ap运动会报名表表上的home study code 怎么填
点击联系发帖人
时间：2012-02-11 15:52
项目语言:JAVA
权限:read-only(如需更高权限请先加入项目)
Index: ImageUtils.java
===================================================================
--- ImageUtils.java (revision 0)
+++ ImageUtils.java (revision 6)
@@ -0,0 +1,595 @@
+package com.ap.twork.
+import java.awt.AlphaC
+import java.awt.C
+import java.awt.F
+import java.awt.G
+import java.awt.Graphics2D;
+import java.awt.I
+import java.awt.T
+import java.awt.color.ColorS
+import java.awt.geom.AffineT
+import java.awt.image.AffineTransformOp;
+import java.awt.image.BufferedI
+import java.awt.image.ColorConvertOp;
+import java.awt.image.CropImageF
+import java.awt.image.FilteredImageS
+import java.awt.image.ImageF
+import java.io.F
+import java.io.FileOutputS
+import java.io.IOE
+import java.io.OutputS
+import javax.imageio.ImageIO;
+import com.ap.twork.util.qiniu.CloudS
+import Decoder.BASE64D
+public class ImageUtils {
* 几种常见的图片格式
+ public static String IMAGE_TYPE_GIF = &gif&;// 图形交换格式
+ public static String IMAGE_TYPE_JPG = &jpg&;// 联合照片专家组
+ public static String IMAGE_TYPE_JPEG = &jpeg&;// 联合照片专家组
+ public static String IMAGE_TYPE_BMP = &bmp&;// 英文Bitmap（位图）的简写，它是Windows操作系统中的标准图像文件格式
+ public static String IMAGE_TYPE_PNG = &png&;// 可移植网络图形
+ public static String IMAGE_TYPE_PSD = &psd&;// Photoshop的专用格式Photoshop
* 程序入口：用于测试
* @param args
* @throws IOException
+ public static void main(String[] args) throws IOException {
// 1-缩放图像：
// 方法一：按比例缩放
// ImageUtils.scale(&e:/abc.jpg&, &e:/abc_scale.jpg&, 2, true);//测试OK
// 方法二：按高度和宽度缩放
// ImageUtils.scale2(&e:/abc.jpg&, &e:/abc_scale2.jpg&, 500, 300,
// true);//测试OK
// 2-切割图像：
// 方法一：按指定起点坐标和宽高切割
///ImageUtils.cut(&e:/wxscan.png&, &e:/wxscan.png_cut.png&, 0, 0, 100, 100);// 测试OK
// 方法二：指定切片的行数和列数
// ImageUtils.cut2(&e:/abc.jpg&, &e:/&, 2, 2 );//测试OK
// 方法三：指定切片的宽度和高度
// ImageUtils.cut3(&e:/abc.jpg&, &e:/&, 300, 300 );//测试OK
// 3-图像类型转换：
// ImageUtils.convert(&e:/abc.jpg&, &GIF&, &e:/abc_convert.gif&);//测试OK
// 4-彩色转黑白：
// ImageUtils.gray(&e:/abc.jpg&, &e:/abc_gray.jpg&);//测试OK
// 5-给图片添加文字水印：
// 方法一：
// ImageUtils.pressText(&我是水印文字&,&e:/abc.jpg&,&e:/abc_pressText.jpg&,&宋体&,Font.BOLD,Color.white,80,
// 0, 0, 0.5f);//测试OK
// 方法二：
// ImageUtils.pressText2(&我也是水印文字&,
// &e:/abc.jpg&,&e:/abc_pressText2.jpg&, &黑体&, 36, Color.white, 80, 0,
// 0, 0.5f);//测试OK
// 6-给图片添加图片水印：
// ImageUtils.pressImage(&e:/abc2.jpg&,
// &e:/abc.jpg&,&e:/abc_pressImage.jpg&, 0, 0, 0.5f);//测试OK
ImageUtils.GenerateImage(&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&);
byte[] b= FileUtil.toByteArray(&e://444.png&);
CloudStorage.uploadByData(Const.SPACE_NAME, b, &666.jpg& );
FileUtil.delFile(&e://444.png&);
+ public static boolean GenerateImage(String imgStr,String filePath) { // 对字节数组字符串进行Base64解码并生成图片
if (imgStr == null) // 图像数据为空
BASE64Decoder decoder = new BASE64Decoder();
// Base64解码
byte[] b = decoder.decodeBuffer(imgStr);
for (int i = 0; i & b. ++i) {
if (b[i] & 0) {// 调整异常数据
b[i] += 256;
// 生成jpeg图片
//String imgFilePath = &e://444.png&;// 新生成的图片
OutputStream out = new FileOutputStream(filePath);
out.write(b);
out.flush();
out.close();
} catch (Exception e) {
* 缩放图像（按比例缩放）
* @param srcImageFile
源图像文件地址
* @param result
缩放后的图像地址
* @param scale
* @param flag
缩放选择:true 放大; false 缩小;
+ public final static void scale(String srcImageFile, String result,
int scale, boolean flag) {
BufferedImage src = ImageIO.read(new File(srcImageFile)); // 读入文件
int width = src.getWidth(); // 得到源图宽
int height = src.getHeight(); // 得到源图长
if (flag) {// 放大
width = width *
height = height *
} else {// 缩小
width = width /
height = height /
