Created
September 23, 2021 21:45
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<docs lang="markdown"> | |
[TODO: write documentation for this plugin.] | |
</docs> | |
<config lang="json"> | |
{ | |
"name": "HPASingleCellTriton", | |
"type": "web-python", | |
"version": "0.1.0", | |
"description": "[TODO: describe this plugin with one sentence.]", | |
"tags": [], | |
"ui": "", | |
"cover": "", | |
"inputs": null, | |
"outputs": null, | |
"flags": [], | |
"icon": "extension", | |
"api_version": "0.1.8", | |
"env": "", | |
"permissions": [], | |
"requirements": ["imageio", "pillow", "pyotritonclient"], | |
"dependencies": [] | |
} | |
</config> | |
<script lang="python"> | |
from imjoy import api | |
from js import fetch | |
import io | |
import numpy as np | |
import imageio | |
from PIL import Image | |
from pyotritonclient import get_config, execute_model | |
LABELS = { | |
0: 'Nucleoplasm', | |
1: 'Nuclear membrane', | |
2: 'Nucleoli', | |
3: 'Nucleoli fibrillar center', | |
4: 'Nuclear speckles', | |
5: 'Nuclear bodies', | |
6: 'Endoplasmic reticulum', | |
7: 'Golgi apparatus', | |
8: 'Intermediate filaments', | |
9: 'Actin filaments', | |
10: 'Microtubules', | |
11: 'Mitotic spindle', | |
12: 'Centrosome', | |
13: 'Plasma membrane', | |
14: 'Mitochondria', | |
15: 'Aggresome', | |
16: 'Cytosol', | |
17: 'Vesicles and punctate cytosolic patterns', | |
18: 'Negative', | |
} | |
COLORS = ["red", "green", "blue", "yellow"] | |
async def get_image(image_id): | |
crops = [] | |
for color in COLORS: | |
response = await fetch(f'https://images.proteinatlas.org/{image_id}_{color}.jpg') | |
bytes = await response.arrayBuffer() | |
bytes = bytes.to_py() | |
buffer = io.BytesIO(bytes) | |
buffer.name = '672_E2_1_blue_red_green.jpg' | |
img = imageio.imread(buffer) | |
image = Image.fromarray(img) | |
image = image.resize(size=(340, 340)).convert('L') | |
image = np.array(image) | |
crop = image[60:188, 120:248] | |
crops.append(crop) | |
image = np.stack(crops, axis=0) | |
assert image.shape == (4, 128, 128) | |
return image | |
async def predict_hpa_image(image_id, threshold=0.5): | |
image = await get_image('115/672_E2_1') | |
config = await get_config('https://triton.imjoy.io', 'bestfitting-inceptionv3-single-cell') | |
results = await execute_model([image.astype('float32')/255], config=config) | |
classes = results['classes'] | |
pred = [(LABELS[i], prob) for i, prob in enumerate(classes.tolist()) if prob>threshold] | |
return image, pred | |
class ImJoyPlugin(): | |
def setup(self): | |
api.log('initialized') | |
async def run(self, ctx): | |
image_id = await api.prompt('Type HPA image id', '115/672_E2_1') | |
image, pred = await predict_hpa_image(image_id) | |
await api.alert(f'Prediction: {pred}') | |
api.export(ImJoyPlugin()) | |
</script> |
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