diff --git a/工具/latex界面修改题目内容.py b/工具/latex界面修改题目内容.py index 0286eb44..c3798bdc 100644 --- a/工具/latex界面修改题目内容.py +++ b/工具/latex界面修改题目内容.py @@ -1,6 +1,6 @@ import os,re,json """这里编辑题号(列表)后将在vscode中打开窗口, 编辑后保存关闭""" -problems = "31338" +problems = "014805,014806,014807,014808,014809,014810,014811,014812,014813,014814,014815,014816,014817,014818,014819,014820,014821,014822,014823,014824,014825,030608,030632,030636,030679,030715,030757,030836,030856,030895,030927,030955,030977,031022,031040,031115,031136,031149" editor = "王伟叶" def generate_number_set(string,dict): diff --git a/工具/修改题目数据库.py b/工具/修改题目数据库.py index 2153e69a..029e5c31 100644 --- a/工具/修改题目数据库.py +++ b/工具/修改题目数据库.py @@ -1,6 +1,6 @@ import os,re,json """这里编辑题号(列表)后将在vscode中打开窗口, 编辑后保存关闭, 随后运行第二个代码块""" -problems = "31395" +problems = "40466,40473,40482" def generate_number_set(string,dict): string = re.sub(r"[\n\s]","",string) diff --git a/工具/关键字筛选题号.py b/工具/关键字筛选题号.py index f1760160..61116d19 100644 --- a/工具/关键字筛选题号.py +++ b/工具/关键字筛选题号.py @@ -2,7 +2,7 @@ import os,re,json """---设置关键字, 同一field下不同选项为or关系, 同一字典中不同字段间为and关系, 不同字典间为or关系, _not表示列表中的关键字都不含, 同一字典中的数字用来供应同一字段不同的条件之间的and---""" keywords_dict_table = [ - {"origin":["高一"],"origin2":["08"],"origin3":["周末卷"]} + {"origin":["崇明"],"origin2":["二模"]} ] """---关键字设置完毕---""" # 示例： keywords_dict_table = [ diff --git a/工具/文本文件/题号筛选.txt b/工具/文本文件/题号筛选.txt index 349858d0..43f1724c 100644 --- a/工具/文本文件/题号筛选.txt +++ b/工具/文本文件/题号筛选.txt @@ -1 +1,8 @@ -040527,040528,040529,040530,040531,040532,040533,040534,040535,040536,040537,040538,040539,040540,040541,040542,040543,040544,040545,040546,040547,040548,040549,040550,040551 \ No newline at end of file +014805,014806,014807,014808,014809,014810,014811,014812,014813,014814,014815,014816,014817,014818,014819,014820,014821,014822,014823,014824,014825,030608,030632,030636,030679,030715,030757,030836,030856,030895,030927,030955,030977,031022,031040,031115,031136,031149 + + +未使用题号: +030608,030632,030636,030679,030715,030757,030836,030856,030895,030927,030955,030977,031022,031040,031115,031136,031149 + +已使用题号: +014805,014806,014807,014808,014809,014810,014811,014812,014813,014814,014815,014816,014817,014818,014819,014820,014821,014822,014823,014824,014825 \ No newline at end of file diff --git a/工具/讲义生成.py b/工具/讲义生成.py index 3ea692be..6964c1e7 100644 --- a/工具/讲义生成.py +++ b/工具/讲义生成.py @@ -10,7 +10,7 @@ paper_type = 1 # 随后设置一下后续的讲义标题 """---设置题块编号---""" problems = [ -"000778,001253,001325,003747,013721,031392,010938,011148,004157,030327,030060,010197,001339,002918,004009","001262,004435,030398,030051,012859,031321,012543,001352,005650,005123,030337,007939,002968,012902,030356" +"332,401,654,2605,2664,3574,3640,31196,31320,4584,7361,7423,30227,30275,30540","340,412,2586,3585,4575,11993,7630,14091,31158,7502,10868,30495,30520" ] @@ -20,12 +20,12 @@ problems = [ 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","易错题-函数1")] #设置讲义标题 + exec_list = [("标题数字待处理","05"),("标题文字待处理","易错题-概率与统计")] #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","2023届杨浦区二模")] #设置讲义标题 + exec_list = [("标题替换","高三下测验卷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) diff --git a/工具/试卷答案生成.py