model.py

##
import os
import re

os.environ['TF_XLA_FLAGS'] = '--tf_xla_enable_xla_devices'
os.environ['TF_CPP_MIN_LOG_LEVEL'] = '3'
import splittxt
import tools
import predict
import tensorflow


##
class Oral:
    def __init__(self, ImagingFindings, ImagingConclusion, verbose = True):
        self.verbose = verbose
        self._Conclusion = ''
        self._Finding = ''
        
        if '送检淋巴结' in ImagingConclusion:
            self._Conclusion = ImagingConclusion
            self._Finding = ImagingFindings
        else:
            self._Conclusion = ImagingFindings
            self._Finding = ImagingConclusion
        
        self._Conclusion = self._Conclusion.strip('"').strip() \
            .replace("大于", ">").replace("小于", "<").replace("大于等于", "≥").replace("小于等于", "≤").replace("＞", ">").replace(
            "＜", "<")
        self._Finding = self._Finding.strip('"').strip() \
            .replace("大于", ">").replace("小于", "<").replace("大于等于", "≥").replace("小于等于", "≤").replace("＞", ">").replace(
            "＜", "<")
        
        self.ImmunohistochemistryContent = ''
        self.MolecularResultsContent = ''
        self.Degree = ''
        self.CuttingEdgePathologyOther = ''
        self.CuttingEdgePathology = ''
        
        _, CuttingEdge1, _, MolecularResults1, Immunohistochemistry1 = splittxt.splittxt(
            self._Conclusion)
        _, CuttingEdge2, _, MolecularResults2, Immunohistochemistry2 = splittxt.splittxt(
            self._Finding)
        
        self.ConclusionCuttingEdge = CuttingEdge1 + CuttingEdge2
        self.ConclusionMolecularResults = MolecularResults1 + MolecularResults2
        if Immunohistochemistry1 != Immunohistochemistry2:
            self.ConclusionImmunohistochemistry = Immunohistochemistry1 + Immunohistochemistry2
        else:
            self.ConclusionImmunohistochemistry = Immunohistochemistry1
        
        # self.ConclusionFrist, self.ConclusionCuttingEdge, self.ConclusionMolecularResults, self.ConclusionImmunohistochemistry = splittxt.splittxt(
        #     self._Conclusion + self._Finding)
        
        # self.FindingFrist, self.FindingCuttingEdge, self.FindingMolecularResults, self.FindingImmunohistochemistry = splittxt.splittxt(
        #     self._Finding + self._Conclusion)
        
        if self.ConclusionCuttingEdge != "":
            self.CuttingEdgePathology = tools.CuttingEdgePathology(self.ConclusionCuttingEdge)  # 术后病理切缘
            self.CuttingEdgePathologyOther = ""
            if self.CuttingEdgePathology == "其他情况":
                CuttingEdgeID = tools.FindChar(self.ConclusionCuttingEdge)[0] + 1
                self.CuttingEdgePathologyOther = self.ConclusionCuttingEdge[CuttingEdgeID:]  # 其他术后病理切缘情况
            self.Degree = tools.findDegree(self.ConclusionCuttingEdge)  # 黏膜上皮异常增生程度
            # print(self.Degree)
            self.Degree = self.getDegree(self.Degree)
        if self.CuttingEdgePathologyOther == '':
            self.CuttingEdgePathologyOther = '无'
        
        # 分子结果
        if self.ConclusionMolecularResults != "":
            MolecularResultsID = tools.FindChar(self.ConclusionMolecularResults)[0]
            self.MolecularResultsContent = self.ConclusionMolecularResults[MolecularResultsID:]  # 分子结果
        if self.MolecularResultsContent == "":
            self.MolecularResultsContent = "无"
        