Image image = src.getScaledInstance(width, height,
Image.SCALE_DEFAULT);
BufferedImage tag = new BufferedImage(width, height,
BufferedImage.TYPE_INT_RGB);
Graphics g = tag.getGraphics();
g.drawImage(image, 0, 0, null); // 绘制缩小后的图
g.dispose();
ImageIO.write(tag, &JPEG&, new File(result));// 输出到文件流
} catch (IOException e) {
e.printStackTrace();
* 缩放图像（按高度和宽度缩放）
* @param srcImageFile
源图像文件地址
* @param result
缩放后的图像地址
* @param height
缩放后的高度
* @param width
缩放后的宽度
* @param bb
比例不对时是否需要补白：true为补白; false为不补白;
+ public final static void scale2(String srcImageFile, String result,
int height, int width, boolean bb) {
double ratio = 0.0; // 缩放比例
File f = new File(srcImageFile);
BufferedImage bi = ImageIO.read(f);
Image itemp = bi.getScaledInstance(width, height, bi.SCALE_SMOOTH);
// 计算比例
if ((bi.getHeight() & height) || (bi.getWidth() & width)) {
if (bi.getHeight() & bi.getWidth()) {
ratio = (new Integer(height)).doubleValue()
/ bi.getHeight();
ratio = (new Integer(width)).doubleValue() / bi.getWidth();
AffineTransformOp op = new AffineTransformOp(
AffineTransform.getScaleInstance(ratio, ratio), null);
itemp = op.filter(bi, null);
if (bb) {// 补白
BufferedImage image = new BufferedImage(width, height,
BufferedImage.TYPE_INT_RGB);
Graphics2D g = image.createGraphics();
g.setColor(Color.white);
g.fillRect(0, 0, width, height);
if (width == itemp.getWidth(null))
g.drawImage(itemp, 0, (height - itemp.getHeight(null)) / 2,
itemp.getWidth(null), itemp.getHeight(null),
Color.white, null);
g.drawImage(itemp, (width - itemp.getWidth(null)) / 2, 0,
itemp.getWidth(null), itemp.getHeight(null),
Color.white, null);
g.dispose();
ImageIO.write((BufferedImage) itemp, &JPEG&, new File(result));
} catch (IOException e) {
e.printStackTrace();
* 图像切割(按指定起点坐标和宽高切割)
* @param srcImageFile
源图像地址
* @param result
切片后的图像地址
* @param x
目标切片起点坐标X
* @param y
目标切片起点坐标Y
* @param width
目标切片宽度
* @param height
目标切片高度
+ public final static void cut(String srcImageFile, String result, int x,
int y, int width, int height) {
File file =
// 读取源图像
BufferedImage bi = ImageIO.read(new File(srcImageFile));
int srcWidth = bi.getHeight(); // 源图宽度
int srcHeight = bi.getWidth(); // 源图高度
if (srcWidth & 0 && srcHeight & 0) {
Image image = bi.getScaledInstance(srcWidth, srcHeight,
Image.SCALE_DEFAULT);
// 四个参数分别为图像起点坐标和宽高
// 即: CropImageFilter(int x,int y,int width,int height)
ImageFilter cropFilter = new CropImageFilter(x, y, width,
Image img = Toolkit.getDefaultToolkit().createImage(
new FilteredImageSource(image.getSource(), cropFilter));
BufferedImage tag = new BufferedImage(width, height,
BufferedImage.TYPE_INT_RGB);
Graphics g = tag.getGraphics();
g.drawImage(img, 0, 0, width, height, null); // 绘制切割后的图
g.dispose();
// 输出为文件
file = new File(result);
ImageIO.write(tag, &JPEG&, file);
System.out.println(&& + file.getPath());
} catch (Exception e) {
e.printStackTrace();
* 图像切割（指定切片的行数和列数）
* @param srcImageFile
源图像地址
* @param descDir
切片目标文件夹
* @param rows
目标切片行数。默认2，必须是范围 [1, 20] 之内
* @param cols
目标切片列数。默认2，必须是范围 [1, 20] 之内
+ public final static void cut2(String srcImageFile, String descDir,
int rows, int cols) {
if (rows &= 0 || rows & 20)
rows = 2; // 切片行数
if (cols &= 0 || cols & 20)
cols = 2; // 切片列数
// 读取源图像
BufferedImage bi = ImageIO.read(new File(srcImageFile));
int srcWidth = bi.getHeight(); // 源图宽度
int srcHeight = bi.getWidth(); // 源图高度
if (srcWidth & 0 && srcHeight & 0) {
ImageFilter cropF
Image image = bi.getScaledInstance(srcWidth, srcHeight,
Image.SCALE_DEFAULT);
int destWidth = srcW // 每张切片的宽度
int destHeight = srcH // 每张切片的高度
// 计算切片的宽度和高度
if (srcWidth % cols == 0) {
destWidth = srcWidth /
