ns_l3_diagram_create.py

'''
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.
'''
import copy

from pptx import *
import sys, os, re, shutil
import numpy as np
import math
import ns_def , ns_ddx_figure
import openpyxl
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
from collections import defaultdict

class  ns_l3_diagram_create():
    def __init__(self):
        #print('--- ns_l3_diagram_create ---')
        '''
        STEP0 get values of Master Data
        '''
        #parameter
        ws_name = 'Master_Data'
        ws_l2_name = 'Master_Data_L2'
        ws_l3_name = 'Master_Data_L3'
        excel_maseter_file = self.inFileTxt_L3_3_1.get()

        if self.click_value_l3 == 'L3-4-1':
            excel_maseter_file = self.outFileTxt_L3_3_5_1.get()

        self.result_get_l2_broadcast_domains =  ns_def.get_l2_broadcast_domains.run(self,excel_maseter_file)  ## 'self.update_l2_table_array, device_l2_boradcast_domain_array, device_l2_directly_l3vport_array, device_l2_other_array, marged_l2_broadcast_group_array'

        #print('--- self.update_l2_table_array ---')
        #print(self.result_get_l2_broadcast_domains[0])
        #print('--- self.device_l2_boradcast_domain_array ---')
        #print(self.result_get_l2_broadcast_domains[1])
        self.device_l2_boradcast_domain_array = self.result_get_l2_broadcast_domains[1]
        #print('--- device_l2_directly_l3vport_array ---')
        #print(self.result_get_l2_broadcast_domains[2])
        self.device_l2_directly_l3vport_array = self.result_get_l2_broadcast_domains[2]
        #print('--- device_l2_other_array ---')
        #print(self.result_get_l2_broadcast_domains[3])
        self.device_l2_other_array = self.result_get_l2_broadcast_domains[3]
        #print('--- marged_l2_broadcast_group_array ---')
        #print(self.result_get_l2_broadcast_domains[4])
        self.marged_l2_broadcast_group_array = self.result_get_l2_broadcast_domains[4]
        #print('--- self.target_l2_broadcast_group_array ---')
        #print(self.target_l2_broadcast_group_array)

        self.l3_table_array = ns_def.convert_master_to_array(ws_l3_name, excel_maseter_file, '<<L3_TABLE>>')
        #print('--- self.l3_table_array  ---')
        #print(self.l3_table_array )
        self.update_l3_table_array =[]
        for tmp_l3_table_array  in self.l3_table_array :
            if tmp_l3_table_array[0] != 1 and tmp_l3_table_array[0] != 2:
                tmp_l3_table_array[1].extend(['','','',''])
                del tmp_l3_table_array[1][6:]

                #get per ip address
                work_new_l3_table_array = tmp_l3_table_array[1][4].split(',')
                add_ip_address_set_array = []
                for tmp_tmp_new_l3_table_array in work_new_l3_table_array:
                    # check IP Addresses
                    if ns_def.check_ip_format(tmp_tmp_new_l3_table_array) == 'IPv4':
                        change_tmp_ip_address = str(tmp_tmp_new_l3_table_array).replace('[', '').replace(']', '').replace('\'', '').replace(' ', '')

                        #extend [[ip_address,network_address,mask,host_address][etc..]]
                        ip_address_set_array = ns_def.get_ip_address_set(change_tmp_ip_address)
                        add_ip_address_set_array.append(ip_address_set_array)
                tmp_l3_table_array[1].append(str(add_ip_address_set_array))

                self.update_l3_table_array.append(tmp_l3_table_array[1])
        #print('--- self.update_l3_table_array  ---')
        #print(self.update_l3_table_array )

        # GET way point with folder tuple
        self.wp_with_folder_tuple = {}
        for tmp_wp_folder_name in self.folder_wp_name_array[1]:
            current_row = 1
            flag_start_row = False
            flag_end_row = False

            while flag_end_row == False:
                if str(self.position_shape_tuple[current_row, 1]) == tmp_wp_folder_name:
                    start_row = current_row
                    flag_start_row = True
                if flag_start_row == True and str(self.position_shape_tuple[current_row, 1]) == '<END>':
                    flag_end_row = True
                    end_row = current_row - 1
                current_row += 1
            # print(tmp_wp_folder_name,start_row,end_row)

            for i in range(start_row, end_row + 1):
                flag_start_column = False
                current_column = 2
                while flag_start_column == False:
                    if str(self.position_shape_tuple[i, current_column]) != '<END>':
                        self.wp_with_folder_tuple[self.position_shape_tuple[i, current_column]] = tmp_wp_folder_name
                    else:
                        flag_start_column = True
                    current_column += 1

        #print('---- wp_with_folder_tuple ----')
        #print(self.wp_with_folder_tuple)

        '''
        Create per area l3 ppt
        '''
        if self.click_value == 'L3-3-2':
            '''GET SIZE'''
            self.page_size_array = []
            self.slide_width = 0.0
            self.slide_hight = 0.0
            for tmp_new_position_folder_array in self.folder_wp_name_array[0]:
                action_type = 'GET_SIZE'
                offset_x = 0.0 #inches
                offset_y = 0.0 #inches
                self.page_size_array.append( ns_l3_diagram_create.l3_area_create(self, tmp_new_position_folder_array , action_type ,offset_x ,offset_y))

            for tmp_page_size_array in self.page_size_array:
                if self.slide_width < tmp_page_size_array[3]:
                    self.slide_width = tmp_page_size_array[3]
                if self.slide_hight < tmp_page_size_array[4]:
                    self.slide_hight = tmp_page_size_array[4]

            #add page margin
            self.slide_width += 1.0 * 2  #page margin
            self.slide_hight += 1.0 * 2  #page margin

            #print('--- self.page_size_array ,self.slide_width ,self.slide_hight ---  [outline_shape_type, outline_shape_left, outline_shape_top, outline_shape_width, outline_shape_hight, folder_shape_text] ,self.slide_width ,self.slide_hight')
            #print(self.page_size_array,self.slide_width ,self.slide_hight)

            # Calculate area offset for one area at ver 2.3.3
            if self.click_value_l3 == 'L3-4-1':
                create_master_file_one_area.calculate_area_offset(self)

            '''CREATE L3 DIAGRAM'''
            self.result_get_l2_broadcast_domains = ns_def.get_l2_broadcast_domains.run(self, excel_maseter_file)  ## 'self.update_l2_table_array, device_l2_boradcast_domain_array, device_l2_directly_l3vport_array, device_l2_other_array, marged_l2_broadcast_group_array'
            #self.active_ppt = Presentation()  # define target ppt object

            if os.path.exists(self.output_ppt_file) and self.flag_second_page == True:
                self.active_ppt = Presentation(self.output_ppt_file)
                slide_layout = self.active_ppt.slide_layouts[5]  # Blank layout
                #self.active_ppt.slides.add_slide(slide_layout)
            else:
                self.active_ppt = Presentation()

            for tmp_new_position_folder_array in self.folder_wp_name_array[0]:
                action_type = 'CREATE'
                offset_x = 0.0 #inches
                offset_y = 0.0 #inches

                for tmp_page_size_array in self.page_size_array:
                    if tmp_page_size_array[5] == tmp_new_position_folder_array:
                        offset_x = tmp_page_size_array[1]
                        offset_y = tmp_page_size_array[2]
                        break

                ns_l3_diagram_create.l3_area_create(self, tmp_new_position_folder_array , action_type,offset_x ,offset_y)

            ### save pptx file
            self.active_ppt.save(self.output_ppt_file)

        '''
        Modify style of device for All Areas at ver 2.3.0
        '''
        if self.click_value_l3 == 'L3-4-1':
            from pptx.dml.color import RGBColor
            prs = Presentation(self.output_ppt_file)

            for slide in prs.slides:
                shapes_to_process = list(slide.shapes)

                while shapes_to_process:
                    shape = shapes_to_process.pop()
                    if shape.has_text_frame:
                        for text in shape.text.splitlines():
                            if text in self.global_wp_array:
                                shape.fill.solid()
                                shape.fill.fore_color.rgb = RGBColor(220, 230, 242)
                                ### apply attribute color to shape at ver 2.4.0
                                tmp_rgp_color = self.attribute_tuple1_1[text]
                                shape.fill.fore_color.rgb = RGBColor(tmp_rgp_color[0], tmp_rgp_color[1],tmp_rgp_color[2])

                                if shape.adjustments:
                                    shape.adjustments[0] = 0.2002

            #print(self.output_ppt_file)
            prs.save(self.output_ppt_file)

    def l3_area_create(self, target_folder_name, action_type,offset_x ,offset_y):
        print('--- l3_area_create -',action_type,' - ',target_folder_name,'---')

        ### add for y-grid optimize at ve 2.4.1
        if self.flag_re_create == True and self.flag_second_page == False and action_type == 'GET_SIZE':
            self.optimize_y_grid_array = get_optimize_y_grid_array(self)
            #print(self.optimize_y_grid_array)

        self.used_l3segment_array = []
        ### get l3segment in the target folder
        target_all_device_array = []

        for tmp_update_l2_table_array in self.update_l2_table_array:
            if tmp_update_l2_table_array[0] == target_folder_name and 'L3' in tmp_update_l2_table_array[2]:
                #print([tmp_update_l2_table_array[1],tmp_update_l2_table_array[3]])
                target_all_device_array.append([tmp_update_l2_table_array[1],tmp_update_l2_table_array[3]])

            if tmp_update_l2_table_array[0] == target_folder_name and 'L3' in tmp_update_l2_table_array[4]:
                #print([tmp_update_l2_table_array[1], tmp_update_l2_table_array[5]])
                target_all_device_array.append([tmp_update_l2_table_array[1], tmp_update_l2_table_array[5]])

        target_all_device_array = ns_def.get_l2_broadcast_domains.get_unique_list(target_all_device_array)
        #print(target_all_device_array)

        update_l2_broadcast_group_array = []
        for tmp_target_l2_broadcast_group_array in self.target_l2_broadcast_group_array:
            for tmp_tmp_target_l2_broadcast_group_array in tmp_target_l2_broadcast_group_array[1]:
                if tmp_tmp_target_l2_broadcast_group_array in target_all_device_array:
                    #print(tmp_tmp_target_l2_broadcast_group_array)
                    update_l2_broadcast_group_array.append(tmp_target_l2_broadcast_group_array)
                    break

        ### add at ver 2.4.1  remove no l3if device from self.update_l3_table_array
        l3_device_array = [sub_array[1] for sub_array in self.update_l3_table_array]
        # Removing duplicates while preserving order
        l3_device_array = list(dict.fromkeys(l3_device_array))
        #print(l3_device_array)
        # Create the filtered array
        l3only_position_shape_array = []

        for index, sub_array in self.position_shape_array:
            if index == 1:
                # Append the original array for index 1
                l3only_position_shape_array.append([index, sub_array])
            else:
                first_item = sub_array[0]
                last_item = sub_array[-1]
                # Filter devices present in l3_device_array, keeping '_AIR_' and the first/last items
                filtered_devices = [
                    item for item in sub_array
                    if item in l3_device_array or item == '_AIR_' or item == first_item or item == last_item
                ]
                l3only_position_shape_array.append([index, filtered_devices])

        # set the result
        #print(l3only_position_shape_array)
        self.position_shape_array = l3only_position_shape_array


        target_position_shape_array = []
        flag_match_folder = False
        for tmp_position_shape_array in self.position_shape_array:
            if tmp_position_shape_array[1][0] == target_folder_name:
                del tmp_position_shape_array[1][0]
                del tmp_position_shape_array[1][-1]
                target_position_shape_array.append(tmp_position_shape_array[1])
                flag_match_folder = True

            elif flag_match_folder == True and tmp_position_shape_array[1][0] == '':
                del tmp_position_shape_array[1][0]
                del tmp_position_shape_array[1][-1]
                target_position_shape_array.append(tmp_position_shape_array[1])
            elif flag_match_folder == True and tmp_position_shape_array[1][0] != '':
                break

        #print('--- target_position_shape_array ---')
        #print(target_position_shape_array,len(target_position_shape_array))

        ### Kyuusai if len(target_position_shape_array) == 1
        if len(target_position_shape_array) == 1:
            target_position_shape_array.append(['_AIR_9999']) # add dummy shape to second row

        ### get WP of <<POSITION_FOLDER>>in MASTER EXCEL
        wp_exist_array = [[], [], [], []]  # up/down/left/right
        target_folder_row = 1

        # check left/right wp
        for tmp_position_folder_array in self.position_folder_array:
            if tmp_position_folder_array[1][0] != '<<POSITION_FOLDER>>' and tmp_position_folder_array[1][0] != '<SET_WIDTH>':
                #print(tmp_position_folder_array)
                for index, tmp_folder_name in enumerate(tmp_position_folder_array[1]):
                    if tmp_folder_name == target_folder_name:
                        target_folder_row = tmp_position_folder_array[0]
                        if len(tmp_position_folder_array[1]) >= (index + 2):
                            if '_wp_' in str(tmp_position_folder_array[1][index+1]):
                                #print('right ', tmp_position_folder_array[1][index+1])
                                wp_exist_array[3].extend([tmp_position_folder_array[1][index+1]])
                        if index >= 1:
                            if '_wp_' in str(tmp_position_folder_array[1][index - 1]):
                                #print('left ', tmp_position_folder_array[1][index - 1])
                                wp_exist_array[2].extend([tmp_position_folder_array[1][index - 1]])

        #check up/down wp
        for tmp_position_folder_array in self.position_folder_array:
            if tmp_position_folder_array[0]  == target_folder_row -2:
                for tmp_tmp_position_folder_array in tmp_position_folder_array[1]:
                    if '_wp_' in str(tmp_tmp_position_folder_array):
                        wp_exist_array[0].extend([tmp_tmp_position_folder_array])

            if tmp_position_folder_array[0]  == target_folder_row +2:
                for tmp_tmp_position_folder_array in tmp_position_folder_array[1]:
                    if '_wp_' in str(tmp_tmp_position_folder_array):
                        wp_exist_array[1].extend([tmp_tmp_position_folder_array])

        #print('--- wp_exist_array ---')
        #print(wp_exist_array,'  #up/down/left/right')

        #convert _wp_ folder name to shape name
        new_wp_exist_array = [[], [], [], []]

        for index,tmp_wp_exist_array in enumerate(wp_exist_array):
            for tmp_tmp_wp_exist_array in tmp_wp_exist_array:
                for tmp_wp_with_folder_tuple in self.wp_with_folder_tuple:
                    if tmp_tmp_wp_exist_array == str(self.wp_with_folder_tuple[tmp_wp_with_folder_tuple]):
                        #check if wp is connected to own folder

                        #check wp name
                        for tmp_update_l2_broadcast_group_array in update_l2_broadcast_group_array:
                            for tmp_tmp_update_l2_broadcast_group_array in tmp_update_l2_broadcast_group_array[1]:
                                #print(tmp_tmp_target_l2_broadcast_group_array )
                                if tmp_tmp_update_l2_broadcast_group_array[0] == str(tmp_wp_with_folder_tuple):
                                    # print(index,tmp_wp_with_folder_tuple)
                                    new_wp_exist_array[index].extend([tmp_wp_with_folder_tuple])