        # 免疫组化
        # print(self.ConclusionImmunohistochemistry)
        if self.ConclusionImmunohistochemistry != "":
            self.Immunohistochemistryisornot = "有"  # 免疫组化有无
            # print(self.Immunohistochemistryisornot)
            # ImmunohistochemistryID = tools.FindChar(self.ConclusionImmunohistochemistry)[0]
            # print(tools.FindChar(self.ConclusionImmunohistochemistry))
            # print(self.ConclusionImmunohistochemistry)
            # print(self.ConclusionImmunohistochemistry[ImmunohistochemistryID:])
            # self.ImmunohistochemistryContent = self.ConclusionImmunohistochemistry[ImmunohistochemistryID:]  # 免疫组化结果
            self.ImmunohistochemistryContent = self.ConclusionImmunohistochemistry  # 免疫组化结果
        
        else:
            self.Immunohistochemistryisornot = "无"  # 免疫组化有无
        
        # self.print_original_data()
        
        self.ConclusionFrist, _, self.ConclusionCuttingLymph, _, _ = splittxt.splittxt(
            self._Conclusion)
        
        self.FindingFrist, _, self.FindingCuttingLymph, _, _ = splittxt.splittxt(
            self._Finding)
        
        self.ConclusionFrist = self.ConclusionFrist.replace('肿物', '肿块').replace('\n', '。')
        tensorflow.keras.backend.clear_session()
        if self.verbose:
            print(self.ConclusionFrist + self.ConclusionCuttingLymph)
        ans, y_pre = predict.predict(self.ConclusionFrist + self.ConclusionCuttingLymph)
        self._y_pre = predict.output(self.ConclusionFrist + self.ConclusionCuttingLymph, y_pre)
        if self.verbose:
            self.print_list_item(ans)
        
        self.FindingFrist = self.FindingFrist.replace('肿物', '肿块').replace('\n', '。')
        tensorflow.keras.backend.clear_session()
        if self.verbose:
            print(self.FindingFrist + self.FindingCuttingLymph)
        ans_o, y_pre_o = predict.predict(self.FindingFrist + self.FindingCuttingLymph)
        self._y_pre_o = predict.output(self.FindingFrist + self.FindingCuttingLymph, y_pre_o)
        if self.verbose:
            self.print_list_item(ans_o)
        
        tensorflow.keras.backend.clear_session()
        if self.verbose:
            print(self.ConclusionCuttingLymph)
        ans_lymph, y_pre_lymph = predict.predict(self.ConclusionCuttingLymph)
        self._y_pre_lymph = predict.output(self.ConclusionCuttingLymph, y_pre_lymph)
        # if self.verbose:
        #     self.print_list_item(ans_lymph)
    
    def _get_entity_with_O(self, y_pre, with_o):
        all = []
        if with_o:
            for i in range(len(y_pre)):
                if i == 0:
                    # print('O', ImagingConclusionFrist[0:y_pre[i][2]].replace('\n', ' '), str(0), str(y_pre[i][2]))
                    # print(y_pre[i][0], y_pre[i][1], y_pre[i][2], y_pre[i][3])
                    all.append({'tag': 'O', 'words': self.FindingFrist[0:y_pre[i][2]].replace('\n', ' '), 'h': 0,
                                'r': y_pre[i][2]})
                    all.append({'tag': y_pre[i][0], 'words': y_pre[i][1], 'h': y_pre[i][2], 'r': y_pre[i][3]})
                else:
                    O_h = y_pre[i - 1][3] + 1
                    O_r = y_pre[i][2]
                    # print('O', ImagingConclusionFrist[O_h:O_r].replace('\n', ' '), str(y_pre[i - 1][3] + 1), str(y_pre[i][2]))
                    # print(y_pre[i][0], y_pre[i][1], y_pre[i][2], y_pre[i][3])
                    all.append({'tag': 'O', 'words': self.FindingFrist[O_h:O_r].replace('\n', ' '),
                                'h': y_pre[i - 1][3] + 1, 'r': y_pre[i][2]})
                    all.append({'tag': y_pre[i][0], 'words': y_pre[i][1], 'h': y_pre[i][2], 'r': y_pre[i][3]})
        
