[仮想の館・３次元表示 のための、断面画像を生成する], Python(パイソン) 使って作ってみた ,ソースプログラムリスト あり
Python(パイソン) プログラム作ってみた インデックス へ
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2024.10.1 presented in [note] ( //note.com/runningWater/ )
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1 はじめに
これ以降に記述されている内容は、このようなコンピューター・プログラムを制作した、というような事を、ただ、述べているに過ぎない。
以下の記述を読んだ人が、それを単に参考にする、というのであれば、問題は無いと、思われる。
しかし、記述されている内容に沿って、その人が、そこに記されているのと同様の制作や作業を行った際に、その制作、作業、コンピューターの作動の結果、使用されたコンピューター等、様々な方面において、何らかの問題が発生しない、という保証は、全くない。
その制作、作業、コンピューターの作動の結果、その人や、その人が所属している組織、その人が使用した様々な機器、インフラストラクチャー等の、身の上にどのような事が起ころうとも、私は一切、責任を負わない。
このプログラムは、Python(パイソン) 言語を使って、記述されている。
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2 どのようなものを作ったのか
[断面画像を重ね合わせて、物体を３次元表示], Python(パイソン) 使って作ってみた ,ソースプログラムリスト あり
のモジュール群に対して、与える、断面画像を生成する、というようなものを、作ってみた。
このモジュール群により、生成された断面画像のデータを、
[断面画像を重ね合わせて、物体を３次元表示], Python(パイソン) 使って作ってみた ,ソースプログラムリスト あり] モジュール群
に対して、与え、そのモジュールを動かすと、下図のように、表示された。
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3 館は、部分オブジェクトにより、構成
前記の図は、館のさまざまな部分を構成する、[部分オブジェクト]によって、描画されている。
[部分オブジェクト] は、[垣根]、[支柱]、[壁]、[屋根]等の各部分を表現するためのものであり、下記３種類の画像から、構成されている。
(1)部分の断面の画像
(2)部分の径の推移（上下方向での）を示す曲線（を格納する画像）
(3)部分の表面の絵柄を表す画像
下記に、その一部を、記す。左から順に、上記(1)、(2)、(3)の順になっている。
支柱
壁
屋根
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3 このモジュール群の構成
以下のような、モジュールから、構成されている。
[ StartProcess ]
[ MakeImageDatas ]
[ Prepare ]
[ DetectCurveInImageData ]
[ OneObject ]
[ OneObjectTypeDrawingH ] ( [ OneObject ] を継承 )
[ OneObjectTypeDrawingV ] ( [ OneObject ] を継承 )
これらのモジュールは、必要に応じて、下記に解説されているモジュールを、使用している。
[画像中の、特定の色で塗りつぶされている部分の、境界部分の位置座標を、検出し、それを、テキストファイルに出力する] , Python(パイソン) 使って作ってみた ,ソースプログラムリスト あり
[[画像処理, OpenCV2 使用] を 行う, 機能追加版, 多角形（内部ぬりつぶし）描画機能を追加] , Python(パイソン) 使って作ってみた ,ソースプログラムリスト あり
[テキストデータ を処理する] ためのクラス, Python(パイソン) 使って作ってみた ,ソースプログラムリスト あり
Python(パイソン) ,ソースプログラムリスト あり ,プログラム作ってみた ,[エラー処理] を 行う
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以降に、各モジュールの内容を、記す。
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4 [ StartProcess モジュール]
ファイル名 [ StartProcess.py ]
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import MakeImageDatas
MODULE_NAME = "MakeSectionImageData"
FUNCTION_NAME = "start_process"
print ( "==================================" )
print ( "Module = " + MODULE_NAME
+ " , function = " + FUNCTION_NAME )
print ( "process started" )
print ( "==================================" )
MakeImageDatas.make_ImageDatas ( )
print ( "==================================" )
print ( "Module = " + MODULE_NAME
+ " , function = " + FUNCTION_NAME )
print ( "process terminated" )
print ( "==================================" )
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5 [ MakeImageDatas モジュール]
ファイル名 [ MakeImageDatas.py ]
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import sys
import time
import Prepare
import OneObjectTypeDrawingV
import OneObjectTypeDrawingH
import ImageDataTwoDimensionHandlingV3
MODULE_NAME = "MakeImageDatas"
global_number_of_Object = 0
global_from_Z = 1
global_to_Z = 90
#global_ins_ImageDataTwoDimensionHandling_BasicImage = ""
#global_abs_path_of_ImageData_Basic = " "
#global_Part_2_of_abs_path_of_ImageData_output = " "
#global_abs_path_of_ImageData_output_part_1 = " "
#=================================
def make_ImageDatas ( ) :
function_name = "make_ImageDatas"
print ( "==================================" )
print ( "Enter into , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "==================================" )
name_of_Object = "Roof1"
list_of_path = Prepare \
.make_path_list ( name_of_Object )
print ( "==================================" )
print ( "Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "passed : phase 1" )
print ( "==================================" )
global global_from_Z
global global_to_Z
Prepare \
.make_SectionImageData_of_initial_status ( \
list_of_path [ 0 ] # arg_abs_path_of_ImageData_Basic
, list_of_path [ 3 ] # arg_Part_1_of_abs_path_of_ImageData_output
, list_of_path [ 4 ] #arg_Part_2_of_abs_path_of_ImageData_outpu
, global_from_Z
, global_to_Z
)
print ( "==================================" )
print ( "Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "passed : phase 2" )
print ( "==================================" )
#------------------------------------------
list_Objects = make_all_Objects ( )
print ( "==================================" )
print ( "Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "start : phase 3" )
print ( "==================================" )
global global_number_of_Object
for order_number_of_Object \
in range ( 1 , ( global_number_of_Object + 1 ) ) :
print ( "**********************************************" )
print ( "**********************************************" )
print ( "**********************************************" )
print ( "Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "phase 3 ,order_number_of_Object = " , order_number_of_Object )
print ( "**********************************************" )
print ( "**********************************************" )
print ( "**********************************************" )
time.sleep ( 3 )
ins_object = list_Objects [ order_number_of_Object - 1 ]
ins_object \
.vary_ImageData_for_all_z (
MODULE_NAME # arg_requester_module
, function_name # arg_requester_function
)
print ( "==================================" )
print ( "Exit from , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "==================================" )
#=================================
def make_all_Objects ( ) :
function_name = "make_all_Object"
print ( "==================================" )
print ( "Enter into , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "==================================" )
global global_from_Z
global global_to_Z
global global_number_of_Object
#******************************************
list_of_Objects = [ ]
list_Object_information = [ ]
#******************************************
# [ id , name , type , Center_of_Object_location_x , y , mode of radiation V ]
#======== Ground ========
list_Object_information \
.append ( [ "1" , "Ground" , "H" , 350 , 350 , "B" ] )
#======== Fence========
list_Object_information \
.append ( [ "2" , "Fence" , "V" , 350 , 350 , "B" ] )
#======== House ========
# --- 4 pillar s --------
list_Object_information \
.append ( [ "3" , "Pillar" , "V" , 430 , 300 , "B"] )
list_Object_information \
.append ( [ "4" , "Pillar" , "V" , 430 , 400 , "B"] )
list_Object_information \
.append ( [ "5" , "Pillar" , "V" , 470 , 300 , "B"] )
list_Object_information \
.append ( [ "6" , "Pillar" , "V" , 470 , 400 , "B"] )
# --- wall --------
list_Object_information \
.append ( [ "7" , "Wall1" , "V" , 450 , 350 , "B" ] )
# ---roof --------
list_Object_information \
.append ( [ "8" , "Roof1" , "H" , 450 , 350 , "X" ] )
#======== Tower ========
# --- 4 pillar s --------
list_Object_information \
.append ( [ "9" , "Pillar" , "V" , 150 , 300 , "B"] )
list_Object_information \
.append ( [ "10" , "Pillar" , "V" , 250 , 300 , "B"] )
list_Object_information \
.append ( [ "11" , "Pillar" , "V" , 150 , 400 , "B"] )
list_Object_information \
.append ( [ "12" , "Pillar" , "V" , 250 , 400 , "B"] )
# --- corridor --------
list_Object_information \
.append ( [ "13" , "Corridor2" , "H" , 200 , 350 , "B" ] )
# --- wall --------
list_Object_information \
.append ( [ "14" , "Wall2" , "V" , 200 , 350 , "B" ] )
# ---roof --------
list_Object_information \
.append ( [ "15" , "Roof2" , "H" , 200 , 350 , "B" ] )
#******************************************
global_number_of_Object = 15
#******************************************
for i in range ( 0 , global_number_of_Object ) :
information_list_of_Object = \
list_Object_information [ i ]
list_of_path = Prepare \
.make_path_list ( information_list_of_Object [ 1 ] )
#-------------------------------------------
Prepare \
.make_TextData_contain_VariationOfRadius ( \
# abs_path_of_VariationOfRadius
list_of_path [ 2 ]
, # abs_path_of_TextData_contain_VariationOfRadius
list_of_path [ 5 ]
)
#----------------------------------------------
if ( information_list_of_Object [ 2 ] == "H" ) :
# [ type of Object] is [drawing Horizantal direction]
ins_OneObject \
= OneObjectTypeDrawingH \
.OneObjectTypeDrawingH ( \
MODULE_NAME # arg_requester_module
, function_name # arg_requester_function
, information_list_of_Object [ 0 ]
, information_list_of_Object [ 1 ] #name of Object
, information_list_of_Object [ 3 ]
, information_list_of_Object [ 4 ]
, global_from_Z
, global_to_Z
, list_of_path [ 0 ] # arg_abs_path_of_ImageData_Basic
, list_of_path [ 1 ] # arg_abs_path_of_ImageData_for_drawing_CrossSectionalView
, list_of_path [ 6 ] # arg_abs_path_ForDrawingSurfaceImage
, list_of_path [ 3 ] # arg_Part_1_of_abs_path_of_ImageData_output
, list_of_path [ 4 ] #arg_Part_2_of_abs_path_of_ImageData_output
, list_of_path [ 5 ] # arg_abs_path_of_TextData_contain_VariationOfRadius
, information_list_of_Object [ 5 ] # mode_of_VariationOfRadius
)
#--------------------------------------
else :
# [ type of Object] is [drawing Vertical direction]
ins_OneObject \