                        #check broadcast domain number
                        for tmp_device_l2_boradcast_domain_array in self.device_l2_boradcast_domain_array:
                            for tmp_tmp_device_l2_boradcast_domain_array in tmp_device_l2_boradcast_domain_array:
                                #print(tmp_tmp_device_l2_boradcast_domain_array)
                                if tmp_tmp_device_l2_boradcast_domain_array[1] == str(tmp_wp_with_folder_tuple):
                                    for tmp_update_l2_broadcast_group_array in update_l2_broadcast_group_array:
                                        for tmp_tmp_update_l2_broadcast_group_array in tmp_update_l2_broadcast_group_array:
                                            if  tmp_tmp_device_l2_boradcast_domain_array[0] in tmp_tmp_update_l2_broadcast_group_array :
                                                #print(tmp_tmp_device_l2_boradcast_domain_array[0],tmp_tmp_device_l2_boradcast_domain_array[1])
                                                new_wp_exist_array[index].extend([tmp_wp_with_folder_tuple])

        new_wp_exist_array = [list(set(new_wp_exist_array [0])),list(set(new_wp_exist_array [1])),list(set(new_wp_exist_array [2])),list(set(new_wp_exist_array[3]))]

        #print('--- new_wp_exist_array ---')
        #print(new_wp_exist_array ,'  #up/down/left/right')
        self.new_wp_exist_array = new_wp_exist_array

        marge_target_position_shape_array = target_position_shape_array
        if new_wp_exist_array[0] != []:
            marge_target_position_shape_array.insert(0,new_wp_exist_array[0])
        if new_wp_exist_array[1] != []:
            marge_target_position_shape_array.append(new_wp_exist_array[1])

        #print('--- marge_target_position_shape_array ---')
        #print(marge_target_position_shape_array)

        wp_marge_target_position_shape_array = marge_target_position_shape_array

        #left_right_wp_row_num = math.floor(len(marge_target_position_shape_array) * 0.5 - 1)
        left_right_wp_row_num = math.floor((len(marge_target_position_shape_array) - 1) * 0.5)     # updated

        # write wp left
        if new_wp_exist_array[2] != []:
            for tmp_i in new_wp_exist_array[2]:
                shape_text = tmp_i

                # insert wp to edge of left side
                wp_marge_target_position_shape_array[left_right_wp_row_num].insert(0, shape_text)

        # write wp right
        if new_wp_exist_array[3] != []:
            for tmp_i in new_wp_exist_array[3]:
                shape_text = tmp_i

                # insert wp to edge of right side
                wp_marge_target_position_shape_array[left_right_wp_row_num].extend([shape_text])

        #print('--- wp_marge_target_position_shape_array---')
        #print(wp_marge_target_position_shape_array)

        #get up down l3if array
        self.up_down_l3if_array = get_up_down_l3if_count(self,wp_marge_target_position_shape_array)

        #print('--- self.up_down_l3if_array ---  # up/down')
        #print(self.up_down_l3if_array[0])
        #print(self.up_down_l3if_array[1])

        ### get index for target_position_shape_array
        #get index_1  -> target_position_shape_array
        self.index_1_array = []
        for self.index_1,tmp_target_position_shape_array in enumerate(target_position_shape_array):
            #print(self.index_1,tmp_target_position_shape_array )
            self.index_1_array.append(self.index_1)

        #get index_11  -> marge_target_position_shape_array
        self.index_11_array = []
        for self.index_11,tmp_target_position_shape_array in enumerate(marge_target_position_shape_array):
            #print(self.index_11,tmp_target_position_shape_array )
            self.index_11_array.append(self.index_1)


        ### GET identify L3IF that is connected to l3 segment
        self.l3_if_has_l3_segment_array = []
        return_get_l3_segment_array = []

        self.used_l3segment_array = []
        for self.index_2, tmp_target_position_shape_array in enumerate(target_position_shape_array):
            for return_get_l3_segment_num in get_l3_segment_num(self,tmp_target_position_shape_array,target_position_shape_array)[1]:
                return_get_l3_segment_array.append(return_get_l3_segment_num)

                for tmp_target_l2_broadcast_group_array in self.target_l2_broadcast_group_array:
                    if return_get_l3_segment_num in tmp_target_l2_broadcast_group_array[1]:
                        self.l3_if_has_l3_segment_array.extend(tmp_target_l2_broadcast_group_array[1])

        #print('--- self.l3_if_has_l3_segment_array ---')
        #print(self.l3_if_has_l3_segment_array)

        ### GET L3 instance
        self.defalut_l3_instance_name = 'Defalut'
        self.l3_instance_array = []
        self.update_l3_instance_array = []
        for tmp_update_l3_table_array in self.update_l3_table_array:
            if tmp_update_l3_table_array[3].replace(' ','') != '':
                self.l3_instance_array.append([tmp_update_l3_table_array[1],tmp_update_l3_table_array[3]])

        self.l3_instance_array = ns_def.get_l2_broadcast_domains.get_unique_list(self.l3_instance_array)
        #print('--- self.l3_instance_array ---')
        #print(self.l3_instance_array)

        for tmp_update_l3_table_array in self.update_l3_table_array:
            for tmp_l3_instance_array  in self.l3_instance_array:
                if tmp_l3_instance_array[0] == tmp_update_l3_table_array[1]:
                    if tmp_update_l3_table_array[3].replace(' ','') != '':
                        self.update_l3_instance_array.append([tmp_update_l3_table_array,tmp_update_l3_table_array[3]])
                        #print([tmp_update_l3_table_array,tmp_update_l3_table_array[3]])
                    else:
                        self.update_l3_instance_array.append([tmp_update_l3_table_array, self.defalut_l3_instance_name])
                        #print([tmp_update_l3_table_array, self.defalut_l3_instance_name])

        #print('--- self.update_l3_instance_array ---')
        #print(self.update_l3_instance_array)


        '''
        make ppt diagram
        '''
        ### create slide
        if action_type == 'CREATE':
            self.active_ppt.slide_width = Inches(10.0)
            self.active_ppt.slide_height = Inches(5.0)

            ### adjust to large size , ver 2.1
            if self.slide_width > 56.0:
                self.slide_width = 56.0
            if self.slide_hight > 56.0:
                self.slide_hight = 56.0

            #input from get_size
            if self.active_ppt.slide_width < Inches(self.slide_width):
                self.active_ppt.slide_width = Inches(self.slide_width)
            if self.active_ppt.slide_height < Inches(self.slide_hight):
                self.active_ppt.slide_height = Inches(self.slide_hight)

            self.title_only_slide_layout = self.active_ppt.slide_layouts[5]
            self.slide = self.active_ppt.slides.add_slide(self.title_only_slide_layout)
            self.slide.shapes.title.left = Inches(0.0)
            self.slide.shapes.title.top = Inches(0.0)
            self.slide.shapes.title.width = Inches(10.0)
            self.slide.shapes.title.height = Inches(1.0)

            self.shape = self.slide.shapes
            self.shape.title.text = '[L3] ' + target_folder_name
            if self.flag_second_page == True and self.click_value_l3 == 'L3-4-1':
                self.shape.title.text = '[L3] ' + target_folder_name +'  <Focus on Connectivity>'
            elif self.flag_second_page == False and self.click_value_l3 == 'L3-4-1':
                self.shape.title.text = '[L3] ' + target_folder_name + '  <Focus on Area>'

            if self.click_value_VPN == 'VPN-1-3':  # add ver 2.3.2
                if self.flag_second_page == True and self.click_value_l3 == 'L3-4-1':
                    self.shape.title.text = '[VPNs on L3] <Focus on Connectivity>'
                elif self.flag_second_page == False and self.click_value_l3 == 'L3-4-1':
                    self.shape.title.text = '[VPNs on L3] <Focus on Area>'

        ### parameter
        self.left_margin = 1.0 # Inches
        self.top_margin = 1.0 # Inches

        # input from get_size
        if action_type == 'CREATE':
            self.left_margin = self.left_margin - offset_x + self.left_margin # Inches
            self.top_margin = self.top_margin - offset_y + self.top_margin  # Inches

        top_offset = 0.0 #Inches
        left_offset = 0.0 #Inches

        self.folder_font_type = 'Calibri'
        self.folder_font_size = 10  # Pt
        self.shape_font_type = 'Calibri'
        self.shae_font_size = 6.0  # Pt
        self.shae_font_large_size = 8.0  # Pt
        self.tag_font_large_size = 4.0 # Pt

        self.between_shape_column = 0.5 #inches
        between_shape_row = 0.25  # inches
        self.between_l3if = 0.25  #inches

        l3_segment_up_down_offset = 0.15

        if self.click_value_l3 == 'L3-4-1': # inches  #changed at ver 2.3.3
            l3_segment_up_down_offset = 0.35

        min_between_line = 0.075  # inches
        min_shape_width = 1.0 #inches

        l3_segment_hight_ratio = 1.75 # ratio

        ''' 
        main loop 
        '''
        shape_left = self.left_margin
        shape_top = self.top_margin

        '''
        loop write device
        '''
        l3segment_line_array = []
        self.connected_l3if_key_array = []
        self.all_l3if_tag_array = []
        self.mark_multi_ip_array = []
        self.size_l3_instance_array = []
        self.used_l3segment_array = []
        self.area_position_array = [9999.0,0.0,0.0,0.0,target_folder_name]  # shape_left, shape_top, shape_width, shape_hight, shape_text
        self.outline_position_array = [9999.0, 0.0, 0.0, 0.0]  # shape_left, shape_top, shape_width, shape_hight

        max_offset_x = 0.0
        end_l3_seg_inche_x = 0.0
        self.mark_wp_top = self.top_margin + top_offset
        flag_first_colmun = True

        ### ver 2.3.3 make self.target_offset_shape_array ###
        # get shape name in the folder and sort
        ws_name = 'Master_Data'
        ppt_meta_file = str(self.inFileTxt_11_1.get())
        self.ori_position_shape_array = ns_def.convert_master_to_array(ws_name, ppt_meta_file, '<<POSITION_SHAPE>>')
        ori_position_shape_tuple = ns_def.convert_array_to_tuple(self.ori_position_shape_array)
        self.shape_folder_tuple = ns_def.get_shape_folder_tuple(ori_position_shape_tuple)
        # print(self.shape_folder_tuple)

        self.target_offset_shape_array = []

        def process_elements(array):
            target_array = []
            for element in array:
                if element[0] >= 2:
                    items = element[1]
                    for item in items[1:]:
                        if '_AIR_' not in item and '<END>' not in item:
                            target_array.append(item)
                            break  # Stop after appending the first valid item
            return target_array

        # Process the array and print the result
        self.target_offset_shape_array = process_elements(self.ori_position_shape_array)
        #print('--- self.target_offset_shape_array ---')
        #print(self.target_offset_shape_array)
        ################################################

        current_segment_count = 0  # add at ver 2.4.1
        for self.index_2,tmp_target_position_shape_array in enumerate(target_position_shape_array):
            start_l3_seg_inche_x = self.left_margin + left_offset
            sum_delta_y_grid = 0.0  # at ver 2.4.1

            ''' write device and wp(up/down)'''
            self.flag_area_equel_left = True
            self.second_area_offset = 0.0

            for tmp_tmp_target_position_shape_array in tmp_target_position_shape_array:

                ''' OFFSET Ver 2.3.3 '''
                if self.click_value_l3 == 'L3-4-1':
                    if action_type == 'CREATE' and tmp_tmp_target_position_shape_array not in '_AIR_' and self.flag_second_page == False:
                        shape_name = tmp_tmp_target_position_shape_array
                        left_offset += create_master_file_one_area.get_l3_shape_offset(self,shape_name ,left_offset)

                tmp_left_array = []
                tmp_right_array = []
                for i in new_wp_exist_array[2]:
                    tmp_left_array.append(i)
                for k in new_wp_exist_array[3]:
                    tmp_left_array.append(k)

                if tmp_tmp_target_position_shape_array not in tmp_left_array  and tmp_tmp_target_position_shape_array not in tmp_right_array and '_AIR_' not in tmp_tmp_target_position_shape_array:  # except left/right wp in writing pre device. If you need _AIR_ empty space, delete '_AIR_ not in tmp_tmp_target_position_shape_array'
                    shape_text  = tmp_tmp_target_position_shape_array
                    shape_type  = 'DEVICE_NORMAL'
                    shape_left  = self.left_margin + left_offset
                    shape_top   = self.top_margin + top_offset
                    shape_width_hight_array = ns_def.get_description_width_hight(self.shae_font_large_size,tmp_tmp_target_position_shape_array)
                    shape_width = shape_width_hight_array[0]
                    shape_hight = shape_width_hight_array[1] * 5

                    ### Add wp change at ver 2.3.0 ####
                    if self.click_value_l3 == 'L3-4-1' and len(self.wp_list_array) != 0:
                        self.global_wp_array = copy.deepcopy(self.wp_list_array)
                        self.wp_list_array = []
                    ###################################

                    if shape_text in self.wp_list_array:
                        shape_type = 'WAY_POINT_NORMAL'

                    self.shape_width_if_array = get_shape_width_if_array(self,tmp_tmp_target_position_shape_array)  ### return_shape_width,tmp_up_array,tmp_down_array,full_ip_address_width_array
                    tmp_shpae_width = self.shape_width_if_array[0]
                    if shape_width < tmp_shpae_width:
                        shape_width = tmp_shpae_width

                    if min_shape_width > shape_width:
                        shape_width = min_shape_width

                    #check l3 instance exist
                    for tmp_l3_instance_array in self.l3_instance_array:
                        if tmp_l3_instance_array[0] == shape_text:
                            shape_type = 'DEVICE_L3_INSTANCE'

                    #write l3 instance
                    self.between_l3instance = min_between_line * 2
                    tmp_l3_add_shape_array = []

                    if shape_type == 'DEVICE_L3_INSTANCE':
                        tmp_l3_instance_array = []
                        for tmp_update_l3_instance_array in self.update_l3_instance_array:
                            if tmp_update_l3_instance_array[0][1] == shape_text:
                                tmp_l3_instance_array.append(tmp_update_l3_instance_array[1])

                        tmp_l3_instance_array = ns_def.get_l2_broadcast_domains.get_unique_list(tmp_l3_instance_array)
                        offset_l3_instance = ns_def.get_description_width_hight(self.shae_font_size,shape_text)[0] + self.between_l3instance

                        calc_need_device_width = ns_def.get_description_width_hight(self.shae_font_size,shape_text)[0] + offset_l3_instance
                        for tmp_tmp_l3_instance_array in tmp_l3_instance_array:
                            l3_shape_text = tmp_tmp_l3_instance_array
                            l3_shape_width = ns_def.get_description_width_hight(self.shae_font_size,tmp_tmp_l3_instance_array)[0]
                            l3_shape_hight = ns_def.get_description_width_hight(self.shae_font_size,tmp_tmp_l3_instance_array)[1]

                            if (min_shape_width * 0.3) > l3_shape_width:
                                l3_shape_width = (min_shape_width * 0.3)

                            l3_shape_top = shape_top + (shape_hight * 0.5) - l3_shape_hight * 0.5
                            l3_shape_left = shape_left + offset_l3_instance
                            l3_shape_type = 'L3_INSTANCE'