destWidth = (int) Math.floor(srcWidth / cols) + 1;
if (srcHeight % rows == 0) {
destHeight = srcHeight /
destHeight = (int) Math.floor(srcWidth / rows) + 1;
// 循环建立切片
// 改进的想法:是否可用多线程加快切割速度
for (int i = 0; i & i++) {
for (int j = 0; j & j++) {
// 四个参数分别为图像起点坐标和宽高
// 即: CropImageFilter(int x,int y,int width,int height)
cropFilter = new CropImageFilter(j * destWidth, i
* destHeight, destWidth, destHeight);
img = Toolkit.getDefaultToolkit().createImage(
new FilteredImageSource(image.getSource(),
cropFilter));
BufferedImage tag = new BufferedImage(destWidth,
destHeight, BufferedImage.TYPE_INT_RGB);
Graphics g = tag.getGraphics();
g.drawImage(img, 0, 0, null); // 绘制缩小后的图
g.dispose();
// 输出为文件
ImageIO.write(tag, &JPEG&, new File(descDir + &_r& + i
+ &_c& + j + &.jpg&));
} catch (Exception e) {
e.printStackTrace();
* 图像切割（指定切片的宽度和高度）
* @param srcImageFile
源图像地址
* @param descDir
切片目标文件夹
* @param destWidth
目标切片宽度。默认200
* @param destHeight
目标切片高度。默认150
+ public final static void cut3(String srcImageFile, String descDir,
int destWidth, int destHeight) {
if (destWidth &= 0)
destWidth = 200; // 切片宽度
if (destHeight &= 0)
destHeight = 150; // 切片高度
// 读取源图像
BufferedImage bi = ImageIO.read(new File(srcImageFile));
int srcWidth = bi.getHeight(); // 源图宽度
int srcHeight = bi.getWidth(); // 源图高度
if (srcWidth & destWidth && srcHeight & destHeight) {
ImageFilter cropF
Image image = bi.getScaledInstance(srcWidth, srcHeight,
Image.SCALE_DEFAULT);
int cols = 0; // 切片横向数量
int rows = 0; // 切片纵向数量
// 计算切片的横向和纵向数量
if (srcWidth % destWidth == 0) {
cols = srcWidth / destW
cols = (int) Math.floor(srcWidth / destWidth) + 1;
if (srcHeight % destHeight == 0) {
rows = srcHeight / destH
rows = (int) Math.floor(srcHeight / destHeight) + 1;
// 循环建立切片
// 改进的想法:是否可用多线程加快切割速度
for (int i = 0; i & i++) {
for (int j = 0; j & j++) {
// 四个参数分别为图像起点坐标和宽高
// 即: CropImageFilter(int x,int y,int width,int height)
cropFilter = new CropImageFilter(j * destWidth, i
* destHeight, destWidth, destHeight);
img = Toolkit.getDefaultToolkit().createImage(
new FilteredImageSource(image.getSource(),
cropFilter));
BufferedImage tag = new BufferedImage(destWidth,
destHeight, BufferedImage.TYPE_INT_RGB);
Graphics g = tag.getGraphics();
g.drawImage(img, 0, 0, null); // 绘制缩小后的图
g.dispose();
// 输出为文件
ImageIO.write(tag, &JPEG&, new File(descDir + &_r& + i
+ &_c& + j + &.jpg&));
} catch (Exception e) {
e.printStackTrace();
* 图像类型转换：GIF-&JPG、GIF-&PNG、PNG-&JPG、PNG-&GIF(X)、BMP-&PNG
* @param srcImageFile
源图像地址
* @param formatName
包含格式非正式名称的 String：如JPG、JPEG、GIF等
* @param destImageFile
目标图像地址
+ public final static void convert(String srcImageFile, String formatName,
String destImageFile) {
File f = new File(srcImageFile);
f.canRead();
f.canWrite();
BufferedImage src = ImageIO.read(f);
ImageIO.write(src, formatName, new File(destImageFile));
} catch (Exception e) {
e.printStackTrace();
* 彩色转为黑白
* @param srcImageFile
源图像地址
* @param destImageFile
目标图像地址
+ public final static void gray(String srcImageFile, String destImageFile) {
BufferedImage src = ImageIO.read(new File(srcImageFile));
ColorSpace cs = ColorSpace.getInstance(ColorSpace.CS_GRAY);
ColorConvertOp op = new ColorConvertOp(cs, null);
src = op.filter(src, null);
ImageIO.write(src, &JPEG&, new File(destImageFile));
} catch (IOException e) {
e.printStackTrace();
* 给图片添加文字水印
* @param pressText
* @param srcImageFile
源图像地址
* @param destImageFile
目标图像地址
* @param fontName
水印的字体名称
* @param fontStyle
水印的字体样式
* @param color
水印的字体颜色
* @param fontSize
水印的字体大小
* @param x
* @param y
* @param alpha
透明度：alpha 必须是范围 [0.0, 1.0] 之内（包含边界值）的一个浮点数字
+ public final static void pressText(String pressText, String srcImageFile,
