Txt = txt.transpose(Image.FLIP_TOP_BOTTOM)Īfter running this code, the image we got is this: Txt = txt.filter(ImageFilter.GaussianBlur(radius=5)) #In this case we use fill to pass the color and opacity. #New ImageDraw to work with this new image #Create new image with format RGBA, 600x100 size as img and #DETAIL, EDGE_ENHANCE, EDGE_ENHANCE_MORE, EMBOSS, FIND_EDGES, #We have plenty of filters to apply such as: BLUR, CONTOUR, #uetype to define font type and sizeįont = uetype("Bangers-Regular.ttf", 84) #To modify the image we use ImageDraw.Draw #Convert the image to RGBA and open it into img #We need to import ImageDraw and ImageFont and ImageFilter to insertįrom PIL import Image, ImageFont, ImageDraw, ImageFilter The result is the picture I show you next: With this code, we open the image, search for black colour and change that for the same black colour but with the opacity to 0 (completely transparent) and save the data in a new image. #for the same black color but with the opacity to 0 (A=0) #if we find black color (R=0,G=0,B=0), we replace that #img.getdata() returns a sequence of tuples with RGBA data #We could work now with red, green, blue and #Convert the img to be sure we are in RBGA mode. #We use now a picture in the same folder as our. Let’s type the following code: from PIL import Image We can see the new pictures created with our code: #We have pass the % of quality we want for the. #Save the image with the path created before
#We need to conver the image opened to RGB #x.stem returns the name of the file and we add #This with statement is not necessary but is use to ensure
#We use here the method glob to search for the. #Path.cwd() returns the current working directory #Importing the module Image from the PIL library py file: #Importing the class Path from the module pathlib
PIL IMAGE CONVERT CODE
We will write the next code in a Python console or into a.
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