                            calc_need_device_width += l3_shape_width + self.between_l3instance

                            if action_type == 'CREATE':
                                #self.shape = self.slide.shapes
                                #ns_ddx_figure.extended.add_shape(self, l3_shape_type, l3_shape_left, l3_shape_top, l3_shape_width, l3_shape_hight, l3_shape_text)
                                tmp_l3_add_shape_array.append([l3_shape_type, l3_shape_left, l3_shape_top, l3_shape_width, l3_shape_hight, l3_shape_text])

                            offset_l3_instance += l3_shape_width + self.between_l3instance
                            #self.size_l3_instance_array.append([shape_text, l3_shape_text, l3_shape_type, l3_shape_left, l3_shape_top, l3_shape_width, l3_shape_hight])

                        if calc_need_device_width > shape_width:
                            ### extend distance of shape

                            shape_width = calc_need_device_width
                            for tmp_tmp_l3_add_shape_array in tmp_l3_add_shape_array:
                                l3_shape_type = tmp_tmp_l3_add_shape_array[0]
                                l3_shape_left = tmp_tmp_l3_add_shape_array[1]
                                l3_shape_top = tmp_tmp_l3_add_shape_array[2]
                                l3_shape_width = tmp_tmp_l3_add_shape_array[3]
                                l3_shape_hight = tmp_tmp_l3_add_shape_array[4]
                                l3_shape_text = tmp_tmp_l3_add_shape_array[5]

                                # add at ver 2.4.1
                                if self.flag_re_create == True and self.flag_second_page == False and action_type == 'CREATE' and len(self.per_index2_before_array) > self.index_2:
                                    l3_shape_top -= (self.per_index2_before_array[self.index_2] - self.per_index2_after_array[self.index_2])

                                self.shape = self.slide.shapes
                                ns_ddx_figure.extended.add_shape(self, l3_shape_type, l3_shape_left, l3_shape_top, l3_shape_width, l3_shape_hight, l3_shape_text)

                                self.size_l3_instance_array.append([shape_text, l3_shape_text, l3_shape_type, l3_shape_left, l3_shape_top, l3_shape_width, l3_shape_hight])

                        else:
                            ### not extend distance of shape
                            tmp_l3_instance_array = []
                            for tmp_update_l3_instance_array in self.update_l3_instance_array:
                                if tmp_update_l3_instance_array[0][1] == shape_text:
                                    tmp_l3_instance_array.append(tmp_update_l3_instance_array[1])

                            tmp_l3_instance_array = ns_def.get_l2_broadcast_domains.get_unique_list(tmp_l3_instance_array)
                            tmp_plus_width = shape_width / (len(tmp_l3_instance_array) + 1)
                            offset_l3_instance = 0.0

                            for tmp_tmp_l3_instance_array in tmp_l3_instance_array:
                                l3_shape_text = tmp_tmp_l3_instance_array
                                l3_shape_width = ns_def.get_description_width_hight(self.shae_font_size, tmp_tmp_l3_instance_array)[0]
                                l3_shape_hight = ns_def.get_description_width_hight(self.shae_font_size, tmp_tmp_l3_instance_array)[1]

                                if (min_shape_width * 0.3) > l3_shape_width:
                                    l3_shape_width = (min_shape_width * 0.3)

                                l3_shape_top = shape_top + (shape_hight * 0.5) - l3_shape_hight * 0.5
                                l3_shape_left = shape_left + tmp_plus_width - l3_shape_width * 0.5 + offset_l3_instance
                                l3_shape_type = 'L3_INSTANCE'

                                if action_type == 'CREATE':
                                    # add at ver 2.4.1
                                    if self.flag_re_create == True and self.flag_second_page == False and len(self.per_index2_before_array) > self.index_2:
                                        l3_shape_top -= (self.per_index2_before_array[self.index_2] - self.per_index2_after_array[self.index_2])
                                    self.shape = self.slide.shapes
                                    ns_ddx_figure.extended.add_shape(self, l3_shape_type, l3_shape_left, l3_shape_top, l3_shape_width, l3_shape_hight, l3_shape_text)

                                if self.click_value_l3 == 'L3-4-1':
                                    self.add_shape_array.append([shape_type, shape_left, shape_top, shape_width, shape_hight,shape_text])  # add ver 2.3.3

                                offset_l3_instance += tmp_plus_width
                                self.size_l3_instance_array.append([shape_text, l3_shape_text, l3_shape_type, l3_shape_left, l3_shape_top, l3_shape_width, l3_shape_hight])


                    if '_AIR_' not in shape_text:
                        if action_type == 'CREATE':
                            # add at ver 2.4.1
                            #print(self.index_2,self.per_index2_before_array,self.per_index2_after_array)
                            if self.flag_re_create == True and self.flag_second_page == False and len(self.per_index2_before_array) > self.index_2:
                                shape_top -= (self.per_index2_before_array[self.index_2] - self.per_index2_after_array[self.index_2])

                            self.shape = self.slide.shapes
                            ns_ddx_figure.extended.add_shape(self, shape_type, shape_left, shape_top, shape_width, shape_hight, shape_text)
                            self.slide.shapes._spTree.remove(self.shape._element)  # move shape to back layer
                            self.slide.shapes._spTree.insert(2, self.shape._element)  # move shape to back layer

                        if self.click_value_l3 == 'L3-4-1':
                            self.add_shape_array.append([shape_type, shape_left, shape_top , shape_width, shape_hight, shape_text])  # add ver 2.3.3

                        '''GET Folder and Outline position'''
                        # get folder left
                        if (shape_type == 'DEVICE_L3_INSTANCE' or shape_type == 'DEVICE_NORMAL' or shape_type == 'WAY_POINT_NORMAL') and self.area_position_array[0] + self.between_shape_column  > shape_left:
                            self.area_position_array[0] = shape_left - self.between_shape_column
                            self.outline_position_array[0] = shape_left - self.between_shape_column * 2

                        # get folder top
                        if (shape_type == 'DEVICE_L3_INSTANCE' or shape_type == 'DEVICE_NORMAL') and flag_first_colmun == True:
                            self.area_position_array[1] = shape_top - between_shape_row
                            if new_wp_exist_array[0] == []:
                                self.outline_position_array[1] = shape_top - between_shape_row * 2
                            flag_first_colmun = False

                        # get folder width
                        if (shape_type == 'DEVICE_L3_INSTANCE' or shape_type == 'DEVICE_NORMAL' or shape_type == 'WAY_POINT_NORMAL') and (self.outline_position_array[0] + self.outline_position_array[2]) < shape_left + shape_width:
                            self.outline_position_array[2] = shape_left + shape_width + self.between_shape_column * 2 - self.outline_position_array[0]

                        if (shape_type == 'DEVICE_L3_INSTANCE' or shape_type == 'DEVICE_NORMAL' ) and (self.area_position_array[0] + self.area_position_array[2]) < shape_left + shape_width:
                            self.area_position_array[2] = shape_left + shape_width + self.between_shape_column - self.area_position_array[0]

                        # get folder hight
                        if shape_type == 'DEVICE_L3_INSTANCE' or shape_type == 'DEVICE_NORMAL':
                            self.area_position_array[3] = shape_top + shape_hight + between_shape_row - self.area_position_array[1]
                            self.outline_position_array[3] = shape_top + shape_hight + between_shape_row * 3 - self.outline_position_array[1]

                        # adjust shape_hight if downside wp exist
                        if new_wp_exist_array[1] != []: #up/down/left/right
                            self.area_position_array[3] = (shape_top - between_shape_row) - self.area_position_array[1]


                        #adjust shape top of outline, if wp
                        if shape_type == 'WAY_POINT_NORMAL':
                            if shape_text in  new_wp_exist_array[0]:
                                self.outline_position_array[1] = shape_top - between_shape_row

                            if shape_text in new_wp_exist_array[1]:
                                self.outline_position_array[3] = (shape_top + shape_hight + between_shape_row) - self.outline_position_array[1]

                    left_offset += shape_width + self.between_shape_column

                    #print('--- self.size_l3_instance_array ---  shape_text, l3_shape_text, l3_shape_type, l3_shape_left, l3_shape_top, l3_shape_width, l3_shape_hight')
                    #print(self.size_l3_instance_array)

                    '''write l3 if '''

                    #print('### self.shape_width_if_array[1], self.shape_width_if_array[2]  ',self.shape_width_if_array[1], self.shape_width_if_array[2])
                    tag_up_offset_x = self.between_l3if
                    tag_down_offset_x = self.between_l3if
                    for tmp_update_l3_table_array  in self.update_l3_table_array:
                        if tmp_update_l3_table_array[1] == shape_text:
                            '''write upside l3 if'''
                            for up_shape_width_if_array in self.shape_width_if_array[1]:
                                if up_shape_width_if_array[0] == tmp_update_l3_table_array[2]:
                                    #print('##UP   ',shape_text,up_shape_width_if_array[1])
                                    shape_width_hight_array = ns_def.get_description_width_hight(self.tag_font_large_size, up_shape_width_if_array[1]) # width, hight
                                    tag_shape_type  = 'TAG_NORMAL'
                                    tag_shape_left  = shape_left + tag_up_offset_x
                                    tag_shape_top   = shape_top - shape_width_hight_array[1] * 0.5
                                    tag_shape_width = shape_width_hight_array[0]
                                    tag_shape_hight = shape_width_hight_array[1]
                                    tag_shape_text  = up_shape_width_if_array[1]

                                    if action_type == 'CREATE':
                                        self.shape = self.slide.shapes
                                        ns_ddx_figure.extended.add_shape(self, tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text)

                                    self.all_l3if_tag_array.append([tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text,up_shape_width_if_array[0],shape_text])

                                    #reflect description ip address name distance-1
                                    flag_match_shape_width_if_array = False
                                    for tmp_shape_width_if_array in self.shape_width_if_array[3]:
                                        if [shape_text ,up_shape_width_if_array[0]] == tmp_shape_width_if_array[0]:
                                            tag_up_offset_x += tmp_shape_width_if_array[1]
                                            flag_match_shape_width_if_array = True
                                            tmp_add_width = tmp_shape_width_if_array[1]

                                    if flag_match_shape_width_if_array == False:
                                        tag_up_offset_x += tag_shape_width + self.between_l3if
                                        tmp_add_width = tag_shape_width + self.between_l3if

                                    '''mark ip address(up side)'''
                                    offset_ipaddress = 0.0 #inches
                                    remake_array = []
                                    remake_array = eval(tmp_update_l3_table_array[6])
                                    if remake_array != []:
                                        #print('##mark ip address', len(remake_array),remake_array)
                                        for tmp_remake_array in remake_array:
                                            tag_shape_type = 'IP_ADDRESS_TAG'
                                            tag_ip_width = ns_def.get_description_width_hight(self.shae_font_size,tmp_remake_array[2])[0]
                                            self.mark_multi_ip_array.append([tag_shape_type, tag_shape_left + tag_shape_width * 0.6, tag_shape_top - tag_shape_hight - offset_ipaddress, tag_ip_width, tag_shape_hight, tmp_remake_array[2],tmp_remake_array,shape_text,len(remake_array),[shape_text,up_shape_width_if_array[0]],tag_shape_left ])

                                            offset_ipaddress += tag_shape_hight

                                            # reflect description ip address name distance-2
                                            #if tag_ip_width + tag_shape_width * 0.5 > tmp_add_width:
                                            #    tag_up_offset_x += (tag_ip_width + tag_shape_width * 0.5) - tmp_add_width


                            #write downside l3 if
                            for down_shape_width_if_array in self.shape_width_if_array[2]:
                                if down_shape_width_if_array[0] == tmp_update_l3_table_array[2]:
                                    #print('##DOWN ',shape_text,down_shape_width_if_array[1])
                                    shape_width_hight_array = ns_def.get_description_width_hight(self.tag_font_large_size, down_shape_width_if_array[1]) # width, hight
                                    tag_shape_type  = 'TAG_NORMAL'
                                    tag_shape_left  = shape_left + tag_down_offset_x
                                    tag_shape_top   = shape_top + shape_hight  - shape_width_hight_array[1] * 0.5
                                    tag_shape_width = shape_width_hight_array[0]
                                    tag_shape_hight = shape_width_hight_array[1]
                                    tag_shape_text  = down_shape_width_if_array[1]

                                    if action_type == 'CREATE':
                                        self.shape = self.slide.shapes
                                        ns_ddx_figure.extended.add_shape(self, tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text)

                                    self.all_l3if_tag_array.append([tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text,down_shape_width_if_array[0],shape_text])

                                    # reflect description ip address name distance-1
                                    flag_match_shape_width_if_array = False
                                    for tmp_shape_width_if_array in self.shape_width_if_array[3]:
                                        if [shape_text, down_shape_width_if_array[0]] == tmp_shape_width_if_array[0]:
                                            tag_down_offset_x += tmp_shape_width_if_array[1]
                                            flag_match_shape_width_if_array = True
                                            tmp_add_width = tmp_shape_width_if_array[1]

                                    if flag_match_shape_width_if_array == False:
                                        tag_down_offset_x += tag_shape_width + self.between_l3if
                                        tmp_add_width = tag_shape_width + self.between_l3if

                                    '''mark ip address(down side)'''
                                    offset_ipaddress = 0.0 #inches
                                    remake_array = []
                                    remake_array = eval(tmp_update_l3_table_array[6])
                                    if remake_array != []:
                                        #print('##mark ip address', len(remake_array),remake_array)
                                        for tmp_remake_array in remake_array:
                                            tag_shape_type = 'IP_ADDRESS_TAG'
                                            tag_ip_width = ns_def.get_description_width_hight(self.shae_font_size,tmp_remake_array[2])[0]
                                            self.mark_multi_ip_array.append([tag_shape_type, tag_shape_left + tag_shape_width * 0.6, tag_shape_top + tag_shape_hight + offset_ipaddress, tag_ip_width, tag_shape_hight, tmp_remake_array[2],tmp_remake_array,shape_text,len(remake_array),[shape_text,down_shape_width_if_array[0]],tag_shape_left])

                                            offset_ipaddress += tag_shape_hight

                                            # reflect description ip address name distance-2
                                            #if tag_ip_width + tag_shape_width * 0.5 > tmp_add_width:
                                            #    tag_up_offset_x += (tag_ip_width + tag_shape_width * 0.5) - tmp_add_width

            ''' pre mark wp(left/right)'''
            if (new_wp_exist_array[2] != [] or new_wp_exist_array[3] != []) and left_right_wp_row_num == self.index_2:
                self.mark_wp_top = self.top_margin + top_offset

            '''add top_offset for folder outline'''
            #upside
            if shape_text in self.wp_list_array:
                top_offset += between_shape_row * 2

            #downside
            if len(target_position_shape_array) > self.index_2 + 1:
                for down_target_position_shape_array in target_position_shape_array[self.index_2 + 1]:
                    if down_target_position_shape_array in self.wp_list_array and len(target_position_shape_array) == self.index_2 +2:
                        top_offset += between_shape_row * 2
                        break

            ### check end l3 segment point
            if end_l3_seg_inche_x < shape_left + shape_width:
                end_l3_seg_inche_x = shape_left + shape_width