        else:
            for i in range(len(y_pre)):
                if i == 0:
                    # print('O', ImagingConclusionFrist[0:y_pre[i][2]].replace('\n', ' '), str(0), str(y_pre[i][2]))
                    # print(y_pre[i][0], y_pre[i][1], y_pre[i][2], y_pre[i][3])
                    all.append({'tag': 'O', 'words': self.ConclusionFrist[0:y_pre[i][2]].replace('\n', ' '), 'h': 0,
                                'r': y_pre[i][2]})
                    all.append({'tag': y_pre[i][0], 'words': y_pre[i][1], 'h': y_pre[i][2], 'r': y_pre[i][3]})
                else:
                    O_h = y_pre[i - 1][3] + 1
                    O_r = y_pre[i][2]
                    # print('O', ImagingConclusionFrist[O_h:O_r].replace('\n', ' '), str(y_pre[i - 1][3] + 1), str(y_pre[i][2]))
                    # print(y_pre[i][0], y_pre[i][1], y_pre[i][2], y_pre[i][3])
                    all.append({'tag': 'O', 'words': self.ConclusionFrist[O_h:O_r].replace('\n', ' '),
                                'h': y_pre[i - 1][3] + 1, 'r': y_pre[i][2]})
                    all.append({'tag': y_pre[i][0], 'words': y_pre[i][1], 'h': y_pre[i][2], 'r': y_pre[i][3]})
        
        return all
    
    def max_size(self, type):
        haveSIZE = False
        for i in self._get_entity_with_O(self._y_pre, False):
            if i['tag'] == 'SIZE':
                haveSIZE = True
        
        all = []
        if not haveSIZE:
            all = self._get_entity_with_O(self._y_pre_o, True)
        else:
            all = self._get_entity_with_O(self._y_pre, False)
        
        # for i in all:
        #     print(i)
        
        max = 0
        max_i = 0
        numbers = []
        types = []
        for i in range(0, len(all)):
            
            if type in all[i]['words']:
                types.append(all[i]['words'])
            if all[i]['tag'] == 'SIZE' and len(types) != 0:
                numbers.append(tools.exactNumber(all[i]['words']))
                types = []
        
        if len(numbers) == 0:
            return ""
        
        for arr_i in range(0, len(numbers)):
            for num in numbers[arr_i]:
                if (re.match("^\d+?\.\d+?$", str(num)) or num.isdigit()) and (
                        re.match("^\d+?\.\d+?$", str(max)) or num.isdigit()):
                    if float(num) > float(max):
                        max = num
                        max_i = arr_i
        
        s = ''
        for num in numbers[max_i]:
            s += str(num) + '*'
        return s.strip("*").strip("cm")
    
    def get_DOI(self):
        haveDOI = False
        for i in self._get_entity_with_O(self._y_pre_o, True):
            if i['tag'] == 'DOI':
                haveDOI = True
        
        all = []
        if not haveDOI:
            all = self._get_entity_with_O(self._y_pre, False)
        else:
            all = self._get_entity_with_O(self._y_pre_o, True)
        DOI_txt = ''
        # all = self._get_entity_with_O(self._y_pre, False)
        # for i in all:
        #     print(i)
        for i in all:
            if i['tag'] == 'DOI':
                DOI_txt += i['words'] + '\n'
        
        return DOI_txt
    
    def get_pT(self):
        pT_txt = ''
        haveDOI = False
        for i in self._get_entity_with_O(self._y_pre_o, True):
            if i['tag'] == 'DOI':
                haveDOI = True
        
        all = []
        if not haveDOI:
            all = self._get_entity_with_O(self._y_pre, False)
        else:
            all = self._get_entity_with_O(self._y_pre_o, True)
        for i in all:
            if i['tag'] == 'DOI':
                pT_txt += tools.pT(i['words']) + '\n'
        return pT_txt
    
    def get_differentiation(self):
        differentiation_txt = ''
        differentiations = []
        all = self._get_entity_with_O(self._y_pre, False)
        # print('self._y_pre:')
        for i in all:
            # print(i)
            if i['tag'] == 'LEVEL':
                _, ans = tools.differentiation(i['words'])
                differentiations.append(ans)
                # differentiation_txt += ans + '\n'
        all = self._get_entity_with_O(self._y_pre_o, True)
        # print('self._y_pre_o:')
        for i in all:
            # print(i)
            if i['tag'] == 'LEVEL':
                _, ans = tools.differentiation(i['words'])
                differentiations.append(ans.strip())
        if ('中-低分化' in (self.ConclusionFrist + self.ConclusionCuttingLymph)) or (
                '中-低分化' in (self.FindingFrist + self.FindingCuttingLymph)):
            differentiations.append("Ⅱ级中分化")
            differentiations.append("Ⅲ级低分化")
        differentiations = set(differentiations)
        for i in differentiations:
            differentiation_txt += i + '\n'
        return differentiation_txt
    
