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ns_ddx_figure.py
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'''
SPDX-License-Identifier: Apache-2.0
Copyright 2023 Cisco Systems, Inc. and its affiliates
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
'''
from pptx import Presentation
from pptx.enum.dml import MSO_LINE
from pptx.enum.text import MSO_ANCHOR, PP_ALIGN , MSO_AUTO_SIZE
from pptx.enum.shapes import MSO_SHAPE,MSO_CONNECTOR
from pptx.dml.color import RGBColor,MSO_THEME_COLOR
from pptx.dml.line import LineFormat
from pptx.shapes.connector import Connector
from pptx.util import Inches,Cm,Pt
import sys, os
import openpyxl
import math
import unicodedata
class ns_ddx_figure_run():
def __init__(self):
#parameter
ppt_min_width = 13.4 # inches
ppt_min_hight = 7.5 # inches
ppt_max_width = 56 # inches
ppt_max_hight = 56 # inches
ppt_meta_file = self.excel_file_path
### Shared system setting values
self.ws_name_PPT_META = self.worksheet_name
self.outline_margin_root_folder = 0.2 ## inches
self.outline_margin_sub_folder = 0.1 ## inches
### shared open the files
if os.path.isfile(self.output_ppt_file) == True:
self.active_ppt = Presentation(self.output_ppt_file)
else:
self.active_ppt = Presentation()
if self.flag_second_page == False:
# width inches of slide master
if (self.root_width + self.root_left * 2) < ppt_min_width:
self.active_ppt.slide_width = Inches(ppt_min_width)
elif (self.root_width + self.root_left * 2) > ppt_max_width:
self.active_ppt.slide_width = Inches(ppt_max_width)
else:
self.active_ppt.slide_width = Inches(self.root_width + self.root_left * 2)
# height inches of slide master
if (self.root_hight + self.root_top * 1.5) < ppt_min_hight:
self.active_ppt.slide_height = Inches(ppt_min_hight)
elif (self.root_hight + self.root_top * 1.5) > ppt_max_hight:
self.active_ppt.slide_height = Inches(ppt_max_hight)
else:
self.active_ppt.slide_height = Inches(self.root_hight + self.root_top * 1.5)
self.input_ppt_mata_excel = openpyxl.load_workbook(ppt_meta_file)
### shared open setting values
self.coord_list = [] # coord list of folders and shapes
self.shapes_size_array = [] # add ver 2.0 . for writing l2 figure
self.temp_list_num = 0
self.folder_font_type = 'Calibri'
self.folder_font_size = 10 # Pt
self.shape_font_type = 'Calibri'
self.shae_font_size = 6 # Pt
'''main'''
if self.ws_name_PPT_META != '<ALL_Worksheets>':
### select active worksheet
self.input_ppt_mata_excel.active = self.input_ppt_mata_excel[self.ws_name_PPT_META]
### add new slide
ns_ddx_figure_run.add_slide(self)
### add root folder and get location
ns_ddx_figure_run.add_root_folder(self)
### add sub folders from excel also shapes
ns_ddx_figure_run.add_sub_folder(self)
### add l2 material for l2 shape ###
if self.click_value == 'L2-3-2':
ns_ddx_figure_run.add_l2_material(self)
ns_ddx_figure_run.add_l2_line(self)
### add line between folder and shape
if self.click_value != 'L2-3-2':
ns_ddx_figure_run.add_line(self)
### last, save_pptx
ns_ddx_figure_run.save_pptx(self)
else:
print('<ALL_Worksheets> selected')
ws_list = self.input_ppt_mata_excel.sheetnames
for ws_name in ws_list:
### select active worksheet
self.input_ppt_mata_excel.active = self.input_ppt_mata_excel[ws_name]
### clear coord_list
self.coord_list = [] # coord list of folders and shapes
### add new slide
ns_ddx_figure_run.add_slide(self)
### add root folder and get location
ns_ddx_figure_run.add_root_folder(self)
### add sub folders from excel also shapes
ns_ddx_figure_run.add_sub_folder(self)
### add line between folder and shape
ns_ddx_figure_run.add_line(self)
### last, save_pptx
ns_ddx_figure_run.save_pptx(self)
def add_slide(self):
self.title_only_slide_layout = self.active_ppt.slide_layouts[5]
self.slide = self.active_ppt.slides.add_slide(self.title_only_slide_layout)
def add_root_folder(self):
temp_rootfolder_row = 0
temp_rootfolder_flag = False
temp_row = 1
self.root_folder = [0.28, 1.42, 9.45, 5.75] # Defalut setting. left , top , width , hight(Inches) / EMU is 914400
while temp_rootfolder_row < 50000 and temp_rootfolder_flag == False:
temp_rootfolder_row += 1
if str(self.input_ppt_mata_excel.active.cell(temp_rootfolder_row, 1).value) == '<<ROOT_FOLDER>>':
temp_rootfolder_flag = True
temp_row = temp_rootfolder_row
### input page title text and input root holder values
self.shape = self.slide.shapes
self.shape.title.text = str(self.input_ppt_mata_excel.active.cell(temp_row+1, 2).value)
self.root_folder[0] = float(self.input_ppt_mata_excel.active.cell(temp_row+1, 5).value)
self.root_folder[1] = float(self.input_ppt_mata_excel.active.cell(temp_row+1, 6).value)
self.root_folder[2] = float(self.input_ppt_mata_excel.active.cell(temp_row+1, 7).value) * float(self.input_ppt_mata_excel.active.cell(temp_row+1, 3).value)
self.root_folder[3] = float(self.input_ppt_mata_excel.active.cell(temp_row+1, 8).value) * float(self.input_ppt_mata_excel.active.cell(temp_row+1, 4).value)
### change ppt title , add ver 2.1 ###
if self.click_value == 'VPN-1-1':
self.shape.title.text = '[VPNs on L1] All Areas'
# style size,outline
self.shape = self.shape.add_shape(MSO_SHAPE.RECTANGLE, Inches(self.root_folder[0]), Inches(self.root_folder[1]), Inches(self.root_folder[2]), Inches(self.root_folder[3]))
#style fill
shape_fill = self.shape.fill