b/工具/试卷答案生成.py index 8cce07be..fa690923 100644 --- a/工具/试卷答案生成.py +++ b/工具/试卷答案生成.py @@ -1,6 +1,6 @@ -file_dir = r"C:\Users\weiye\Documents\wwy sync\23届\下学期测验卷" +file_dir = r"C:\Users\weiye\Documents\wwy sync\23届\下学期周末卷" filelist = [] #列表为空默认处理所有讲义 -output_gloss_filename = "下学期测验卷参考答案" +output_gloss_filename= "临时" import os,re,json diff --git a/工具/题号选题pdf生成.py b/工具/题号选题pdf生成.py index 9ce12976..1021bd7c 100644 --- a/工具/题号选题pdf生成.py +++ b/工具/题号选题pdf生成.py @@ -5,15 +5,15 @@ import os,re,time,json,sys """ """---设置题目列表---""" -#留空为编译全题库, a为读取临时文件中的题号筛选.txt文件生成题库 +#留空为编译全题库, a为读取文本文件中的题号筛选.txt文件生成题库 problems = r""" - +a """ """---设置题目列表结束---""" """---设置文件名---""" #目录和文件的分隔务必用/ -filename = "临时文件/题库" +filename = "临时文件/崇明" """---设置文件名结束---""" """---设置是否需要解答题的空格---""" diff --git a/题库0.3/Problems.json b/题库0.3/Problems.json index 0ac37c01..df25abfd 100644 --- a/题库0.3/Problems.json +++ b/题库0.3/Problems.json @@ -458726,7 +458726,7 @@ "objs": [], "tags": [], "genre": "填空题", - "ans": "$\\dfrac{2 \\pi}{3}$", + "ans": "$\\dfrac{4 \\pi}{3}$", "solution": "", "duration": -1, "usages": [], @@ -458861,11 +458861,11 @@ }, "040473": { "id": "040473", - "content": "已知函数$y=x^2+p x+q$有两个零点$1$、$2$, 数列$\\{x_n\\}$满足$x_{n+1}=x_n-\\dfrac{f(x_n)}{f'(x_n)}$, 若$a_n=\\ln \\dfrac{x_n-2}{x_n-1}$, 且$a_1=-2$, 则数列$\\{a_n\\}$的前$2023$项的和为\\blank{50}.", + "content": "已知函数$f(x)=x^2+p x+q$有两个零点$1$、$2$, 数列$\\{x_n\\}$满足$x_{n+1}=x_n-\\dfrac{f(x_n)}{f'(x_n)}$, 若$a_n=\\ln \\dfrac{x_n-2}{x_n-1}$, 且$a_1=-2$, 则数列$\\{a_n\\}$的前$2023$项的和为\\blank{50}.", "objs": [], "tags": [], "genre": "填空题", - "ans": "$1-2^{2023}$", + "ans": "$2-2^{2024}$", "solution": "", "duration": -1, "usages": [], @@ -459034,7 +459034,7 @@ }, "040482": { "id": "040482", - "content": "如图, 一智能扫地机器人在$A$处发现位于它正西方向的$B$处和北偏东$30^{\\circ}$方向上的$C$处分别有需要清扫的垃圾, 红外线感应测量发现机器人到$B$的距离比到$C$的距离少$0.4 m$, 于是选择沿$A \\to B \\to C$路线清扫. 已知智能扫地机器人的直线行走速度为$0.2 \\text{m} / \\text{s}$, 忽略机器人吸入垃圾及在$B$处旋转所用时间, $10$秒钟完成了清扫任务.\n\\begin{center}\n\\begin{tikzpicture}[>=latex,scale = 2]\n\\draw (0,0) node [right] {$A$} coordinate (A);\n\\draw (-0.6,0) node [left] {$B$} coordinate (B);\n\\draw (60:1) node [right] {$C$} coordinate (C);\n\\draw (A)--(B)--(C)--cycle;\n\\draw (-0.6,0.6) coordinate (T);\n\\draw [->] (T) --++ (0.3,0) node [right] {东};\n\\draw [->] (T) --++ (0,0.3) node [above] {北};\n\\end{tikzpicture}\n\\end{center}\n(1) $B$、$C$两处垃圾的距离是多少?\\\\\n(2) 智能扫地机器人此次清扫行走路线的夹角$\\angle ABC$是多少?", + "content": "如图, 一智能扫地机器人在$A$处发现位于它正西方向的$B$处和北偏东$30^{\\circ}$方向上的$C$处分别有需要清扫的垃圾, 红外线感应测量发现机器人到$B$的距离比到$C$的距离少$0.4 \\text{m}$, 于是选择沿$A \\to B \\to C$路线清扫. 已知智能扫地机器人的直线行走速度为$0.2 \\text{m} / \\text{s}$, 忽略机器人吸入垃圾及在$B$处旋转所用时间, $10$秒钟完成了清扫任务.\n\\begin{center}\n\\begin{tikzpicture}[>=latex,scale = 2]\n\\draw (0,0) node [right] {$A$} coordinate (A);\n\\draw (-0.6,0) node [left] {$B$} coordinate (B);\n\\draw (60:1) node [right] {$C$} coordinate (C);\n\\draw (A)--(B)--(C)--cycle;\n\\draw (-0.6,0.6) coordinate (T);\n\\draw [->] (T) --++ (0.3,0) node [right] {东};\n\\draw [->] (T) --++ (0,0.3) node [above] {北};\n\\end{tikzpicture}\n\\end{center}\n(1) $B$、$C$两处垃圾的距离是多少?\\\\\n(2) 智能扫地机器人此次清扫行走路线的夹角$\\angle ABC$是多少?", "objs": [], "tags": [], "genre": "解答题",