    def get_invasion(self, type):
        all = self._get_entity_with_O(self._y_pre, False)
        for i in all:
            if i['tag'] == 'INVASION':
                if type in i['words']:
                    return '是'
        return '否'
    
    def getENE(self):
        all = self._get_entity_with_O(self._y_pre, False)
        for i in all:
            if i['tag'] == 'ENE':
                return '有'
        return '无'
    
    def getDegree(self, dgr):
        if '-' in dgr:
            dgr_list = dgr.split('-')
            for i in range(len(dgr_list)):
                if "度" not in dgr_list[i]:
                    dgr_list[i] += "度"
            rt_dgr = ""
            for i in dgr_list:
                rt_dgr += i
                rt_dgr += '\n'
            rt_dgr.strip('\n')
            return rt_dgr
        else:
            return dgr
    
    def getANATOMY(self):
        all = self._get_entity_with_O(self._y_pre, False)
        have_anatomy = False
        for i in all:
            if i['tag'] == 'ANATOMY':
                have_anatomy = True
        if not have_anatomy:
            all = self._get_entity_with_O(self._y_pre_o, True)
        count_i = 0
        count_o = 0
        anatomy_list_init = []
        for i in all:
            if i['tag'] == 'ANATOMY':
                if ('I' in i['words'] or 'V' in i['words'] or i['words'] == '左' or i['words'] == '右') and (
                        'DOI' not in i['words'] and 'b' not in i['words'] and 'a' not in i['words'] and 'A' not in i[
                    'words'] and 'B' not in i['words']):
                    count_i += 1
                    anatomy_list_init.append(i['words'])
                    # if i['words'] == '右' or i['words'] == '左':
                    #     rt_txt += i['words']
                    # else:
                    #     rt_txt += i['words'] + '、'
                else:
                    count_o += 1
        
        # print(anatomy_list_init)
        anatomy_list_rt = []
        l_or_r = ''
        for i in range(len(anatomy_list_init)):
            if anatomy_list_init[i] == '左' or anatomy_list_init[i] == '右':
                l_or_r = anatomy_list_init[i]
            elif ('左' not in anatomy_list_init[i] and '右' not in anatomy_list_init[i]) and (
                    'I' in anatomy_list_init[i] or 'V' in anatomy_list_init[i]):
                if l_or_r != '':
                    anatomy_list_rt.append(l_or_r + anatomy_list_init[i].strip('区').strip('淋巴结') + '区')
                else:
                    count_o += 1
            elif '左' in anatomy_list_init[i] or '右' in anatomy_list_init[i]:
                anatomy_list_rt.append(anatomy_list_init[i].strip('区').strip('淋巴结') + '区')
        
        anatomy_set_rt = set(anatomy_list_rt)
        # print(anatomy_set_rt)
        rt_txt = ''
        for i in anatomy_set_rt:
            rt_txt += (i + '、')
        
        if count_o != 0:
            if count_i == 0:
                rt_txt = (rt_txt.strip('、') + '其他')
            else:
                rt_txt = (rt_txt.strip('、') + '、其他')
        return rt_txt.strip('、')
    
    def getANATOMY_o(self):
        all = self._get_entity_with_O(self._y_pre, False)
        have_anatomy = False
        for i in all:
            if i['tag'] == 'ANATOMY':
                have_anatomy = True
        if not have_anatomy:
            all = self._get_entity_with_O(self._y_pre_o, True)
        rt_txt = ''
        anatomy_o_list = []
        anatomy_list = []
        for i in all:
            if i['tag'] == 'ANATOMY':
                if ('I' in i['words'] or 'V' in i['words'] or i['words'] == '左' or i['words'] == '右') and (
                        'DOI' not in i['words'] and 'b' not in i['words'] and 'a' not in i['words'] and 'A' not in i[
                    'words'] and 'B' not in i['words']):
                    anatomy_list.append(i['words'])
                    continue
                else:
                    anatomy_o_list.append(i['words'])
        