#chage outline coler to 255,255,255 at ver 2.3.0
#shape_fill = shape_fill.background()
shape_fill.solid()
shape_fill.fore_color.rgb = RGBColor(255, 255, 255)
# style line
shape_line = self.shape.line
shape_line.color.rgb = RGBColor(0, 0, 0)
shape_line.color.brightness = 0.0
shape_line.width = Pt(1.5)
shape_line.fill.solid()
self.shape.shadow.inherit = False
### adjust outline margin
self.root_folder[0] = self.root_folder[0] + self.outline_margin_root_folder
self.root_folder[1] = self.root_folder[1] + self.outline_margin_root_folder
self.root_folder[2] = self.root_folder[2] - (self.outline_margin_root_folder*2)
self.root_folder[3] = self.root_folder[3] - (self.outline_margin_root_folder*2)
def add_sub_folder(self):
###get number of row from meta excel
temp_row = 1
temp_temp_row_folder = 0
excel_row_sum = 0
excel_col_sum = 0
temp_count_set_width = 0
self.sub_folder_list = [[],[]] # row list , column list
self.margin_top_text = 0.0
self.margin_bottom_text = -0.05
temp_subfolder_row = 0
temp_subfolder_flag = False
while temp_subfolder_row < 50000 and temp_subfolder_flag == False:
temp_subfolder_row += 1
if str(self.input_ppt_mata_excel.active.cell(temp_subfolder_row, 1).value) == '<<POSITION_FOLDER>>':
temp_subfolder_flag = True
temp_row = temp_subfolder_row
while self.input_ppt_mata_excel.active.cell(temp_row, 1).value != None:
if self.input_ppt_mata_excel.active.cell(temp_row, 1).value != '<SET_WIDTH>' and str(self.input_ppt_mata_excel.active.cell(temp_row, 1).value).startswith('<<POSITION_FOLDER>>') != True:
self.sub_folder_list[0].append(self.input_ppt_mata_excel.active.cell(temp_row, 1).value)
excel_row_sum = excel_row_sum + float(self.input_ppt_mata_excel.active.cell(temp_row, 1).value)
elif self.input_ppt_mata_excel.active.cell(temp_row, 1).value == '<SET_WIDTH>' or str(self.input_ppt_mata_excel.active.cell(temp_row, 1).value).startswith('<<POSITION_FOLDER>>') == True:
temp_count_set_width +=1
temp_row += 1
#### Set initial value
self.sub_folder = [self.root_folder[0],self.root_folder[1],self.root_folder[2],self.root_folder[3]] # left , top , width , hight(Inches) / EMU is 914400
'''write sub folders'''
for temp_row_folder in range(temp_subfolder_row, temp_row):
if self.input_ppt_mata_excel.active.cell(temp_row_folder, 1).value == '<SET_WIDTH>' or str(self.input_ppt_mata_excel.active.cell(temp_row_folder, 1).value).startswith('<<POSITION_FOLDER>>') == True:
### get num col in each row
excel_col_sum = 0
temp_column = 2
self.sub_folder_list[1] = []
while self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_column).value != None:
self.sub_folder_list[1].append(self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_column).value)
excel_col_sum = excel_col_sum + float(self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_column).value)
temp_column +=1
if self.input_ppt_mata_excel.active.cell(temp_row_folder, 1).value != '<SET_WIDTH>' and str(self.input_ppt_mata_excel.active.cell(temp_row_folder, 1).value).startswith('<<POSITION_FOLDER>>') != True:
###write folders on the row
for temp_col_folder in range(0, len(self.sub_folder_list[1])):
### get width and hight reflected ratio
self.sub_folder[2] = (self.sub_folder_list[1][temp_col_folder] / excel_col_sum) * self.root_folder[2] #col
self.sub_folder[3] = (self.sub_folder_list[0][temp_temp_row_folder] / excel_row_sum) * self.root_folder[3] #row
### adjust margin
folder_left = self.sub_folder[0]
folder_top = self.sub_folder[1]
folder_width = self.sub_folder[2]
folder_hight = self.sub_folder[3]
### write sub folder
self.shape = self.slide.shapes
self.shape = self.shape.add_shape(MSO_SHAPE.ROUNDED_RECTANGLE, Inches(folder_left), Inches(folder_top), Inches(folder_width), Inches(folder_hight))
###add self.coord_list for line
self.temp_folder_text = 'dummy'
if self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_col_folder+2).value != None:
x_left = folder_left
x_middle = folder_left + (folder_width*0.5)
x_right = folder_left + folder_width
y_top = folder_top
y_middle = folder_top + (folder_hight*0.5)
y_down = folder_top + folder_hight
self.temp_folder_text = str(self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_col_folder+2).value)
### refrect tag function own shape
if '<' in self.temp_folder_text:
self.temp_folder_text = str('<') + str(self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_col_folder+2).value).split('<')[-1].split('>')[0] + str('>')
self.coord_list.append([self.temp_folder_text,x_left,x_middle,x_right,y_top,y_middle,y_down]) #coord of x_left,x_middle,x_right,y_top,y_middle,y_down
self.temp_list_num += 1
### pass to add_shape()
self.shape_folder_left = self.sub_folder[0]
self.shape_folder_top = self.sub_folder[1]
self.shape_folder_width = self.sub_folder[2]
self.shape_folder_hight = self.sub_folder[3]
### chenge left and top of start folder
self.sub_folder[0] = self.sub_folder[0] + self.sub_folder[2]
shape_fill = self.shape.fill
shape_fill = shape_fill.background()
shape_line = self.shape.line
shape_line.color.rgb = RGBColor(0, 0, 0)
shape_line.color.brightness = 0.0
shape_line.width = Pt(1.5)
self.shape.adjustments[0] = 0.1 # curve of ROUNDED_RECTANGLE 0.0~1.0
self.shape.shadow.inherit = False # disalbe dealut shadow effect
### change folder coler when create summary diagram at ver 2.3.4
if self.flag_second_page == True and self.click_value == '2-4-3':
