonprogressbar_hexagonwidth, 5);
  max = Mtypedarray.getinteger (R.styleable.hexagonprogressbar_max, 100);

  textisdisplayable = Mtypedarray.getboolean (r.styleable.hexagonprogressbar_textisdisplayable, true);
 Mtypedarray.recycle ();

  } @Override protected void OnDraw (Canvas Canvas) {Super.ondraw (Canvas); /** * Draw hexagon/INT centre = getwidth ()/2;//Center coordinate int radius = (int) (CENTRE-ROUNDWIDTH/2);//hexagonal edge length Mpain T.setcolor (Roundcolor); Set the color of the ring Mpaint.setstyle (Paint.Style.STROKE); Setting Hollow Mpaint.setstrokewidth (Roundwidth); Sets the width of the ring Mpaint.setantialias (true); anti-aliasing MPath = new Path ()//SET path//First point coordinate (Centre-radius, getheight ()/2)//second point coordinate (Centre-radius/2,getheight ()/2-ma TH.SQRT (3) *RADIUS/2)//Third point coordinates (Centre+radius/2,getheight ()/2-math.sqrt (3) *RADIUS/2)//Fourth point sitSuperscript (Centre+radius,getheight ()/2)//fifth point coordinates (CENTRE+RADIUS/2,MATH.SQRT (3) *radius/2+getheight ()/2)//sixth point coordinates ( CENTRE-RADIUS/2,MATH.SQRT (3) *radius/2+getheight ()/2) Mpath.moveto (Centre-radius, centre); A Mpath.lineto (CENTRE-RADIUS/2, (float) (CENTRE-MATH.SQRT (3) * RADIUS/2))//B Mpath.lineto (centre + Radius /2, (float) (CENTRE-MATH.SQRT (3) * RADIUS/2))//C Mpath.lineto (centre + RADIUS, centre);/D Mpath.lineto (centre + RADIUS/2, (float) ((MATH.SQRT (3) * RADIUS/2) + centre))//E Mpath.lineto (CENTRE-RADIUS/2, (float) ((MATH.SQRT) (3
  ) * RADIUS/2) + centre);//F mpath.close ();

  Canvas.drawpath (MPath, mpaint);
  /** * Draw percent of progress * * * mpaint.setstrokewidth (0);
  Mpaint.setcolor (TextColor);
  Mpaint.settextsize (TEXTSIZE); Mpaint.settypeface (Typeface.default_bold); Sets the font int percent = (int) ((float) progress/(FLOAT) max) * 100); In the middle of the progress percentage, first converted to float in the division operation, otherwise all 0 float textWidth = mpaint.measuretext (Percent + "%"); To measure the font width, we need to set the width of the font to the circleRing Middle if (textisdisplayable && style = = STROKE) {Canvas.drawtext (percent + "%", CENTRE-TEXTWIDTH/2, Centr E + TEXTSIZE/2, mpaint);
  Draw a percentage of progress}/** * Draw hexagonal progress/path = new Path (); Paint.setstrokewidth (Roundwidth); Set the width of the ring Paint.setcolor (Roundprogresscolor);

  Sets the color of the Progress Paint.setantialias (TRUE);

