Stephan Kerkman
ba0ca6b169
- Add scan-to-plant flow: upload card photos, OCR, VPC match on confirm form - OpenCV CLAHE + adaptive threshold preprocessing; dual psm 6/11 OCR pass - Regex fixes for OCR misreads: height (s→5), frost (=,„,i,l,G), density, bloom months (E→I) - Scientific name extraction: passport section + cultivar quote strategy - Last-wins merge so back card data overrides front card garbage - Crop thumbnail tool with Cropper.js; cropped image shown in list and detail - VPC image always supersedes user thumbnail on detail page - VPC sunlight mapping: zon→full_sun, halfschaduw→part_sun, schaduw→full_shade - Auto-set thumbnail on plant created from scan Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
63 lines
1.4 KiB
Python
63 lines
1.4 KiB
Python
from plants.services.card_ocr import parse_card_text
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# Simulated OCR output matching the Veronicastrum card back
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_SAMPLE_TEXT = """
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ELBURG SMIT
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G1L-901126
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Veronicastrum
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virg. 'Red Arrows'
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Virginische Ereprijs, Kandelaber-Ehrenpreis,
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Culver's root, Grande veronique, Kransveronika
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VII-VIII
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7/m2 120 cm
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-20 oC
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Bijenlokker
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Plant that attracts bees
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"""
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def test_scientific_name():
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result = parse_card_text(_SAMPLE_TEXT)
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assert result['scientific_name'] is not None
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assert 'Veronicastrum' in result['scientific_name']
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def test_bloom_months():
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result = parse_card_text(_SAMPLE_TEXT)
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assert result['bloom_months'] == [7, 8]
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def test_height():
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result = parse_card_text(_SAMPLE_TEXT)
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assert result['max_height_cm'] == 120
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def test_frost_hardiness():
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result = parse_card_text(_SAMPLE_TEXT)
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assert result['frost_hardiness_c'] == -20
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def test_planting_density():
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result = parse_card_text(_SAMPLE_TEXT)
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assert result['planting_density_m2'] == 7
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def test_bee_attractant():
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result = parse_card_text(_SAMPLE_TEXT)
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assert result['bee_attractant'] is True
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def test_empty_text():
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result = parse_card_text('')
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assert result['scientific_name'] is None
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assert result['bloom_months'] == []
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assert result['max_height_cm'] is None
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assert result['frost_hardiness_c'] is None
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assert result['planting_density_m2'] is None
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assert result['bee_attractant'] is False
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