= OneObjectTypeDrawingV \
.OneObjectTypeDrawingV ( \
MODULE_NAME # arg_requester_module
, function_name # arg_requester_function
, information_list_of_Object [ 0 ]
, information_list_of_Object [ 1 ] #name of Object
, information_list_of_Object [ 3 ]
, information_list_of_Object [ 4 ]
, global_from_Z
, global_to_Z
, list_of_path [ 0 ] # arg_abs_path_of_ImageData_Basic
, list_of_path [ 1 ] # arg_abs_path_of_ImageData_for_drawing_CrossSectionalView
, list_of_path [ 6 ] # arg_abs_path_ForDrawingSurfaceImage
, list_of_path [ 3 ] # arg_Part_1_of_abs_path_of_ImageData_output
, list_of_path [ 4 ] #arg_Part_2_of_abs_path_of_ImageData_output
, list_of_path [ 7 ] # arg_abs_path_of_TextData_contain_CrossSectionalView
, list_of_path [ 5 ] # arg_abs_path_of_TextData_contain_VariationOfRadius
, information_list_of_Object [ 5 ] # mode_of_VariationOfRadius
)
#-------------------------------------------
list_of_Objects \
.append ( ins_OneObject )
print ( "==================================" )
print ( "Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "one Object has been constructed" )
print ( "i = " , i )
print ( "==================================" )
#-------------------------------------------
return list_of_Objects
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6 [ Prepare モジュール]
ファイル名 [ Prepare.py ]
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import ImageDataTwoDimensionHandlingV3
import OneObject
import DetectCurveInImageData
MODULE_NAME = "Prepare"
#=================================
def make_path_list ( arg_name_of_Object ) :
function_name = "make_path_list"
print ( "==================================" )
print ( "Enter into , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "arg_name_of_Object = " , arg_name_of_Object )
print ( "==================================" )
return_list = [ " " , " " , " " , " " , " " , " " , " " , " " ]
path_of_Top \
= "E:ForPython/ForTest/Test_9V2/"
path_of_directory_InputImageData = "InputImageData/"
path_of_directory_OutputImageData = "OutputImageData/"
path_of_directory_ForEachObject = "ForEachObject/"
path_of_directory_BasicImageData = "BasicImageData/"
path_of_file_part_1_BasicImageData = "BasicImageData"
path_of_directory_CrossSectionalView = "CrossSectionalView/"
path_of_file_part_1_CrossSectionalView = "CrossSectionalView"
path_of_directory_VariationOfRadius = "VariationOfRadius/"
path_of_file_part_1_VariationOfRadius = "VariationOfRadius"
path_of_directory_ForDrawingSurfaceImage = "ForDrawingSurfaceImage/"
path_of_file_ForDrawingSurfaceImage = "ForDrawingSurfaceImage.png"
path_of_directory_DrawingImageData = "DrawingImageData/"
path_of_file_part_1_DrawingImageData = "DrawingImageData"
path_of_directory_TextData = "TextData/"
path_of_file_part_2_for_ImageData = ".png"
path_of_file_part_2_for_TextData = ".txt"
#------ abs_path_of_ImageData_Basic ----------------
return_list [ 0 ] = \
path_of_Top \
+ path_of_directory_InputImageData \
+ path_of_directory_BasicImageData \
+ path_of_file_part_1_BasicImageData \
+ path_of_file_part_2_for_ImageData
print ( "return_list [ 0 ] = " + return_list [ 0 ] )
#------ abs_path_of_CrossSectionalView ----------------
return_list [ 1 ] = \
path_of_Top \
+ path_of_directory_InputImageData \
+ path_of_directory_ForEachObject \
+ arg_name_of_Object + "/" \
+ path_of_directory_CrossSectionalView \
+ path_of_file_part_1_CrossSectionalView \
+ path_of_file_part_2_for_ImageData
print ( "return_list [ 1 ] = " + return_list [ 1 ] )
#------ abs_path_of_VariationOfRadius ----------------
return_list [ 2 ] = \
path_of_Top \
+ path_of_directory_InputImageData \
+ path_of_directory_ForEachObject \
+ arg_name_of_Object + "/" \
+ path_of_directory_VariationOfRadius \
+ path_of_file_part_1_VariationOfRadius \
+ path_of_file_part_2_for_ImageData
print ( "return_list [ 2 ] = " + return_list [ 2 ] )
#---- abs_path_of_ImageData_output_part_1 --------------
return_list [ 3 ] = \
path_of_Top \
+ path_of_directory_OutputImageData \
+ path_of_directory_DrawingImageData \
+ path_of_file_part_1_DrawingImageData \
+ "_"
print ( "return_list [ 3 ] = " + return_list [ 3 ] )
#---- abs_path_of_ImageData_output_part_2 --------------
return_list [ 4 ] = \
path_of_file_part_2_for_ImageData
print ( "return_list [ 4 ] = " + return_list [ 4 ] )
# ----- abs_path_of_TextData_contain_VariationOfRadius ---------------
return_list [ 5 ] = \
path_of_Top \
+ path_of_directory_TextData \
+ path_of_directory_ForEachObject \
+ arg_name_of_Object + "/" \
+ path_of_directory_VariationOfRadius \
+ path_of_file_part_1_VariationOfRadius \
+ path_of_file_part_2_for_TextData
print ( "return_list [ 5 ] = " + return_list [ 5 ] )
# ----- abs_path_of_ForDrawingSurfaceImage ---------------
return_list [ 6 ] = \
path_of_Top \
+ path_of_directory_InputImageData \
+ path_of_directory_ForEachObject \
+ arg_name_of_Object + "/" \
+ path_of_directory_ForDrawingSurfaceImage \
+ path_of_file_ForDrawingSurfaceImage
print ( "return_list [ 6 ] = " + return_list [ 6 ] )
# ----- abs_path_of_TextData_contain_CrossSectionalView ---------------
return_list [ 7 ] = \
path_of_Top \
+ path_of_directory_TextData \
+ path_of_directory_ForEachObject \
+ arg_name_of_Object + "/" \
+ path_of_directory_CrossSectionalView \
+ path_of_file_part_1_CrossSectionalView \
+ path_of_file_part_2_for_TextData
print ( "return_list [ 7 ] = " , return_list [ 7 ] )
print ( "==================================" )
print ( "Exit from , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "==================================" )
return return_list
#=================================
def make_TextData_contain_VariationOfRadius ( \
arg_abs_path_of_ImageData
, arg_abs_path_of_TextData
) :
function_name = "make_TextData_contain_VariationOfRadius"
print ( "==================================" )
print ( "Enter into , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "arg_abs_path_of_ImageData = " , arg_abs_path_of_ImageData )
print ( "arg_abs_path_of_TextData = " , arg_abs_path_of_TextData )
print ( "==================================" )
DetectCurveInImageData \
.detect_Curve_in_ImageData ( \
arg_abs_path_of_ImageData
, arg_abs_path_of_TextData
)
print ( "==================================" )
print ( "Exit from , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "arg_abs_path_of_ImageData = " , arg_abs_path_of_ImageData )
print ( "arg_abs_path_of_TextData = " , arg_abs_path_of_TextData )
print ( "==================================" )
#=================================
def make_SectionImageData_of_initial_status ( \
arg_abs_path_of_ImageData_Basic
, arg_abs_path_of_ImageData_output_part_1
, arg_abs_path_of_ImageData_output_part_2
, arg_from_Z
, arg_to_Z
) :
function_name = "make_SectionImageData_of_initial_status"
print ( "==================================" )
print ( "Enter into , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "arg_abs_path_of_ImageData_Basic = " \
+ arg_abs_path_of_ImageData_Basic )
print ( "arg_abs_path_of_ImageData_output_part_1 = " \
+ arg_abs_path_of_ImageData_output_part_1 )
print ( "arg_abs_path_of_ImageData_output_part_2 = " \
+ arg_abs_path_of_ImageData_output_part_2 )
print ( "==================================" )
ins_ImageDataTwoDimensionHandling_BasicImage = \
ImageDataTwoDimensionHandlingV3 \
.ImageDataTwoDimensionHandlingV3 ( MODULE_NAME , function_name )
ins_ImageDataTwoDimensionHandling_BasicImage \
.load_image_data ( \
MODULE_NAME \
, function_name
, arg_abs_path_of_ImageData_Basic
)
from_Z = arg_from_Z
to_Z = arg_to_Z
current_Z = from_Z
while ( current_Z <= to_Z ) :
make_and_write_ImageData_for_directed_Z ( \
current_Z
, ins_ImageDataTwoDimensionHandling_BasicImage
, arg_abs_path_of_ImageData_output_part_1
, arg_abs_path_of_ImageData_output_part_2
)
print ( "==================================" )
print ( "Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "current_Z = " , current_Z )
print ( "to_Z = " , to_Z )
print ( "==================================" )
current_Z += 1
#---------------------------------------------------
def make_and_write_ImageData_for_directed_Z ( \
arg_z
, arg_ins_ImageDataTwoDimensionHandling_BasicImage
, arg_abs_path_of_ImageData_output_part_1
, arg_abs_path_of_ImageData_output_part_2
) :
function_name = "make_and_write_ImageData_for_directed_Z"
print ( "==================================" )
print ( "Enter into , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "arg_z = " , arg_z )
print ( "==================================" )
abs_path_of_write = \
make_abs_path ( \
arg_z
, arg_abs_path_of_ImageData_output_part_1
, arg_abs_path_of_ImageData_output_part_2
)
arg_ins_ImageDataTwoDimensionHandling_BasicImage \
.write_loaded_image_data_to_directed_path (
MODULE_NAME
, function_name
, abs_path_of_write )
print ( "==================================" )
print ( "Exit from , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "Has been written , " + abs_path_of_write )
print ( "==================================" )
#------------------------------------------------------------
def make_abs_path ( \