  Double k= (progress*6)/MAX;
   Paint.setstyle (Paint.Style.STROKE);
    if (k <= 1| | k==0) {Path.moveto (centre + RADIUS, centre);
   Path.lineto ((float) (CENTRE+RADIUS-K*RADIUS/2), (float) (CENTRE+K*RADIUS*MATH.SQRT (3)/2)); 
    else if (k>1&&k<=2) {Path.moveto (centre + RADIUS, centre);
    Path.lineto (centre + RADIUS/2, (float) ((MATH.SQRT (3) * RADIUS/2) + centre));
   Path.lineto ((float) (Centre+1.5*radius-k*radius), (float) (CENTRE+0.5*MATH.SQRT (3) *radius)); 
    }else if (k>2&&k<=3) {Path.moveto (centre + RADIUS, centre); Path.lineto (centre + RADIUS/2, (float) ((MATH.SQRT (3) * Radius/2) + centre);
    Path.lineto (CENTRE-RADIUS/2, (float) (MATH.SQRT (3) * RADIUS/2) + centre)); Path.lineto ((float) (centre+0.5*radius-0.5*radius*k), (float) (CENTRE+1.5*MATH.SQRT (3) *radius-0.5*k*radius*
   MATH.SQRT (3))); 
    }else if (k>3&&k<=4) {Path.moveto (centre + RADIUS, centre);
    Path.lineto (centre + RADIUS/2, (float) ((MATH.SQRT (3) * RADIUS/2) + centre));
    Path.lineto (CENTRE-RADIUS/2, (float) (MATH.SQRT (3) * RADIUS/2) + centre));
    Path.lineto (Centre-radius, centre);
   Path.lineto ((float) (Centre-radius+0.5*k*radius-1.5*radius), (float) (centre-0.5* (k-3) *radius*math.sqrt (3)); 
    }else if (k>4&&k<=5) {Path.moveto (centre + RADIUS, centre);
    Path.lineto (centre + RADIUS/2, (float) ((MATH.SQRT (3) * RADIUS/2) + centre));
    Path.lineto (CENTRE-RADIUS/2, (float) (MATH.SQRT (3) * RADIUS/2) + centre));
    Path.lineto (Centre-radius, centre); Path.lineto (CENTRE-RADIUS/2, (float) (CENTRE-MATH.SQRT (3) * RADIUS/2));
   Path.lineto ((float) (k-4) *radius+centre-0.5*radius), (float) (CENTRE-MATH.SQRT (3) * radius/2)); 
    }else if (k>5&&k<6) {Path.moveto (centre + RADIUS, centre);
    Path.lineto (centre + RADIUS/2, (float) ((MATH.SQRT (3) * RADIUS/2) + centre));
    Path.lineto (CENTRE-RADIUS/2, (float) (MATH.SQRT (3) * RADIUS/2) + centre));
    Path.lineto (Centre-radius, centre);
    Path.lineto (CENTRE-RADIUS/2, (float) (CENTRE-MATH.SQRT (3) * radius/2));
    Path.lineto (centre + RADIUS/2, (float) (CENTRE-MATH.SQRT (3) * radius/2)); Path.lineto ((float) (centre+0.5*radius+0.5* (k-5) *radius), (float) (CENTRE-0.5*MATH.SQRT (3) *radius+0.5*math.sqrt (3
   ) * (k-5) *radius)); 
    }else {Path.moveto (centre + RADIUS, centre);
    Path.lineto (centre + RADIUS/2, (float) ((MATH.SQRT (3) * RADIUS/2) + centre));
    Path.lineto (CENTRE-RADIUS/2, (float) (MATH.SQRT (3) * RADIUS/2) + centre));
    Path.lineto (Centre-radius, centre); Path.lineto (centRE-RADIUS/2, (float) (CENTRE-MATH.SQRT (3) * radius/2));
    Path.lineto (centre + RADIUS/2, (float) (CENTRE-MATH.SQRT (3) * radius/2));
    Path.lineto (centre + RADIUS, centre);
   Path.close ();

 } canvas.drawpath (path, paint);
 Public synchronized Double Getmax () {return max;  /** * Set the maximum rate of progress * * @param max/public synchronized void Setmax (int max) {if (Max < 0) {throw new
  IllegalArgumentException ("Max not less than 0");
 } This.max = max;
 /** * Get progress. Need Sync * * @return/public synchronized Double getprogress () {return progress; /** * Set Progress, this is a thread-safe control, due to the problem of multiple lines, need synchronous Refresh interface Call Postinvalidate () can refresh on non-UI thread * * @param progress/Public Synchronize d void setprogress (double progress) {if (Progress < 0) {throw new IllegalArgumentException ("Progress not less th
  an 0 ");
  } if (Progress > Max) {progress = max;
   } if (Progress <= max) {this.progress = progress;
  Postinvalidate ();

}

 } public int Getcriclecolor () {return roundcolor;
 The public void Setcriclecolor (int criclecolor) {this.roundcolor = Criclecolor;
 public int Getcricleprogresscolor () {return roundprogresscolor;
 The public void Setcricleprogresscolor (int cricleprogresscolor) {this.roundprogresscolor = Cricleprogresscolor;
 public int GetTextColor () {return textcolor;
 The public void SetTextColor (int textcolor) {this.textcolor = TextColor;
 public float GetTextSize () {return textsize;
 public void Settextsize (float textsize) {this.textsize = Textsize;
 public float Getroundwidth () {return roundwidth;
 public void Setroundwidth (float roundwidth) {this.roundwidth = Roundwidth;

 }

}

Create a new Attrs.xml file in values:

<?xml version= "1.0" encoding= "UTF-8"?>
<resources>
 <declare-styleable name= " Hexagonprogressbar "> 
  <attr name=" hexagoncolor "format=" Color "/> <attr-name=
  " Hexagonprogresscolor "format=" color "/> <attr name=" hexagonwidth "format=" Dimension "
  ></attr>
  <attr name= "textcolor" format= "color"/> <attr name= 
  "textsize" format= "Dimension"/> 
  < attr name= "Max" format= "integer" ></attr> 
  <attr name= "Textisdisplayable" format= "boolean" ></ Attr>
  <!--<attr name= "style" >
   <enum name= "STROKE" value= "0" ></enum>
   < Enum name= "FILL" value= "1" ></enum>
  </attr>-->
 </declare-styleable> 
</ Resources>

Free download of the project: Android Hexagon progress bar

I hope this article will help you learn about Android software programming.