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Objective: Develop a system that automatically generates descriptive captions for images using advanced text-to-model techniques like deep learning.

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rishicode12/Generate-captions-for-images

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Step1: 📦 Importing Required Libraries

1.This line imports the Image class from the PIL-(Python Imaging Library) 2.It's used to open and work with images in Python.

1.This imports two important classes from 🙂Hugging Face’s transformers library:

BlipProcessor: Prepares (or processes) the image and optional text for the model to understand.

BlipForConditionalGeneration: The actual model that will generate the image caption.

Step2: 📥 Load the Pre-trained Processor and Model

1.Loading a pre-trained processor --> this is a helper that prepares the image and text in the right format for the model.

1.This line loads the actual BLIP model trained by Salesforce for generating captions for images.

2.This model uses a combination of vision and language to understand images and describe them.

Step3: 🖼 Load the Image

1.Sets the path where your image is located on your computer.

1.Image.open() opens the image from the path you gave.

2.convert('RGB') makes sure the image is in RGB color format (Red, Green, Blue), which is needed for processing.

Step4: 🧪 Prepare the Inputs

1.This is an optional text prompt that helps guide the model.

2.It can help the model create a more accurate and natural caption.

This line processes the image and text into tensors (which are like arrays that the model can understand).

return_tensors="pt" is a place where to preparing the data for PyTorch, which is the deep learning framework being used here.

Step5: 🧠 Generate the Caption

1.This sends the processed image and prompt into the model and generates an output.

2.The model tries to guess or "generate" the most appropriate caption for the image.

Step6: 🖨 Print the Result

1.Finally, it prints the generated description of the image.

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Objective: Develop a system that automatically generates descriptive captions for images using advanced text-to-model techniques like deep learning.

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