arg_z
, arg_abs_path_of_ImageData_output_part_1
, arg_abs_path_of_ImageData_output_part_2
) :
function_name = "make_abs_path"
print ( "==================================" )
print ( "Enter into , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "arg_z = " , arg_z )
print ( "arg_abs_path_of_ImageData_output_part_1 = " \
, arg_abs_path_of_ImageData_output_part_1 )
print ( "arg_abs_path_of_ImageData_output_part_2 = " \
, arg_abs_path_of_ImageData_output_part_2 )
print ( "==================================" )
if ( arg_z < 10 ) :
string_of_file_order_number = "0" + str ( arg_z )
else :
string_of_file_order_number = str ( arg_z )
return_abs_path_of_ImageDataFile = \
arg_abs_path_of_ImageData_output_part_1 \
+ string_of_file_order_number \
+ arg_abs_path_of_ImageData_output_part_2
print ( "==================================" )
print ( "Exit from , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "return_abs_path_of_ImageDataFile = " \
+ return_abs_path_of_ImageDataFile )
print ( "==================================" )
return return_abs_path_of_ImageDataFile
#------------------------------------------------------------
def prepare_ImageData_BasicImage ( \
arg_abs_path_of_ImageData_Basic ) :
function_name = "prepare_ImageData_BasicImage"
print ( "==================================" )
print ( "Enter into , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "arg_abs_path_of_ImageData_Basic = " \
+ arg_abs_path_of_ImageData_Basic )
print ( "==================================" )
return_ins_ImageDataTwoDimensionHandling = \
ImageDataTwoDimensionHandling \
.ImageDataTwoDimensionHandling ( \
MODULE_NAME
, function_name
)
return_ins_ImageDataTwoDimensionHandling \
.load_image_data ( \
MODULE_NAME
, function_name
, arg_abs_path_of_ImageData_Basic
)
width_of_BasicImage = \
return_ins_ImageDataTwoDimensionHandling \
.get_width_of_ImageData ( )
height_of_BasicImage = \
return_ins_ImageDataTwoDimensionHandling \
.get_height_of_ImageData ( )
print ( "==================================" )
print ( "Exit from , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "width_of_BasicImage = " , width_of_BasicImage )
print ( "height_of_BasicImage = " , height_of_BasicImage )
print ( "==================================" )
return return_ins_ImageDataTwoDimensionHandling
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7 [ DetectCurveInImageData モジュール]
ファイル名 [ DetectCurveInImageData.py ]
－－－－－－－－－－
#=============================
# DetectCurveInImageData
# detect Curve in ImageData
# , and make text file of cordinates of the Curve
#=============================
import ImageDataTwoDimensionHandlingV3
import TextFileHandling
MODULE_NAME = "DetectCurveInImageData"
#------------------------------------------------------------
def detect_Curve_in_ImageData ( \
arg_abs_path_of_ImageData
, arg_abs_path_of_TextData
) :
function_name = "detect_Curve_in_ImageData"
print ( "==================================" )
print ( "Enter into , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "arg_abs_path_of_ImageData = " \
+ arg_abs_path_of_ImageData )
print ( "arg_abs_path_of_TextData_ = " \
+ arg_abs_path_of_TextData )
print ( "==================================" )
ins_ImageDataTwoDimensionHandling = \
ImageDataTwoDimensionHandlingV3 \
.ImageDataTwoDimensionHandlingV3 ( \
MODULE_NAME # arg_requester_module
, function_name # arg_requester_function
)
print ( "==================================" )
print ( "Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "arg_abs_path_of_ImageData = " \
+ arg_abs_path_of_ImageData )
print ( "==================================" )
ins_ImageDataTwoDimensionHandling \
.load_image_data ( \
MODULE_NAME # arg_requester_module
, function_name # arg_requester_function
, arg_abs_path_of_ImageData
)
width_of_ImageData = \
ins_ImageDataTwoDimensionHandling \
.get_width_of_ImageData ( )
height_of_ImageData = \
ins_ImageDataTwoDimensionHandling \
.get_height_of_ImageData ( )
print ( "==================================" )
print ( "Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "arg_abs_path_of_ImageData = " \
+ arg_abs_path_of_ImageData )
print ( "width_of_ImageData = " , width_of_ImageData )
print ( "height_of_ImageData = " , height_of_ImageData )
print ( "==================================" )
# --------------------------------
ins_TextFileHandling_1 = \
TextFileHandling \
.TextFileHandling ( \
MODULE_NAME # arg_requester_module
, function_name # arg_requester_function
, arg_abs_path_of_TextData
# arg_character_used_for_delimiter
, ","
)
ins_TextFileHandling_1 \
.do_open_process_output_mode ( \
MODULE_NAME # arg_requester_module
, function_name # arg_requester_function
)
# ---------------------------------
result_of_detect = [ " " , 0 , 0 , 0.0 , 0.0 ]
for get_location_y \
in range ( height_of_ImageData ) :
result_of_detect = detect_for_one_y ( \
get_location_y
, ins_ImageDataTwoDimensionHandling
, width_of_ImageData
, height_of_ImageData
)
ins_TextFileHandling_1 \
.do_write_one_line_process ( \
MODULE_NAME # arg_requester_module
, function_name # arg_requester_function
, result_of_detect # arg_list_values_for_output_one_line
)
# -------------------------------------
ins_TextFileHandling_1 \
.do_close_process ( \
MODULE_NAME # arg_requester_module
, function_name # arg_requester_function
)
print ( "==================================" )
print ( "Exit from into , Module = " + MODULE_NAME
+ " , function = " + function_name )
print ( "==================================" )
#------------------------------------------------
def detect_for_one_y ( arg_get_location_y \
, arg_ins_ImageDataTwoDimensionHandling
, arg_width_of_ImageData
, arg_height_of_ImageData
) :
function_name = "detect_for_one_y"
#--------------------
return_list = [ "N" , -999 , arg_get_location_y , 0.0 , 0.0 ]
get_location_x = 0
process_continue = "Y"
while ( process_continue == "Y" ) :
if ( get_location_x >= arg_width_of_ImageData ) :
# pixel of Curve was not found
process_continue = "N"
return return_list
#-----------------------
color_value = \
arg_ins_ImageDataTwoDimensionHandling \
.get_data_of_one_pixel ( \
MODULE_NAME # arg_requester_module
, function_name # arg_requester_function
# in the commonly used mathematical XY cordinates
, get_location_x # arg_x_on_ImageData_space
, arg_get_location_y
)
if ( ( color_value [ 2 ] > 200 ) \
and \
( color_value [ 0 ] < 200 ) \
and \
( color_value [ 1 ] < 200 ) \
) :
# color Red , found pixel of Curve
return_list [ 0 ] = "Y"
return_list [ 1 ] = get_location_x
return_list [ 3 ] = \
float ( return_list [ 1 ] ) / \
float ( arg_width_of_ImageData)
return_list [ 4 ] = \
float ( return_list [ 2 ] ) / \
float ( arg_height_of_ImageData)
return return_list
get_location_x += 1
#-----------------------------
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8 [ OneObject モジュール]
ファイル名 [ OneObject.py ]
－－－－－－－－－－
import sys
import Prepare
import TextFileHandling
import ImageDataTwoDimensionHandlingV3
import ErrorProcess
#===========================================
class OneObject :
CV_CLASS_NAME = "OneObject"
#------------------------------------------------------------
# definition of constructer ( set encording to UTF-8 )
def __init__( self
, arg_requester_module
, arg_requester_function
, arg_id_of_Object
, arg_name_of_Object
, arg_type_of_Object
, arg_Center_of_Object_location_x
, arg_Center_of_Object_location_y
, arg_from_z
, arg_to_z
, arg_abs_path_of_ImageData_Basic
, arg_abs_path_of_ImageData_CrossSectionalImage
, arg_abs_path_of_ImageData_ForDrawingSurfaceImage
, arg_Part_1_of_abs_path_of_ImageData_output
, arg_Part_2_of_abs_path_of_ImageData_output
, arg_abs_path_of_TextData_contain_CrossSectionalImage
, arg_abs_path_of_TextData_contain_VariationOfRadius
, arg_mode_of_VariationOfRadius
):
methode_name = "constructer"
print ( "==================================" )
print ( "Enter into , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( " arg_requester_module = " + arg_requester_module
+ " , arg_requester_function = " + arg_requester_function )
print ( " arg_id_of_Object = " , arg_id_of_Object )
print ( " arg_name_of_Object = " , arg_name_of_Object )
print ( "==================================" )
self.iv_id_of_Object = arg_id_of_Object
self.iv_name_of_Object = arg_name_of_Object
self.iv_type_of_Object = arg_type_of_Object
#-----------------------------------
self.iv_Center_of_Object_location_x = arg_Center_of_Object_location_x
self.iv_Center_of_Object_location_y = arg_Center_of_Object_location_y
#----------------------------------
self.iv_from_z = arg_from_z
self.iv_to_z = arg_to_z
self.iv_length_z = self.iv_to_z - self.iv_from_z
print ( "==================================" )
print ( "Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "self.iv_from_z = " , self.iv_from_z )
print ( "self.iv_to_z = " , self.iv_to_z )
print ( "self.iv_length_z = " , self.iv_length_z )
print ( "==================================" )
#------------------------------
self.iv_abs_path_of_TextData_contain_VariationOfRadius = \
arg_abs_path_of_TextData_contain_VariationOfRadius