shape_fill = self.shape.fill
shape_fill.solid()
shape_fill.fore_color.rgb = RGBColor(254, 246, 240)
shape_line.color.rgb = RGBColor(251, 201, 159)
shape_line.width = Pt(2.0)
self.shape.adjustments[0] = 0.15
self.shape.text_frame.paragraphs[0].font.size = Pt(16)
'''change stlye from meta file'''
temp_style_row = 1
temp_style_flag = False
temp_match_flag = False
while temp_style_row < 50000 and temp_match_flag == False:
if str(self.input_ppt_mata_excel.active.cell(temp_style_row, 1).value) == '<<STYLE_FOLDER>>':
temp_style_flag = True
## Default set###
if str(self.input_ppt_mata_excel.active.cell(temp_style_row, 1).value) == '<DEFAULT>':
temp_default_value = self.input_ppt_mata_excel.active.cell(temp_style_row, 2).value
if temp_default_value == 'YES':
shape_line.fill.solid()
elif temp_default_value == 'NO':
shape_line.fill.background()
## empty valse set###
if temp_style_flag == True and self.input_ppt_mata_excel.active.cell(temp_style_row, 1).value == '<EMPTY>':
temp_empty_value = self.input_ppt_mata_excel.active.cell(temp_style_row, 2).value
if self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_col_folder+2).value == None:
if temp_empty_value == 'YES':
shape_line.fill.solid()
elif temp_empty_value == 'NO':
shape_line.fill.background()
''' delete shape for network sketcher'''
sp = self.shape._element
sp.getparent().remove(sp)
break
## Outline and Adjust Margin Option set###
if temp_style_flag == True and str(self.input_ppt_mata_excel.active.cell(temp_style_row, 1).value) == str(self.temp_folder_text):
temp_match_flag = True
if self.input_ppt_mata_excel.active.cell(temp_style_row, 2).value == 'YES':
shape_line.fill.solid()
elif self.input_ppt_mata_excel.active.cell(temp_style_row, 2).value == 'NO':
shape_line.fill.background()
''' delete shape for network sketcher'''
sp = self.shape._element
sp.getparent().remove(sp)
if self.input_ppt_mata_excel.active.cell(temp_style_row, 4).value != '<AUTO>':
self.shape_folder_top = self.shape_folder_top + self.input_ppt_mata_excel.active.cell(temp_style_row, 4).value
self.shape_folder_hight = self.shape_folder_hight - self.input_ppt_mata_excel.active.cell(temp_style_row, 4).value
if self.input_ppt_mata_excel.active.cell(temp_style_row, 5).value != '<AUTO>':
self.shape_folder_hight = self.shape_folder_hight - self.input_ppt_mata_excel.active.cell(temp_style_row, 5).value
### Add Text into the sub folder, when UP
if self.input_ppt_mata_excel.active.cell(temp_style_row, 3).value == 'UP':
if '<' in str(self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_col_folder+2).value):
self.shape.text = str(self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_col_folder+2).value).split('<')[0]
self.shape.text_frame.vertical_anchor = MSO_ANCHOR.TOP
self.shape.text_frame.margin_top = Inches(self.margin_top_text)
else:
self.shape.text = str(self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_col_folder+2).value)
self.shape.text_frame.vertical_anchor = MSO_ANCHOR.TOP
self.shape.text_frame.margin_top = Inches(self.margin_top_text)
### Add Text into the sub folder, when DOWN
if self.input_ppt_mata_excel.active.cell(temp_style_row, 3).value == 'DOWN':
if '<' in str(self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_col_folder+2).value):
self.shape.text = str(self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_col_folder+2).value).split('<')[0]
self.shape.text_frame.vertical_anchor = MSO_ANCHOR.BOTTOM
self.shape.text_frame.margin_bottom = Inches(self.margin_bottom_text)
else:
self.shape.text = str(self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_col_folder+2).value)
self.shape.text_frame.vertical_anchor = MSO_ANCHOR.BOTTOM
self.shape.text_frame.margin_bottom = Inches(self.margin_bottom_text)
if self.input_ppt_mata_excel.active.cell(temp_style_row, 3).value == 'UP' or self.input_ppt_mata_excel.active.cell(temp_style_row, 3).value == 'DOWN':
self.shape.text_frame.paragraphs[0].font.color.rgb = RGBColor(0, 0, 0)
self.shape.text_frame.paragraphs[0].alignment = PP_ALIGN.CENTER
self.shape.text_frame.paragraphs[0].font.name = self.folder_font_type
self.shape.text_frame.paragraphs[0].font.size = Pt(self.folder_font_size)
break
## empty value set ###
if temp_style_flag == True and self.input_ppt_mata_excel.active.cell(temp_style_row, 1).value == None:
break
temp_style_row += 1
### change folder coler when create summary diagram at ver 2.3.4
if self.flag_second_page == True and self.click_value == '2-4-3':
self.shape.text_frame.paragraphs[0].font.size = Pt(16)
self.shape.text_frame.vertical_anchor = MSO_ANCHOR.MIDDLE
'''run add shapes in own sub folder'''
self.ddx_meta_row_folder = temp_row_folder
self.ddx_meta_col_folder = temp_col_folder + 2
if self.input_ppt_mata_excel.active.cell(temp_row_folder, temp_col_folder + 2).value != None:
ns_ddx_figure_run.add_shape(self)
temp_temp_row_folder +=1
self.sub_folder[0] = self.root_folder[0]
self.sub_folder[1] = self.sub_folder[1] + self.sub_folder[3]
def add_shape(self):
print('Write Folder ---> ' + str(self.input_ppt_mata_excel.active.cell(self.ddx_meta_row_folder, self.ddx_meta_col_folder).value))
#print(self.shape_folder_left,self.shape_folder_top,self.shape_folder_width,self.shape_folder_hight)
'''Define reflect margin in the sub folder'''
