Download purity_engine/pcb_analyzer.py from FaustDerLegende/Micro_component_dataset: direct link, hf CLI and curl.
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https://huggingface.co/datasets/FaustDerLegende/Micro_component_dataset/resolve/main/purity_engine/pcb_analyzer.py
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hf download hf://datasets/FaustDerLegende/Micro_component_dataset/purity_engine/pcb_analyzer.py
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curl -L -o pcb_analyzer.py https://huggingface.co/datasets/FaustDerLegende/Micro_component_dataset/resolve/main/purity_engine/pcb_analyzer.py
3.51 kB
| """PCB Analyzer Orchestrator Entry Point for Collector Lite & Recycler Portal.""" | |
| from __future__ import annotations | |
| from typing import Any | |
| from .model_client import BaseModelClient, MockModelClient, Detection | |
| from .purity_assay import assay_pcb, assess_bis_discrepancy, AssayedBoard | |
| from .vernacular_voice import generate_vernacular_voice_alert, VoiceAlert | |
| class PCBAnalyzer: | |
| """Single unified orchestrator for PCB micro-component purity assaying.""" | |
| def __init__(self, model_client: BaseModelClient | None = None): | |
| self.model_client = model_client or MockModelClient() | |
| def analyze_board( | |
| self, | |
| front_image: Any, | |
| back_image: Any | None = None, | |
| base_price: float = 100.0, | |
| form_factor: str = "desktop_atx", | |
| lang: str = "hi", | |
| ) -> dict[str, Any]: | |
| """Perform 2-photo workflow PCB component purity assaying.""" | |
| # Stage 1: Front side detection | |
| detections_front = self.model_client.predict(front_image) | |
| # Stage 2: Back side detection (if provided) | |
| detections_back = [] | |
| if back_image is not None: | |
| detections_back = self.model_client.predict(back_image) | |
| all_detections = detections_front + detections_back | |
| # Run Board Integrity Score assay | |
| assayed: AssayedBoard = assay_pcb( | |
| detections=all_detections, | |
| base_price=base_price, | |
| form_factor=form_factor, | |
| ) | |
| # Generate vernacular voice alert | |
| voice_alert: VoiceAlert = generate_vernacular_voice_alert( | |
| bis_band=assayed.status_band, | |
| adjusted_price=assayed.adjusted_price, | |
| lang=lang, | |
| ) | |
| return { | |
| "form_factor": assayed.form_factor, | |
| "board_integrity_score": assayed.board_integrity_score, | |
| "base_price": assayed.base_price, | |
| "adjusted_price": assayed.adjusted_price, | |
| "price_floor": assayed.price_floor, | |
| "status_band": assayed.status_band, | |
| "detected_counts": assayed.detected_counts, | |
| "expected_counts": assayed.expected_counts, | |
| "fraud_desoldered_pads": assayed.fraud_desoldered_pads, | |
| "factory_unpopulated_pads": assayed.factory_unpopulated_pads, | |
| "occluded_regions": assayed.occluded_regions, | |
| "voice_alert": { | |
| "lang": voice_alert.lang, | |
| "transcript": voice_alert.transcript, | |
| "audio_fallback_path": voice_alert.audio_fallback_path, | |
| }, | |
| } | |
| def verify_intake_discrepancy( | |
| self, | |
| collector_bis: float, | |
| recycler_front_image: Any, | |
| recycler_back_image: Any | None = None, | |
| form_factor: str = "desktop_atx", | |
| ) -> dict[str, Any]: | |
| """Verify intake lot discrepancy at Recycler Portal against collector BIS.""" | |
| recycler_analysis = self.analyze_board( | |
| front_image=recycler_front_image, | |
| back_image=recycler_back_image, | |
| form_factor=form_factor, | |
| ) | |
| recycler_bis = recycler_analysis["board_integrity_score"] | |
| status = assess_bis_discrepancy(collector_bis, recycler_bis) | |
| return { | |
| "collector_bis": collector_bis, | |
| "recycler_bis": recycler_bis, | |
| "bis_delta": round(collector_bis - recycler_bis, 1), | |
| "discrepancy_status": status, # "pass", "advisory_flag", "critical_fraud_alert" | |
| "recycler_assay": recycler_analysis, | |
| } | |