print ( "self.iv_abs_path_of_TextData_contain_VariationOfRadius = "
, self.iv_abs_path_of_TextData_contain_VariationOfRadius )
self.iv_ins_TextFileHandling_VariationOfRadius \
= self.prepare_TextFileHandling_VariationOfRadius ( )
self.iv_readed_counter_for_TextFileHandling_VariationOfRadius = 0
self.iv_total_number_of_information_VariationOfRadius = 0
self.iv_readed_data_in_TextFileHandling_VariationOfRadius = ""
self.iv_mode_of_VariationOfRadius = arg_mode_of_VariationOfRadius
# ----------------------------------
self.iv_abs_path_of_ImageData_Basic = \
arg_abs_path_of_ImageData_Basic
print ( "self.iv_abs_path_of_ImageData_Basic = " \
+ self.iv_abs_path_of_ImageData_Basic )
self.iv_ins_ImageDataTwoDimensionHandling_BasicImage \
= self.prepare_ImageData_BasicImage ( )
# ----------------------------------
self.iv_abs_path_of_ImageData_CrossSectionalImage = \
arg_abs_path_of_ImageData_CrossSectionalImage
print ( "self.iv_abs_path_of_ImageData_CrossSectionalImage = " \
+ self.iv_abs_path_of_ImageData_CrossSectionalImage )
self.iv_ins_ImageDataTwoDimensionHandling_CrossSectionalImage \
= self.prepare_ImageData_of_CrossSectionalImage ( )
#-----------------------------------------
self.iv_abs_path_of_ImageData_ForDrawingSurfaceImage = \
arg_abs_path_of_ImageData_ForDrawingSurfaceImage
print ( "self.iv_abs_path_of_ImageData_ForDrawingSurfaceImage = "
, self.iv_abs_path_of_ImageData_ForDrawingSurfaceImage )
self.iv_ins_ImageData_ForDrawingSurfaceImage \
= self.prepare_ImageData_ForDrawingSurfaceImage ( )
#-----------------------------------------
self.iv_abs_path_of_ImageData_output_part_1 = \
arg_Part_1_of_abs_path_of_ImageData_output
print ( "self.iv_abs_path_of_ImageData_output_part_1 = "
, self.iv_abs_path_of_ImageData_output_part_1 )
self.iv_Part_2_of_abs_path_of_ImageData_output = \
arg_Part_2_of_abs_path_of_ImageData_output
print ( "self.iv_Part_2_of_abs_path_of_ImageData_output = "
, self.iv_Part_2_of_abs_path_of_ImageData_output )
#=================================
self.iv_rate_on_XYPlane = 0.0
#=================================
print ( "==================================" )
print ( "Exit from , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( " arg_requester_module = " + arg_requester_module
+ " , arg_requester_function = " + arg_requester_function )
print ( "==================================" )
#------------------------------------------------------------
def vary_ImageData_for_all_z ( self
, arg_requester_module
, arg_requester_function ) :
methode_name = "make_ImageData_for_all_z"
print ( "==================================" )
print ( "Enter into , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( " arg_requester_module = " + arg_requester_module
+ " , arg_requester_function = " + arg_requester_function )
print ( "==================================" )
self.prepare_TextFileHandling_VariationOfRadius ( )
current_z = self.iv_from_z
while ( current_z <= self.iv_to_z ) :
z_rate = float ( current_z ) / float ( self.iv_length_z )
self.prepare_for_directed_z ( current_z , z_rate )
if ( self.iv_exist_information_of_VariationOfRadius == "Y" ) :
self.over_draw_on_loaded_image_data ( \
current_z
, z_rate
, self.iv_ins_ImageDataTwoDimensionHandling_for_redrawing
, self.iv_abs_path_of_ImageDataFile_for_redrawing
)
print ( "==================================" )
print ( "Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "current_z = " , current_z )
print ( "self.iv_to_z = " , self.iv_to_z )
print ( "z_rate = " , z_rate )
print ( "==================================" )
current_z += 1
#---------------------------------------------------
# This methode must be over written by [Inheriting Class]
def over_draw_on_loaded_image_data ( \
arg_current_z
, arg_z_rate
, arg_ins_ImageDataTwoDimensionHandling_for_redrawing
, arg_abs_path_of_ImageDataFile_for_redrawing
) :
methode_name = "___must be over written___"
print ( "==================================" )
print ( "Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
#---------------------------------------------------
def prepare_for_directed_z ( self , arg_z , arg_z_rate ) :
methode_name = "prepare_for_directed_z"
print ( "==================================" )
print ( "Enter into , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "arg_z_rate = " , arg_z_rate )
print ( "==================================" )
self.iv_ins_ImageDataTwoDimensionHandling_for_redrawing = \
self.get_Drawing_ImageData ( arg_z )
#-------------------------------------------------
result_list = \
self.get_information_of_VariationOfRadius ( arg_z_rate , arg_z_rate )
self.iv_exist_information_of_VariationOfRadius = result_list [ 1 ]
self.iv_rate_on_XYPlane = float ( result_list [ 2 ] )
print ( "==================================" )
print ( "Exit from , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "result_list = " , result_list )
print ( "self.iv_exist_information_of_VariationOfRadius = " \
, self.iv_exist_information_of_VariationOfRadius )
print ( "self.iv_rate_on_XYPlane = " \
, self.iv_rate_on_XYPlane )
print ( "==================================" )
#------------------------------------------------------------
def prepare_TextFileHandling_VariationOfRadius ( self ) :
methode_name = "prepare_TextFileHandling_VariationOfRadius"
print ( "==================================" )
print ( "Enter into , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
#----------------------------------------
self.iv_ins_TextFileHandling_VariationOfRadius = \
TextFileHandling \
.TextFileHandling ( \
OneObject.CV_CLASS_NAME # arg_requester_module
, methode_name #arg_requester_function
, self.iv_abs_path_of_TextData_contain_VariationOfRadius
, "," # arg_character_used_for_delimiter
)
# ---- get total number of information in TextFile -----
# ---- open Text File -------
self.iv_ins_TextFileHandling_VariationOfRadius \
.do_open_process_input_mode (
OneObject.CV_CLASS_NAME # arg_requester_module
, methode_name #arg_requester_function
)
# ---- read all datas in Text File -------
self.iv_total_number_of_information_VariationOfRadius = 0
process_continue = "Y"
while ( process_continue == "Y" ) :
result_of_reading = \
self.iv_ins_TextFileHandling_VariationOfRadius \
.do_read_one_line_process (
OneObject.CV_CLASS_NAME # arg_requester_module
, methode_name #arg_requester_function
)
if ( result_of_reading [ 0 ] == "E" ) :
#reached to file end
process_continue = "N"
break
self.iv_total_number_of_information_VariationOfRadius += 1
print ( "-----------------------------------------" )
print ( "Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "self.iv_total_number_of_information_VariationOfRadius = " \
, self.iv_total_number_of_information_VariationOfRadius )
print ( "-----------------------------------------" )
# ---- close Text File -------
self.iv_ins_TextFileHandling_VariationOfRadius \
.do_close_process ( \
OneObject.CV_CLASS_NAME # arg_requester_module
, methode_name #arg_requester_function
)
# ---- re open Text File -------
self.iv_ins_TextFileHandling_VariationOfRadius \
.do_open_process_input_mode ( \
OneObject.CV_CLASS_NAME # arg_requester_module
, methode_name #arg_requester_function
)
self.iv_readed_counter_for_TextFileHandling_VariationOfRadius = 0
# --- read first data
self.iv_readed_data_in_TextFileHandling_VariationOfRadius \
= self.iv_ins_TextFileHandling_VariationOfRadius \
.do_read_one_line_process (\
OneObject.CV_CLASS_NAME # arg_requester_module
, methode_name #arg_requester_function
)
self.iv_readed_counter_for_TextFileHandling_VariationOfRadius += 1
print ( "==================================" )
print ( "Exit from , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "self.iv_total_number_of_information_VariationOfRadius = " \
, self.iv_total_number_of_information_VariationOfRadius )
print ( "self.iv_readed_counter_for_TextFileHandling_VariationOfRadius = " \
, self.iv_readed_counter_for_TextFileHandling_VariationOfRadius )
print ( "==================================" )
#------------------------------------------------------------
def get_Drawing_ImageData ( self , arg_z ) :
methode_name = "get_Drawing_ImageData"
print ( "==================================" )
print ( "Enter into , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "arg_z = " , arg_z )
print ( "==================================" )
self.iv_abs_path_of_ImageDataFile_for_redrawing \
= self.make_abs_path ( arg_z )
return_ins_ImageDataTwoDimensionHandling = \
ImageDataTwoDimensionHandlingV3 \
.ImageDataTwoDimensionHandlingV3 ( \
OneObject.CV_CLASS_NAME
, methode_name
)
return_ins_ImageDataTwoDimensionHandling \
.load_image_data ( \
OneObject.CV_CLASS_NAME
, methode_name
, self.iv_abs_path_of_ImageDataFile_for_redrawing
)
print ( "==================================" )
print ( "Exit from , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
return return_ins_ImageDataTwoDimensionHandling
#------------------------------------------------------------
def prepare_ImageData_BasicImage ( self ) :
methode_name = "prepare_ImageData_BasicImage"
