import re import cv2 from pponnxcr.predict_system import BoxedResult from module.base.decorator import cached_property from module.base.utils import area_center, area_in_area from module.exception import GamePageUnknownError from module.logger import logger from module.ocr.ocr import Ocr, OcrWhiteLetterOnComplexBackground from module.ui.scroll import AdaptiveScroll from tasks.base.page import page_planner from tasks.daily.synthesize import SynthesizeUI from tasks.planner.assets.assets_planner_result import * from tasks.planner.keywords import ITEM_CLASSES from tasks.planner.keywords.classes import ItemCurrency from tasks.planner.model import PlannerMixin, PlannerResultRow CALCULATE_TITLE.load_search(RESULT_CHECK.search) MATERIAL_TITLE.load_search(RESULT_CHECK.search) DETAIL_TITLE.load_search(RESULT_CHECK.search) class OcrItemName(Ocr): def after_process(self, result): result = result.replace('方相果实', '万相果实') result = result.replace('念火之心', '忿火之心') result = re.sub('^火之心', '忿火之心', result) result = re.sub('工造机$', '工造机杼', result) result = re.sub('工造迥?轮', '工造迴轮', result) result = re.sub('月狂[療撩]?牙', '月狂獠牙', result) # 毁灭者的未路 思绪末屑 result = result.replace('未路', '末路') result = result.replace('未屑', '末屑') result = result.replace('粉未', '粉末') # Error words on blank background result = re.sub('^[國東]', '', result) result = re.sub('時$', '', result) return result class OcrPlannerResult(OcrWhiteLetterOnComplexBackground, OcrItemName): min_box = (16, 20) def __init__(self, lang=None): super().__init__(OCR_RESULT, lang=lang) self.limited_area = OCR_RESULT.area self.limit_y = 720 def _match_result( self, result: str, keyword_classes, lang: str = None, ignore_punctuation=True, ignore_digit=True): lang = self.lang return super()._match_result( result, keyword_classes, lang, ignore_punctuation, ignore_digit, ) def filter_detected(self, result: BoxedResult) -> bool: if not area_in_area(result.box, self.limited_area, threshold=0): return False if area_center(result.box)[1] > self.limit_y: return False return True def detect_and_ocr(self, image, *args, **kwargs): # Remove rows below DETAIL_TITLE if DETAIL_TITLE.match_template(image): self.limit_y = DETAIL_TITLE.button[3] else: self.limit_y = 720 return super().detect_and_ocr(image, *args, **kwargs) def pre_process(self, image): image = cv2.subtract((255, 255, 255, 0), image) return image class PlannerScan(SynthesizeUI, PlannerMixin): def is_in_planner_result(self): if self.appear(RESULT_CHECK): return True if self.appear(CALCULATE_TITLE): return True if self.appear(MATERIAL_TITLE): return True if self.appear(DETAIL_TITLE): return True return False @cached_property def planner_lang(self) -> str: if self.config.Emulator_PackageName in ['CN-Official', 'CN-Bilibili']: lang = 'cn' else: lang = self.config.LANG if lang == 'auto': logger.error('Language was not set before planner scan, assume it is "cn"') lang = 'cn' logger.attr('PlannerLang', lang) return lang def parse_planner_result_page(self) -> list[PlannerResultRow]: """ Pages: in: planner result """ ocr = OcrPlannerResult(lang=self.planner_lang) results = ocr.detect_and_ocr(self.device.image) x_total = 842 x_synthesize = 965 x_demand = 1129 def x_match(result: BoxedResult, x): rx = area_center(result.box)[0] return x - 50 <= rx <= x + 50 def y_match(result: BoxedResult, y): rx = area_center(result.box)[1] return y - 15 <= rx <= y + 15 # Split columns list_item = [r for r in results if not r.ocr_text.isdigit() and ocr._match_result(r.ocr_text, keyword_classes=ITEM_CLASSES)] list_number = [r for r in results if r.ocr_text.isdigit()] list_total = [r for r in list_number if x_match(r, x_total)] list_synthesize = [r for r in list_number if x_match(r, x_synthesize)] list_demand = [r for r in list_number if x_match(r, x_demand)] # Structure out: list[PlannerResultRow] = [] for item in list_item: y_item = area_center(item.box)[1] total = -1 for number in list_total: if y_match(number, y_item): total = int(number.ocr_text) break synthesize = 0 for number in list_synthesize: if y_match(number, y_item): synthesize = int(number.ocr_text) break demand = 0 for number in list_demand: if y_match(number, y_item): demand = int(number.ocr_text) break item = ocr._match_result(item.ocr_text, keyword_classes=ITEM_CLASSES) row = PlannerResultRow( item=item, total=total, synthesize=synthesize, demand=demand ) # Validate item # print(row) if row.total <= 0: logger.warning(f'Planner row with total <= 0, {row}') continue if row.synthesize < 0: # Credits always have `synthesize`=="-" if row.item.__class__ != ItemCurrency: logger.warning(f'Planner row with synthesize < 0, {row}') continue if row.demand < 0: logger.warning(f'Planner row with demand < 0, {row}') continue # Add out.append(row) logger.info(f'parse_planner_result_page: {out}') return out def parse_planner_result(self, skip_first_screenshot=True) -> list[PlannerResultRow]: """ Pages: in: planner result """ logger.hr('Parse planner result', level=2) if not self.ui_page_appear(page_planner): logger.error('Not in page_planner, game must in the planner result page before scanning') raise GamePageUnknownError scroll = AdaptiveScroll(RESULT_SCROLL.button, name=RESULT_SCROLL.name) scroll.drag_threshold = 0.1 scroll.edge_threshold = 0.1 scroll.parameters = { 'height': 50, 'prominence': 15, 'width': 5, } if not skip_first_screenshot: self.device.screenshot() skip_first_screenshot = False if not scroll.at_top(main=self): scroll.set_top(main=self) out = [] while 1: if skip_first_screenshot: skip_first_screenshot = False else: self.device.screenshot() # Skip first page if self.appear(CALCULATE_TITLE): scroll.next_page(main=self, page=0.75) continue # Parse rows = self.parse_planner_result_page() for row in rows: if row not in out: out.append(row) logger.attr('PlannerResult', len(rows)) # Scroll if scroll.at_bottom(main=self): logger.info('Reached scroll end, stop') break elif self.appear(DETAIL_TITLE): logger.info('Reached DETAIL_TITLE, stop') break else: scroll.next_page(main=self, page=0.8) logger.hr('Planner Result') for row in out: logger.info(f'Planner item: {row.item.name}, {row.total}, {row.synthesize}, {row.demand}') self.planner_write_results(out) return out def run(self): self.device.screenshot() self.parse_planner_result() if __name__ == '__main__': self = PlannerScan('src', task='PlannerScan') self.device.screenshot() self.parse_planner_result()