folder_left = self.shape_folder_left + self.outline_margin_sub_folder
folder_top = self.shape_folder_top + self.outline_margin_sub_folder
folder_width = self.shape_folder_width - (self.outline_margin_sub_folder * 2)
folder_hight = self.shape_folder_hight - (self.outline_margin_sub_folder * 2)
## to use shapes in subholder
shape_left = folder_left
shape_top = folder_top
shape_width = folder_width
shape_hight = folder_hight
### get row of <<POSITION_SHAPE>> ###
temp_positon_row = 1
temp_position_flag = False
while temp_positon_row < 50000 and temp_position_flag == False:
if str(self.input_ppt_mata_excel.active.cell(temp_positon_row, 1).value) == '<<POSITION_SHAPE>>':
temp_position_flag = True
temp_positon_row += 1
### Search row number of the sub_folder
temp_subfolder_row = temp_positon_row
temp_subfolder_flag = False
temp_subfolder_exceed_flag = False
while temp_subfolder_row < 50000 and temp_subfolder_flag == False:
if str(self.input_ppt_mata_excel.active.cell(temp_subfolder_row, 1).value) == str(self.temp_folder_text):
temp_subfolder_flag = True
if str(self.input_ppt_mata_excel.active.cell(temp_subfolder_row, 1).value).startswith('<<') == True:
temp_subfolder_exceed_flag = True
#print(str(self.input_ppt_mata_excel.active.cell(self.ddx_meta_row_folder, self.ddx_meta_col_folder).value) + ' is not found under <<POSITION_SHAPE>> in excel')
temp_subfolder_row += 1
### get num of row about the sub folder
if temp_subfolder_flag == True and temp_subfolder_exceed_flag == False:
temp_row = temp_subfolder_row -1
excel_row_sum = 0
self.shape_width_sum = 0.0
self.shape_hight_sum = 0.0
temp_subfolder_row_flag = False
temp_subfolder_col_flag = False
temp_subfolder_row_exceed_flag = False
while self.input_ppt_mata_excel.active.cell(temp_row, 1).value != '<END>' and temp_subfolder_row_flag == False:
if self.input_ppt_mata_excel.active.cell(temp_row, 1).value == '<END>':
temp_subfolder_row_flag = True
if temp_row > 50000:
temp_subfolder_row_exceed_flag = True
### get sum of hight of shapes
if temp_subfolder_row_flag == False:
self.shape_hight_sum = self.shape_hight_sum + ns_ddx_figure_run.get_shape_highest(self,temp_row)
#print('####CHECK#### ',self.shape.text,ns_ddx_figure_run.get_shape_highest(self,temp_row),temp_row)
### process of before while loop
temp_row += 1
excel_row_sum += 1
### write each shape into sub folder
if temp_subfolder_row_exceed_flag == False:
for temp_row_subfolder in range(temp_subfolder_row-1, temp_subfolder_row+excel_row_sum-1):
excel_col_sum = 0
self.shape_width_sum = 0
temp_col = 2
### get num of col on the row
while self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_col).value != '<END>' and temp_subfolder_col_flag == False:
if self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_col).value == '<END>':
temp_subfolder_col_flag = True
if temp_col > 1000:
temp_subfolder_col_flag = True
### get sum of width of shapes
if temp_subfolder_col_flag == False:
self.shape_width_sum += ns_ddx_figure_run.get_shape_width(self,self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_col).value)
### process of before while loop
temp_col += 1
excel_col_sum += 1
'''write each shape in the own sub folder'''
### get width and hight margin
temp_width_margin = (folder_width - self.shape_width_sum) / (excel_col_sum + 1)
temp_hight_margin = (folder_hight - self.shape_hight_sum) / (excel_row_sum + 1)
shape_top += temp_hight_margin
for temp_sub_col_count in range(2,excel_col_sum+2):
shape_left = shape_left + temp_width_margin
shape_degree = 0.0 # initial degree
shape_width = ns_ddx_figure_run.get_shape_width(self,self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_sub_col_count).value)
shape_hight = ns_ddx_figure_run.get_shape_hight(self,self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_sub_col_count).value)
segment_flag = False
### check meant to segment as <SEGMENT>
if str(self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_sub_col_count).value).startswith('<SEGMENT>') == True:
segment_flag = True
ns_ddx_figure_run.add_segment_line(self,shape_left,shape_top,shape_width,shape_hight,folder_left,folder_top,folder_width,folder_hight,temp_sub_col_count,temp_row_subfolder,temp_width_margin,temp_hight_margin)
###write normal shape
#add and _AIR_ not included at ver 2.2.2(a)
if self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_sub_col_count).value != None and segment_flag == False and '_AIR_' not in str(self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_sub_col_count).value):
self.shape = self.slide.shapes
self.shape = self.shape.add_shape(MSO_SHAPE.ROUNDED_RECTANGLE, Inches(shape_left), Inches(shape_top), Inches(shape_width), Inches(shape_hight))
## write text and reflected TAG function in the shape
if '<' in str(self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_sub_col_count).value):
self.shape.text = str(self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_sub_col_count).value).split('<')[0]
else:
self.shape.text = str(self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_sub_col_count).value)
self.shapes_size_array.append([self.shape.text,[shape_left, shape_top, shape_width, shape_hight]]) #add ver 2.0 for writing l2 shapes
###add self.coord_list for line
x_left = shape_left
x_middle = shape_left + (shape_width * 0.5)
x_right = shape_left + shape_width