print ( "==================================" )
print ( "Enter into , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
return_ins_ImageDataTwoDimensionHandling = \
ImageDataTwoDimensionHandlingV3 \
.ImageDataTwoDimensionHandlingV3 ( \
OneObject.CV_CLASS_NAME
, methode_name
)
return_ins_ImageDataTwoDimensionHandling \
.load_image_data ( \
OneObject.CV_CLASS_NAME
, methode_name
, self.iv_abs_path_of_ImageData_Basic
)
print ( "==================================" )
print ( "Exit from , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
return return_ins_ImageDataTwoDimensionHandling
#------------------------------------------------------------
def prepare_ImageData_of_CrossSectionalImage ( self ) :
methode_name = "prepare_ImageData_of_CrossSectionalImage"
print ( "==================================" )
print ( "Enter into , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
return_ins_ImageDataTwoDimensionHandling = \
ImageDataTwoDimensionHandlingV3 \
.ImageDataTwoDimensionHandlingV3 ( \
OneObject.CV_CLASS_NAME
, methode_name
)
print ( "==================================" )
print ( "Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
print ( "self.iv_abs_path_of_ImageData_CrossSectionalImage = " \
+ self.iv_abs_path_of_ImageData_CrossSectionalImage )
return_ins_ImageDataTwoDimensionHandling \
.load_image_data ( \
OneObject.CV_CLASS_NAME
, methode_name
, self.iv_abs_path_of_ImageData_CrossSectionalImage
)
self.iv_width_of_CrossSectionalView = \
return_ins_ImageDataTwoDimensionHandling \
.get_width_of_ImageData ( )
self.iv_height_of_CrossSectionalView = \
return_ins_ImageDataTwoDimensionHandling \
.get_height_of_ImageData ( )
print ( "==================================" )
print ( "Exit from , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "width = " \
, return_ins_ImageDataTwoDimensionHandling \
.get_width_of_ImageData ( )
)
print ( "height = " \
, return_ins_ImageDataTwoDimensionHandling \
.get_height_of_ImageData ( )
)
print ( "==================================" )
return return_ins_ImageDataTwoDimensionHandling
#------------------------------------------------------------
def prepare_ImageData_ForDrawingSurfaceImage ( self ) :
methode_name = "prepare_ImageData_ForDrawingSurfaceImage"
print ( "==================================" )
print ( "Enter into , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
return_ins_ImageDataTwoDimensionHandling = \
ImageDataTwoDimensionHandlingV3 \
.ImageDataTwoDimensionHandlingV3 ( \
OneObject.CV_CLASS_NAME
, methode_name
)
print ( "==================================" )
print ( "Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
print ( "self.iv_abs_path_of_ImageData_ForDrawingSurfaceImage = " \
+ self.iv_abs_path_of_ImageData_ForDrawingSurfaceImage )
return_ins_ImageDataTwoDimensionHandling \
.load_image_data ( \
OneObject.CV_CLASS_NAME
, methode_name
, self.iv_abs_path_of_ImageData_ForDrawingSurfaceImage
)
self.iv_width_of_ImageData_ForDrawingSurfaceImage = \
return_ins_ImageDataTwoDimensionHandling \
.get_width_of_ImageData ( )
self.iv_height_of_ImageData_ForDrawingSurfaceImage = \
return_ins_ImageDataTwoDimensionHandling \
.get_height_of_ImageData ( )
print ( "==================================" )
print ( "Exit from , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "width = " \
, return_ins_ImageDataTwoDimensionHandling \
.get_width_of_ImageData ( )
)
print ( "height = " \
, return_ins_ImageDataTwoDimensionHandling \
.get_height_of_ImageData ( )
)
print ( "==================================" )
return return_ins_ImageDataTwoDimensionHandling
#---------------------------------------------------
def get_information_of_VariationOfRadius ( self \
, arg_z , arg_z_rate ) :
methode_name = "get_information_of_VariationOfRadius"
print ( "==================================" )
print ( "Enter into , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
return_list = [ "N" , "N" , 0.0 ]
current_rate_for_z = \
float ( self.iv_readed_counter_for_TextFileHandling_VariationOfRadius ) \
/ float ( self.iv_total_number_of_information_VariationOfRadius )
if ( current_rate_for_z > arg_z_rate ) : \
#process error
print ( "==================================" )
print ( "Exit from , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "!!!!! process error , [ current_rate_for_z > arg_z_rate ]" )
print ( "current_rate_for_z = " , current_rate_for_z )
print ( "arg_z_rate = " , arg_z_rate )
print ( "self.iv_readed_counter_for_TextFileHandling_VariationOfRadius = " \
, self.iv_readed_counter_for_TextFileHandling_VariationOfRadius )
print ( "self.iv_total_number_of_information_VariationOfRadius = " \
, self.iv_total_number_of_information_VariationOfRadius )
print ( "==================================" )
return return_list
#--------------------------------
process_continue = "Y"
while ( process_continue == "Y" ) :
current_rate_for_z = \
float ( self.iv_readed_counter_for_TextFileHandling_VariationOfRadius ) \
/ float ( self.iv_total_number_of_information_VariationOfRadius )
#print ( "==================================" )
#print ( "Class = " + OneObject.CV_CLASS_NAME
# + " , methode = " + methode_name )
#print ( "self.iv_readed_counter_for_TextFileHandling_VariationOfRadius = " \
# , self.iv_readed_counter_for_TextFileHandling_VariationOfRadius )
#print ( "self.iv_total_number_of_information_VariationOfRadius = " \
# , self.iv_total_number_of_information_VariationOfRadius )
#print ( "current_rate_for_z = " \
# , current_rate_for_z )
#print ( "arg_z_rate = " \
# , arg_z_rate )
#print ( "==================================" )
#--------------------------------
if ( current_rate_for_z >= arg_z_rate ) :
if ( self.iv_readed_data_in_TextFileHandling_VariationOfRadius [ 0 ] \
== "E" ) :
#process error
print ( "==================================" )
print ( "Exit from , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "!!!!! process error , reached end" )
print ( "current_rate_for_z = " , current_rate_for_z )
print ( "arg_z_rate = " , arg_z_rate )
print ( "self.iv_readed_counter_for_TextFileHandling_VariationOfRadius = " \
, self.iv_readed_counter_for_TextFileHandling_VariationOfRadius )
print ( "self.iv_total_number_of_information_VariationOfRadius = " \
, self.iv_total_number_of_information_VariationOfRadius )
print ( "==================================" )
return return_list
process_continue = "Y"
return_list [ 0 ] = "Y"
return_list [ 1 ] = \
self.iv_readed_data_in_TextFileHandling_VariationOfRadius [ 1 ]
return_list [ 2 ] = \
self.iv_readed_data_in_TextFileHandling_VariationOfRadius [ 4 ]
#*****************************
# OK return
#*****************************
print ( "==================================" )
print ( "Exit from , Class = " + OneObject.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "OK return" )
print ( "return_list = " , return_list )
print ( "self.iv_readed_data_in_TextFileHandling_VariationOfRadius = " \
, self.iv_readed_data_in_TextFileHandling_VariationOfRadius )
print ( "==================================" )
return return_list
# --- read next data
self.iv_readed_data_in_TextFileHandling_VariationOfRadius \
= self.iv_ins_TextFileHandling_VariationOfRadius \
.do_read_one_line_process ( \
OneObject.CV_CLASS_NAME # arg_requester_module
, methode_name #arg_requester_function
)
self.iv_readed_counter_for_TextFileHandling_VariationOfRadius += 1
#------------------------------------------------------------
def make_abs_path ( self \
, arg_z ) :
if ( arg_z < 10 ) :
string_of_file_order_number = "0" + str ( arg_z )
else :
string_of_file_order_number = str ( arg_z )
abs_path_of_ImageDataFile = \
self.iv_abs_path_of_ImageData_output_part_1 \
+ string_of_file_order_number \
+ self.iv_Part_2_of_abs_path_of_ImageData_output \
return abs_path_of_ImageDataFile
#=============================================
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9 [ OneObjectTypeDrawingH モジュール ]
ファイル名 [ OneObjectTypeDrawingH.py ]
－－－－－－－－－－
# import ImageDataTwoDimensionHandlingV3
import OneObject
#===========================================
class OneObjectTypeDrawingH ( OneObject.OneObject ) :
CV_CLASS_NAME = "OneObjectTypeDrawingH"
#------------------------------------------------------------
# definition of constructer ( set encording to UTF-8 )
def __init__( self
, arg_requester_module
, arg_requester_function
, arg_id_of_Object
, arg_name_of_Object
, arg_Center_of_Object_location_x
, arg_Center_of_Object_location_y
, arg_from_z
, arg_to_z
, arg_abs_path_of_ImageData_Basic
, arg_abs_path_of_ImageData_CrossSectionalImage
, arg_abs_path_of_ImageData_ForDrawingSurfaceImage
, arg_Part_1_of_abs_path_of_ImageData_output
, arg_Part_2_of_abs_path_of_ImageData_output
, arg_abs_path_of_TextData_contain_VariationOfRadius
, arg_mode_of_VariationOfRadius
):
methode_name = "constructer"
print ( "==================================" )
print ( "Enter into , Class = " + OneObjectTypeDrawingH.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( " arg_requester_module = " + arg_requester_module
+ " , arg_requester_function = " + arg_requester_function )