        l_or_r = ''
        for i in range(len(anatomy_list)):
            if anatomy_list[i] == '左' or anatomy_list[i] == '右':
                l_or_r = anatomy_list[i]
            elif ('左' not in anatomy_list[i] and '右' not in anatomy_list[i]) and (
                    'I' in anatomy_list[i] or 'V' in anatomy_list[i]):
                if l_or_r == '':
                    anatomy_o_list.append(anatomy_list[i])
            elif '左' in anatomy_list[i] or '右' in anatomy_list[i]:
                continue
        
        # print(anatomy_o_list)
        if len(anatomy_o_list) == 0:
            return '无'
        anatomy_o_list = set(anatomy_o_list)
        for i in anatomy_o_list:
            if ('I' in i or 'V' in i) and ('区' not in i):
                rt_txt += i + '区、'
            else:
                rt_txt += i + '、'
        return rt_txt.strip('、')
    
    def get_histological_type(self):
        all = self._get_entity_with_O(self._y_pre, False)
        # print(all)
        count_s = 0
        count_o = 0
        rt_txt = ''
        for i in all:
            if i['tag'] == 'SQUAMOUS':
                count_s += 1
            if i['tag'] == 'OTHER':
                if ('恶性' in i['words'] or '癌' in i['words'] or '肉瘤' in i['words'] or '异常增生' in i[
                    'words']) and ('鳞状细胞' not in i['words']):
                    count_o += 1
        
        all = self._get_entity_with_O(self._y_pre_o, True)
        # print(all)
        for i in all:
            if i['tag'] == 'SQUAMOUS':
                count_s += 1
            if i['tag'] == 'OTHER':
                if ('恶性' in i['words'] or '癌' in i['words'] or '肉瘤' in i['words'] or '异常增生' in i[
                    'words']) and ('鳞状细胞' not in i['words']):
                    # print(i['words'])
                    count_o += 1
        
        if '鳞状细胞癌' in self._Conclusion or '鳞状细胞癌' in self._Finding:
            count_s += 1
        
        if count_s > 0:
            rt_txt += '鳞状细胞癌\n'
        if count_o > 0:
            rt_txt += '其他'
        if count_o == 0 and count_s == 0:
            rt_txt = '无'
        return rt_txt.strip('、')
    
    def get_other_type(self):
        all = self._get_entity_with_O(self._y_pre, False)
        # for i in all:
        #     print(i)
        rt_txt = ''
        count = 0
        entity = []
        for i in all:
            if i['tag'] == 'OTHER':
                count += 1
                if ('恶性' in i['words'] or '癌' in i['words'] or '肉瘤' in i['words'] or '异常增生' in i[
                    'words']) and ('鳞状细胞' not in i['words']):
                    entity.append(i['words'])
        
        all = self._get_entity_with_O(self._y_pre_o, True)
        for i in all:
            if i['tag'] == 'OTHER':
                count += 1
                if ('恶性' in i['words'] or '癌' in i['words'] or '肉瘤' in i['words'] or '异常增生' in i[
                    'words']) and ('鳞状细胞' not in i['words']):
                    entity.append(i['words'])
        
        entity = set(entity)
        for i in entity:
            rt_txt += i + '\n'
        return '无' if count == 0 else rt_txt
    