            ### write broadcast domain line
            top_device_name_array = tmp_target_position_shape_array

            #get count l3_segment
            return_get_l3_segment_num = get_l3_segment_num(self,top_device_name_array ,target_position_shape_array)
            count_l3segment = return_get_l3_segment_num[0]
            self.connected_l3if_key_array.append(return_get_l3_segment_num[1])
            #print('##  return_get_l3_segment_num ',return_get_l3_segment_num ,top_device_name_array )
            tmp_l3segment_y_array = []
            if count_l3segment != 0:
                tmp_line_offset = l3_segment_up_down_offset
                #current_segment_count = 0
                for tmp_count_l3segment in range(count_l3segment):
                    #add distance upside or downside of device shape
                    if tmp_count_l3segment == 0:
                        top_offset += between_shape_row + l3_segment_up_down_offset
                    else:
                        top_offset += between_shape_row
                    if tmp_count_l3segment +1 == count_l3segment:
                        top_offset += l3_segment_up_down_offset

                    ### add at ver 2.4.1 ###
                    if self.flag_re_create == True and self.flag_second_page == False:
                        #print('self.y_grid_segment_array,self.optimize_y_grid_array  ---> ', self.y_grid_segment_array[current_segment_count][1][1],self.optimize_y_grid_array[current_segment_count][1][1])
                        delta_y_grid = self.y_grid_segment_array[current_segment_count][1][1] - self.optimize_y_grid_array[current_segment_count][1][1] - sum_delta_y_grid
                        sum_delta_y_grid += delta_y_grid
                        if delta_y_grid != 0:
                            #print('delta_y_grid -->', delta_y_grid)
                            tmp_line_offset -= delta_y_grid
                        current_segment_count += 1

                    tmp_l3segment_y_array.append(shape_top + tmp_line_offset  + shape_hight + between_shape_row)
                    tmp_line_offset += between_shape_row

            l3segment_line_array.append([[start_l3_seg_inche_x,end_l3_seg_inche_x],tmp_l3segment_y_array,return_get_l3_segment_num[1]])

            ### add at ver 2.4.1
            if self.flag_re_create == True and self.flag_second_page == False and tmp_l3segment_y_array != [] and action_type == 'CREATE':
                self.per_index2_after_array.append(max(tmp_l3segment_y_array))
                #print(self.per_index2_before_array)
                #print(self.per_index2_after_array)

            elif self.flag_re_create == False and self.flag_second_page == False and tmp_l3segment_y_array != [] and action_type == 'CREATE':
                self.per_index2_before_array.append(max(tmp_l3segment_y_array))

            elif self.flag_re_create == True and self.flag_second_page == False and tmp_l3segment_y_array == [] and action_type == 'CREATE' and self.per_index2_after_array != []:
                self.per_index2_after_array.append(self.per_index2_after_array[-1] + 0.5) #0.5 is the offset value in the case of WP; this offset value is uniformly set to 0.5 because it is difficult to determine whether it is WP or not.

            elif self.flag_re_create == False and self.flag_second_page == False and tmp_l3segment_y_array == [] and action_type == 'CREATE' and self.per_index2_before_array != []:
                self.per_index2_before_array.append(self.per_index2_before_array[-1])

            '''change offset  check_move_to_right '''
            top_offset += shape_hight + between_shape_row

            now_offset_x = end_l3_seg_inche_x - self.left_margin
            if max_offset_x < now_offset_x :
                max_offset_x = now_offset_x

            if check_move_to_right(self,top_device_name_array,target_position_shape_array) == True:
                left_offset = max_offset_x + self.left_margin # add 1.0 at ver 2.3.4
            else:
                left_offset = start_l3_seg_inche_x - self.left_margin

        #print('## end_l3_seg_inche_x ', end_l3_seg_inche_x)
        #print('--- l3segment_line_array ---')
        #print(l3segment_line_array)


        ''' 
        write wp(left/right)
        '''
        shape_top = self.mark_wp_top
        shape_width_hight_array = ns_def.get_description_width_hight(self.shae_font_large_size, str(new_wp_exist_array[2]))
        shape_width = shape_width_hight_array[0]
        shape_hight = shape_width_hight_array[1] * 5


        ''' write wp left'''
        offset_shape_left = 0.0
        if new_wp_exist_array[2] != []:
            for tmp_i in new_wp_exist_array[2]:
                shape_text = tmp_i
                shape_type = 'WAY_POINT_NORMAL'

                self.shape_width_if_array = get_shape_width_if_array(self, shape_text)  # return_shape_width, tmp_up_array, tmp_down_array
                tmp_shpae_width = self.shape_width_if_array[0]
                if shape_width < tmp_shpae_width:
                    shape_width = tmp_shpae_width

                if min_shape_width > shape_width:
                    shape_width = min_shape_width

                #print('### WRITE LEFT WP  ', shape_text, shape_width,new_wp_exist_array[2])
                shape_left = self.left_margin - shape_width - self.between_shape_column * 3 + offset_shape_left

                if action_type == 'CREATE':
                    self.shape = self.slide.shapes
                    ns_ddx_figure.extended.add_shape(self, shape_type, shape_left, shape_top, shape_width, shape_hight, shape_text)
                    if self.click_value_l3 == 'L3-4-1':
                        self.add_shape_array.append([shape_type, shape_left, shape_top, shape_width, shape_hight, shape_text])  # add ver 2.3.3

                #get left side folder and outline point
                self.area_position_array[0] = shape_left + shape_width + self.between_shape_column * 2 - offset_shape_left

                self.outline_position_array[0] = shape_left - self.between_shape_column * 2
                self.outline_position_array[2] += shape_width + self.between_shape_column * 3

                '''write wp_left l3 if '''
                # print('### self.shape_width_if_array[1], self.shape_width_if_array[2]  ',self.shape_width_if_array[1], self.shape_width_if_array[2])
                tag_up_offset_x = self.between_l3if
                tag_down_offset_x = self.between_l3if

                for tmp_update_l3_table_array in self.update_l3_table_array:
                    if tmp_update_l3_table_array[1] == shape_text:
                        for up_shape_width_if_array in self.shape_width_if_array[1]:
                            #write up side l3 if
                            if up_shape_width_if_array[0] == tmp_update_l3_table_array[2]:
                                # print('##UP   ',shape_text,up_shape_width_if_array[1])
                                shape_width_hight_array = ns_def.get_description_width_hight(self.tag_font_large_size, up_shape_width_if_array[1])  # width, hight
                                tag_shape_type = 'TAG_NORMAL'
                                tag_shape_left = shape_left + tag_up_offset_x
                                tag_shape_top = shape_top - shape_width_hight_array[1] * 0.5
                                tag_shape_width = shape_width_hight_array[0]
                                tag_shape_hight = shape_width_hight_array[1]
                                tag_shape_text = up_shape_width_if_array[1]

                                if action_type == 'CREATE':
                                    self.shape = self.slide.shapes
                                    ns_ddx_figure.extended.add_shape(self, tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text)

                                self.all_l3if_tag_array.append([tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text,up_shape_width_if_array[0],shape_text])

                                # reflect description ip address name distance-1
                                flag_match_shape_width_if_array = False
                                for tmp_shape_width_if_array in self.shape_width_if_array[3]:
                                    if [shape_text, up_shape_width_if_array[0]] == tmp_shape_width_if_array[0]:
                                        tag_up_offset_x += tmp_shape_width_if_array[1]
                                        flag_match_shape_width_if_array = True
                                        tmp_add_width = tmp_shape_width_if_array[1]

                                if flag_match_shape_width_if_array == False:
                                    tag_up_offset_x += tag_shape_width + self.between_l3if
                                    tmp_add_width = tag_shape_width + self.between_l3if


                                '''wp_left write ip address(up side)'''
                                offset_ipaddress = 0.0  # inches
                                remake_array = []
                                remake_array = eval(tmp_update_l3_table_array[6])
                                if remake_array != []:
                                    for tmp_remake_array in remake_array:
                                        #print('##wp_left write ip address', tmp_remake_array)
                                        tag_shape_type = 'IP_ADDRESS_TAG'
                                        tag_ip_width = ns_def.get_description_width_hight(self.shae_font_size, tmp_remake_array[2])[0]
                                        #self.shape = self.slide.shapes

                                        self.mark_multi_ip_array.append([tag_shape_type, tag_shape_left + tag_shape_width * 0.6, tag_shape_top - tag_shape_hight - offset_ipaddress, tag_ip_width, tag_shape_hight, tmp_remake_array[2], tmp_remake_array, shape_text, len(remake_array), [shape_text, up_shape_width_if_array[0]], tag_shape_left])
                                        offset_ipaddress += tag_shape_hight

                                        # reflect description ip address name distance-2
                                        #if tag_ip_width + tag_shape_width * 0.5 > tmp_add_width:
                                        #    tag_up_offset_x += (tag_ip_width + tag_shape_width * 0.5) - tmp_add_width

                        # write down side l3 if
                        for down_shape_width_if_array in self.shape_width_if_array[2]:
                            if down_shape_width_if_array[0] == tmp_update_l3_table_array[2]:
                                #print('##DOWN ',shape_text,down_shape_width_if_array[1])
                                shape_width_hight_array = ns_def.get_description_width_hight(self.tag_font_large_size, down_shape_width_if_array[1]) # width, hight
                                tag_shape_type  = 'TAG_NORMAL'
                                tag_shape_left  = shape_left + tag_down_offset_x
                                tag_shape_top   = shape_top + shape_hight  - shape_width_hight_array[1] * 0.5
                                tag_shape_width = shape_width_hight_array[0]
                                tag_shape_hight = shape_width_hight_array[1]
                                tag_shape_text  = down_shape_width_if_array[1]

                                if action_type == 'CREATE':
                                    self.shape = self.slide.shapes
                                    ns_ddx_figure.extended.add_shape(self, tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text)

                                self.all_l3if_tag_array.append([tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text,down_shape_width_if_array[0],shape_text])

                                # reflect description ip address name distance-1
                                flag_match_shape_width_if_array = False
                                for tmp_shape_width_if_array in self.shape_width_if_array[3]:
                                    if [shape_text, down_shape_width_if_array[0]] == tmp_shape_width_if_array[0]:
                                        tag_up_offset_x += tmp_shape_width_if_array[1]
                                        flag_match_shape_width_if_array = True
                                        tmp_add_width = tmp_shape_width_if_array[1]

                                if flag_match_shape_width_if_array == False:
                                    tag_down_offset_x += tag_shape_width + self.between_l3if
                                    tmp_add_width = tag_shape_width + self.between_l3if

                                '''wp_left write ip address(down side)'''
                                offset_ipaddress = 0.0  # inches
                                remake_array = []
                                remake_array = eval(tmp_update_l3_table_array[6])
                                if remake_array != []:
                                    for tmp_remake_array in remake_array:
                                        #print('##wp_left write ip address', tmp_remake_array)
                                        tag_shape_type = 'IP_ADDRESS_TAG'
                                        tag_ip_width = ns_def.get_description_width_hight(self.shae_font_size, tmp_remake_array[2])[0]

                                        #self.shape = self.slide.shapes
                                        self.mark_multi_ip_array.append([tag_shape_type, tag_shape_left + tag_shape_width * 0.6, tag_shape_top + tag_shape_hight + offset_ipaddress, tag_ip_width, tag_shape_hight, tmp_remake_array[2], tmp_remake_array, shape_text, len(remake_array), [shape_text, down_shape_width_if_array[0]],tag_shape_left])

                                        offset_ipaddress += tag_shape_hight

                                        # reflect description ip address name distance-2
                                        #if tag_ip_width + tag_shape_width * 0.5 > tmp_add_width:
                                        #    tag_up_offset_x += (tag_ip_width + tag_shape_width * 0.5) - tmp_add_width

                offset_shape_left = offset_shape_left - shape_width - self.between_shape_column

        ''' write wp right'''
        offset_shape_right = 0.0
        if new_wp_exist_array[3] != []:

            for tmp_i in reversed(new_wp_exist_array[3]):
                shape_text = tmp_i

                shape_type = 'WAY_POINT_NORMAL'
                self.shape_width_if_array = get_shape_width_if_array(self, shape_text)  # return_shape_width, tmp_up_array, tmp_down_array

                tmp_shpae_width = self.shape_width_if_array[0]

                if shape_width < tmp_shpae_width:
                    shape_width = tmp_shpae_width

                if min_shape_width > shape_width:
                    shape_width = min_shape_width

                #print('### WRITE RIGHT WP  ', new_wp_exist_array[3], shape_width)
                #shape_left = end_l3_seg_inche_x + self.between_shape_column * 3
                shape_left = self.area_position_array[0] + self.area_position_array[2] + self.between_shape_column * 2  + offset_shape_right # updated
                if action_type == 'CREATE':
                    self.shape = self.slide.shapes
                    ns_ddx_figure.extended.add_shape(self, shape_type, shape_left, shape_top, shape_width, shape_hight, shape_text)

                if self.click_value_l3 == 'L3-4-1':
                    self.add_shape_array.append([shape_type, shape_left, shape_top, shape_width, shape_hight, shape_text])  # add ver 2.3.3

                #get left side folder and outline point
                self.outline_position_array[2] += shape_width + self.between_shape_column * 3

                '''write wp_right l3 if '''
                tag_up_offset_x = self.between_l3if
                tag_down_offset_x = self.between_l3if

                for tmp_update_l3_table_array in self.update_l3_table_array:
                    if tmp_update_l3_table_array[1] == shape_text:
                        for up_shape_width_if_array in self.shape_width_if_array[1]:
                            # write up side l3 if
                            if up_shape_width_if_array[0] == tmp_update_l3_table_array[2]:
                                # print('##UP   ',shape_text,up_shape_width_if_array[1])
                                shape_width_hight_array = ns_def.get_description_width_hight(self.tag_font_large_size, up_shape_width_if_array[1])  # width, hight
                                tag_shape_type = 'TAG_NORMAL'
                                tag_shape_left = shape_left + tag_up_offset_x
                                tag_shape_top = shape_top - shape_width_hight_array[1] * 0.5
                                tag_shape_width = shape_width_hight_array[0]
                                tag_shape_hight = shape_width_hight_array[1]
                                tag_shape_text = up_shape_width_if_array[1]

                                if action_type == 'CREATE':
                                    self.shape = self.slide.shapes
                                    ns_ddx_figure.extended.add_shape(self, tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text)

                                self.all_l3if_tag_array.append([tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text,up_shape_width_if_array[0],shape_text])

                                # reflect description ip address name distance-1
                                flag_match_shape_width_if_array = False
                                for tmp_shape_width_if_array in self.shape_width_if_array[3]:
                                    if [shape_text, up_shape_width_if_array[0]] == tmp_shape_width_if_array[0]:
                                        tag_up_offset_x += tmp_shape_width_if_array[1]
                                        flag_match_shape_width_if_array = True
                                        tmp_add_width = tmp_shape_width_if_array[1]

                                if flag_match_shape_width_if_array == False:
                                    tag_up_offset_x += tag_shape_width + self.between_l3if
                                    tmp_add_width = tag_shape_width + self.between_l3if