print ( " arg_id_of_Object = " , arg_id_of_Object )
print ( " arg_name_of_Object = " , arg_name_of_Object )
print ( "==================================" )
# drawing mode = Horizontal
type_of_Object = "H"
super().__init__( \
arg_requester_module
, arg_requester_function
, arg_id_of_Object
, arg_name_of_Object
, type_of_Object
, arg_Center_of_Object_location_x
, arg_Center_of_Object_location_y
, arg_from_z
, arg_to_z
, arg_abs_path_of_ImageData_Basic
, arg_abs_path_of_ImageData_CrossSectionalImage
, arg_abs_path_of_ImageData_ForDrawingSurfaceImage
, arg_Part_1_of_abs_path_of_ImageData_output
, arg_Part_2_of_abs_path_of_ImageData_output
, "___ Not Use ___" # arg_abs_path_of_TextData_contain_CrossSectionalImage
, arg_abs_path_of_TextData_contain_VariationOfRadius
, arg_mode_of_VariationOfRadius
)
#-----------------------------------
self.iv_from_x = 0
self.iv_to_x = ( self.iv_ins_ImageDataTwoDimensionHandling_CrossSectionalImage \
.get_width_of_ImageData ( ) \
) - 1
self.iv_inliment_x = 1
self.iv_median_x = int ( ( self.iv_from_x + self.iv_to_x ) / 2.0 )
self.iv_Center_of_Object_location_x = \
arg_Center_of_Object_location_x
#----------------------------------
self.iv_from_y = 0
self.iv_to_y = ( self.iv_ins_ImageDataTwoDimensionHandling_CrossSectionalImage \
.get_height_of_ImageData ( ) \
) - 1
self.iv_inliment_y = 1
self.iv_median_y = int ( ( self.iv_from_y + self.iv_to_y ) / 2.0 )
self.iv_Center_of_Object_location_y = \
arg_Center_of_Object_location_y
#----------------------------------
self.iv_half_width_of_ImageData_ForDrawingSurfaceImage \
= int ( \
( self.iv_ins_ImageData_ForDrawingSurfaceImage \
.get_width_of_ImageData ( ) \
) \
/ 2.0 \
)
self.iv_half_height_of_ImageData_ForDrawingSurfaceImage \
= int ( \
( self.iv_ins_ImageData_ForDrawingSurfaceImage \
.get_height_of_ImageData ( ) \
) \
/ 2.0 \
)
#-----------------------------------------
print ( "==================================" )
print ( "Class = " + OneObjectTypeDrawingH.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "self.iv_from_x = " , self.iv_from_x )
print ( "self.iv_to_x = " , self.iv_to_x )
print ( "self.iv_inliment_x = " , self.iv_inliment_x )
print ( "self.iv_Center_of_Object_location_x = " \
, self.iv_Center_of_Object_location_x )
print ( "self.iv_from_y = " , self.iv_from_y )
print ( "self.iv_to_y = " , self.iv_to_y )
print ( "self.iv_inliment_y = " , self.iv_inliment_y )
print ( "self.iv_Center_of_Object_location_y = " \
, self.iv_Center_of_Object_location_y )
print ( "self.iv_from_z = " , self.iv_from_z )
print ( "self.iv_to_z = " , self.iv_to_z )
print ( "self.iv_length_z = " , self.iv_length_z )
print ( "==================================" )
print ( "==================================" )
print ( "Exit from , Class = " + OneObjectTypeDrawingH.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( " arg_requester_module = " + arg_requester_module
+ " , arg_requester_function = " + arg_requester_function )
print ( "==================================" )
# ********************************************************
# -------- over draw on above loaded image data -------
# ********************************************************
def over_draw_on_loaded_image_data ( self \
, arg_z
, arg_z_rate
, arg_ins_ImageDataTwoDimensionHandling_for_redrawing
, arg_abs_path_of_ImageDataFile_for_redrawing
) :
methode_name = "over_draw_on_loaded_image_data"
print ( "==================================" )
print ( "Enter into , Class = " + OneObjectTypeDrawingH.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "arg_z = " , arg_z )
print ( "arg_z_rate = " , arg_z_rate )
print ( "==================================" )
# ------------ draw each locations ------------
value_x = self.iv_from_x
while ( value_x <= self.iv_to_x ) :
value_y = self.iv_from_y
while ( value_y <= self.iv_to_y ) :
self.draw_one_point_on_ImageData ( \
value_x
, value_y
, arg_ins_ImageDataTwoDimensionHandling_for_redrawing
, self.iv_rate_on_XYPlane
)
value_y += self.iv_inliment_y
value_x += self.iv_inliment_x
#-------------------------------------
arg_ins_ImageDataTwoDimensionHandling_for_redrawing \
.write_loaded_image_data_to_directed_path ( \
OneObjectTypeDrawingH.CV_CLASS_NAME
, methode_name
, arg_abs_path_of_ImageDataFile_for_redrawing )
print ( "==================================" )
print ( "Exit from , Class = " + OneObjectTypeDrawingH.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
#---------------------------------------------------
def draw_one_point_on_ImageData ( self \
, arg_value_x , arg_value_y
, arg_ins_ImageDataTwoDimensionHandling_Target
, arg_rate_on_XYPlane
) :
methode_name = "draw_one_point_on_ImageData"
if ( self.iv_exist_information_of_VariationOfRadius [ 0 ] == "N" ) :
# there is no rate value for this z
# , so not draw
return "N"
#print ( "==================================" )
#print ( "Class = " + OneObjectTypeDrawingH.CV_CLASS_NAME
# + " , methode = " + methode_name )
#print ( "arg_value_x = " , arg_value_x )
#print ( "arg_value_y = " , arg_value_y )
#print ( "==================================" )
list_drawing_location = \
self.decide_location_of_drawing ( \
arg_value_x , arg_value_y \
, arg_rate_on_XYPlane )
list_vector_from_Center_of_object_to_drawing_location = [ \
list_drawing_location [ 2 ] \
, list_drawing_location [ 3 ] \
]
#------------------------------------------------------------
color_list = \
self.decide_drawing_color ( \
list_vector_from_Center_of_object_to_drawing_location
)
#------------------------------------------
if ( ( color_list [ 0 ] == "O" ) #Over Area
or
( color_list [ 0 ] == "W" ) #Color = White ( not draw )
) :
# do not draw at this point
return "N"
#------------------------------------------
if ( color_list [ 0 ] == "B" ) :
#draw Black
self.draw_this_point ( \
list_drawing_location [ 0 ]
, list_drawing_location [ 1 ]
, 0 #Blue
, 0 #Green
, 0 #Red
, arg_ins_ImageDataTwoDimensionHandling_Target
)
else :
# draw at this point
self.draw_this_point ( \
list_drawing_location [ 0 ]
, list_drawing_location [ 1 ]
, color_list [ 1 ] #Blue
, color_list [ 2 ] #Green
, color_list [ 3 ] #Red
, arg_ins_ImageDataTwoDimensionHandling_Target
)
#---------------------------------------------------
def decide_drawing_color ( self \
, arg_list_vector_from_Center_of_object_to_drawing_location
) :
methode_name = "decide_drawing_color"
#print ( "==================================" )
#print ( "Enter into , Class = " + OneObjectTypeDrawingH.CV_CLASS_NAME
# + " , methode = " + methode_name )
#print ( "arg_value_x = " , arg_value_x )
#print ( "arg_value_y = " , arg_value_y )
#print ( "==================================" )
return_list = [ "Y" , 0 , 0 , 0 ]
# ------------------------------
w_x = \
self.iv_half_width_of_ImageData_ForDrawingSurfaceImage + \
arg_list_vector_from_Center_of_object_to_drawing_location [ 0 ]
w_y = \
self.iv_half_height_of_ImageData_ForDrawingSurfaceImage + \
arg_list_vector_from_Center_of_object_to_drawing_location [ 1 ]
#------------------------
get_color_x = w_x
if ( w_x < 0 ) :
get_color_x = 0
if ( w_x >= self.iv_width_of_ImageData_ForDrawingSurfaceImage ) :
get_color_x = self.iv_width_of_ImageData_ForDrawingSurfaceImage - 1
get_color_y = w_y
if ( w_y < 0 ) :
get_color_y = 0
if ( w_y >= self.iv_height_of_ImageData_ForDrawingSurfaceImage ) :
get_color_y = self.iv_height_of_ImageData_ForDrawingSurfaceImage - 1
# ------------------------------
color_data = \
self.iv_ins_ImageData_ForDrawingSurfaceImage \
.get_data_of_one_pixel ( \
OneObjectTypeDrawingH.CV_CLASS_NAME
, methode_name
, get_color_x
, get_color_y
)
#-----------------------------------
if ( ( color_data [ 0 ] > 250 ) \
and \
( color_data [ 1 ] > 250 ) \
and \
( color_data [ 2 ] > 250 ) \
) :
# White color is set , at this location
# not draw this location
return_list [ 0 ] = "W"
return return_list
#-----------------------------------
if ( ( color_data [ 0 ] <= 5 ) \
and \
( color_data [ 1 ] <= 5 ) \
and \
( color_data [ 2 ] <= 5 ) \
) :
# Black color is set , at this location
# draw BlackColor this location
return_list [ 0 ] = "B"
return return_list
#-----------------------------------
return_list [ 1 ] = color_data [ 0 ]
return_list [ 2 ] = color_data [ 1 ]
return_list [ 3 ] = color_data [ 2 ]
# normaly color was gotten
return_list [ 0 ] = "Y"
return return_list
#---------------------------------------------------
def decide_location_of_drawing ( self \
, arg_value_x
, arg_value_y \
, arg_rate_on_XYPlane
) :
methode_name = "decide_location_of_drawing"
# print ( "==================================" )
# print ( "Enter into , Class = " + OneObjectTypeDrawingH.CV_CLASS_NAME
# + " , methode = " + methode_name )
# print ( "arg_value_x = " , arg_value_x )
# print ( "arg_value_y = " , arg_value_y )
# print ( "arg_rate_on_XYPlane = " , arg_rate_on_XYPlane )
# print ( "==================================" )
median_to_directed_x = arg_value_x - self.iv_median_x
median_to_directed_y = arg_value_y - self.iv_median_y