y_top = shape_top
y_middle = shape_top + (shape_hight * 0.5)
y_down = shape_top + shape_hight
temp_shape_text = str(self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_sub_col_count).value)
### refrect tag function own shape
if '<' in temp_shape_text:
temp_shape_text = str('<')+str(self.input_ppt_mata_excel.active.cell(temp_row_subfolder, temp_sub_col_count).value).split('<')[-1].split('>')[0]+str('>')
self.coord_list.append([temp_shape_text, x_left, x_middle, x_right, y_top, y_middle, y_down]) # coord of x_left,x_middle,x_right,y_top,y_middle,y_down
self.temp_list_num += 1
'''set to initial style'''
self.shape.adjustments[0] = 0.0
self.shape.text_frame.paragraphs[0].font.color.rgb = RGBColor(0, 0, 0)
self.shape.text_frame.paragraphs[0].alignment = PP_ALIGN.CENTER
self.shape.text_frame.paragraphs[0].font.name = self.shape_font_type
self.shape.text_frame.paragraphs[0].font.size = Pt(self.shae_font_size)
self.shape.text_frame.margin_top = 0
self.shape.text_frame.margin_bottom = 0
self.shape.text_frame.margin_left = 0
self.shape.text_frame.margin_right = 0
shape_fill = self.shape.fill
shape_fill = shape_fill.background()
shape_line = self.shape.line
shape_line.color.rgb = RGBColor(0, 0, 0)
shape_line.color.brightness = 0.0
shape_line.width = Pt(1.0)
self.shape.adjustments[0] = shape_degree # initial
self.shape.shadow.inherit = False # disalbe dealut shadow effect
### change style for _AIR_ shape###
if '_AIR_' in temp_shape_text:
shape_line.color.rgb = RGBColor(255, 255, 255)
self.shape.text_frame.paragraphs[0].font.color.rgb = RGBColor(255, 255, 255)
'''change to specific style from excel meta'''
### search row of <<STYLE_SHAPE>
temp_style_shape_row = 1
temp_style_shape_flag = False
while temp_style_shape_row < 50000 and temp_style_shape_flag == False:
if str(self.input_ppt_mata_excel.active.cell(temp_style_shape_row, 1).value) == '<<STYLE_SHAPE>>':
temp_style_shape_flag = True
temp_style_shape_row += 1
###get style values of shape from excel meta
temp_temp_style_shape_row = temp_style_shape_row
temp_temp_style_shape_flag = False
while temp_temp_style_shape_row < 50000 and temp_temp_style_shape_flag == False:
if self.input_ppt_mata_excel.active.cell(temp_temp_style_shape_row, 1).value == None:
temp_temp_style_shape_flag = True
break
if str(self.input_ppt_mata_excel.active.cell(temp_temp_style_shape_row, 1).value) == str(temp_shape_text):
temp_temp_style_shape_flag = True
### Degree of Roundness###
self.shape.adjustments[0] = float(self.input_ppt_mata_excel.active.cell(temp_temp_style_shape_row, 4).value) # curve of ROUNDED_RECTANGLE 0.0~1.0
### fill Color ###
if self.input_ppt_mata_excel.active.cell(temp_temp_style_shape_row, 5).value == 'ORANGE':
shape_fill = self.shape.fill
shape_fill.solid()
shape_fill.fore_color.rgb = RGBColor(253, 234, 218)
elif self.input_ppt_mata_excel.active.cell(temp_temp_style_shape_row, 5).value == 'BLUE':
shape_fill = self.shape.fill
shape_fill.solid()
shape_fill.fore_color.rgb = RGBColor(220, 230, 242)
elif self.input_ppt_mata_excel.active.cell(temp_temp_style_shape_row, 5).value == 'GREEN':
shape_fill = self.shape.fill
shape_fill.solid()
shape_fill.fore_color.rgb = RGBColor(235, 241, 222)
elif self.input_ppt_mata_excel.active.cell(temp_temp_style_shape_row, 5).value == 'GRAY':
shape_fill = self.shape.fill
shape_fill.solid()
shape_fill.fore_color.rgb = RGBColor(242, 242, 242)
### change style for _AIR_ shape###
if '_AIR_' in temp_shape_text:
shape_fill = self.shape.fill
shape_fill.solid()
shape_fill.fore_color.rgb = RGBColor(255, 255, 255)
### apply attribute color to shape at ver 2.4.0
tmp_rgp_color = self.attribute_tuple1_1[temp_shape_text]
shape_fill.fore_color.rgb = RGBColor(tmp_rgp_color[0], tmp_rgp_color[1], tmp_rgp_color[2])
'''
### change style for L2 materials shape### ver 2.0 for device frame, wp frame
'''
### DEVICE FRAME ###
if self.click_value == 'L2-3-2' and self.input_ppt_mata_excel.active.cell(temp_temp_style_shape_row, 5).value == 'GREEN':
self.shape.text_frame.paragraphs[0].alignment = PP_ALIGN.LEFT
self.shape.text_frame.vertical_anchor = MSO_ANCHOR.TOP
shape_fill.fore_color.rgb = RGBColor(250, 251, 247)
### change color at ver 2.4.0
tmp_rgp_color = self.attribute_tuple1_1[temp_shape_text]
if tmp_rgp_color[0] + 15 >= 256:
r = 255
else:
r = tmp_rgp_color[0] + 15
if tmp_rgp_color[1] + 10 >= 256:
g = 255
else:
g = tmp_rgp_color[1] + 10
if tmp_rgp_color[2] + 25 >= 256:
b = 255
else:
b = tmp_rgp_color[2] + 25
shape_fill.fore_color.rgb = RGBColor(r, g, b)
self.shape.text_frame.paragraphs[0].font.size = Pt(self.folder_font_size)
self.shape.text_frame.margin_left = Inches(0.1)
self.shape.text_frame.margin_top = Inches(0.05)
### WAY POINT ###
if self.click_value == 'L2-3-2' and self.input_ppt_mata_excel.active.cell(temp_temp_style_shape_row, 5).value == 'BLUE':
shape_fill.fore_color.rgb = RGBColor(237, 242, 249)
### change color at ver 2.4.0
tmp_rgp_color = self.attribute_tuple1_1[temp_shape_text]
shape_fill.fore_color.rgb = RGBColor(tmp_rgp_color[0], tmp_rgp_color[1],tmp_rgp_color[2])
self.shape.adjustments[0] = 0.1
self.shape.text_frame.paragraphs[0].alignment = PP_ALIGN.LEFT
self.shape.text_frame.vertical_anchor = MSO_ANCHOR.TOP
self.shape.text_frame.paragraphs[0].font.size = Pt(self.folder_font_size)
