import os,re,json,time,sys """---设置讲义种类 papertype---""" """1: 高三复习讲义(课前, 课后)""" """2: 测验卷与周末卷(填空题, 选择题, 解答题)""" """3: 日常选题讲义(一个section)""" paper_type = 3 # 随后设置一下后续的讲义标题 """---设置题块编号---""" problems = [ "13527:13541" ] """---设置结束---""" if paper_type == 1: enumi_mode = 0 #设置模式(1为整卷统一编号, 0为每一部分从1开始编号) template_file = "模板文件/复习讲义模板.txt" #设置模板文件名 exec_list = [("标题数字待处理","01"),("标题文字待处理","简单题")] #设置讲义标题 destination_file = "临时文件/"+exec_list[0][1]+"_"+exec_list[1][1] # 设置输出文件名 elif paper_type == 2: enumi_mode = 1 #设置模式(1为整卷统一编号, 0为每一部分从1开始编号) template_file = "模板文件/测验周末卷模板.txt" #设置模板文件名 exec_list = [("标题替换","下学期周末卷07")] #设置讲义标题 destination_file = "临时文件/"+exec_list[0][1] # 设置输出文件名 elif paper_type == 3: enumi_mode = 0 #设置模式(1为整卷统一编号, 0为每一部分从1开始编号) template_file = "模板文件/日常选题讲义模板.txt" #设置模板文件名 exec_list = [("标题文字待处理","双基训练11")] #设置讲义标题 destination_file = "临时文件/"+exec_list[0][1] # 设置输出文件名 #生成数码列表, 逗号分隔每个区块, 区块内部用:表示整数闭区间 def generate_number_set(string): string = re.sub(r"[\n\s]","",string) string_list = string.split(",") numbers_list = [] for s in string_list: if not ":" in s: numbers_list.append(s.zfill(6)) else: start,end = s.split(":") for ind in range(int(start),int(end)+1): numbers_list.append(str(ind).zfill(6)) return numbers_list #将正确率转化为含颜色代码的字符串 def get_color(value): value = float(value) if value>=0.5: (r,g,b)=(1,2-2*value,0) else: (r,g,b)=(2*value,1,0) return "{" + "%.3f" %(r) + "," + "%.3f" %(g) + ",0}" def color_value(matchobj): value = matchobj.group(1) return "\t"+"\\fcolorbox[rgb]{0,0,0}"+ get_color(value) +"{" + value +"}" #读取题库json文件并转化为字典 with open(r"../题库0.3/Problems.json","r",encoding = "utf8") as f: database = f.read() pro_dict = json.loads(database) #读取目标数据库json并转化为字典 with open(r"../题库0.3/LessonObj.json","r",encoding = "utf8") as f: database = f.read() obj_dict = json.loads(database) #读取系统日期 current_time = time.localtime() time_string = "_"+str(current_time.tm_year).zfill(4)+str(current_time.tm_mon).zfill(2)+str(current_time.tm_mday).zfill(2) #生成目标文件名和目标文件目录 teachers_latex_file = destination_file + "_教师" + time_string + ".tex" students_latex_file = destination_file + "_学生" + time_string + ".tex" d = re.search("/[^/]*$",destination_file).span()[0] destination_dir = destination_file[:d] #读取模板 with open(template_file,"r",encoding="utf8") as f: latex_raw = f.read() #识别操作系统 if sys.platform != "win32": latex_raw = re.sub(r"fontset[\s]*=[\s]*none","fontset = fandol",latex_raw) latex_raw = re.sub(r"\\setCJKmainfont",r"% \\setCJKmainfont",latex_raw) #预处理 for command in exec_list: latex_raw = re.sub(command[0],command[1],latex_raw) data_teachers = latex_raw data_students = latex_raw #计数待替换部分 blocks_count = len(re.findall("待替换[\d]",latex_raw)) if not len(problems) == blocks_count: print("题号块数与模板待替换块数不符, 请检查") else: problems_count = 0 for blockid in range(1,blocks_count+1): print("正在处理题块",blockid,".") string_to_replace = "待替换" + str(blockid) teachers_string = "" students_string = "" problem_list = [id for id in generate_number_set(problems[blockid-1].strip()) if id in pro_dict] #生成教师题目字符串与学生题目字符串, 准备替换至latex文件 for id in problem_list: problemset = pro_dict[id] problem = problemset["content"] solution = (problemset["solution"] if problemset["solution"] != "" else "暂无解答与提示") answer = "\\textcolor{red}{" + (problemset["ans"] if problemset["ans"] != "" else "暂无答案") + "}" remarks = (problemset["remark"] if problemset["remark"] != "" else "暂无备注") usages_list = problemset["usages"] if len(usages_list) > 0: usage = re.sub("\\t([\d]\.[\d]{0,10})",color_value,"\n\n".join(usages_list)) usage = re.sub("[\\t ]([\d]\.[\d]{0,10})",color_value,usage) else: usage = "暂无使用记录" origin = (problemset["origin"] if problemset["origin"] != "" else "出处不详") objects = problemset["objs"] if len(objects) == 0: objects = "暂未关联目标\n\n" elif "KNONE" in [o.upper() for o in objects]: objects = "该题的考查目标不在目前的集合中\n\n" else: objects_string = "" for obj in objects: if not obj in obj_dict: objects_string = "目标" + obj + "有误\n\n" break else: objects_string += "\\textcolor{blue}{" + obj + "|" + obj_dict[obj]["content"] + "}\n\n" objects = objects_string space = ("" if problemset["space"] == "" else "\n"+r"\vspace*{"+problemset["space"]+"}\n") tags = ("|".join(problemset["tags"]) if len(problemset["origin"])>0 else "暂无标签") raw_string = "\\item " + "{\\tiny ("+id+")} "+problem teachers_string += raw_string.replace("\\tiny","")+"\n\n关联目标:\n\n"+ objects + "\n\n标签: " + tags + "\n\n答案: "+answer + "\n\n" + "解答或提示: " + solution + "\n\n使用记录:\n\n"+ usage + "\n" + "\n\n出处: "+origin + "\n" students_string += raw_string + space + "\n\n" teachers_string = r"\setcounter{enumi}{"+ str(enumi_mode * problems_count) + "}\n\n" + teachers_string students_string = r"\setcounter{enumi}{"+ str(enumi_mode * problems_count) + "}\n\n" + students_string problems_count += len(problem_list) #替换源文件中的字符串 data_teachers = data_teachers.replace(string_to_replace,teachers_string) data_students = data_students.replace(string_to_replace,students_string) print("题块",blockid,"处理完毕.") #保存和编译latex文件 with open(teachers_latex_file,"w",encoding = "utf8") as f: f.write(data_teachers) print("开始编译教师版本pdf文件: ", teachers_latex_file) os.system("xelatex -interaction=batchmode -output-directory=" + destination_dir + " "+ teachers_latex_file) print(os.system("xelatex -interaction=batchmode -output-directory=" + destination_dir + " "+ teachers_latex_file)) with open(students_latex_file,"w",encoding = "utf8") as f: f.write(data_students) print("开始编译学生版本pdf文件: ", students_latex_file) os.system("xelatex -interaction=batchmode -output-directory=" + destination_dir + " "+ students_latex_file) print(os.system("xelatex -interaction=batchmode -output-directory=" + destination_dir + " "+ students_latex_file))