# print ( "==================================" )
# print ( "Class = " + OneObjectTypeDrawingH.CV_CLASS_NAME
# + " , methode = " + methode_name )
# print ( "self.iv_Center_of_Object_location_x = " , self.iv_Center_of_Object_location_x)
# print ( "self.iv_Center_of_Object_location_y = " , self.iv_Center_of_Object_location_y )
# print ( "median_to_directed_x = " , median_to_directed_x )
# print ( "median_to_directed_y = " , median_to_directed_y )
# print ( "arg_rate_on_XYPlane = " , arg_rate_on_XYPlane )
# print ( "==================================" )
arg_rate_on_XYPlane_x_direction = 1.0
arg_rate_on_XYPlane_y_direction = 1.0
if ( self.iv_mode_of_VariationOfRadius == "B" ) :
# apply reducing-size, to, both x-direction and y-direction
arg_rate_on_XYPlane_x_direction = arg_rate_on_XYPlane
arg_rate_on_XYPlane_y_direction = arg_rate_on_XYPlane
if ( self.iv_mode_of_VariationOfRadius == "X" ) :
# apply reducing-size, to, only x-direction
arg_rate_on_XYPlane_x_direction = arg_rate_on_XYPlane
if ( self.iv_mode_of_VariationOfRadius == "Y" ) :
# apply reducing-size, to, only y-direction
arg_rate_on_XYPlane_y_direction = arg_rate_on_XYPlane
#--------------------------------
vector_from_Center_of_object_to_drawing_location = [ \
( median_to_directed_x * arg_rate_on_XYPlane_x_direction ) \
, \
( median_to_directed_y * arg_rate_on_XYPlane_y_direction ) \
]
#--------------------------------
w_x = self.iv_Center_of_Object_location_x \
+ vector_from_Center_of_object_to_drawing_location [ 0 ]
w_y = self.iv_Center_of_Object_location_y \
+ vector_from_Center_of_object_to_drawing_location [ 1 ]
return_list = [ int ( w_x ) , int ( w_y ) \
, int ( vector_from_Center_of_object_to_drawing_location [ 0 ] ) \
, int ( vector_from_Center_of_object_to_drawing_location [ 1 ] ) \
]
#print ( "==================================" )
#print ( "Exit from , Class = " + OneObjectTypeDrawingH.CV_CLASS_NAME
# + " , methode = " + methode_name )
#print ( "return_list = " , return_list )
#print ( "==================================" )
return return_list
#------------------------------------------------------------
def draw_this_point ( self \
, arg_location_on_ImageData_x
, arg_location_on_ImageData_y
, arg_color_Blue
, arg_color_Green
, arg_color_Red
, arg_ins_ImageDataTwoDimensionHandling_Target
) :
methode_name = "draw_this_point"
arg_ins_ImageDataTwoDimensionHandling_Target \
.put_data_of_one_pixel ( \
OneObjectTypeDrawingH.CV_CLASS_NAME
, methode_name # arg_requester_function
# in the commonly used mathematical XY cordinates
, arg_location_on_ImageData_x
, arg_location_on_ImageData_y
, arg_color_Blue
, arg_color_Green
, arg_color_Red
)
#print ( "==================================" )
#print ( "Exit from , Class = " + OneObjectTypeDrawingH.CV_CLASS_NAME
# + " , methode = " + methode_name )
#print ( "arg_location_on_ImageData_x = " , arg_location_on_ImageData_x )
# ( "arg_location_on_ImageData_y = " , arg_location_on_ImageData_y )
#print ( "arg_color_Blue = " , arg_color_Blue )
#print ( "arg_color_Green = " , arg_color_Green )
#print ( "arg_color_Red = " , arg_color_Red )
#print ( "==================================" )
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10 [ OneObjectTypeDrawingV モジュール ]
ファイル名 [ OneObjectTypeDrawingV.py ]
－－－－－－－－－－
import ImageDataTwoDimensionHandlingV3
import TextFileHandling
import MakeLocationDataFileOfCurve
import OneObject
#===========================================
class OneObjectTypeDrawingV ( OneObject.OneObject ) :
CV_CLASS_NAME = "OneObjectTypeDrawingV"
#------------------------------------------------------------
# definition of constructer ( set encording to UTF-8 )
def __init__( self
, arg_requester_module
, arg_requester_function
, arg_id_of_Object
, arg_name_of_Object
, arg_Center_of_Object_location_x
, arg_Center_of_Object_location_y
, arg_from_z
, arg_to_z
, arg_abs_path_of_ImageData_Basic
, arg_abs_path_of_ImageData_CrossSectionalImage
, arg_abs_path_of_ImageData_ForDrawingSurfaceImage
, arg_Part_1_of_abs_path_of_ImageData_output
, arg_Part_2_of_abs_path_of_ImageData_output
, arg_abs_path_of_TextData_contain_CrossSectionalImage
, arg_abs_path_of_TextData_contain_VariationOfRadius
, arg_mode_of_VariationOfRadius
):
methode_name = "constructer"
print ( "==================================" )
print ( "Enter into , Class = " + OneObjectTypeDrawingV.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( " arg_requester_module = " + arg_requester_module
+ " , arg_requester_function = " + arg_requester_function )
print ( " arg_id_of_Object = " , arg_id_of_Object )
print ( " arg_name_of_Object = " , arg_name_of_Object )
print ( "==================================" )
# drawing mode = Vertical
type_of_Object = "V"
super().__init__( \
arg_requester_module
, arg_requester_function
, arg_id_of_Object
, arg_name_of_Object
, type_of_Object
, arg_Center_of_Object_location_x
, arg_Center_of_Object_location_y
, arg_from_z
, arg_to_z
, arg_abs_path_of_ImageData_Basic
, arg_abs_path_of_ImageData_CrossSectionalImage
, arg_abs_path_of_ImageData_ForDrawingSurfaceImage
, arg_Part_1_of_abs_path_of_ImageData_output
, arg_Part_2_of_abs_path_of_ImageData_output
, arg_abs_path_of_TextData_contain_CrossSectionalImage
, arg_abs_path_of_TextData_contain_VariationOfRadius
, arg_mode_of_VariationOfRadius
)
#------------------------------
self.iv_abs_path_of_TextData_contain_VariationOfRadius = \
arg_abs_path_of_TextData_contain_VariationOfRadius
print ( "self.iv_abs_path_of_TextData_contain_VariationOfRadius = "
, self.iv_abs_path_of_TextData_contain_VariationOfRadius )
self.iv_ins_TextFileHandling_VariationOfRadius \
= self.prepare_TextFileHandling_VariationOfRadius ( )
self.iv_readed_counter_for_TextFileHandling_VariationOfRadius = 0
self.iv_total_number_of_information_VariationOfRadius = 0
self.iv_readed_data_in_TextFileHandling_VariationOfRadius = ""
# --------------------------
self.iv_abs_path_of_TextData_contain_CrossSectionalImage = \
arg_abs_path_of_TextData_contain_CrossSectionalImage
print ( "self.iv_abs_path_of_TextData_contain_CrossSectionalImage = "
, self.iv_abs_path_of_TextData_contain_CrossSectionalImage )
self.iv_ins_TextFileHandling_CrossSectionalImage \
= self.prepare_TextFileHandling_CrossSectionalImage (
self.iv_abs_path_of_ImageData_CrossSectionalImage
, self.iv_abs_path_of_TextData_contain_CrossSectionalImage
, 0.25 # arg_detecting_angle_degree_incliment
, 1.0 # arg_detecting_line_length_incliment
)
#=================================
self.iv_rate_on_XYPlane = 0.0
#=================================
print ( "==================================" )
print ( "Exit from , Class = " + OneObjectTypeDrawingV.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( " arg_requester_module = " + arg_requester_module
+ " , arg_requester_function = " + arg_requester_function )
print ( "==================================" )
# ********************************************************
# -------- over draw on above loaded image data -------
# ********************************************************
def over_draw_on_loaded_image_data ( self \
, arg_z
, arg_z_rate
, arg_ins_ImageDataTwoDimensionHandling_for_redrawing
, arg_abs_path_of_ImageDataFile_for_redrawing
) :
methode_name = "over_draw_on_loaded_image_data"
print ( "==================================" )
print ( "Enter into , Class = " + OneObjectTypeDrawingV.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "arg_z = " , arg_z )
print ( "arg_z_rate = " , arg_z_rate )
print ( "==================================" )
abs_path_of_write = \
self.make_abs_path ( arg_z )
ins_ImageDataTwoDimensionHandling_Target = \
ImageDataTwoDimensionHandlingV3 \
.ImageDataTwoDimensionHandlingV3 ( \
OneObjectTypeDrawingV.CV_CLASS_NAME
, methode_name
)
ins_ImageDataTwoDimensionHandling_Target \
.load_image_data ( \
OneObjectTypeDrawingV.CV_CLASS_NAME
, methode_name
, abs_path_of_write
)
# ------------ draw each locations ------------
#------ read 9 datas ( To put it in position, containing data for culculate )
self.iv_ins_TextFileHandling_CrossSectionalImage \
.do_open_process_input_mode (\
OneObjectTypeDrawingV.CV_CLASS_NAME
, methode_name )
read_counter = 1
while ( read_counter <= 9 ) :
result_of_reading_current = \
self.iv_ins_TextFileHandling_CrossSectionalImage \
.do_read_one_line_process (
OneObjectTypeDrawingV.CV_CLASS_NAME
, methode_name
)
read_counter += 1
# -----------------------------------------
process_continue = "Y"
while ( process_continue == "Y" ) :
result_of_reading_next = \
self.iv_ins_TextFileHandling_CrossSectionalImage \
.do_read_one_line_process (
OneObjectTypeDrawingV.CV_CLASS_NAME
, methode_name
)
# print ( "==================================" )
# print ( "Class = " + OneObjectTypeDrawingV.CV_CLASS_NAME \
# + " , methode = " + methode_name )
# print ( "result_of_reading = " )
# print ( result_of_reading )
# print ( "==================================" )
if ( result_of_reading_next [ 0 ] == "E" ) :
#reached to file end
process_continue = "N"
break
self.draw_one_line_on_ImageData ( \
arg_z
, result_of_reading_current
, result_of_reading_next
, ins_ImageDataTwoDimensionHandling_Target
