Advanced Composite Image Creation with Nano Banana Pro

 1import requests
 2import time
 3import json
 4
 5api_key = "YOUR_API_KEY"
 6url = "https://api.segmind.com/workflows/692166176745e3e4213f5140-v2"
 7
 8data = {
 9    "Input_Prompt": "combine all of these photos with exact facial reference, party night group photo with these characters with similar outfits\nthere should not be any repeated photos",
10    "Input_Image": [
11        "https://segmind-inference-inputs.s3.amazonaws.com/23844143-9aeb-482b-ab13-08b735d89afe-fc5e952c-b07a-4cf0-9797-cd0e1c43c1e9-a9a90fde-9db1-48ad-aec1-8ae136934732.webp",
12        "https://segmind-inference-inputs.s3.amazonaws.com/9a24d78c-0ab2-4c64-9573-308e6052997a-eb2920dc-b339-4982-8646-0be5e957d015.png",
13        "https://segmind-inference-inputs.s3.amazonaws.com/5bddf39b-5697-4b05-990d-a8118ccda276-2c9ca07d-2090-40c6-ba8d-d1fc8138c6d1-4f5f27be-f541-41d2-b494-d8032b68f68f.webp",
14        "https://segmind-inference-inputs.s3.amazonaws.com/28d9dc75-4f23-4740-9aeb-f0b07e501b1b-b1ea1613-d10b-4bab-b3a9-2fcfedc47e09-cf5d6d3d-9be2-4538-b6b2-3d8ff11594b9-Beach-walk.webp",
15        "https://segmind-inference-inputs.s3.amazonaws.com/e3ef9024-bea3-4b19-8e2a-c1452db92381-80871143-ba65-4eab-accd-e780f19c1f14-d475a23c-effb-45f5-a7a7-c16f42bd93c1.webp",
16        "https://segmind-inference-inputs.s3.amazonaws.com/009b37ae-47f2-4bc6-bf60-8ac3c1f35f2a-c4be44be-1e40-42d5-9d26-710ee76dbfb8-STYLE2.webp",
17        "https://segmind-inference-inputs.s3.amazonaws.com/9244c98d-1e05-47e4-98c3-0538256e48d6-b76f2d19-ae43-4ac4-a94e-0ec8106a031c-MODEL.webp",
18        "https://segmind-inference-inputs.s3.amazonaws.com/5e21b288-f207-4457-b124-3bb425b8c42a-a0587d02-9e44-40cc-8946-6d2f392cebd0-31933.webp",
19        "https://segmind-inference-inputs.s3.amazonaws.com/e8b9de29-8f6f-431a-9437-9a49d900642d-b8c87536-a411-4d66-b5f9-0688b7ee2f63-184cd917-6e26-4cfd-9dfd-134683780dfe.webp",
20        "https://segmind-inference-inputs.s3.amazonaws.com/013d19ea-b108-4de8-a453-33b187a3c65b-image (2).png"
21    ]
22}
23
24def poll_for_result(poll_url):
25    """Poll the API until the generation is complete"""
26    while True:
27        response = requests.get(
28            poll_url,
29            headers={'Authorization': f'Bearer {api_key}'}
30        )
31        result = response.json()
32
33        if result['status'] == 'COMPLETED':
34            # Parse the output (it's a JSON string)
35            outputs = json.loads(result['output'])
36            return outputs
37        elif result['status'] == 'FAILED':
38            raise Exception(result.get('error', 'Generation failed'))
39
40        # Wait 7 seconds before polling again
41        time.sleep(7)
42
43# Make the initial request
44response = requests.post(
45    url,
46    json=data,
47    headers={
48        'Authorization': f'Bearer {api_key}',
49        'Content-Type': 'application/json'
50    }
51)
52
53if response.status_code == 200:
54    result = response.json()
55    print('Request queued:', result)
56
57    # Start polling for results
58    outputs = poll_for_result(result['poll_url'])
59    print('Generation complete:', outputs)
60else:
61    print(f"Error: {response.status_code}")
62    print(response.text)