self.shape.text_frame.margin_left = Inches(0.1)
temp_temp_style_shape_row += 1
### process of before loop
shape_left = shape_left + shape_width
# process before change row
shape_top += ns_ddx_figure_run.get_shape_highest(self,temp_row_subfolder)
shape_left = folder_left
def add_line(self):
#print('### self.coord_list ###')
#print(self.coord_list)
### get <<POSITION_LINE>> from excel
temp_line_row = 1
temp_line_flag = False
while temp_line_row < 50000 and temp_line_flag == False:
if str(self.input_ppt_mata_excel.active.cell(temp_line_row, 1).value) == '<<POSITION_LINE>>':
temp_line_flag = True
temp_line_row += 1
### read each row under <<POSITION_LINE>>
temp_temp_line_row = temp_line_row + 1
while temp_temp_line_row < 50000 and self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 1).value != None:
''' write each line From To'''
From_name = self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 1).value
To_name = self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 2).value
from_connect_x = 2
from_connect_y = 5
to_connect_x = 2
to_connect_y = 5
self.coord_match_from_flag = False
self.coord_match_to_flag = False
###GET From index type as list
for y, row in enumerate(self.coord_list):
try:
temp_from = (y, row.index(From_name))
self.coord_match_from_flag = True
break
except ValueError:
pass
###GET To index
for y, row in enumerate(self.coord_list):
try:
temp_to = (y, row.index(To_name))
self.coord_match_to_flag = True
break
except ValueError:
pass
if self.coord_match_from_flag == True and self.coord_match_to_flag == True:
### compare the coord value of shape and deside connect side on the shape
if self.coord_list[temp_from[0]][6] >= self.coord_list[temp_to[0]][4]:
from_connect_y = 4
to_connect_y = 6
else:
from_connect_y = 6
to_connect_y = 4
### change from_side and to_side of each shape coord
if str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 5).value) == 'RIGHT':
from_connect_x = 3
from_connect_y = 5
if str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 5).value) == 'LEFT':
from_connect_x = 1
from_connect_y = 5
if str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 6).value) == 'RIGHT':
to_connect_x = 3
to_connect_y = 5
if str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 6).value) == 'LEFT':
to_connect_x = 1
to_connect_y = 5
### set coord values
inche_from_connect_x = float(self.coord_list[temp_from[0]][from_connect_x])
inche_from_connect_y = float(self.coord_list[temp_from[0]][from_connect_y])
inche_to_connect_x = float(self.coord_list[temp_to[0]][to_connect_x])
inche_to_connect_y = float(self.coord_list[temp_to[0]][to_connect_y])
### apply offset value to x y coord
if self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 7).value != None: # From X
inche_from_connect_x = self.coord_list[temp_from[0]][from_connect_x] + self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 7).value
if self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 8).value != None: # From Y
inche_from_connect_y = self.coord_list[temp_from[0]][from_connect_y] + self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 8).value
if self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 9).value != None and self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 9).value != '<FROM_X>': # To X
inche_to_connect_x = self.coord_list[temp_to[0]][to_connect_x] + self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 9).value
if self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 10).value != None and self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 10).value != '<FROM_Y>': # To Y
inche_to_connect_y = self.coord_list[temp_to[0]][to_connect_y] + self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 10).value
'''if Offset To_X or Y cell is <FROM_X> below <<POSITION_LINE>> in excel '''
if str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 9).value) == '<FROM_X>':
inche_to_connect_x = inche_from_connect_x
if str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 10).value) == '<FROM_Y>':
inche_to_connect_y = inche_from_connect_y
#write line
self.shape = self.slide.shapes
self.shape = self.shape.add_connector(MSO_CONNECTOR.STRAIGHT, Inches(inche_from_connect_x), Inches(inche_from_connect_y), Inches(inche_to_connect_x), Inches(inche_to_connect_y))
'''change style of line'''
shape_line = self.shape.line
shape_line.color.rgb = RGBColor(0, 0, 0)
shape_line.color.brightness = 0.0
shape_line.width = Pt(0.5)
shape_line.fill.solid()
self.shape.shadow.inherit = False
if self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 12).value == 'NO':
shape_line.fill.background()
'''write oval mark meant to channel '''
if self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 11).value != None:
#calc degree
temp_y = inche_to_connect_y - inche_from_connect_y
temp_x = inche_to_connect_x - inche_from_connect_x
temp_degree = math.degrees(math.atan2(temp_y, temp_x))
#calc location
if self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 5).value != None:
temp_oval_width = 0.1
temp_oval_hight = float(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 11).value)
temp_oval_left = inche_from_connect_x + (((inche_to_connect_x - inche_from_connect_x) * 0.5) - (temp_oval_width * 0.5))
temp_oval_top = inche_from_connect_y + (((inche_to_connect_y - inche_from_connect_y) * 0.5) - (temp_oval_hight * 0.5))