, self.iv_rate_on_XYPlane
)
result_of_reading_current = result_of_reading_next
# ------------ write data ------------
ins_ImageDataTwoDimensionHandling_Target \
.write_loaded_image_data_to_directed_path (
OneObjectTypeDrawingV.CV_CLASS_NAME
, methode_name
, abs_path_of_write )
# -----------------------------------------
self.iv_ins_TextFileHandling_CrossSectionalImage \
.do_close_process (
OneObjectTypeDrawingV.CV_CLASS_NAME
, methode_name
)
print ( "==================================" )
print ( "Exit from , Class = " + OneObjectTypeDrawingV.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
#---------------------------------------------------------
def draw_one_line_on_ImageData ( self \
, arg_value_z
, arg_result_of_reading_current
, arg_result_of_reading_next
, arg_ins_ImageDataTwoDimensionHandling_Target
, arg_rate_on_XYPlane
) :
methode_name = "draw_one_line_on_ImageData"
print ( "==================================" )
print ( "Enter into , Class = " + OneObjectTypeDrawingV.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "arg_value_z = " , arg_value_z )
print ( "arg_rate_on_XYPlane = " , arg_rate_on_XYPlane )
print ( "==================================" )
#--------------------------------------
angle_degree = float ( arg_result_of_reading_current [ 2 ] )
color_list = \
self.decide_drawing_color ( \
angle_degree
, arg_value_z
)
#------------------------------------------
if ( ( color_list [ 0 ] == "O" ) #Over Area
or
( color_list [ 0 ] == "W" ) #Color = White ( not draw )
) :
# do not draw at this point
return "N"
#------------------------------------------
list_cordinates_of_vertex \
= self.decide_cordinates_of_vertex ( \
arg_result_of_reading_current
, arg_result_of_reading_next
, arg_rate_on_XYPlane
)
arg_ins_ImageDataTwoDimensionHandling_Target \
.insert_polygon_filled_into_ImageData ( \
OneObjectTypeDrawingV.CV_CLASS_NAME
, methode_name
# in the commonly used mathematical XY cordinates
, list_cordinates_of_vertex
, color_list [ 1 ] # arg_font_color_Blue
, color_list [ 2 ] # arg_font_color_Green
, color_list [ 3 ] # arg_font_color_Red
)
#----------------------------------------------------------------
def decide_cordinates_of_vertex ( self \
, arg_result_of_reading_current
, arg_result_of_reading_next
, arg_rate_on_XYPlane
) :
methode_name = "decide_cordinates_of_vertex"
arg_rate_on_XYPlane_x_direction = 1.0
arg_rate_on_XYPlane_y_direction = 1.0
if ( self.iv_mode_of_VariationOfRadius == "B" ) :
# apply reducing-size, to, both x-direction and y-direction
arg_rate_on_XYPlane_x_direction = arg_rate_on_XYPlane
arg_rate_on_XYPlane_y_direction = arg_rate_on_XYPlane
if ( self.iv_mode_of_VariationOfRadius == "X" ) :
# apply reducing-size, to, only x-direction
arg_rate_on_XYPlane_x_direction = arg_rate_on_XYPlane
if ( self.iv_mode_of_VariationOfRadius == "Y" ) :
# apply reducing-size, to, only y-direction
arg_rate_on_XYPlane_y_direction = arg_rate_on_XYPlane
#--------------------------------
current_from_x = float ( arg_result_of_reading_current [ 8 ] ) \
* arg_rate_on_XYPlane_x_direction
current_from_y = float ( arg_result_of_reading_current [ 9 ] ) \
* arg_rate_on_XYPlane_y_direction
current_to_x = float ( arg_result_of_reading_current [ 12 ] ) \
* arg_rate_on_XYPlane_x_direction
current_to_y = float ( arg_result_of_reading_current [ 13 ] ) \
* arg_rate_on_XYPlane_y_direction
#------------------
current_from_value_x = int ( self.iv_Center_of_Object_location_x \
+ current_from_x )
current_from_value_y = int ( self.iv_Center_of_Object_location_y \
+ current_from_y )
current_to_value_x = int ( self.iv_Center_of_Object_location_x \
+ current_to_x )
current_to_value_y = int ( self.iv_Center_of_Object_location_y \
+ current_to_y )
#----------------------------
next_from_x = float ( arg_result_of_reading_next [ 8 ] ) \
* arg_rate_on_XYPlane_x_direction
next_from_y = float ( arg_result_of_reading_next [ 9 ] ) \
* arg_rate_on_XYPlane_y_direction
next_to_x = float ( arg_result_of_reading_next [ 12 ] ) \
* arg_rate_on_XYPlane_x_direction
next_to_y = float ( arg_result_of_reading_next [ 13 ] ) \
* arg_rate_on_XYPlane_y_direction
#-----------------
next_from_value_x = int ( self.iv_Center_of_Object_location_x \
+ next_from_x )
next_from_value_y = int ( self.iv_Center_of_Object_location_y \
+ next_from_y )
next_to_value_x = int ( self.iv_Center_of_Object_location_x \
+ next_to_x )
next_to_value_y = int ( self.iv_Center_of_Object_location_y \
+ next_to_y )
#--------------------------------------------
list_return = [ ]
list_return.append ( [ current_from_value_x , current_from_value_y ] )
list_return.append ( [ current_to_value_x , current_to_value_y ] )
list_return.append ( [ next_to_value_x , next_to_value_y ] )
list_return.append ( [ next_from_value_x , next_from_value_y ] )
return list_return
#---------------------------------------------------
def decide_drawing_color ( self \
, arg_angle_degree
, arg_value_z
) :
methode_name = "decide_drawing_color"
#print ( "==================================" )
#print ( "Enter into , Class = " + OneObjectTypeDrawingV.CV_CLASS_NAME
# + " , methode = " + methode_name )
#print ( "==================================" )
return_list = [ "Y" , 0 , 0 , 0 ]
if ( arg_angle_degree < 180 ) :
w_angle_location_rate_in_0_180 = float ( arg_angle_degree ) / 180.0
else :
w_1 = arg_angle_degree - 180.0
w_2 = float ( w_1 ) / 180.0
w_angle_location_rate_in_0_180 = 1.0 - w_2
w_x = self.iv_width_of_ImageData_ForDrawingSurfaceImage \
* ( w_angle_location_rate_in_0_180 )
w_x_int = int ( w_x )
get_x = w_x_int
if ( w_x_int < 0 ) :
get_x = 0
if ( w_x_int >= self.iv_width_of_ImageData_ForDrawingSurfaceImage ) :
get_x = self.iv_width_of_ImageData_ForDrawingSurfaceImage - 1
#-------------------------------------
z_rate = float ( arg_value_z ) / float ( self.iv_length_z )
w_y = self.iv_height_of_ImageData_ForDrawingSurfaceImage \
* z_rate
w_y_int = int ( w_y )
get_y = w_y_int
if ( w_y_int < 0 ) :
get_y = 0
if ( w_y_int >= self.iv_height_of_ImageData_ForDrawingSurfaceImage ) :
get_y = self.iv_height_of_ImageData_ForDrawingSurfaceImage - 1
#-------------------------------------
color_data_1 = \
self.iv_ins_ImageData_ForDrawingSurfaceImage \
.get_data_of_one_pixel ( \
OneObjectTypeDrawingV.CV_CLASS_NAME
, methode_name
, get_x
, get_y
)
#-----------------------------------
if ( ( color_data_1 [ 0 ] > 250 ) \
and \
( color_data_1 [ 1 ] > 250 ) \
and \
( color_data_1 [ 2 ] > 250 ) \
) :
# White color is set , at this location
# not draw this location
return_list [ 0 ] = "W"
return return_list
#-----------------------------------
return_list [ 1 ] = int ( color_data_1 [ 0 ] )
return_list [ 2 ] = int ( color_data_1 [ 1 ] )
return_list [ 3 ] = int ( color_data_1 [ 2 ] )
# normaly color was gotten
return_list [ 0 ] = "Y"
return return_list
#=================================
def prepare_TextFileHandling_CrossSectionalImage ( self \
, arg_abs_path_of_ImageData
, arg_abs_path_of_TextData
, arg_detecting_angle_degree_incliment
, arg_detecting_line_length_incliment
) :
methode_name = "prepare_TextFileHandling_CrossSectionalImage"
print ( "==================================" )
print ( "Enter into , Class = " + OneObjectTypeDrawingV.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "arg_abs_path_of_ImageData = " , arg_abs_path_of_ImageData )
print ( "arg_abs_path_of_TextData = " , arg_abs_path_of_TextData )
print ( "==================================" )
ins_ImageDataTwoDimensionHandling = \
ImageDataTwoDimensionHandlingV3 \
.ImageDataTwoDimensionHandlingV3 ( \
OneObjectTypeDrawingV.CV_CLASS_NAME # arg_requester_module
, methode_name # arg_requester_function
)
ins_ImageDataTwoDimensionHandling \
.load_image_data ( \
OneObjectTypeDrawingV.CV_CLASS_NAME # arg_requester_module
, methode_name # arg_requester_function
, arg_abs_path_of_ImageData
)
width_of_ImageData = \
ins_ImageDataTwoDimensionHandling \
.get_width_of_ImageData ( )
height_of_ImageData = \
ins_ImageDataTwoDimensionHandling \
.get_height_of_ImageData ( )
#-------------------------------------
ins_TextFileHandling \
= TextFileHandling \
.TextFileHandling ( \
OneObjectTypeDrawingV.CV_CLASS_NAME # arg_requester_module
, methode_name # arg_requester_function
, arg_abs_path_of_TextData
, "|" # arg_character_used_for_delimiter
)
#-------------------------------------
list_color_value_from = [ 0 , 0 , 200 ]
list_color_value_to = [ 50 , 50 , 255 ]
MakeLocationDataFileOfCurve \
.detect_Curve ( \
ins_ImageDataTwoDimensionHandling
, arg_abs_path_of_ImageData
, ins_TextFileHandling
# arg_list_location_of_detecting_Center
, [ \
int ( width_of_ImageData / 2.0 ) \
, int ( height_of_ImageData / 2.0 ) \
]
, arg_detecting_angle_degree_incliment
, arg_detecting_line_length_incliment
, list_color_value_from
, list_color_value_to
)
print ( "==================================" )
print ( "Exit from , Class = " + OneObjectTypeDrawingV.CV_CLASS_NAME
+ " , methode = " + methode_name )
print ( "==================================" )
return ins_TextFileHandling
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