String destImageFile, String fontName, int fontStyle, Color color,
int fontSize, int x, int y, float alpha) {
File img = new File(srcImageFile);
Image src = ImageIO.read(img);
int width = src.getWidth(null);
int height = src.getHeight(null);
BufferedImage image = new BufferedImage(width, height,
BufferedImage.TYPE_INT_RGB);
Graphics2D g = image.createGraphics();
g.drawImage(src, 0, 0, width, height, null);
g.setColor(color);
g.setFont(new Font(fontName, fontStyle, fontSize));
g.setComposite(AlphaComposite.getInstance(AlphaComposite.SRC_ATOP,
// 在指定坐标绘制水印文字
g.drawString(pressText, (width - (getLength(pressText) * fontSize))
/ 2 + x, (height - fontSize) / 2 + y);
g.dispose();
ImageIO.write((BufferedImage) image, &JPEG&,
new File(destImageFile));// 输出到文件流
} catch (Exception e) {
e.printStackTrace();
* 给图片添加文字水印
* @param pressText
* @param srcImageFile
源图像地址
* @param destImageFile
目标图像地址
* @param fontName
* @param fontStyle
* @param color
* @param fontSize
* @param x
* @param y
* @param alpha
透明度：alpha 必须是范围 [0.0, 1.0] 之内（包含边界值）的一个浮点数字
+ public final static void pressText2(String pressText, String srcImageFile,
String destImageFile, String fontName, int fontStyle, Color color,
int fontSize, int x, int y, float alpha) {
File img = new File(srcImageFile);
Image src = ImageIO.read(img);
int width = src.getWidth(null);
int height = src.getHeight(null);
BufferedImage image = new BufferedImage(width, height,
BufferedImage.TYPE_INT_RGB);
Graphics2D g = image.createGraphics();
g.drawImage(src, 0, 0, width, height, null);
g.setColor(color);
g.setFont(new Font(fontName, fontStyle, fontSize));
g.setComposite(AlphaComposite.getInstance(AlphaComposite.SRC_ATOP,
// 在指定坐标绘制水印文字
g.drawString(pressText, (width - (getLength(pressText) * fontSize))
/ 2 + x, (height - fontSize) / 2 + y);
g.dispose();
ImageIO.write((BufferedImage) image, &JPEG&,
new File(destImageFile));
} catch (Exception e) {
e.printStackTrace();
* 给图片添加图片水印
* @param pressImg
* @param srcImageFile
源图像地址
* @param destImageFile
目标图像地址
* @param x
修正值。 默认在中间
* @param y
修正值。 默认在中间
* @param alpha
透明度：alpha 必须是范围 [0.0, 1.0] 之内（包含边界值）的一个浮点数字
+ public final static void pressImage(String pressImg, String srcImageFile,
String destImageFile, int x, int y, float alpha) {
File img = new File(srcImageFile);
Image src = ImageIO.read(img);
int wideth = src.getWidth(null);
int height = src.getHeight(null);
BufferedImage image = new BufferedImage(wideth, height,
BufferedImage.TYPE_INT_RGB);
Graphics2D g = image.createGraphics();
g.drawImage(src, 0, 0, wideth, height, null);
// 水印文件
Image src_biao = ImageIO.read(new File(pressImg));
int wideth_biao = src_biao.getWidth(null);
int height_biao = src_biao.getHeight(null);
g.setComposite(AlphaComposite.getInstance(AlphaComposite.SRC_ATOP,
g.drawImage(src_biao, (wideth - wideth_biao) / 2,
(height - height_biao) / 2, wideth_biao, height_biao, null);
// 水印文件结束
g.dispose();
ImageIO.write((BufferedImage) image, &JPEG&,
new File(destImageFile));
} catch (Exception e) {
e.printStackTrace();
* 计算text的长度（一个中文算两个字符）
* @param text
+ public final static int getLength(String text) {
int length = 0;
for (int i = 0; i & text.length(); i++) {
if (new String(text.charAt(i) + &&).getBytes().length & 1) {
length += 2;
length += 1;
return length / 2;
\ No newline at end of file
(C)&&2013&&Alibaba&&Inc.&&All&&rights&&resvered.
Powered by}
权限:read-only(如需更高权限请先加入项目)
Index: ImageUtils.java
===================================================================
--- ImageUtils.java (revision 0)
+++ ImageUtils.java (revision 6)
@@ -0,0 +1,595 @@
+package com.ap.twork.