    def get_number(self):
        # all = get_entity_with_O(y_pre)
        count = 0
        # for i in self._y_pre:
        #     print(i)
        for i in range(1, len(self._y_pre)):
            if self._y_pre[i][0] == 'NUMBER' and self._y_pre[i - 1][0] == 'ANATOMY':
                # print(y_pre[i][1])
                if '各' in self._y_pre[i][1]:
                    # print(self._y_pre[i][1])
                    count_a = 0
                    for j in range(1, len(self._y_pre)):
                        if self._y_pre[j][0] == 'ANATOMY':
                            count_a += 1
                    # print(self._y_pre[i][1].replace(' ', '').strip('').strip('只').strip('块').strip('组织').strip(
                    #     '枚').strip('各'))
                    count = float(self._y_pre[i][1].replace(' ', '').strip('').strip('只').strip('块').strip('组织').strip(
                        '枚').strip('各')) * count_a
                    return count
                n = self._y_pre[i][1].replace(' ', '').strip('').strip('只').strip('块').strip('组织').strip('枚').strip('各')
                if '/' in n:
                    count += float(n.split('/')[1]) if (len(tools.exactNumber(
                        str(n.split('/')[1]))) != 0) and n.split('/')[1] != '' and ((re.match(
                        "^\d+?\.\d+?$", str(n.split('/')[1]))) or str(n.split('/')[1]).isdigit()) \
                        else float(0)
                else:
                    count += float(n) if (len(tools.exactNumber(str(n)))) and (
                            re.match("^\d+?\.\d+?$", str(n)) or str(n).isdigit()) != 0 else float(0)
        return count
    
    def get_p_number(self):
        count = 0
        num_list = []
        for item in self._y_pre_lymph:
            if item[0] == "NUMBER":
                num_list.append(item)
            if item[0] == "PN":
                if item[1] == '阳性（+）' or item[1] == '阳性(+)' or item[1] == '阳性' or item[1] == '（+）' or item[
                    1] == '(+)' or item[1] == '+':
                    # print(num_list)
                    if len(num_list) == 0:
                        pass
                    else:
                        # self.print_y_pred()
                        for p_item in num_list:
                            n_str = p_item[1].replace(' ', '').strip('').strip('只').strip('块').strip('组织').strip(
                                '枚').strip('各')
                            # print(n_str)
                            if '/' in n_str:
                                # print(n_str.split('/')[0])
                                # if len(tools.exactNumber(str(n_str.split('/')[0]))) != 0:
                                #     print("*")
                                # if n_str.split('/')[0] != '':
                                #     print("**")
                                # if (re.match("^\d+?\.\d+?$", str(n_str.split('/')[0]))) or str(n_str.split('/')[0]).isdigit():
                                #     print("***")
                                
                                count += float(n_str.split('/')[0]) if (len(tools.exactNumber(
                                    str(n_str.split('/')[0]))) != 0) and n_str.split('/')[0] != '' and ((re.match(
                                    "^\d+?\.\d+?$", str(n_str.split('/')[0]))) or str(n_str.split('/')[0]).isdigit()) \
                                    else float(0)
                            else:
                                count += float(n_str) if (len(tools.exactNumber(str(n_str))) != 0) and (
                                        (re.match("^\d+?\.\d+?$", str(n_str))) or str(n_str).isdigit()) else float(0)
                elif item[1] == '阴性（-）' or item[1] == '阴性(-)' or item[1] == '阴性' or item[1] == '（-）' or item[
                    1] == '(-)' or item[1] == '-':
                    num_list = []
        return count
    
    def get_p_max(self):
        p_list = []
        p_list_tmp = []
        size_list = []
        size_list_tmp = []
        # print('----------')
        for item in self._y_pre_lymph:
            if item[0] == "ANATOMY":
                p_list_tmp.append(item)
            if item[0] == "SIZE":
                size_list_tmp.append(item)
            if item[0] == "NUMBER" and '/' in item[1]:
                if len(p_list_tmp) == 0:
                    pass
                else:
                    for p_item in p_list_tmp:
                        p_list.append(p_item)
                    for size_item in size_list_tmp:
                        size_list.append(size_item[1])
                p_list_tmp = []
                size_list_tmp = []
            if item[0] == "PN":
                if item[1] == '阳性（+）' or item[1] == '阳性(+)' or item[1] == '阳性' or item[1] == '（+）' or item[
                    1] == '(+)' or item[1] == '+':
                    if len(p_list_tmp) == 0:
                        pass
                    else:
                        for p_item in p_list_tmp:
                            p_list.append(p_item)
                        for size_item in size_list_tmp:
                            size_list.append(size_item[1])
                    p_list_tmp = []
                    size_list_tmp = []
                else:
                    p_list_tmp = []
                    size_list_tmp = []
        