else:
temp_oval_width = 0.1
temp_oval_hight = float(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 11).value)
temp_oval_left = inche_from_connect_x + (((inche_to_connect_x - inche_from_connect_x) * 0.5) - (temp_oval_width * 0.5))
temp_oval_top = inche_from_connect_y + (((inche_to_connect_y - inche_from_connect_y) * 0.5) - (temp_oval_hight * 0.5))
self.shape = self.slide.shapes
self.shape = self.shape.add_shape(MSO_SHAPE.OVAL, Inches(temp_oval_left), Inches(temp_oval_top), Inches(temp_oval_width), Inches(temp_oval_hight)) #Inches(shape_left), Inches(shape_top), Inches(shape_width), Inches(shape_hight)
self.shape.rotation = temp_degree
shape_fill = self.shape.fill
shape_fill = shape_fill.background()
shape_line = self.shape.line
shape_line.color.rgb = RGBColor(0, 0, 0)
shape_line.color.brightness = 0.0
shape_line.width = Pt(0.3)
self.shape.shadow.inherit = False # disalbe dealut shadow effect
'''Add line tag on the line'''
### From side tag
if self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 3).value != None:
ns_ddx_figure_run.add_line_tag(self,'From', inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y,temp_temp_line_row,From_name)
### To side tag
if self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 4).value != None:
ns_ddx_figure_run.add_line_tag(self,'To', inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y,temp_temp_line_row,To_name)
'''last process, increment row num '''
temp_temp_line_row += 1
def add_line_tag(self,tag_side, inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y,temp_temp_line_row,Target_name):
self.tag_font_size = 6
import ns_def
### calc tag_width
per_char_width = 0.045 # tuning value
font_size_hight = 0.014 # tuning value
if tag_side == 'From':
tag_width = ns_ddx_figure_run.get_east_asian_width_count(self,str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 3).value)) * per_char_width
tag_hight = self.tag_font_size * font_size_hight
#tag_width = ns_def.get_description_width_hight(self.shae_font_size,str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 3).value))[0]
#tag_hight = ns_def.get_description_width_hight(self.shae_font_size,str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 3).value))[1]
elif tag_side == 'To':
tag_width = ns_ddx_figure_run.get_east_asian_width_count(self,str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 4).value)) * per_char_width
tag_hight = self.tag_font_size * font_size_hight
#tag_width = ns_def.get_description_width_hight(self.shae_font_size, str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 4).value))[0]
#tag_hight = ns_def.get_description_width_hight(self.shae_font_size, str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 4).value))[1]
elif tag_side == 'Segment':
tag_width = ns_ddx_figure_run.get_east_asian_width_count(self,str(Target_name)) * per_char_width
tag_hight = self.tag_font_size * font_size_hight
#tag_width = ns_def.get_description_width_hight(self.shae_font_size, str(Target_name))[0]
#tag_hight = ns_def.get_description_width_hight(self.shae_font_size, str(Target_name))[1]
###get <<POSITION_TAG>> from excel
temp_line_row = 1
temp_line_flag = False
while temp_line_row < 50000 and temp_line_flag == False:
if str(self.input_ppt_mata_excel.active.cell(temp_line_row, 1).value) == '<<POSITION_TAG>>':
temp_line_flag = True
temp_line_row += 1
### Set Default value
tag_type = str(self.input_ppt_mata_excel.active.cell(temp_line_row, 2).value)
temp_tag_degree = 0
### read each row under <<POSITION_LINE>>
temp_temp_temp_line_row = temp_line_row + 1
temp_tag_flag = False
while temp_temp_temp_line_row < 50000 and self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value != None and temp_tag_flag == False:
if self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 2).value != None:
tag_type = str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 2).value)
if tag_side == 'From' and tag_type == 'SHAPE':
tag_left = inche_from_connect_x - (tag_width * 0.5)
tag_top = inche_from_connect_y - (tag_hight * 0.5)
temp_tag_text = str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 3).value)
### get position tag
if str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name and self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 3).value != None:
tag_left += float(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 3).value)
temp_tag_flag = True
elif str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name:
temp_tag_flag = True
if str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name and self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 4).value != None:
tag_top += float(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 4).value)
temp_tag_flag = True
elif str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name:
temp_tag_flag = True
elif tag_side == 'To'and tag_type == 'SHAPE':
tag_left = inche_to_connect_x - (tag_width * 0.5)
tag_top = inche_to_connect_y - (tag_hight * 0.5)
temp_tag_text = str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 4).value)
### get position tag
if str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name and self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 3).value != None:
tag_left += float(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 3).value)