                                #tag_up_offset_x += tag_shape_width + self.between_l3if

                                '''wp_right write ip address(up side)'''
                                offset_ipaddress = 0.0  # inches
                                remake_array = eval(tmp_update_l3_table_array[6])
                                if remake_array != []:
                                    for tmp_remake_array in remake_array:
                                        #print('##wp_right write ip address', tmp_remake_array)
                                        tag_shape_type = 'IP_ADDRESS_TAG'
                                        tag_ip_width = ns_def.get_description_width_hight(self.shae_font_size, tmp_remake_array[2])[0]
                                        #self.shape = self.slide.shapes
                                        #ns_ddx_figure.extended.add_shape(self, tag_shape_type, tag_shape_left + tag_shape_width * 0.6, tag_shape_top - tag_shape_hight - offset_ipaddress, tag_ip_width, tag_shape_hight, tmp_tmp_update_l3_table_array[2])
                                        self.mark_multi_ip_array.append([tag_shape_type, tag_shape_left + tag_shape_width * 0.6, tag_shape_top - tag_shape_hight - offset_ipaddress, tag_ip_width, tag_shape_hight, tmp_remake_array[2], tmp_remake_array, shape_text, len(remake_array), [shape_text, up_shape_width_if_array[0]],tag_shape_left])

                                        offset_ipaddress += tag_shape_hight

                                        # reflect description ip address name distance-2
                                        #if tag_ip_width + tag_shape_width * 0.5 > tmp_add_width:
                                        #    tag_up_offset_x += (tag_ip_width + tag_shape_width * 0.5) - tmp_add_width


                        # wite down side l3 if
                        for down_shape_width_if_array in self.shape_width_if_array[2]:
                            if down_shape_width_if_array[0] == tmp_update_l3_table_array[2]:
                                shape_width_hight_array = ns_def.get_description_width_hight(self.tag_font_large_size, down_shape_width_if_array[1])  # width, hight
                                tag_shape_type = 'TAG_NORMAL'
                                tag_shape_left = shape_left + tag_down_offset_x
                                tag_shape_top = shape_top + shape_hight - shape_width_hight_array[1] * 0.5
                                tag_shape_width = shape_width_hight_array[0]
                                tag_shape_hight = shape_width_hight_array[1]
                                tag_shape_text = down_shape_width_if_array[1]

                                if action_type == 'CREATE':
                                    self.shape = self.slide.shapes
                                    ns_ddx_figure.extended.add_shape(self, tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text)

                                self.all_l3if_tag_array.append([tag_shape_type, tag_shape_left, tag_shape_top, tag_shape_width, tag_shape_hight, tag_shape_text,down_shape_width_if_array[0],shape_text])

                                # reflect description ip address name distance-1
                                flag_match_shape_width_if_array = False
                                for tmp_shape_width_if_array in self.shape_width_if_array[3]:
                                    if [shape_text, down_shape_width_if_array[0]] == tmp_shape_width_if_array[0]:
                                        tag_up_offset_x += tmp_shape_width_if_array[1]
                                        flag_match_shape_width_if_array = True
                                        tmp_add_width = tmp_shape_width_if_array[1]

                                if flag_match_shape_width_if_array == False:
                                    tag_down_offset_x += tag_shape_width + self.between_l3if
                                    tmp_add_width = tag_shape_width + self.between_l3if

                                #tag_down_offset_x += tag_shape_width + self.between_l3if

                                '''wp_right write ip address(down side)'''
                                offset_ipaddress = 0.0  # inches
                                remake_array = []
                                remake_array = eval(tmp_update_l3_table_array[6])
                                if remake_array != []:
                                    for tmp_remake_array in remake_array:
                                        #print('##wp_right write ip address', tmp_remake_array)
                                        tag_shape_type = 'IP_ADDRESS_TAG'
                                        tag_ip_width = ns_def.get_description_width_hight(self.shae_font_size, tmp_remake_array[2])[0]
                                        #self.shape = self.slide.shapes
                                        #ns_ddx_figure.extended.add_shape(self, tag_shape_type, tag_shape_left + tag_shape_width * 0.6, tag_shape_top + tag_shape_hight + offset_ipaddress, tag_ip_width, tag_shape_hight, tmp_tmp_update_l3_table_array[2])
                                        self.mark_multi_ip_array.append( [tag_shape_type, tag_shape_left + tag_shape_width * 0.6, tag_shape_top + tag_shape_hight + offset_ipaddress, tag_ip_width, tag_shape_hight, tmp_remake_array[2], tmp_remake_array, shape_text, len(remake_array), [shape_text, down_shape_width_if_array[0]],tag_shape_left])

                                        offset_ipaddress += tag_shape_hight

                                        # reflect description ip address name distance-2
                                        if tag_ip_width + tag_shape_width * 0.5 > tmp_add_width:
                                            tag_up_offset_x += (tag_ip_width + tag_shape_width * 0.5) - tmp_add_width

                offset_shape_right = offset_shape_right + shape_width + self.between_shape_column

        '''
        write folder line and outline 
        '''
        #print('--- self.area_position_array ---')
        #print(self.area_position_array)

        ### write folder
        folder_shape_type = 'FOLDER_NORMAL'
        folder_shape_left = self.area_position_array[0]
        folder_shape_top = self.area_position_array[1]
        folder_shape_width = self.area_position_array[2]
        folder_shape_hight = self.area_position_array[3]
        folder_shape_text = self.area_position_array[4]
        max_folder_left_width = 0.0

        if action_type == 'CREATE' and self.click_value_l3 != 'L3-4-1':
            self.shape = self.slide.shapes
            ns_ddx_figure.extended.add_shape(self, folder_shape_type, folder_shape_left, folder_shape_top, folder_shape_width, folder_shape_hight, folder_shape_text)
            self.slide.shapes._spTree.remove(self.shape._element)  # move shape to back layer
            self.slide.shapes._spTree.insert(2, self.shape._element)  # move shape to back layer

        elif action_type == 'CREATE' and self.click_value_l3 == 'L3-4-1' and self.flag_second_page == False:
            '''write folder line when l3 all areas'''
            #print(self.add_shape_write_array )    #shape_type, shape_left, shape_top, shape_width, shape_hight, shape_text
            #print(self.unique_area_device_array)

            area_groups = {}

            # Group the shapes by area_name
            for shape in self.add_shape_write_array:
                shape_area_name = None

                # Find the corresponding area_name for the shape's device_name
                for area_device in self.unique_area_device_array:
                    if shape[5] == area_device[1]:  # shape[5] corresponds to the device_name
                        shape_area_name = area_device[0]  # area_name is in area_device[0]
                        break

                if shape_area_name:
                    if shape_area_name not in area_groups:
                        area_groups[shape_area_name] = []
                    area_groups[shape_area_name].append(shape)

            # Now, for each area_name, calculate the new values
            area_outline_array = []

            for area_name, shapes in area_groups.items():
                # Initialize min/max variables
                min_shape_left = float('inf')
                min_shape_top = float('inf')
                max_right_edge = float('-inf')  # This will store the maximum (shape_left + shape_width)
                max_bottom_edge = float('-inf')  # This will store the maximum (shape_top + shape_height)

                # Loop through all shapes in the area and find the new min/max values
                for shape in shapes:
                    min_shape_left = min(min_shape_left, shape[1])  # shape[1] is shape_left
                    min_shape_top = min(min_shape_top, shape[2])  # shape[2] is shape_top
                    max_right_edge = max(max_right_edge, shape[1] + shape[3])  # shape[1] + shape[3] is the rightmost edge
                    max_bottom_edge = max(max_bottom_edge, shape[2] + shape[4])  # shape[2] + shape[4] is the bottommost edge

                # Calculate the final output values based on the new format
                width_difference = max_right_edge - min_shape_left  # Right edge minus left edge
                height_difference = max_bottom_edge - min_shape_top  # Bottom edge minus top edge

                # Append the results for this area
                area_outline_array.append([area_name, min_shape_left, min_shape_top, width_difference, height_difference])

            #print(area_outline_array)

            # write the area outline
            area_margin_x = 0.5 #inchi
            area_margin_y = 0.3 #inchi

            for tmp_area_outline_array in area_outline_array:
                if '_wp_' not in tmp_area_outline_array[0]:
                    self.shape = self.slide.shapes
                    folder_shape_left = tmp_area_outline_array[1] - area_margin_x
                    folder_shape_top = tmp_area_outline_array[2] - area_margin_y
                    folder_shape_width = tmp_area_outline_array[3] + (area_margin_x * 2)
                    folder_shape_hight = tmp_area_outline_array[4] + (area_margin_y * 2)
                    folder_shape_text = tmp_area_outline_array[0]

                    ns_ddx_figure.extended.add_shape(self, folder_shape_type, folder_shape_left, folder_shape_top,folder_shape_width, folder_shape_hight, folder_shape_text)
                    self.slide.shapes._spTree.remove(self.shape._element)  # move shape to back layer
                    self.slide.shapes._spTree.insert(2, self.shape._element)  # move shape to back layer

                    if max_folder_left_width < (folder_shape_left + folder_shape_width):
                        max_folder_left_width = folder_shape_left + folder_shape_width

        ### write outline
        outline_shape_type = 'OUTLINE_NORMAL'
        outline_shape_left = self.outline_position_array[0]
        outline_shape_top = self.outline_position_array[1]
        outline_shape_width = self.outline_position_array[2]
        outline_shape_hight = self.outline_position_array[3]
        outline_shape_text = ''

        ### Kyuusai if len(target_position_shape_array) == 1
        outline_shape_hight += 0.2

        '''
        loop write l3segment
        '''
        all_l3_netowrk_list =[]
        all_l3segment_l3_netowrk_list = []
        self.all_written_if_line_array = []
        self.all_written_line_position_array = []
        multi_ip_address_num = 1
        for index_5,tmp_l3segment_line_array in enumerate(l3segment_line_array):
            #print(index_5,tmp_l3segment_line_array)
            if len(l3segment_line_array) > index_5 + 1:
                if l3segment_line_array[index_5][0][0] < l3segment_line_array[index_5 + 1][0][0]:
                    start_x = l3segment_line_array[index_5][0][0]
                else:
                    start_x = l3segment_line_array[index_5 + 1][0][0]

                if l3segment_line_array[index_5][0][1] > l3segment_line_array[index_5 + 1][0][1]:
                    end_x = l3segment_line_array[index_5][0][1]
                else:
                    end_x = l3segment_line_array[index_5 + 1][0][1]

                for index_55,tmp_tmp_l3segment_line_array in enumerate(tmp_l3segment_line_array[1]) :
                    '''pre check L3 SEGMENT'''
                    line_type = 'L3_SEGMENT'
                    inche_from_connect_x = start_x
                    inche_from_connect_y = tmp_tmp_l3segment_line_array
                    inche_to_connect_x = end_x
                    inche_to_connect_y = tmp_tmp_l3segment_line_array
                    #print(line_type, inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y)
                    #ns_ddx_figure.extended.add_line(self, line_type, inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y)

                    shape_text = 'xxx.xxx.xxx.xxx/xx'
                    shape_type = 'L3_SEGMENT_GRAY'
                    shape_width = inche_to_connect_x - inche_from_connect_x
                    shape_hight = ns_def.get_description_width_hight(self.tag_font_large_size, shape_text)[1] * l3_segment_hight_ratio  # l3 segment hight ratio
                    shape_left = inche_from_connect_x
                    shape_top = inche_from_connect_y - shape_hight * 0.5

                    #self.shape = self.slide.shapes
                    #ns_ddx_figure.extended.add_shape(self, shape_type, shape_left, shape_top, shape_width, shape_hight, shape_text)
                    #self.slide.shapes._spTree.remove(self.shape._element)  # move shape to back layer
                    #self.slide.shapes._spTree.insert(2, self.shape._element)  # move shape to back layer

                    '''write lines between device and l3 segment'''
                    # identify key l3 if for current broadcast domain
                    #print('##self.connected_l3if_key_array[index_5][index_55]  ', self.connected_l3if_key_array[index_5][index_55])

                    ###get l3IF of the broadcast domain

                    edge_left_x = 999.0   # inches
                    edge_right_x = -999.0  # inches

                    l3segment_edge_array = []
                    l3_network_list = []
                    the_l3segment_l3_network_list = []

                    for tmp_target_l2_broadcast_group_array in self.target_l2_broadcast_group_array:
                        if self.connected_l3if_key_array[index_5][index_55] in tmp_target_l2_broadcast_group_array[1]:
                            #print('##MATCH  ',self.connected_l3if_key_array[index_5][index_55])
                            #print('##Target IFs  ', len(tmp_target_l2_broadcast_group_array[1]),tmp_target_l2_broadcast_group_array[1])
                            for tmp_all_l3if_tag_array in self.all_l3if_tag_array:
                                #print([tmp_all_l3if_tag_array[7],tmp_all_l3if_tag_array[6]] , tmp_target_l2_broadcast_group_array[1])
                                if [tmp_all_l3if_tag_array[7],tmp_all_l3if_tag_array[6]] in tmp_target_l2_broadcast_group_array[1]:
                                    #print('## Write line ', tmp_all_l3if_tag_array)

                                    line_type = 'L3_SEGMENT-L3IF'
                                    inche_from_connect_x = tmp_all_l3if_tag_array[1] + tmp_all_l3if_tag_array[3] * 0.5
                                    inche_from_connect_y = tmp_all_l3if_tag_array[2] + tmp_all_l3if_tag_array[4]
                                    inche_to_connect_x = tmp_all_l3if_tag_array[1] + tmp_all_l3if_tag_array[3] * 0.5
                                    inche_to_connect_y = tmp_tmp_l3segment_line_array - shape_hight * 0.5

                                    #for up
                                    if [tmp_all_l3if_tag_array[7],tmp_all_l3if_tag_array[6]] in self.up_down_l3if_array[0]:
                                        inche_from_connect_y = tmp_all_l3if_tag_array[2]
                                        inche_to_connect_y = tmp_tmp_l3segment_line_array + shape_hight * 0.5

                                    '''check to exist the near vertical line. if there is near line, make between size to about 0.1 inches'''
                                    for tmp_all_written_line_position_array in self.all_written_line_position_array:
                                        if tmp_all_written_line_position_array[2] < inche_from_connect_y < tmp_all_written_line_position_array[4] or tmp_all_written_line_position_array[2] > inche_from_connect_y > tmp_all_written_line_position_array[4] \
                                                or tmp_all_written_line_position_array[2] < inche_to_connect_y < tmp_all_written_line_position_array[4] or tmp_all_written_line_position_array[2] > inche_to_connect_y > tmp_all_written_line_position_array[4]:
                                            if inche_from_connect_x - min_between_line <  tmp_all_written_line_position_array[1]   < inche_from_connect_x + min_between_line:
                                                if inche_from_connect_y != tmp_all_written_line_position_array[2] and inche_to_connect_y != tmp_all_written_line_position_array[2] and inche_from_connect_y != tmp_all_written_line_position_array[4] and inche_to_connect_y != tmp_all_written_line_position_array[4]:
                                                    if (inche_from_connect_x - tmp_all_written_line_position_array[1]) < 0:
                                                        offset_if_line = min_between_line + (inche_from_connect_x - tmp_all_written_line_position_array[1])
                                                    else:
                                                        offset_if_line = (inche_from_connect_x - tmp_all_written_line_position_array[1]) - min_between_line

                                                    inche_from_connect_x -= offset_if_line
                                                    inche_to_connect_x -= offset_if_line

                                    if self.click_value_VPN == 'VPN-1-3':  # add ver 2.3.2
                                        if [tmp_all_l3if_tag_array[7],tmp_all_l3if_tag_array[6]] in self.vpn_hostname_if_list:
                                            line_type = 'L3_SEGMENT-VPN'