        # print(p_list)
        # print(size_list)
        
        if len(p_list) != 0:
            contains_single_left = False
            contains_single_right = False
            for i in p_list:
                if i[1] == '左':
                    contains_single_left = True
                if i[1] == '右':
                    contains_single_right = True
            if contains_single_left or contains_single_right == True:
                p_list = self._handle_single(p_list)
            # for i in p_list:
            #     print(i)
            # print('-------------')
            # self.print_y_pred_o()
            p_anatomy = ''
            for i in range(len(self._y_pre_o)):
                if self._y_pre_o[i][0] == 'ANATOMY':
                    p_anatomy = self._y_pre_o[i][1].strip().strip('区')
                if self._y_pre_o[i][0] == 'SIZE':
                    # print(y_pre_o[i][1])
                    if p_anatomy != '':
                        for j in range(0, len(p_list)):
                            # print(p_list[j][1].strip().strip('区'))
                            if p_list[j][1].strip().strip('区')[0] == '左' or p_list[j][1].strip().strip('区')[0] == '右':
                                if p_anatomy[0] != p_list[j][1].strip().strip('区')[0]:
                                    p_anatomy = p_list[j][1].strip().strip('区')[0] + p_anatomy
                                    # print(p_anatomy)
                            # print(p_list[j][1].strip().strip('区'))
                            # print(p_anatomy)
                            if p_list[j][1].strip().strip('区') == p_anatomy:
                                size_list.append(self._y_pre_o[i][1])
                        p_anatomy = ''
            all_size = []
            # print(size_list)
            for i in size_list:
                for j in tools.exactNumber(i):
                    all_size.append(j)
            for i in range(len(all_size)):
                if re.match("^\d+?\.\d+?$", all_size[i]) or all_size[i].isdigit():
                    all_size[i] = float(all_size[i])
            # print(all_size)
            if len(all_size) != 0:
                return max(all_size)
        return 0
        
        # print(len(size_list))
    
    def _handle_single(self, p_list):
        rt_list = []
        lr = ''
        for i in p_list:
            if i[1] == '左' or i[1] == '右':
                lr = i[1]
            else:
                rt_list += [[i[0], lr + i[1], i[2], i[3]]]
        return rt_list
    
    def get_pN(self):
        # if type(self.get_p_max())== int or type(self.get_p_max())== float:
        # print(self.get_p_max())
        return tools.pN(self.get_p_number(), float(self.get_p_max()), self.getENE())
    
    def findSJ(self):
        if '送检淋巴结' in self._Conclusion:
            return '是'
        else:
            return '否'
    
    def get_Info(self):
        print("术后病理切缘:")
        print(str(self.CuttingEdgePathology).strip())
        print("其他术后病理切缘情况:")
        print(str(self.CuttingEdgePathologyOther).strip())
        print("黏膜上皮异常增生程度:")
        print(str(self.Degree).strip())
        print("分子结果:")
        print(str(self.MolecularResultsContent).strip())
        print("免疫组化:")
        print(str(self.Immunohistochemistryisornot).strip())
        print("免疫组化结果:")
        print(str(self.ImmunohistochemistryContent).strip())
        print("送检组织大小cm:")
        print(str(self.max_size("组织")).strip())
        print("肿块大小:")
        print(str(self.max_size("肿块")).strip())
        print("浸润深度（DOI）mm:")
        print(str(self.get_DOI()).strip())
        print("pT:")
        print(str(self.get_pT()).strip())
        print("分化程度")
        print(str(self.get_differentiation()).strip())
        print("神经侵犯:")
        print(str(self.get_invasion('神经')).strip())
        print("血管侵犯:")
        print(str(self.get_invasion('血管')).strip())
        print("淋巴结包膜外ENE(+):")
        print(str(self.getENE()).strip())
        print("送检淋巴结部位:")
        print(str(self.getANATOMY().strip('、')).strip())
        print("其他送检淋巴结部位:")
        print(str(self.getANATOMY_o().strip('、')).strip())
        print("组织学类型:")
        print(str(self.get_histological_type()).strip())
        print("其他组织学类型:")
        print(str(self.get_other_type()).strip())
        if self.findSJ() == '是':
            print('送检淋巴结数目:')
            print(str(self.get_number()).strip())
            print("阳性淋巴结数量:")
            print(str(self.get_p_number()).strip())
            print("阳性淋巴结最大直径cm:")
            print(str(self.get_p_max()).strip())
            print("pN:")
            print(str(self.get_pN()).strip())
    