+import java.awt.AlphaC
+import java.awt.C
+import java.awt.F
+import java.awt.G
+import java.awt.Graphics2D;
+import java.awt.I
+import java.awt.T
+import java.awt.color.ColorS
+import java.awt.geom.AffineT
+import java.awt.image.AffineTransformOp;
+import java.awt.image.BufferedI
+import java.awt.image.ColorConvertOp;
+import java.awt.image.CropImageF
+import java.awt.image.FilteredImageS
+import java.awt.image.ImageF
+import java.io.F
+import java.io.FileOutputS
+import java.io.IOE
+import java.io.OutputS
+import javax.imageio.ImageIO;
+import com.ap.twork.util.qiniu.CloudS
+import Decoder.BASE64D
+public class ImageUtils {
* 几种常见的图片格式
+ public static String IMAGE_TYPE_GIF = &gif&;// 图形交换格式
+ public static String IMAGE_TYPE_JPG = &jpg&;// 联合照片专家组
+ public static String IMAGE_TYPE_JPEG = &jpeg&;// 联合照片专家组
+ public static String IMAGE_TYPE_BMP = &bmp&;// 英文Bitmap（位图）的简写，它是Windows操作系统中的标准图像文件格式
+ public static String IMAGE_TYPE_PNG = &png&;// 可移植网络图形
+ public static String IMAGE_TYPE_PSD = &psd&;// Photoshop的专用格式Photoshop
* 程序入口：用于测试
* @param args
* @throws IOException
+ public static void main(String[] args) throws IOException {
// 1-缩放图像：
// 方法一：按比例缩放
// ImageUtils.scale(&e:/abc.jpg&, &e:/abc_scale.jpg&, 2, true);//测试OK
// 方法二：按高度和宽度缩放
// ImageUtils.scale2(&e:/abc.jpg&, &e:/abc_scale2.jpg&, 500, 300,
// true);//测试OK
// 2-切割图像：
// 方法一：按指定起点坐标和宽高切割
///ImageUtils.cut(&e:/wxscan.png&, &e:/wxscan.png_cut.png&, 0, 0, 100, 100);// 测试OK
// 方法二：指定切片的行数和列数
// ImageUtils.cut2(&e:/abc.jpg&, &e:/&, 2, 2 );//测试OK
// 方法三：指定切片的宽度和高度
// ImageUtils.cut3(&e:/abc.jpg&, &e:/&, 300, 300 );//测试OK
// 3-图像类型转换：
// ImageUtils.convert(&e:/abc.jpg&, &GIF&, &e:/abc_convert.gif&);//测试OK
// 4-彩色转黑白：
// ImageUtils.gray(&e:/abc.jpg&, &e:/abc_gray.jpg&);//测试OK
// 5-给图片添加文字水印：
// 方法一：
// ImageUtils.pressText(&我是水印文字&,&e:/abc.jpg&,&e:/abc_pressText.jpg&,&宋体&,Font.BOLD,Color.white,80,
// 0, 0, 0.5f);//测试OK
// 方法二：
// ImageUtils.pressText2(&我也是水印文字&,
// &e:/abc.jpg&,&e:/abc_pressText2.jpg&, &黑体&, 36, Color.white, 80, 0,
// 0, 0.5f);//测试OK
// 6-给图片添加图片水印：
// ImageUtils.pressImage(&e:/abc2.jpg&,
// &e:/abc.jpg&,&e:/abc_pressImage.jpg&, 0, 0, 0.5f);//测试OK
ImageUtils.GenerateImage(&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&);
byte[] b= FileUtil.toByteArray(&e://444.png&);
CloudStorage.uploadByData(Const.SPACE_NAME, b, &666.jpg& );
FileUtil.delFile(&e://444.png&);
+ public static boolean GenerateImage(String imgStr,String filePath) { // 对字节数组字符串进行Base64解码并生成图片
if (imgStr == null) // 图像数据为空
BASE64Decoder decoder = new BASE64Decoder();
// Base64解码
byte[] b = decoder.decodeBuffer(imgStr);
for (int i = 0; i & b. ++i) {
if (b[i] & 0) {// 调整异常数据
b[i] += 256;
// 生成jpeg图片
//String imgFilePath = &e://444.png&;// 新生成的图片
OutputStream out = new FileOutputStream(filePath);
out.write(b);
out.flush();
out.close();
} catch (Exception e) {
* 缩放图像（按比例缩放）
* @param srcImageFile
源图像文件地址
* @param result
缩放后的图像地址
* @param scale
* @param flag
缩放选择:true 放大; false 缩小;
+ public final static void scale(String srcImageFile, String result,
int scale, boolean flag) {
BufferedImage src = ImageIO.read(new File(srcImageFile)); // 读入文件
int width = src.getWidth(); // 得到源图宽
int height = src.getHeight(); // 得到源图长
if (flag) {// 放大
width = width *
height = height *
} else {// 缩小
width = width /
height = height /
Image image = src.getScaledInstance(width, height,
Image.SCALE_DEFAULT);
BufferedImage tag = new BufferedImage(width, height,
BufferedImage.TYPE_INT_RGB);
Graphics g = tag.getGraphics();
g.drawImage(image, 0, 0, null); // 绘制缩小后的图
g.dispose();
ImageIO.write(tag, &JPEG&, new File(result));// 输出到文件流
} catch (IOException e) {
e.printStackTrace();
* 缩放图像（按高度和宽度缩放）
* @param srcImageFile
源图像文件地址
* @param result
缩放后的图像地址
* @param height
缩放后的高度
