from PIL import Image # 假设你已经有了一个Image对象,这里用随机数据创建一个示例图像 img = Image.new('RGB', (100, 100), color = 'white') # 将图像保存为TIFF格式 img.save('output.tif', format='TIFF') 方法二:使用OpenCV OpenCV是一个开源的计算机视觉和机器学习软件库,也支持图像的读写操作...
img1 = Image.open("D:/python_script/ffff/42608122.tif") img2 = Image.open("D:/python_script/ffff/42608122_1.jpg") #这张图片是直接修改上张图的后缀名 print ("图片格式:{0},图片大小:{1},图片模式:{2}".format(img0.format,img0.size,img0.mode)) print ("图片格式:{0},图片大小:{...
fileName := 'C:\J001-002-0010\' + Format('%.8d', [i]) + '.tif'; ImageEnIO1.LoadFromFile(fileName); //设置PDF压缩格式为JPEG压缩 ImageEnIO1.Params.PDF_Compression := ioPDF_JPEG; //图片宽度(像素)转pdf纸张宽度 ImageEnIO1.Params.Width width := Trunc(ImageEnIO1.Params.EXIF_Exif...
100), color='red')# 保存为TIFF格式new_image.save('output.tif',format='TIFF', compression='tiff_deflate')# 添加EXIF信息exif_data = {271:'Canon',# 制造商272:'EOS 5D Mark IV',# 相机型号306:'2023:10:01 12:00:00'# 拍摄时间}
open("D:/python_script/ffff/42608122.tif") img2 = Image.open("D:/python_script/ffff/42608122_1.jpg") #这张图片是直接修改上张图的后缀名 print ("图片格式:{0},图片大小:{1},图片模式:{2}".format(img0.format,img0.size,img0.mode)) print ("图片格式:{0},图片大小:{1},图片模式:{...
System.Windows.Forms.SaveFileDialog将FileName设置为不带路径的文件标题。为什么? 、、 对话对象转储随后(在用户选择的文件之后):_customPlaces Count = 0 System.Windows.Forms.FileDialogCustomPlacesCollection)|*.tif|Multipage image (*.tif)|*.tif|GIF (*.gif)|*.gif|PNG (*.png)|*.png|JPEG (*.jpg...
WAT even prettifies messy collections, turning deeply nested dictionaries into readable, indented outputs. It can also take modifiers like .short for concise views, or .code to reveal an object’s source, giving you control over how much detail to explore. A neat one to have on your day-...
compressionType) # 压缩类型 print(ras.format) # 栅格格式 print(ras.pixelType) print(ras.spatialReference.name) >>>返回值: C:\Raster\Study.gdb\elevation LZ77 FGDBR S16 NAD_1983_Transverse_Mercator 一维的栅格对象只有一种方法(函数):save()多维栅格对象具有获取多维数据。属性、名称和值的其他方法。
| saveByteArray(filetype, quality=1.0, metadata=[]) -> bytearray | Saves the image to a bytearray object in the requested file format. Support file formats are: .tif, .tiff, .jpg, .jpeg, .bmp, .png, .exr and .dds. Returns the bytearray object. To get the raw image data use ...
tiff.write_file('filename.tif', compression='none') # or 'lzw' del tiff # flushes data to disk 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. from libtiff import TIFF from scipy import misc ##tiff文件解析成图像序列 ##tiff_image_name: tiff文件名; ...