    def print_original_data(self):
        print(self._Finding)
        print(self._Conclusion)
    
    def print_y_pred(self):
        for i in self._y_pre:
            print(i)
    
    def print_y_pred_o(self):
        for i in self._y_pre_o:
            print(i)
    
    def print_list_item(self, l):
        for i in l:
            print(i)
    
    def get_json(self):
        if self.verbose:
            self.print_y_pred()
            print("-----------------")
            self.print_y_pred_o()
            print("-----------------")
            self.get_Info()
        return {
            "送检组织大小cm": str(self.max_size("组织")).strip(),
            "肿块大小": str(self.max_size("肿块")).strip(),
            "组织学类型": str(self.get_histological_type()).strip(),
            "其他组织学类型": str(self.get_other_type()).strip(),
            "分化程度": str(self.get_differentiation()).strip(),
            "浸润深度（DOI）mm": str(self.get_DOI()).strip(),
            "pT": str(self.get_pT()).strip(),
            "神经侵犯": str(self.get_invasion('神经')).strip(),
            "血管侵犯": str(self.get_invasion('血管')).strip(),
            "术后病理切缘": str(self.CuttingEdgePathology).strip(),
            "其他术后病理切缘情况": str(self.CuttingEdgePathologyOther).strip(),
            "黏膜上皮异常增生程度": str(self.Degree).strip(),
            "免疫组化": str(self.Immunohistochemistryisornot).strip(),
            "免疫组化结果": str(self.ImmunohistochemistryContent).strip(),
            "分子结果": str(self.MolecularResultsContent).strip(),
            "是否送检淋巴结": str(self.findSJ()).strip(),
            "送检淋巴结部位": str(self.getANATOMY()).strip() if str(self.findSJ()).strip() == '是' else '',
            "其他送检淋巴结部位": str(self.getANATOMY_o().strip('、')).strip() if str(self.findSJ()).strip() == '是' else '',
            "送检淋巴结数目": str(self.get_number()).strip() if str(self.findSJ()).strip() == '是' else '',
            "阳性淋巴结数目": str(self.get_p_number()).strip() if str(self.findSJ()).strip() == '是' else '',
            "阳性淋巴结最大直径cm": str(self.get_p_max()).strip() if str(self.findSJ()).strip() == '是' else '',
            "淋巴结包膜外ENE(+)": str(self.getENE()).strip() if str(self.findSJ()).strip() == '是' else '',
            "pN": str(self.get_pN()).strip() if str(self.findSJ()).strip() == '是' else '',
        }


##
if __name__ == '__main__':
    Finding = """
" 左颈大块：6*5*4cm，一侧见一腺体3*3*2cm，灰黄分叶，余为脂肪血管。
左I区: 3只直径0.2-1.2cm。
左II区: 3只直径0.5-1.2cm。
左III区: 3只直径0.5-1cm。
左IV区: 3只直径0.5-0.8cm。
右I区：3只直径1-2cm。
右II区: 3只直径1cm。
右III区: 3只直径0.5-0.8cm。
右IV区: 3只直径0.5-0.6cm。
右颈淋巴：7*7*6cm，內见一腺体3*3*2cm，灰黄分叶，余为脂肪血管。"
"""
    Conclusion = """
"“左颌下腺”慢性涎腺炎
“右颌下腺”慢性涎腺炎
送检淋巴结：“左”“I区”1/3只、“II区”1/3只、“III区”1/3只（肿瘤位于软组织内）及“右”“I区”2/3只（其中1只肿瘤侵犯至包膜外）、“II区”2/3只（肿瘤侵犯至包膜外）有肿瘤转移（+），余及“左IV区”3只、“右”“III区”3只、“IV区”3只均阴性（-）"
"""
    
    oral = Oral(Finding, Conclusion)
    oral.print_y_pred()
    print("-----------------")
    oral.print_y_pred_o()
    print("-----------------")
    oral.get_Info()
    print(oral.get_json())