                                    # print(line_type, inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y)
                                    if action_type == 'CREATE':
                                        ns_ddx_figure.extended.add_line(self, line_type, inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y)
                                    self.all_written_line_position_array.append([line_type, inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y])

                                    if inche_from_connect_x < edge_left_x:
                                        edge_left_x = inche_from_connect_x
                                    if inche_from_connect_x > edge_right_x:
                                        edge_right_x = inche_from_connect_x

                                    #make l3 network address list
                                    for tmp_update_l3_table_array in self.update_l3_table_array:
                                        if tmp_update_l3_table_array[1] == tmp_all_l3if_tag_array[7] and tmp_update_l3_table_array[2] == tmp_all_l3if_tag_array[6]:
                                            remake_array = eval(tmp_update_l3_table_array[6])

                                            for tmp_remake_array in remake_array:
                                                l3_network_list.append(tmp_remake_array[1])
                                                all_l3_netowrk_list.append([tmp_remake_array[1],[tmp_all_l3if_tag_array[7],tmp_all_l3if_tag_array[6]]])
                                                the_l3segment_l3_network_list.append([tmp_remake_array[1],[tmp_all_l3if_tag_array[7],tmp_all_l3if_tag_array[6]]])


                                    #mark written if line for write ip address
                                    self.all_written_if_line_array.append([tmp_all_l3if_tag_array[7],tmp_all_l3if_tag_array[6]])

                    l3segment_edge_array = [edge_left_x,edge_right_x ]
                    l3_network_list = ns_def.get_l2_broadcast_domains.get_unique_list(l3_network_list)

                    #print('--- l3_network_list ---')
                    #print(l3_network_list )



                    '''write l3 segment'''
                    #print('### l3segment_edge_array   ',l3segment_edge_array)

                    if len(l3_network_list) >= 2:
                        tmp_text = ''
                        for index_01, tmp_l3_network_list in enumerate(l3_network_list):
                            tmp_text += '(' + str(ns_def.num2alpha(multi_ip_address_num)) + ')' + tmp_l3_network_list + '  '

                            # pre match to l3if ip address
                            for index_11,tmp_the_l3segment_l3_network_list in enumerate(the_l3segment_l3_network_list):
                                if tmp_the_l3segment_l3_network_list[0] == tmp_l3_network_list:
                                    the_l3segment_l3_network_list[index_11].append('(' + str(ns_def.num2alpha(multi_ip_address_num)) + ')')

                            multi_ip_address_num += 1

                        shape_text = tmp_text


                    elif l3_network_list != []:
                        shape_text = str(l3_network_list[0])

                    else:
                        shape_text = ''


                    #print('--- the_l3segment_l3_network_list ---')
                    #print(the_l3segment_l3_network_list)

                    all_l3segment_l3_netowrk_list.extend(the_l3segment_l3_network_list)


                    shape_left = l3segment_edge_array[0]
                    shape_width = l3segment_edge_array[1] - l3segment_edge_array[0]

                    #check width text
                    tmp_text_width = ns_def.get_description_width_hight(self.tag_font_large_size, shape_text)[0]
                    if tmp_text_width > shape_width:
                        shape_width = tmp_text_width

                    #add left right inches
                    tmp_add_width = ns_def.get_description_width_hight(self.tag_font_large_size, 'aa')[0]
                    shape_left -= tmp_add_width
                    shape_width += tmp_add_width * 2

                    #check min width
                    tmp_char_width = ns_def.get_description_width_hight(self.tag_font_large_size,shape_text)[0]
                    if shape_width < tmp_char_width:
                        shape_width = tmp_char_width

                    if self.click_value_VPN == 'VPN-1-3': #add ver 2.3.2
                        #print('--- self.vpn_hostname_if_list ---')
                        #print(self.vpn_hostname_if_list)

                        list1 = self.vpn_hostname_if_list
                        list2 = the_l3segment_l3_network_list

                        # Logic to check for a complete match (both elements)
                        for item1 in list1:
                            match_found = False
                            # Extract the two elements of list1 (device name and VPN name)
                            device_name = item1[0]
                            vpn_name = item1[1]

                            # Loop over each entry in list2
                            for item2 in list2:
                                # Extract the second element of item2, which is a list with [device_name, interface]
                                interface_info = item2[1]

                                # Check if both the device names and the interface names match
                                if device_name == interface_info[0] and vpn_name == interface_info[1]:
                                    #print(f"--- VPN Segment found:  {interface_info}")
                                    match_found = True
                                    break  # Stop once a match is found

                            if match_found == True:
                                shape_type = 'L3_SEGMENT_VPN'

                    #write l3 segment
                    if action_type == 'CREATE':
                        self.shape = self.slide.shapes
                        ns_ddx_figure.extended.add_shape(self, shape_type, shape_left, shape_top, shape_width, shape_hight, shape_text)
                        self.slide.shapes._spTree.remove(self.shape._element)  # move shape to back layer
                        self.slide.shapes._spTree.insert(3, self.shape._element)  # move shape to back layer

                        self.y_grid_segment_array.append([index_5,[shape_left, shape_top, shape_width, shape_hight]])


        #print('#### self.all_written_line_position_array  | line_type, inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y \n'  ,self.all_written_line_position_array , len(self.all_written_line_position_array))

        '''Write Outline was moved at ver 2.4.2a'''
        if action_type == 'CREATE':
            ### adjust outline width . add ver 2.3.3 ###
            if (max_folder_left_width + 0.5) > (outline_shape_left + outline_shape_width):
                outline_shape_width += max_folder_left_width - (outline_shape_left + outline_shape_width) + 0.5

            #### fix at case 13 at ver 2.4.2a###
            if (shape_hight + shape_top + 0.5) > (outline_shape_top + outline_shape_hight):
                outline_shape_hight = outline_shape_hight + ((shape_hight + shape_top + 0.5) - (outline_shape_top + outline_shape_hight))

            self.shape = self.slide.shapes
            ns_ddx_figure.extended.add_shape(self, outline_shape_type, outline_shape_left, outline_shape_top, outline_shape_width, outline_shape_hight, outline_shape_text)

            # move shape to back layer when set 'OUTLINE_NORMAL' at ver 2.3.0
            if outline_shape_type == 'OUTLINE_NORMAL':
                self.slide.shapes._spTree.remove(self.shape._element)  # move shape to back layer
                self.slide.shapes._spTree.insert(2, self.shape._element)  # move shape to back layer

        '''write ip on L3 IF'''
        #print('--- self.mark_multi_ip_array ---  [tag_shape_type, tag_shape_left + tag_shape_width * 0.6, tag_shape_top - tag_shape_hight - offset_ipaddress, tag_ip_width, tag_shape_hight, tmp_remake_array[2],tmp_remake_array,shape_text ]')
        #print('--- self.mark_multi_ip_array ---')
        #print(self.mark_multi_ip_array)
        #print('--- self.all_written_if_line_array) ---')
        #print(self.all_written_if_line_array)
        #print('--- all_l3segment_l3_netowrk_list ---')
        #print(all_l3segment_l3_netowrk_list)

        if self.mark_multi_ip_array != []:
            for tmp_mark_multi_ip_array in self.mark_multi_ip_array:
                if tmp_mark_multi_ip_array[8] == 1:
                    tag_ip_text = tmp_mark_multi_ip_array[5]
                    tag_ip_width = ns_def.get_description_width_hight(self.tag_font_large_size, tag_ip_text)[0]
                    tag_ip_text_2 = tmp_mark_multi_ip_array[6][0]
                    tag_ip_width_2 = ns_def.get_description_width_hight(self.tag_font_large_size, tag_ip_text_2 + str('x'))[0]
                    tag_ip_left_2 = tmp_mark_multi_ip_array[10]

                    #chack add (x)
                    for tmp_all_l3segment_l3_netowrk_list in all_l3segment_l3_netowrk_list:
                        if tmp_all_l3segment_l3_netowrk_list[1] == tmp_mark_multi_ip_array[9] and tmp_all_l3segment_l3_netowrk_list[0] == tmp_mark_multi_ip_array[6][1] and len(tmp_all_l3segment_l3_netowrk_list) == 3:
                            tag_ip_text = tmp_all_l3segment_l3_netowrk_list[2] + tmp_mark_multi_ip_array[5]
                            tag_ip_width = ns_def.get_description_width_hight(self.tag_font_large_size, tag_ip_text)[0]
                            tag_ip_text_2 = tmp_all_l3segment_l3_netowrk_list[2] + tmp_mark_multi_ip_array[6][0]
                            tag_ip_width_2 = ns_def.get_description_width_hight(self.tag_font_large_size, tag_ip_text_2 + str('x'))[0]

                    # check no line l3 if
                    if tmp_mark_multi_ip_array[9] in self.all_written_if_line_array:
                        if action_type == 'CREATE':
                            self.shape = self.slide.shapes
                            ns_ddx_figure.extended.add_shape(self, tmp_mark_multi_ip_array[0], tmp_mark_multi_ip_array[1], tmp_mark_multi_ip_array[2], tag_ip_width, tmp_mark_multi_ip_array[4], tag_ip_text)
                    else:
                        if action_type == 'CREATE':
                            self.shape = self.slide.shapes
                            ns_ddx_figure.extended.add_shape(self, tmp_mark_multi_ip_array[0], tag_ip_left_2, tmp_mark_multi_ip_array[2], tag_ip_width_2, tmp_mark_multi_ip_array[4], tag_ip_text_2)

                else:
                    for tmp_all_l3segment_l3_netowrk_list in all_l3segment_l3_netowrk_list:
                        if tmp_all_l3segment_l3_netowrk_list[1] == tmp_mark_multi_ip_array[9] and tmp_all_l3segment_l3_netowrk_list[0] == tmp_mark_multi_ip_array[6][1]:
                            tag_ip_text = tmp_all_l3segment_l3_netowrk_list[2] + tmp_mark_multi_ip_array[5]
                            tag_ip_width = ns_def.get_description_width_hight(self.tag_font_large_size, tag_ip_text)[0]
                            tag_ip_text_2 = tmp_all_l3segment_l3_netowrk_list[2]  + tmp_mark_multi_ip_array[6][0]
                            tag_ip_width_2 = ns_def.get_description_width_hight(self.tag_font_large_size, tag_ip_text_2 + str('x'))[0]
                            tag_ip_left_2 = tmp_mark_multi_ip_array[10]

                            # print('### tag_ip_text, tag_ip_width',tag_ip_text,tag_ip_width)

                            # check no line l3 if
                            if tmp_mark_multi_ip_array[9] in self.all_written_if_line_array:
                                if action_type == 'CREATE':
                                    self.shape = self.slide.shapes
                                    ns_ddx_figure.extended.add_shape(self, tmp_mark_multi_ip_array[0], tmp_mark_multi_ip_array[1], tmp_mark_multi_ip_array[2], tag_ip_width, tmp_mark_multi_ip_array[4], tag_ip_text)
                            else:
                                if action_type == 'CREATE':
                                    self.shape = self.slide.shapes
                                    ns_ddx_figure.extended.add_shape(self, tmp_mark_multi_ip_array[0], tag_ip_left_2, tmp_mark_multi_ip_array[2], tag_ip_width_2, tmp_mark_multi_ip_array[4], tag_ip_text_2)
                            break
        '''
        Write line of L3 instance
        '''
        used_line_array = []
        for tmp_update_l3_instance_array in self.update_l3_instance_array:
            for tmp_all_l3if_tag_array in self.all_l3if_tag_array:
                if tmp_update_l3_instance_array[0][1] == tmp_all_l3if_tag_array[7] and tmp_update_l3_instance_array[0][2] == tmp_all_l3if_tag_array[6]:
                    line_type = 'L3_INSTANCE'
                    inche_from_connect_x = tmp_all_l3if_tag_array[1] + tmp_all_l3if_tag_array[3] * 0.5
                    inche_from_connect_y = tmp_all_l3if_tag_array[2]

                    for tmp_size_l3_instance_array in self.size_l3_instance_array:
                        if tmp_size_l3_instance_array[0] == tmp_update_l3_instance_array[0][1] and tmp_size_l3_instance_array[1] == tmp_update_l3_instance_array[1]:
                            inche_to_connect_x = tmp_size_l3_instance_array[3] + tmp_size_l3_instance_array[5] * 0.5
                            inche_to_connect_y = tmp_size_l3_instance_array[4] + tmp_size_l3_instance_array[6]

                            # for up
                            if [tmp_all_l3if_tag_array[7], tmp_all_l3if_tag_array[6]] in self.up_down_l3if_array[0]:
                                inche_from_connect_y = tmp_all_l3if_tag_array[2] + tmp_all_l3if_tag_array[4]
                                inche_to_connect_y = tmp_size_l3_instance_array[4]

                            if action_type == 'CREATE' and [line_type, inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y] not in used_line_array:
                                ns_ddx_figure.extended.add_line(self, line_type, inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y)
                                used_line_array.append([line_type, inche_from_connect_x, inche_from_connect_y, inche_to_connect_x, inche_to_connect_y])
                                break

        return ([outline_shape_type, outline_shape_left, outline_shape_top, outline_shape_width, outline_shape_hight, folder_shape_text])


'''
LOCAL DEF
'''
#add at ver 2.4.1
def get_optimize_y_grid_array(self):
    print('--- optimize_y_grid_array ---')
    #print('[index_5,[shape_left, shape_top, shape_width, shape_hight]]')
    #print(self.y_grid_segment_array)
    y_grid_segment_per_inches = 0.25 #inches
    x_grid_segment_buffer = 0.03 #inches

    # Iterate through the list and group shapes by index_5
    shapes_by_index = {}
    for index_5, shape_data in self.y_grid_segment_array:
        if index_5 not in shapes_by_index:
            shapes_by_index[index_5] = []
        shapes_by_index[index_5].append(shape_data)

    done_y_grid_segment_array = []
    for tmp_shapes_by_index in shapes_by_index:
        kari_done_y_grid_segment_array = []
        for tmp_number, tmp_tmp_shapes_by_index in enumerate(shapes_by_index[tmp_shapes_by_index]):
            #print('check segment start --> ',tmp_shapes_by_index,tmp_number,tmp_tmp_shapes_by_index)


            if tmp_number == 0:
                kari_done_y_grid_segment_array.append([tmp_shapes_by_index,tmp_tmp_shapes_by_index])
                first_shape_top = tmp_tmp_shapes_by_index[1]
            else:
                candidate_y_grid_segment_shape = tmp_tmp_shapes_by_index
                #print('candidate_y_grid_segment_shape---> ', candidate_y_grid_segment_shape)

                '''i = count_upside_segment'''
                last_shape_top = first_shape_top
                h=0
                k = len(kari_done_y_grid_segment_array)
                while h < k: # check per segment
                    candidate_shape_top = tmp_tmp_shapes_by_index[1]
                    #count_upside_segment = int(abs(first_shape_top - candidate_y_grid_segment_shape[1]) / y_grid_segment_per_inches)
                    j = 0
                    i = len(kari_done_y_grid_segment_array)
                    #print('kari_done_y_grid_segment_array --> ', kari_done_y_grid_segment_array)
                    tmp_kari_done_y_grid_segment_array = kari_done_y_grid_segment_array[h]
                    while j < i: #check y-grid duplicate
                        candidate_shape_top -= y_grid_segment_per_inches
                        #Check to overlapping [shape_left, shape_top, shape_width, shape_hight]
                        #print('overlap check---> ', (tmp_kari_done_y_grid_segment_array[1][0] + tmp_kari_done_y_grid_segment_array[1][2]) ,x_grid_segment_buffer,candidate_y_grid_segment_shape[0],tmp_kari_done_y_grid_segment_array[1][1], candidate_shape_top)