* @param width
缩放后的宽度
* @param bb
比例不对时是否需要补白：true为补白; false为不补白;
+ public final static void scale2(String srcImageFile, String result,
int height, int width, boolean bb) {
double ratio = 0.0; // 缩放比例
File f = new File(srcImageFile);
BufferedImage bi = ImageIO.read(f);
Image itemp = bi.getScaledInstance(width, height, bi.SCALE_SMOOTH);
// 计算比例
if ((bi.getHeight() & height) || (bi.getWidth() & width)) {
if (bi.getHeight() & bi.getWidth()) {
ratio = (new Integer(height)).doubleValue()
/ bi.getHeight();
ratio = (new Integer(width)).doubleValue() / bi.getWidth();
AffineTransformOp op = new AffineTransformOp(
AffineTransform.getScaleInstance(ratio, ratio), null);
itemp = op.filter(bi, null);
if (bb) {// 补白
BufferedImage image = new BufferedImage(width, height,
BufferedImage.TYPE_INT_RGB);
Graphics2D g = image.createGraphics();
g.setColor(Color.white);
g.fillRect(0, 0, width, height);
if (width == itemp.getWidth(null))
g.drawImage(itemp, 0, (height - itemp.getHeight(null)) / 2,
itemp.getWidth(null), itemp.getHeight(null),
Color.white, null);
g.drawImage(itemp, (width - itemp.getWidth(null)) / 2, 0,
itemp.getWidth(null), itemp.getHeight(null),
Color.white, null);
g.dispose();
ImageIO.write((BufferedImage) itemp, &JPEG&, new File(result));
} catch (IOException e) {
e.printStackTrace();
* 图像切割(按指定起点坐标和宽高切割)
* @param srcImageFile
源图像地址
* @param result
切片后的图像地址
* @param x
目标切片起点坐标X
* @param y
目标切片起点坐标Y
* @param width
目标切片宽度
* @param height
目标切片高度
+ public final static void cut(String srcImageFile, String result, int x,
int y, int width, int height) {
File file =
// 读取源图像
BufferedImage bi = ImageIO.read(new File(srcImageFile));
int srcWidth = bi.getHeight(); // 源图宽度
int srcHeight = bi.getWidth(); // 源图高度
if (srcWidth & 0 && srcHeight & 0) {
Image image = bi.getScaledInstance(srcWidth, srcHeight,
Image.SCALE_DEFAULT);
// 四个参数分别为图像起点坐标和宽高
// 即: CropImageFilter(int x,int y,int width,int height)
ImageFilter cropFilter = new CropImageFilter(x, y, width,
Image img = Toolkit.getDefaultToolkit().createImage(
new FilteredImageSource(image.getSource(), cropFilter));
BufferedImage tag = new BufferedImage(width, height,
BufferedImage.TYPE_INT_RGB);
Graphics g = tag.getGraphics();
g.drawImage(img, 0, 0, width, height, null); // 绘制切割后的图
g.dispose();
// 输出为文件
file = new File(result);
ImageIO.write(tag, &JPEG&, file);
System.out.println(&& + file.getPath());
} catch (Exception e) {
e.printStackTrace();
* 图像切割（指定切片的行数和列数）
* @param srcImageFile
源图像地址
* @param descDir
切片目标文件夹
* @param rows
目标切片行数。默认2，必须是范围 [1, 20] 之内
* @param cols
目标切片列数。默认2，必须是范围 [1, 20] 之内
+ public final static void cut2(String srcImageFile, String descDir,
int rows, int cols) {
if (rows &= 0 || rows & 20)
rows = 2; // 切片行数
if (cols &= 0 || cols & 20)
cols = 2; // 切片列数
// 读取源图像
BufferedImage bi = ImageIO.read(new File(srcImageFile));
int srcWidth = bi.getHeight(); // 源图宽度
int srcHeight = bi.getWidth(); // 源图高度
if (srcWidth & 0 && srcHeight & 0) {
ImageFilter cropF
Image image = bi.getScaledInstance(srcWidth, srcHeight,
Image.SCALE_DEFAULT);
int destWidth = srcW // 每张切片的宽度
int destHeight = srcH // 每张切片的高度
// 计算切片的宽度和高度
if (srcWidth % cols == 0) {
destWidth = srcWidth /
destWidth = (int) Math.floor(srcWidth / cols) + 1;
if (srcHeight % rows == 0) {
destHeight = srcHeight /
destHeight = (int) Math.floor(srcWidth / rows) + 1;
// 循环建立切片
// 改进的想法:是否可用多线程加快切割速度
for (int i = 0; i & i++) {
for (int j = 0; j & j++) {
// 四个参数分别为图像起点坐标和宽高
// 即: CropImageFilter(int x,int y,int width,int height)
cropFilter = new CropImageFilter(j * destWidth, i
* destHeight, destWidth, destHeight);
img = Toolkit.getDefaultToolkit().createImage(
new FilteredImageSource(image.getSource(),
cropFilter));
BufferedImage tag = new BufferedImage(destWidth,
destHeight, BufferedImage.TYPE_INT_RGB);
