# encoding=utf8
#-*-coding:utf-8 -*-
#pip install python-pptx -i https://pypi.tuna.tsinghua.edu.cn/simple
#pip install python-docx -i https://pypi.tuna.tsinghua.edu.cn/simple
#pip install pandas -i https://pypi.tuna.tsinghua.edu.cn/simple
from pptx import Presentation #导入PPT库
from pptx.util import Cm,Pt #导入单位 Cm，Pt
from docx import Document #导入word库
import pandas as pd #导入pandas
from pptx import Presentation, util
from pptx.util import Pt, Cm
from pptx.shapes.picture import Picture
from 制作PPT.util.operation_excel import OperationExcel
class HandleCopyPPT(object):
def __init__(self,ppt_name,tihuan_content_list,new_ppt_name):
self.new_ppt_name = new_ppt_name
self.tihuan_content_list = tihuan_content_list
self.tihuan_content_xiabiao = 0
self.excel_hangshu = 1 #从第二行开始写，第一行写入标题
self.ppt_name = ppt_name
self.ppt = Presentation(self.ppt_name)
self.oe = OperationExcel(file_name="hh.xls", sheet_id=None)
self.all_yuansu_list = [] #记录所有元素
self.shijiyuansu_list = [] #记录实际元素
self.youyilou_list = [] #记录有遗漏的元素
#写入表头
def write_excel_title(self):
biaoti_list = ['第几张PPT',"元素名字", "元素原始文本内容", "元素原始文本长度", "元素新赋值文本内容"]
for i in range(0, len(biaoti_list)):
self.oe.write_value(row=0, col=i, value=biaoti_list[i])
def inOneListNotInTwoList(self,one_list,two_list):
chayi_list = []
for one in one_list:
if one not in two_list:
chayi_list.append(one)
print("在第一个列表中，不在第二个列表中的元素：")
print(chayi_list)
return chayi_list
#处理一页幻灯片,传入替换内容列表
def rander_template_with_new(self,slide,zhangshu):
#一页幻灯片中所有元素
shape_list_one_slide = slide.shapes
# all_yuansu_list = []
yuansu_geshu = len(shape_list_one_slide)
print("幻灯片中存在元素个数为：%s" % yuansu_geshu)
for k in range(0,yuansu_geshu):
one_shape = shape_list_one_slide[k]
shape = one_shape
print("处理幻灯片中第%s个元素" % str(k+1))
shape_name = shape.name
print("幻灯片中第%s个元素 的名字是 %s" % (str(k + 1),str(shape_name)))
one_yuansu_list = []
one_yuansu_list.append(zhangshu)
one_yuansu_list.append(shape_name)
self.shijiyuansu_list.append(shape_name)
# try:
# shape_text = shape.text
#
# except Exception as e:
# shape_text = e
# one_yuansu_list.append(shape_name)
# self.all_yuansu_list.append(one_yuansu_list)
try:
if shape.has_text_frame == True:
print("==========================文本框=============================")
duanluo_list = shape.text_frame.paragraphs #段落列表
duanluo_shu = len(duanluo_list) #段落个数
print("段落长度：", duanluo_shu)
for n in range(0,duanluo_shu):
one_paragraph = duanluo_list[n]
paragraph = one_paragraph
print("处理幻灯片中第%s个元素的第%s段落" % (str(k + 1),str(n+1)))
run_list = paragraph.runs #段落的run的列表
run_shu = len(run_list)
for l in range(0,run_shu):
one_run_list = []
one_run_list.append(zhangshu) #统计张数，第几张幻灯片
one_run_list.append(shape_name) # 元素名字
print("处理幻灯片中第%s个元素的第%s段落的第%s个run" % (str(k + 1), str(n + 1),str(l+1)))
one_run = run_list[l]
run = one_run
yuan_run_text = run.text
print("幻灯片中第%s个元素的第%s段落的第%s个run的原始文本内容为 %s" % (str(k + 1), str(n + 1), str(l + 1),yuan_run_text))
one_run_list.append(yuan_run_text) #统计元素原始文本
yuanshi_text_zijie_changdu = len(yuan_run_text)
print("幻灯片中第%s个元素的第%s段落的第%s个run的原始文本内容长度 %s" % (str(k + 1), str(n + 1), str(l + 1),yuanshi_text_zijie_changdu))
one_run_list.append(yuanshi_text_zijie_changdu) # 统计元素原始文本的长度
xinfuzhi = self.tihuan_content_list[self.tihuan_content_xiabiao]
self.tihuan_content_xiabiao = self.tihuan_content_xiabiao+1 #赋值之后就加1
run.text = str(xinfuzhi)
print("幻灯片中第%s个元素的第%s段落的第%s个run的新文本内容为 %s" % (str(k + 1), str(n + 1), str(l + 1), xinfuzhi))
one_run_list.append(xinfuzhi) # 统计元素文本新内容
self.all_yuansu_list.append(one_run_list)
print("符合条件添加成功")
self.youyilou_list.append(shape_name)
elif shape.has_table == True:
print("==========================表格==============================")