                        if round((tmp_kari_done_y_grid_segment_array[1][0] + tmp_kari_done_y_grid_segment_array[1][2] + x_grid_segment_buffer), 3) >= round(candidate_y_grid_segment_shape[0], 3) and \
                            round((tmp_kari_done_y_grid_segment_array[1][0] - x_grid_segment_buffer), 3) <= round(candidate_y_grid_segment_shape[0] + candidate_y_grid_segment_shape[2], 3):
                            if round(tmp_kari_done_y_grid_segment_array[1][1], 3) == round(candidate_shape_top, 3):
                                #partial overlap
                                if last_shape_top < (candidate_shape_top + y_grid_segment_per_inches):
                                    last_shape_top = (candidate_shape_top + y_grid_segment_per_inches)
                                    #print('partial overlap---> ', [tmp_shapes_by_index,[candidate_y_grid_segment_shape[0],(candidate_shape_top + y_grid_segment_per_inches),candidate_y_grid_segment_shape[2],candidate_y_grid_segment_shape[3]]])
                                    break

                            elif round(tmp_kari_done_y_grid_segment_array[1][1], 3) == round((candidate_shape_top + y_grid_segment_per_inches), 3):
                                #exact match
                                if last_shape_top < (candidate_shape_top + y_grid_segment_per_inches + y_grid_segment_per_inches):
                                    last_shape_top = (candidate_shape_top + y_grid_segment_per_inches + y_grid_segment_per_inches)
                                    #print('Y grid is same as initial value ---> ', [tmp_shapes_by_index,[candidate_y_grid_segment_shape[0],(candidate_shape_top + y_grid_segment_per_inches + y_grid_segment_per_inches),candidate_y_grid_segment_shape[2],candidate_y_grid_segment_shape[3]]])
                                    break
                            j += 1
                        else:
                            break

                    h += 1

                #print('<append written array> --> ',[tmp_shapes_by_index,[candidate_y_grid_segment_shape[0],last_shape_top,candidate_y_grid_segment_shape[2],candidate_y_grid_segment_shape[3]]])
                kari_done_y_grid_segment_array.append([tmp_shapes_by_index,[candidate_y_grid_segment_shape[0],last_shape_top,candidate_y_grid_segment_shape[2],candidate_y_grid_segment_shape[3]]])

        #print('<<one line array>> --> ',kari_done_y_grid_segment_array)
        done_y_grid_segment_array = done_y_grid_segment_array + kari_done_y_grid_segment_array
    #print('done_y_grid_segment_array --> ',done_y_grid_segment_array)
    return done_y_grid_segment_array


def get_shape_width_if_array(self,device_name):
    #get if array
    tmp_up_array = []
    tmp_down_array = []
    full_ip_address_width_array = []
    for tmp_up_down_l3if_array in self.up_down_l3if_array[0]:
        if device_name == tmp_up_down_l3if_array[0]:
            tmp_return = ns_def.get_tag_name_from_full_name(device_name, tmp_up_down_l3if_array[1], self.position_line_tuple)
            if tmp_return == '_NO_MATCH_':
                tmp_if_array = ns_def.adjust_portname(tmp_up_down_l3if_array[1])
                tmp_up_array.append([tmp_up_down_l3if_array[1],str(tmp_if_array[0] + ' ' + tmp_if_array[2]).replace('  ',' ')])
            else:
                tmp_up_array.append([tmp_up_down_l3if_array[1],tmp_return])

    for tmp_up_down_l3if_array in self.up_down_l3if_array[1]:
        if device_name == tmp_up_down_l3if_array[0]:
            tmp_return = ns_def.get_tag_name_from_full_name(device_name, tmp_up_down_l3if_array[1], self.position_line_tuple)
            if tmp_return == '_NO_MATCH_':
                tmp_if_array = ns_def.adjust_portname(tmp_up_down_l3if_array[1])
                tmp_down_array.append([tmp_up_down_l3if_array[1],str(tmp_if_array[0] + ' ' + tmp_if_array[2]).replace('  ',' ')])
            else:
                tmp_down_array.append([tmp_up_down_l3if_array[1],tmp_return])

    #calc width for device
    tmp_up_width = self.between_l3if  #inches
    tmp_down_width = self.between_l3if   # inches
    full_ip_address = 'xxx.xxx.xxx.xxx/xxxx'
    distance_full_ip_address = ns_def.get_description_width_hight(self.tag_font_large_size,full_ip_address)[0]


    for tmp_tmp_up_array in tmp_up_array:
        shape_width_hight_array = ns_def.get_description_width_hight(self.tag_font_large_size,tmp_tmp_up_array[1])
        first_up_width = shape_width_hight_array[0] + self.between_l3if

        #check distance of full ip address and not connect l3segment
        tmp_tmp_up_width = distance_full_ip_address
        if tmp_tmp_up_width > first_up_width and [device_name,tmp_tmp_up_array[0]] not in self.l3_if_has_l3_segment_array:
            first_up_width = tmp_tmp_up_width
            full_ip_address_width_array.append([[device_name,tmp_tmp_up_array[0]],tmp_tmp_up_width])

        tmp_up_width += first_up_width


    for tmp_tmp_down_array in tmp_down_array:
        shape_width_hight_array = ns_def.get_description_width_hight(self.tag_font_large_size,tmp_tmp_down_array[1])
        first_down_width =  shape_width_hight_array[0] + self.between_l3if

        # check distance of full ip address
        tmp_tmp_down_width = distance_full_ip_address
        if tmp_tmp_down_width > first_down_width and [device_name,tmp_tmp_down_array[0]]  not in self.l3_if_has_l3_segment_array:
            first_down_width = tmp_tmp_down_width
            full_ip_address_width_array.append([[device_name, tmp_tmp_down_array[0]], tmp_tmp_down_width])

        tmp_down_width += first_down_width


    if tmp_up_width > tmp_down_width:
        return_shape_width = tmp_up_width
    else:
        return_shape_width = tmp_down_width

    #print('### return_shape_width, tmp_up_array,tmp_down_array',return_shape_width,tmp_up_array,tmp_down_array,full_ip_address_width_array])
    return([return_shape_width,tmp_up_array,tmp_down_array,full_ip_address_width_array])

def get_up_down_l3if_count(self,marge_target_position_shape_array):
    buttom_array = []
    top_array = []
    for index_8,tmp_marge_target_position_shape_array in enumerate(marge_target_position_shape_array):
        for tmp_tmp_marge_target_position_shape_array in tmp_marge_target_position_shape_array:

            if '_AIR_' not in tmp_tmp_marge_target_position_shape_array:
                #print(tmp_tmp_marge_target_position_shape_array)
                tmp_buttom_array = []
                tmp_top_array = []

                for tmp_target_l2_broadcast_group_array in self.target_l2_broadcast_group_array:
                    for tmp_tmp_target_l2_broadcast_group_array in tmp_target_l2_broadcast_group_array[1]:

                        if tmp_tmp_target_l2_broadcast_group_array[0] == tmp_tmp_marge_target_position_shape_array:
                            #print(tmp_tmp_target_l2_broadcast_group_array)

                            #check if l3if connect to buttom side l3segment
                            flag_buttom_exist = False
                            if len(marge_target_position_shape_array)  > index_8:
                                for i in range(index_8 + 1,len(marge_target_position_shape_array)):

                                    for buttom_marge_target_position_shape_array in marge_target_position_shape_array[i]:
                                        #print(buttom_marge_target_position_shape_array)
                                        for now_tmp_target_l2_broadcast_group_array in tmp_target_l2_broadcast_group_array[1]:
                                            if buttom_marge_target_position_shape_array == now_tmp_target_l2_broadcast_group_array[0]:
                                                #print('## Buttom l3 if ',now_tmp_target_l2_broadcast_group_array)
                                                flag_buttom_exist = True

                            #check if l3if connect to top side l3segment
                            flag_top_exist = False
                            if 1  <= index_8:
                                for i in range(0,index_8):

                                    for top_marge_target_position_shape_array in marge_target_position_shape_array[i]:
                                        #print(buttom_marge_target_position_shape_array)
                                        for now_tmp_target_l2_broadcast_group_array in tmp_target_l2_broadcast_group_array[1]:
                                            if top_marge_target_position_shape_array == now_tmp_target_l2_broadcast_group_array[0]:
                                                #print('## Top l3 if ',now_tmp_target_l2_broadcast_group_array)
                                                flag_top_exist = True

                            #print('### flag_buttom_exist,flag_top_exist  ',flag_buttom_exist,flag_top_exist,tmp_tmp_target_l2_broadcast_group_array)
                            if self.new_wp_exist_array[0] == [] and index_8 == 0:
                                tmp_buttom_array.append(tmp_tmp_target_l2_broadcast_group_array)

                            elif flag_buttom_exist == False and flag_top_exist == False:
                                tmp_top_array.append(tmp_tmp_target_l2_broadcast_group_array)

                            elif flag_buttom_exist == True and flag_top_exist == False:
                                tmp_buttom_array.append(tmp_tmp_target_l2_broadcast_group_array)

                            elif flag_buttom_exist == False and flag_top_exist == True:
                                tmp_top_array.append(tmp_tmp_target_l2_broadcast_group_array)

                            elif flag_buttom_exist == True and flag_top_exist == True:
                                tmp_top_array.append(tmp_tmp_target_l2_broadcast_group_array)

                #print('### UP /DOWN  ',tmp_tmp_marge_target_position_shape_array,tmp_top_array,tmp_buttom_array)
                buttom_array.extend(tmp_buttom_array)
                top_array.extend(tmp_top_array)

    buttom_array = ns_def.get_l2_broadcast_domains.get_unique_list(buttom_array)
    top_array = ns_def.get_l2_broadcast_domains.get_unique_list(top_array)
    return ([top_array,buttom_array])


def check_move_to_right(self,top_device_name_array,target_position_shape_array):
    #print('--- check_move_to_right ---')
    if  self.index_2 >= 1 and self.index_2 <= len(self.index_1_array) - 2:
        for i in range(self.index_2):
            #print(target_position_shape_array[self.index_2] ,target_position_shape_array[self.index_2 + 1],target_position_shape_array[i], '  #original ,source , target,') # source , target
            source_array = target_position_shape_array[self.index_2+ 1]
            target_array = target_position_shape_array[i]

            for tmp_target_l2_broadcast_group_array in self.target_l2_broadcast_group_array:
                flag_source = False
                flag_target = False
                for tmp_tmp_target_l2_broadcast_group_array in tmp_target_l2_broadcast_group_array[1]:
                    if tmp_tmp_target_l2_broadcast_group_array != []:
                        #print(tmp_tmp_target_l2_broadcast_group_array,source_array,target_array)
                        if tmp_tmp_target_l2_broadcast_group_array[0] in source_array:
                            flag_source = True
                        if tmp_tmp_target_l2_broadcast_group_array[0] in target_array:
                            flag_target = True

                if flag_source == True and flag_target == True:
                    #print(flag_source ,flag_target )
                    return (True)

    return (False)

def get_l3_segment_num(self,top_device_name_array,target_position_shape_array):
    #print('--- get_l3_segment_num ---')
    #print(f'top_device_name_array,target_position_shape_array     {top_device_name_array,target_position_shape_array}')
    count_l3segment = 0
    connected_l3if_key_array = []
    tmp_used_l3segment_array = []

    #segment that connected to both top and buttom
    if  self.index_2 + 1 in self.index_1_array:
        #print('--- self.index_2,self.index_1_array ---',self.index_2,self.index_1_array)
        for i in range(self.index_2 + 1 , len(self.index_1_array)):
            buttom_device_name_array = target_position_shape_array[i]
            for tmp_target_l2_broadcast_group_array in self.target_l2_broadcast_group_array:

                if tmp_target_l2_broadcast_group_array[0] not in self.used_l3segment_array:
                    for tmp_tmp_target_l2_broadcast_group_array in tmp_target_l2_broadcast_group_array[1]:
                        if tmp_tmp_target_l2_broadcast_group_array[0] in top_device_name_array and tmp_tmp_target_l2_broadcast_group_array not in connected_l3if_key_array:
                            for tmp_tmp_tmp_target_l2_broadcast_group_array in tmp_target_l2_broadcast_group_array[1]:
                                if tmp_tmp_tmp_target_l2_broadcast_group_array[0] in buttom_device_name_array and tmp_target_l2_broadcast_group_array[0] not in tmp_used_l3segment_array:  ### add after 'after' for bugfix at Ver 2.2.0
                                    count_l3segment += 1
                                    connected_l3if_key_array.append(tmp_tmp_target_l2_broadcast_group_array )
                                    tmp_used_l3segment_array.append(tmp_target_l2_broadcast_group_array[0])
                                    break

        self.used_l3segment_array.extend(tmp_used_l3segment_array)

    #segment that connected to left or right only. target is buttom side shape
    #segment that is not connected to top and buttom. target is buttom side shape

    if  self.index_2 + 1 in self.index_1_array:
        buttom_device_name_array = target_position_shape_array[self.index_2 + 1]
        #print('### buttom_device_name_array ',buttom_device_name_array)
        for tmp_target_l2_broadcast_group_array in self.target_l2_broadcast_group_array:
            tmp_count = 0
            for tmp_tmp_target_l2_broadcast_group_array in tmp_target_l2_broadcast_group_array[1]:
                if tmp_tmp_target_l2_broadcast_group_array[0] in buttom_device_name_array:
                    tmp_count += 1

            ### add for bugfix at ver 2.2.0 ###
            updated_tmp_target_l2_broadcast_group_array = []
            combined_list = [item for sublist in target_position_shape_array for item in sublist]

            for tmp_tmp_target_l2_broadcast_group_array in tmp_target_l2_broadcast_group_array[1]:
                if tmp_tmp_target_l2_broadcast_group_array[0] in combined_list:
                    updated_tmp_target_l2_broadcast_group_array.append(tmp_tmp_target_l2_broadcast_group_array)
            ####################################

            if tmp_count == len(updated_tmp_target_l2_broadcast_group_array) and tmp_count >= 2: #bugfix at ver 2.2.0
                #print('### tmp_count, tmp_target_l2_broadcast_group_array[1] ',tmp_count, tmp_target_l2_broadcast_group_array[1])
                count_l3segment += 1
                connected_l3if_key_array.append(tmp_tmp_target_l2_broadcast_group_array)

            #if tmp_count == len(tmp_target_l2_broadcast_group_array[1]) and tmp_count == 1:
                #print('*keep as loopback etc..  ' , tmp_count, tmp_target_l2_broadcast_group_array[1])