Graphics g = tag.getGraphics();
g.drawImage(img, 0, 0, null); // 绘制缩小后的图
g.dispose();
// 输出为文件
ImageIO.write(tag, &JPEG&, new File(descDir + &_r& + i
+ &_c& + j + &.jpg&));
} catch (Exception e) {
e.printStackTrace();
* 图像切割（指定切片的宽度和高度）
* @param srcImageFile
源图像地址
* @param descDir
切片目标文件夹
* @param destWidth
目标切片宽度。默认200
* @param destHeight
目标切片高度。默认150
+ public final static void cut3(String srcImageFile, String descDir,
int destWidth, int destHeight) {
if (destWidth &= 0)
destWidth = 200; // 切片宽度
if (destHeight &= 0)
destHeight = 150; // 切片高度
// 读取源图像
BufferedImage bi = ImageIO.read(new File(srcImageFile));
int srcWidth = bi.getHeight(); // 源图宽度
int srcHeight = bi.getWidth(); // 源图高度
if (srcWidth & destWidth && srcHeight & destHeight) {
ImageFilter cropF
Image image = bi.getScaledInstance(srcWidth, srcHeight,
Image.SCALE_DEFAULT);
int cols = 0; // 切片横向数量
int rows = 0; // 切片纵向数量
// 计算切片的横向和纵向数量
if (srcWidth % destWidth == 0) {
cols = srcWidth / destW
cols = (int) Math.floor(srcWidth / destWidth) + 1;
if (srcHeight % destHeight == 0) {
rows = srcHeight / destH
rows = (int) Math.floor(srcHeight / destHeight) + 1;
// 循环建立切片
// 改进的想法:是否可用多线程加快切割速度
for (int i = 0; i & i++) {
for (int j = 0; j & j++) {
// 四个参数分别为图像起点坐标和宽高
// 即: CropImageFilter(int x,int y,int width,int height)
cropFilter = new CropImageFilter(j * destWidth, i
* destHeight, destWidth, destHeight);
img = Toolkit.getDefaultToolkit().createImage(
new FilteredImageSource(image.getSource(),
cropFilter));
BufferedImage tag = new BufferedImage(destWidth,
destHeight, BufferedImage.TYPE_INT_RGB);
Graphics g = tag.getGraphics();
g.drawImage(img, 0, 0, null); // 绘制缩小后的图
g.dispose();
// 输出为文件
ImageIO.write(tag, &JPEG&, new File(descDir + &_r& + i
+ &_c& + j + &.jpg&));
} catch (Exception e) {
e.printStackTrace();
* 图像类型转换：GIF-&JPG、GIF-&PNG、PNG-&JPG、PNG-&GIF(X)、BMP-&PNG
* @param srcImageFile
源图像地址
* @param formatName
包含格式非正式名称的 String：如JPG、JPEG、GIF等
* @param destImageFile
目标图像地址
+ public final static void convert(String srcImageFile, String formatName,
String destImageFile) {
File f = new File(srcImageFile);
f.canRead();
f.canWrite();
BufferedImage src = ImageIO.read(f);
ImageIO.write(src, formatName, new File(destImageFile));
} catch (Exception e) {
e.printStackTrace();
* 彩色转为黑白
* @param srcImageFile
源图像地址
* @param destImageFile
目标图像地址
+ public final static void gray(String srcImageFile, String destImageFile) {
BufferedImage src = ImageIO.read(new File(srcImageFile));
ColorSpace cs = ColorSpace.getInstance(ColorSpace.CS_GRAY);
ColorConvertOp op = new ColorConvertOp(cs, null);
src = op.filter(src, null);
ImageIO.write(src, &JPEG&, new File(destImageFile));
} catch (IOException e) {
e.printStackTrace();
* 给图片添加文字水印
* @param pressText
* @param srcImageFile
源图像地址
* @param destImageFile
目标图像地址
* @param fontName
水印的字体名称
* @param fontStyle
水印的字体样式
* @param color
水印的字体颜色
* @param fontSize
水印的字体大小
* @param x
* @param y
* @param alpha
透明度：alpha 必须是范围 [0.0, 1.0] 之内（包含边界值）的一个浮点数字
+ public final static void pressText(String pressText, String srcImageFile,
String destImageFile, String fontName, int fontStyle, Color color,
int fontSize, int x, int y, float alpha) {
File img = new File(srcImageFile);
Image src = ImageIO.read(img);
int width = src.getWidth(null);
int height = src.getHeight(null);
BufferedImage image = new BufferedImage(width, height,
BufferedImage.TYPE_INT_RGB);
Graphics2D g = image.createGraphics();
g.drawImage(src, 0, 0, width, height, null);
g.setColor(color);
g.setFont(new Font(fontName, fontStyle, fontSize));
g.setComposite(AlphaComposite.getInstance(AlphaComposite.SRC_ATOP,
// 在指定坐标绘制水印文字
g.drawString(pressText, (width - (getLength(pressText) * fontSize))
/ 2 + x, (height - fontSize) / 2 + y);
g.dispose();