one_table_data = []
for row in shape.table.rows: # 读每行
row_data = []
for cell in row.cells: # 读一行中的所有单元格
cell.text = cell.text if cell.text != "" else "未填写"
c = cell.text
row_data.append(c)
one_table_data.append(row_data) # 把每一行存入表
# 用二维列表输出表格行和列的数据
print(one_table_data)
print("第一个单元格内容：", shape.table.rows[0].cells[0].text)
# self.all_yuansu_list.append(one_yuansu_list)
# self.youyilou_list.append(shape_name)
elif isinstance(shape, Picture):
print("==========================图片==============================")
index = 0
with open(f'{index}.jpg', 'wb') as f:
f.write(shape.image.blob)
index += 1
# self.all_yuansu_list.append(one_yuansu_list)
# self.youyilou_list.append(shape_name)
else:
# self.all_yuansu_list.append(one_yuansu_list)
# self.youyilou_list.append(shape_name)
print("不符合条件添加成功")
except Exception as e:
print("报错：%s" % e)
# self.all_yuansu_list.append(one_yuansu_list)
# self.youyilou_list.append(shape_name)
print("异常添加成功")
print("实际元素：")
print(self.shijiyuansu_list)
print("有遗漏的元素：")
print(self.youyilou_list)
self.inOneListNotInTwoList(one_list=self.shijiyuansu_list,
two_list=self.youyilou_list)
#插入图片
def insert_pic(self,slide):
img_path = '1.jpg' # 图片路径
# 设置图片的位置和大小
left = util.Cm(8.04)
top = util.Cm(9.93)
width = util.Cm(15.07)
height = util.Cm(4.06)
# 在页面中插入图片
slide.shapes.add_picture(img_path, left, top, width, height)
#处理多张幻灯片
def rander_many(self):
self.write_excel_title() #写入标题
all_slide_list = self.ppt.slides #获取所有幻灯片
len_all_slide_list = len(all_slide_list)
print("替换后的列表内容")
print(self.tihuan_content_list)
for i in range(0,len_all_slide_list):
print("处理第%s张幻灯片"% str(i+1))
one_slide = all_slide_list[i]
self.rander_template_with_new(slide=one_slide,zhangshu=i+1)
#写入excel中
print("self.all_yuansu_list:")
for one in self.all_yuansu_list:
print(one)
one_yuansu_list = one #写入excel中
for f in range(0,len(one_yuansu_list)):
self.oe.write_value(row=self.excel_hangshu, col=f, value=one_yuansu_list[f])
self.excel_hangshu = self.excel_hangshu + 1
len_all_yuansu_list = len(self.all_yuansu_list)
print("幻灯片总共个有%s个元素" % str(len_all_yuansu_list))
self.ppt.save(self.new_ppt_name)
if __name__ == "__main__":
all_data_list = []
excel_data = pd.read_excel("副本49过程定义作用时间.xlsx", header=None) # pandas 读取excel中的数据 ,header=None,表示不要读取表头
print(excel_data)
print("excel_data类型：")
print(type(excel_data))
print(excel_data.iloc[0, 0]) # excel_data.iloc[0,0],表示获取数据中的第0行第0列的数据
for i in range(1,50):
one_list = []
for j in range(0,6):
print(excel_data.iloc[i,j])
one_list.append(excel_data.iloc[i,j])
print(one_list)
#一个开始
ppt_name = "一页模板.pptx"
# # tihuan_content_list = [a for a in range(0,1000)]
#
# tihuan_content_list = []
#
# data_excel_name = "gjjs.xls"
# #读取excel中的数据作为替换字符列表
# mubiao_data = pd.read_excel(data_excel_name)
# print(mubiao_data["赋值"]) #赋值 为表格第一行的一个表头
# print(type(mubiao_data["赋值"]))
# print(mubiao_data)
# for i in range(0,6):
# print("第%s数据："% str(i))
# tihuanshuju = mubiao_data.iloc[i,5]
# print(tihuanshuju ) #用iloc读取表格中的行、列数据
# tihuan_content_list.append(tihuanshuju ) #添加到列表中
fangfa = str(i)
tihuan_content_list =[]
tihuan_content_list.append("49个管理过程")
tihuan_content_list.append("49 management processes")
tihuan_content_list.append("COMPANY INTRODUCE")
tihuan_content_list.append(one_list[3])
tihuan_content_list.append(one_list[4])
tihuan_content_list.append("%s%s"%(one_list[1],one_list[2]))
print(tihuan_content_list)
new_ppt_name = "%s.pptx" % fangfa
hcp = HandleCopyPPT(ppt_name,tihuan_content_list,new_ppt_name)
hcp.rander_many()
#一个结束
标签：name,python,self,list,shape,append,print,替换,幻灯片 From： https://www.cnblogs.com/jingzaixin/p/17290898.html