    ### Kyuusai , there is not upside wp and firest device row (self.index_2 = 0 )
    if self.index_2 == 0 and self.new_wp_exist_array[0] == []:
        for tmp_target_l2_broadcast_group_array in self.target_l2_broadcast_group_array:
            tmp_count = 0
            if tmp_target_l2_broadcast_group_array[0] not in self.used_l3segment_array:
                for tmp_tmp_target_l2_broadcast_group_array in tmp_target_l2_broadcast_group_array[1]:
                    if tmp_tmp_target_l2_broadcast_group_array[0] in top_device_name_array and tmp_tmp_target_l2_broadcast_group_array not in connected_l3if_key_array:
                        # print('tmp_tmp_target_l2_broadcast_group_array[0],top_device_name_array', tmp_tmp_target_l2_broadcast_group_array[0], top_device_name_array)
                        for tmp_tmp_tmp_target_l2_broadcast_group_array in tmp_target_l2_broadcast_group_array[1]:
                            if tmp_tmp_tmp_target_l2_broadcast_group_array[0] in target_position_shape_array[0] and tmp_target_l2_broadcast_group_array[0] not in tmp_used_l3segment_array:
                                tmp_count += 1

                                if tmp_count >= 2:
                                    count_l3segment += 1
                                    connected_l3if_key_array.insert(0,tmp_tmp_target_l2_broadcast_group_array)
                                    tmp_used_l3segment_array.append(tmp_target_l2_broadcast_group_array[0])


        self.used_l3segment_array.extend(tmp_used_l3segment_array)

    #print('-- connected_l3if_key_array --', connected_l3if_key_array)
    return ([count_l3segment,connected_l3if_key_array])



class  create_master_file_one_area():
    def __init__(self):
        print('--- create_master_file_one_area--- ')

        #copy master file
        shutil.copy(self.inFileTxt_L3_3_1.get(), self.excel_maseter_file_backup)

        #GET backup master file parameter
        # parameter
        ws_name = 'Master_Data'
        tmp_ws_name = '_tmp_'
        ppt_meta_file = str(self.excel_maseter_file_backup)

        # convert from master to array and convert to tuple
        self.position_folder_array = ns_def.convert_master_to_array(ws_name, ppt_meta_file, '<<POSITION_FOLDER>>')
        self.position_shape_array = ns_def.convert_master_to_array(ws_name, ppt_meta_file, '<<POSITION_SHAPE>>')
        #self.root_folder_array = ns_def.convert_master_to_array(ws_name, ppt_meta_file, '<<ROOT_FOLDER>>')
        self.position_folder_tuple = ns_def.convert_array_to_tuple(self.position_folder_array)
        self.position_shape_tuple = ns_def.convert_array_to_tuple(self.position_shape_array)
        #self.root_folder_tuple = ns_def.convert_array_to_tuple(self.root_folder_array)

        #print('---- self.position_folder_tuple ----')
        #print(self.position_folder_tuple)
        #print('---- self.position_folder_array ----')
        #print(self.position_folder_array)
        #print('---- self.position_shape_tuple ----')
        #print(self.position_shape_tuple)
        #print('---- self.position_shape_array ----')
        #print(self.position_shape_array)

        # GET Folder and wp name List
        folder_wp_name_array = ns_def.get_folder_wp_array_from_master(ws_name, ppt_meta_file)
        #print('---- folder_wp_name_array ----')
        #print(folder_wp_name_array)

        #SET new <<POSITION_FOLDER>>
        self.new_position_folder_tuple = {}
        self.new_position_folder_tuple = {(1, 1): '<<POSITION_FOLDER>>', (1, 2): 1.0, (2, 1): 1, (2, 2): 'All Areas'}

        write_to_section = '<<POSITION_FOLDER>>'
        offset_row = 0
        offset_column = 0
        ns_def.clear_section_sheet('Master_Data', self.excel_maseter_file_backup, self.position_folder_tuple)
        ns_def.write_excel_meta(self.new_position_folder_tuple , self.excel_maseter_file_backup, 'Master_Data', write_to_section, offset_row, offset_column)


        '''
        make one area shape <<POSITION_SHAPE>>
        '''
        # Create a new dictionary to store the filtered and renumbered tuples
        original_dict = self.position_folder_tuple
        new_dict = {}
        new_x = 1

        for (x, y), value in original_dict.items():
            if y != 1 and value != '' and isinstance(value, str):  # Exclude if y is 1, value is empty string, or value is not a string
                if new_x not in new_dict:
                    new_dict[new_x] = {}
                new_dict[new_x][y] = value
                if y == max(k[1] for k in original_dict.keys() if k[0] == x):
                    new_x += 1

        # Renumber the (x, y) pairs to ensure no gaps
        renumbered_dict = {}
        new_x = 1
        for x in sorted(new_dict.keys()):
            new_y = 1
            for y in sorted(new_dict[x].keys()):
                renumbered_dict[(new_x, new_y)] = new_dict[x][y]
                new_y += 1
            new_x += 1

        '''make one area from per area''' # renumbered_dict is folder summary

        input_position_shape_tuple = self.position_shape_tuple
        area_start_x = 2
        area_start_y = 1
        area_max_x = 2
        area_max_y = 1
        master_x = 2
        master_y = 1
        new_tuple = {}
        pre_xx = 2
        pre_yy = 1

        for (yy, xx), now_area in sorted(renumbered_dict.items()):
            #print(yy,xx,now_area)

            if yy > pre_yy:
                master_y = area_max_y + 1
                master_x = 2
            elif xx > pre_xx:
                master_y = area_start_y
                master_x = area_max_x

            flag_inarea = False
            flag_first_inarea = True
            for (y, x), value in sorted(input_position_shape_tuple.items()):
                if x == 1 and value == now_area:
                    flag_inarea = True

                if flag_inarea == True:
                    if x == 1:
                        if value == '<END>':
                            pre_yy = yy
                            pre_xx = xx

                            if area_max_y < (master_y - 1):
                                area_max_y = master_y - 1
                            break
                    else:
                        if value != '<END>':
                            if flag_first_inarea == True:
                                area_start_y = master_y
                                area_start_x = master_x
                                flag_first_inarea = False

                            new_tuple[(master_y,master_x)] = value
                            master_x += 1

                        if value == '<END>':
                            master_y += 1
                            area_max_x = master_x
                            master_x = area_start_x

        #print(new_tuple)

        # Find the maximum x for each y
        max_x_for_y = {}
        for (y, x) in new_tuple.keys():
            if y not in max_x_for_y:
                max_x_for_y[y] = x
            else:
                if x > max_x_for_y[y]:
                    max_x_for_y[y] = x

        # Add '<END>' to the new_tuple
        all_max_y = 1
        for y, max_x in max_x_for_y.items():
            new_tuple[(y, max_x + 1)] = '<END>'
            all_max_y = y

        # Find the maximum x value for each y
        max_x_per_y = {}
        for (y, x) in new_tuple.keys():
            if y not in max_x_per_y:
                max_x_per_y[y] = x
            else:
                max_x_per_y[y] = max(max_x_per_y[y], x)

        # Add missing (y, x) pairs with '_AIR_'
        for y, max_x in max_x_per_y.items():
            for x in range(2, max_x + 1):
                if (y, x) not in new_tuple:
                    new_tuple[(y, x)] = '_AIR_'

        #last input
        new_tuple[(1, 1)] = 'All Areas'
        new_tuple[(all_max_y + 1, 1)] = '<END>' #change y axis at ver 2.3.4

        # SET new <<POSITION_SHAPE>>
        write_to_section = '<<POSITION_SHAPE>>'
        offset_row = 1
        offset_column = 0
        ns_def.clear_section_sheet('Master_Data', self.excel_maseter_file_backup, self.position_shape_tuple)
        ns_def.write_excel_meta(new_tuple, self.excel_maseter_file_backup, 'Master_Data',write_to_section, offset_row, offset_column)

    def calculate_area_offset(self):
        #print(self.add_shape_array)
        ''' get DEVICE_NORMAL'''
        device_normal_array = []
        for tmp_add_shape_array in self.add_shape_array:
            if tmp_add_shape_array[0] == 'DEVICE_NORMAL' or tmp_add_shape_array[0] == 'DEVICE_L3_INSTANCE':
                device_normal_array.append(tmp_add_shape_array[1:])

        #print('shape_left, shape_top, shape_width, shape_hight,shape_text')
        #print(device_normal_array)

        # List to store the transformed data
        transformed_data = []

        # Processing each sublist
        data = device_normal_array
        self.shape_left_inchi_array = []
        for sublist in data:
            # Add the 1st (index 0), 3rd (index 2), and 4th (index 3) elements together
            sum_value = sublist[0] + sublist[2]
            # Create a new sublist with the last element (string) and the calculated sum
            # shape_text,  shape_top, shape_left,shape_left + shape_width
            transformed_data.append([sublist[4], sublist[1],sublist[0] , sum_value])
            self.shape_left_inchi_array.append([sublist[4],sublist[0]])

        # Print the result
        #print(transformed_data)

        ''' GET Area-Device array'''
        data = self.l2_table_array
        # Filtering data based on condition: first item >= 3, then extracting the first two items
        filtered_data = []
        for item in data:
            if item[0] >= 3:
                filtered_data.append(item[1][:2])  # Extracting the first two items from the second list

        # Removing duplicates
        unique_data = []
        seen = set()
        for entry in filtered_data:
            if entry[1] not in seen:
                unique_data.append(entry)
                seen.add(entry[1])

        # Display the results
        #print(unique_data)

        # change 'N/A' to own folder name
        for item in unique_data:
            if item[0] == 'N/A':
                corresponding_value = self.shape_folder_tuple.get(item[1], None)
                if corresponding_value:
                    item[0] = corresponding_value

        # Display the results
        #print(unique_data)
        self.unique_area_device_array = unique_data

        # Dictionary to group by the first element
        grouped_data = defaultdict(list)

        # Group the data by the first element
        data = unique_data
        for entry in data:
            grouped_data[entry[0]].append(entry[1])

        # Create the result where the second element is an array of devices
        self.result_area_device_array = [[key, value] for key, value in grouped_data.items()]

        # Output the result
        #print(self.result_area_device_array)

        ''' Calculate the distance to the right of each area　'''
        # Iterate through the self.result_area_device_array to match and add corresponding data
        for area in self.result_area_device_array:
            area_name = area[0]  # Site name
            device_list = area[1]  # List of devices related to the site

            # Create a new list to store the devices with their matched data
            new_device_list = []

            # For each device in the device list, find the corresponding data in transformed_data
            for device in device_list:
                for data in transformed_data:
                    if data[0] == device:
                        # Append the device along with its corresponding data
                        new_device_list.append([device, *data[1:]])  # Add data from the transformed_data

            # Update the area[1] with the newly created list with the added data
            area[1] = new_device_list

        # Print the updated self.result_area_device_array
        #print('--- self.result_area_device_array ---')
        #print(self.result_area_device_array)

        ''' GET max width per area '''
        area_min_max_diff_array = []
        # Process the self.result_area_device_array to find the required differences
        for area in self.result_area_device_array:
            area_name = area[0]  # Area name, e.g., 'DC-TOP1'
            device_data_list = area[1]  # List of devices and their data

            # Create a dictionary to group devices by their second value (data[1] value)
            grouped_data = {}

            # Group devices by the second element (data[1])
            for device_data in device_data_list:
                key = device_data[1]  # The second item, which we group by (e.g., 3.02, 11.04, etc.)
                if key not in grouped_data:
                    grouped_data[key] = []
                grouped_data[key].append(device_data)

            # Process each group and calculate the required difference
            for key, group in grouped_data.items():
                # Find the smallest third element and the largest fourth element in the group
                min_third = min([item[2] for item in group])  # Smallest value in the third position
                max_fourth = max([item[3] for item in group])  # Largest value in the fourth position

                # Calculate the difference
                difference = max_fourth - min_third

                # Print the result for this group
                area_min_max_diff_array.append([area_name,min_third,max_fourth,difference])
                #print(f"Area: {area_name}, Group: {key}, Min Third: {min_third}, Max Fourth: {max_fourth}, Difference: {difference}")

        #print('--- area_min_max_diff_array ---')
        #print(area_min_max_diff_array)

        ''' Create a defaultdict to group the entries by the category (first element) '''
        # A defaultdict allows us to easily append items to lists without checking if the key exists.
        grouped = defaultdict(list)

        # Iterate through each entry in the input data
        for entry in area_min_max_diff_array:
            category = entry[0]  # Get the category (first element)
            fourth_value = entry[3]  # Get the fourth value (index 3)
            grouped[category].append(
                (fourth_value, entry))  # Append the fourth value and the full entry to the corresponding category

        # List to store the final results
        result_area_width = []

        # Iterate over the grouped categories to find the entry with the maximum fourth value
        for category, values in grouped.items():
            # Use the max function to find the entry with the largest fourth value within each category
            # 'values' is a list of tuples, where the first item in each tuple is the fourth value (index 3)
            max_value_entry = max(values, key=lambda x: x[0])

            # Append the category and the maximum fourth value to the result list
            result_area_width.append([category, max_value_entry[0]])

        # Print the result: for each category, output the category name and the maximum fourth value
        #print('--- result_area_width ---')
        #print(result_area_width)

        ''' GET area location '''
        ws_name = 'Master_Data'
        ppt_meta_file = str(self.inFileTxt_11_1.get())
        ori_position_folder_array = ns_def.convert_master_to_array(ws_name, ppt_meta_file, '<<POSITION_FOLDER>>')
        #print(ori_position_folder_array)

        # List of strings to exclude
        exclude_strings = ['<<POSITION_FOLDER>>', '<SET_WIDTH>']

        # Initialize an empty list to store the processed results
        processed_array = []

        # Iterate through all elements in ori_position_folder_array
        for element in ori_position_folder_array:
            # Extract the second element (the list) of the current element
            second_element = element[1]

            # Remove numbers and exclude the strings specified in exclude_strings
            cleaned = [item for item in second_element if
                       isinstance(item, str) and item not in exclude_strings and item != '']

            # Only add non-empty lists to processed_array
            if cleaned:
                processed_array.append(cleaned)

        # Print the processed results
        #print(processed_array)

        ''' get start left per area '''
        start_left_inchi = self.left_margin
        between_area_inchi = 1.5

        # Create a dictionary for quick lookup of result_area_width
        result_dict = {item[0]: item[1] for item in result_area_width}

        # Initialize start_area_array
        start_area_array = []

        # Iterate over processed_array to compute start_area_array
        for sublist in processed_array:
            sublist_result = []
            for index, item in enumerate(sublist):
                if item in result_dict:
                    if index == 0:
                        # For the first item, start from 0 + start_left_inchi
                        start_value = start_left_inchi
                    else:
                        # Calculate the value based on conditions for subsequent items
                        start_value = sum(result_dict[prev_item] for prev_item in sublist[:index])
                        start_value += start_left_inchi
                        start_value += between_area_inchi * index
                    sublist_result.append([item, start_value])
            start_area_array.append(sublist_result)

        # Output the start_area_array
        #self.update_start_area_array = []
        for sublist in start_area_array:
            for item in sublist:
                self.update_start_area_array.append(item)

        #print(start_area_array)
        #print(self.update_start_area_array)

    def get_l3_shape_offset(self,shape_name,left_offset):
        target_folder_name = self.shape_folder_tuple.get(shape_name)
        area_value = None
        for item in self.update_start_area_array:
            if item[0] == target_folder_name:
                area_value = item[1]
                break

        if shape_name in self.target_offset_shape_array:
            #print(shape_name, target_folder_name, area_value)
            for item in self.shape_left_inchi_array:
                if item[0] == shape_name:
                    left_value = item[1]
                    break

            offset_value = area_value - left_offset

        else:
            offset_value = 0.0

        return offset_value