temp_tag_flag = True
elif str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name:
temp_tag_flag = True
if str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name and self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 4).value != None:
tag_top += float(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 4).value)
temp_tag_flag = True
elif str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name:
temp_tag_flag = True
elif tag_side == 'From' and tag_type == 'LINE':
tag_left = inche_from_connect_x - (tag_width * 0.5)
tag_top = inche_from_connect_y - (tag_hight * 0.5)
temp_tag_text = str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 3).value)
#### calc degree
temp_y = inche_to_connect_y - inche_from_connect_y
temp_x = inche_to_connect_x - inche_from_connect_x
temp_degree = math.degrees(math.atan2(temp_y, temp_x))
### change position tag
if str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name and self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 5).value != None:
temp_tag_flag = True
tag_left += (math.cos(math.radians(temp_degree)) * self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 5).value)
tag_top += (math.sin(math.radians(temp_degree)) * self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 5).value)
if str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name and self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 6).value == 'YES':
temp_tag_degree = temp_degree
temp_tag_flag = True
if temp_x < 0:
temp_tag_degree += 180
elif tag_side == 'To' and tag_type == 'LINE':
tag_left = inche_to_connect_x - (tag_width * 0.5)
tag_top = inche_to_connect_y - (tag_hight * 0.5)
temp_tag_text = str(self.input_ppt_mata_excel.active.cell(temp_temp_line_row, 4).value)
#### calc degree
temp_y = inche_to_connect_y - inche_from_connect_y
temp_x = inche_to_connect_x - inche_from_connect_x
temp_degree = math.degrees(math.atan2(temp_y, temp_x))
### change position tag
if str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name and self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 5).value != None:
temp_tag_flag = True
tag_left -= (math.cos(math.radians(temp_degree)) * self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 5).value)
tag_top -= (math.sin(math.radians(temp_degree))*self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 5).value)
if str(self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 1).value) == Target_name and self.input_ppt_mata_excel.active.cell(temp_temp_temp_line_row, 6).value == 'YES':
temp_tag_degree = temp_degree
temp_tag_flag = True
if temp_x < 0:
temp_tag_degree += 180
elif tag_side == 'Segment':
self.adjust_segment_char_y = 0.025
self.segment_font_size = 8
self.tag_font_size = self.segment_font_size
tag_left = inche_to_connect_x - (tag_width)
tag_top = inche_to_connect_y - (tag_hight) + self.adjust_segment_char_y
temp_tag_text = Target_name
'''last process, increment row num '''
temp_temp_temp_line_row += 1
###Write Tag Name
'''if From is <BULLET>'''
if tag_side == 'From' and temp_tag_text == '<BULLET>':
tag_left = inche_from_connect_x - (self.size_bullet * 0.5)
tag_top = inche_from_connect_y - (self.size_bullet * 0.5)
tag_width = self.size_bullet
tag_hight = self.size_bullet
'''if To is <BULLET>'''
if tag_side == 'To' and temp_tag_text == '<BULLET>':
tag_left = inche_to_connect_x - (self.size_bullet * 0.5)
tag_top = inche_to_connect_y - (self.size_bullet * 0.5)
tag_width = self.size_bullet
tag_hight = self.size_bullet
self.shape = self.slide.shapes
self.shape = self.shape.add_shape(MSO_SHAPE.ROUNDED_RECTANGLE, Inches(tag_left), Inches(tag_top), Inches(tag_width), Inches(tag_hight))
self.shape.text = temp_tag_text
self.shape.rotation = temp_tag_degree
'''set initial style'''
self.shape.text_frame.paragraphs[0].font.color.rgb = RGBColor(0, 0, 0)
self.shape.text_frame.paragraphs[0].alignment = PP_ALIGN.CENTER
self.shape.text_frame.paragraphs[0].font.name = self.shape_font_type
self.shape.text_frame.paragraphs[0].font.size = Pt(self.tag_font_size)
self.shape.text_frame.margin_top = 0
self.shape.text_frame.margin_bottom = 0
self.shape.text_frame.margin_left = 0
self.shape.text_frame.margin_right = 0
self.shape.text_frame.auto_size = True
self.shape.text_frame.word_wrap = False
shape_fill = self.shape.fill
shape_fill.solid()
shape_fill.fore_color.rgb = RGBColor(255, 255, 255)
shape_line = self.shape.line
shape_line.color.rgb = RGBColor(0, 0, 0)
shape_line.color.brightness = 0.0
shape_line.width = Pt(0.1)
self.shape.adjustments[0] = 0.99445 # initial #0.99445 is do not change for identify if tag
self.shape.shadow.inherit = False # disalbe dealut shadow effect
'''if To or From is <BULLET>'''
if temp_tag_text == '<BULLET>':
self.shape.text = ''
shape_fill = self.shape.fill
shape_fill.solid()
shape_fill.fore_color.rgb = RGBColor(0, 0, 0)
shape_line = self.shape.line
shape_line.fill.background()
self.shape.adjustments[0] = 1.0 # initial
self.shape.shadow.inherit = False # disalbe dealut shadow effect
'''set segment line and write start and end bullet'''
if tag_side == 'Segment':
self.shape.text_frame.paragraphs[0].alignment = PP_ALIGN.RIGHT
shape_fill = self.shape.fill
shape_fill.background()
shape_line = self.shape.line
shape_line.fill.background()
self.shape.text_frame.vertical_anchor = MSO_ANCHOR.BOTTOM