ImageIO.write((BufferedImage) image, &JPEG&,
new File(destImageFile));// 输出到文件流
} catch (Exception e) {
e.printStackTrace();
* 给图片添加文字水印
* @param pressText
* @param srcImageFile
源图像地址
* @param destImageFile
目标图像地址
* @param fontName
* @param fontStyle
* @param color
* @param fontSize
* @param x
* @param y
* @param alpha
透明度：alpha 必须是范围 [0.0, 1.0] 之内（包含边界值）的一个浮点数字
+ public final static void pressText2(String pressText, String srcImageFile,
String destImageFile, String fontName, int fontStyle, Color color,
int fontSize, int x, int y, float alpha) {
File img = new File(srcImageFile);
Image src = ImageIO.read(img);
int width = src.getWidth(null);
int height = src.getHeight(null);
BufferedImage image = new BufferedImage(width, height,
BufferedImage.TYPE_INT_RGB);
Graphics2D g = image.createGraphics();
g.drawImage(src, 0, 0, width, height, null);
g.setColor(color);
g.setFont(new Font(fontName, fontStyle, fontSize));
g.setComposite(AlphaComposite.getInstance(AlphaComposite.SRC_ATOP,
// 在指定坐标绘制水印文字
g.drawString(pressText, (width - (getLength(pressText) * fontSize))
/ 2 + x, (height - fontSize) / 2 + y);
g.dispose();
ImageIO.write((BufferedImage) image, &JPEG&,
new File(destImageFile));
} catch (Exception e) {
e.printStackTrace();
* 给图片添加图片水印
* @param pressImg
* @param srcImageFile
源图像地址
* @param destImageFile
目标图像地址
* @param x
修正值。 默认在中间
* @param y
修正值。 默认在中间
* @param alpha
透明度：alpha 必须是范围 [0.0, 1.0] 之内（包含边界值）的一个浮点数字
+ public final static void pressImage(String pressImg, String srcImageFile,
String destImageFile, int x, int y, float alpha) {
File img = new File(srcImageFile);
Image src = ImageIO.read(img);
int wideth = src.getWidth(null);
int height = src.getHeight(null);
BufferedImage image = new BufferedImage(wideth, height,
BufferedImage.TYPE_INT_RGB);
Graphics2D g = image.createGraphics();
g.drawImage(src, 0, 0, wideth, height, null);
// 水印文件
Image src_biao = ImageIO.read(new File(pressImg));
int wideth_biao = src_biao.getWidth(null);
int height_biao = src_biao.getHeight(null);
g.setComposite(AlphaComposite.getInstance(AlphaComposite.SRC_ATOP,
g.drawImage(src_biao, (wideth - wideth_biao) / 2,
(height - height_biao) / 2, wideth_biao, height_biao, null);
// 水印文件结束
g.dispose();
ImageIO.write((BufferedImage) image, &JPEG&,
new File(destImageFile));
} catch (Exception e) {
e.printStackTrace();
* 计算text的长度（一个中文算两个字符）
* @param text
+ public final static int getLength(String text) {
int length = 0;
for (int i = 0; i & text.length(); i++) {
if (new String(text.charAt(i) + &&).getBytes().length & 1) {
length += 2;
length += 1;
return length / 2;
\ No newline at end of file
(C)&&2013&&Alibaba&&Inc.&&All&&rights&&resvered.
Powered by}
我要回帖
更多关于 运动会报名表 的文章
更多推荐
- ·怎样把微信中的视频文档怎么发送到微信朋友圈中
- ·怎样把微信视频聊天怎么录制对方视频里面的长视频发送给别人？
- ·请问日产逍客手动挡多少钱的有天窗吗？
- ·自助火锅烤肉一体店加盟培训地址？
- ·己卯丙子庚戌日婚姻丙子，女，想看看，未来有钱吗？
- ·请问杀毒软件边个好用360还是金山毒霸网页杀毒好
- ·45659 有意思吧
- ·那里有一号药网优惠券店电子券优惠券免费送？
- ·重新办过查找学籍号号可以吗
- ·英语问题：I got this bicycle tricyclefor____;My friend gave it to me when she bought a new one.
- ·根号2的来源*根号2的来源=？
- ·本三，学会计，想去北欧日本读研费用，能申到好的学校么？哪个国家比较好？费用怎样？
- ·全排列时,为什么相同时就要除以相同个数0的阶乘乘
- ·求助failure notice_ACTIONSsfa=NULLsetcolor(RGB(t*20,t*10,0));
- ·在6.1平面直角坐标系系内,动点M(x,y)到定点F(1,0)的距离和它到定直线l:x=2的距离的比为
- ·这个新学期新计划演讲稿有什么进步 演讲稿 50字左右
- ·遇事不求人打一成语工学院3中文版种子或地址，可发邮箱
- ·ap运动会报名表表上的home study code 怎么填
- ·华东华南理工大学研究生化工的研究生有出国交换的机会吗？
- ·跪求好人卡！！！已知a/2=b/3=c/4，求2x+3y+4z/5x-2y的值。
- ·几年没上学，上海淀卫校具体位置需要复习什么课程？
- ·六字大明咒的功德解释和每个字的意思表现。能提供标准的语音吗
- ·江苏省新沂市市教师入编考试报名方式地点时间及报名所需材料和费用，谢谢，
- ·课文《一面》中"什么意思;头上直竖着寸把长的头发"什么意思;“隶体‘一’字似的胡须”等,刻画出鲁迅先生怎样的性格？
- ·吉林省食品加工内有没有公司对外招收加工商的？例如：加工针灸用的针.
- ·我是处女和男朋友做过很多次可都没有流血,前机次会很痛可后来就不痛 樊凡了 和疑惑!还遭到他的怀疑求解答
- ·2012双流教师公招招要考的《教育基础知识》是那些啊？是一本书还是一些列的书？还是其他的什么？
- ·武汉理工大学的排名全国排名是多少？
- ·和高层领导一起时,应该主动找话题还是沉默呢?有什么比较好的招聘网站处理技巧?
