Python 如何从dxf文件中提取所有坐标
我有一个dxf文件（下载，扩展名为.dxf） 我可以分析它的线条和所有，但我想现在提取所有坐标。 其目的是，如果我得到所有的坐标，那么我就能够为所有这些坐标创建一个边界框。 因为这幅画有曲线和直线，我不知道如何画曲线等 ===我的部分代码，用于显示行并拉出行的起点和终点====Python 如何从dxf文件中提取所有坐标,python,algorithm,geometry,autocad,Python,Algorithm,Geometry,Autocad,我有一个dxf文件（下载，扩展名为.dxf） 我可以分析它的线条和所有，但我想现在提取所有坐标。 其目的是，如果我得到所有的坐标，那么我就能够为所有这些坐标创建一个边界框。 因为这幅画有曲线和直线，我不知道如何画曲线等 ===我的部分代码，用于显示行并拉出行的起点和终点==== flist=open("test2.dxf") #fil.readlines() # entityflist = open("filename.txt").readlines()
flist=open("test2.dxf")
#fil.readlines()
# entityflist = open("filename.txt").readlines()
lst=[]
parsing = False
for line in flist:
#print ("==================")
if line.startswith("ENDSEC"):
parsing = False
if parsing:
#print (line)
lst.append(line)
#Do stuff with data
if line.startswith("LINE"):
parsing = True
#print ("LINE")
# lines coordinates list
ts=(''.join(lst).split('LINE'))
#print out all the point coordinates of lines start & end
# i.e. 2 coordinate pairs for each line
for i in ts:
print ((i.split()[19],i.split()[21]))
print ((i.split()[15],i.split()[17]))
你的链接不起作用，而是发布几行文件来显示结构，因为要求人们下载巨大的文件是不好的做法 似乎有一个用于处理dxf文件的库，名为
ezdxf对于他们关于如何从dxf文件提取数据的指南，他是一个好的开始。。我做了标题、类、实体和表（大部分代码） 第一部分
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.IO;
namespace DXF_Parser
{
class Program
{
enum State
{
SECTION_START,
SECTION_CONTINUE,
EOF,
NONE
}
const string FILENAME = @"c:\temp\test1.txt";
static void Main(string[] args)
{
StreamReader reader = new StreamReader(FILENAME);
State state = State.SECTION_START;
Section section = new Section();
string line = "";
Result result = null;
int lineCount = 0;
while ((state != State.EOF) && (line = reader.ReadLine()) != null)
{
line = line.Trim();
lineCount++;
//if (line.Length > 0)
//{
switch (state)
{
case State.SECTION_START:
//section = new Section();
//section.AddSection();
result = section.Parse(line);
if (result.status != "OK") Error(lineCount, line, result);
state = State.SECTION_CONTINUE;
break;
case State.SECTION_CONTINUE:
if (line == "EOF")
{
state = State.EOF;
}
else
{
result = section.Parse(line);
switch (result.status)
{
case "OK":
break;
case "ENDSEC":
state = State.SECTION_START;
section.row = 1;
break;
default:
Error(lineCount, line, result);
break;
}
}
break;
}
//}
}
Console.Write("Press Return");
Console.ReadLine();
}
static void Error(int lineCount, string line, Result error)
{
Console.WriteLine("Error : {0}, Line Number : {1}, Line : {2}", error.message, lineCount, line);
}
}
public class Result
{
public string status { get; set; }
public string message { get; set; }
}
public enum GROUP_CODE
{
ENTITY_TYPE = 0,
PRIMARY_TEXT_VALUE = 1,
NAME = 2,
TEXT = 3,
ENTITY_HANDLE = 5,
LINE_TYPE = 6,
TEXT_STYLE_NAME = 7,
LAYER_NAME = 8,
DXF = 9,
PRIMARY_POINT = 10,
PRIMARY_POINT_CORNER = 11,
PRIMARY_POINT_2 = 12,
PRIMARY_POINT_3 = 13,
PRIMARY_POINT_4 = 14,
PRIMARY_POINT_5 = 15,
PRIMARY_POINT_6 = 16,
PRIMARY_POINT_7 = 17,
PRIMARY_POINT_8 = 18,
PRIMARY_POINT_9 = 19,
Y_VALUE = 20,
Y_VALUE_CORNER = 21,
Y_VALUE_2 = 22,
Y_VALUE_3 = 23,
Y_VALUE_4 = 24,
Y_VALUE_5 = 25,
Y_VALUE_6 = 26,
Y_VALUE_7 = 27,
Y_VALUE_8 = 28,
Y_VALUE_9 = 29,
Z_VALUE = 30,
Z_VALUE_CORNER = 31,
Z_VALUE_2 = 32,
Z_VALUE_3 = 33,
Z_VALUE_4 = 34,
Z_VALUE_5 = 35,
Z_VALUE_6 = 36,
Z_VALUE_7 = 37,
Z_VALUE_8 = 38,
Z_VALUE_9 = 39,
DOUBLE_PRECISION = 40,
DOUBLE_PRECISION_1 = 41,
DOUBLE_PRECISION_2 = 42,
DOUBLE_PRECISION_3 = 43,
DOUBLE_PRECISION_4 = 44,
LINE_TYPE_SCALE = 48,
ANGLE = 50,
ANGLE_1 = 51,
COLOR_NUMBER = 62,
NOT_IN_SPECIFICATION = 65,
INT_VALUE = 70,
INT_VALUE_1 = 71,
INT_VALUE_2 = 72,
INT_VALUE_3 = 73,
INT_VALUE_4 = 74,
INT_VALUE_5 = 75,
INT_VALUE_6 = 76,
INT_VALUE_7 = 77,
INT_VALUE_8 = 78,
INT_VALUE_9 = 79,
PROXY_CAPABILITY_FLAG = 90,
SUBCLASS_MARKER = 100,
UCF_X = 110,
UCF_X1 = 111,
UCF_X2 = 112,
UCF_Y = 120,
UCF_Y1 = 121,
UCF_Y2 = 122,
UCF_Z = 130,
UCF_Z1 = 131,
UCF_Z2 = 132,
DOUBLE_PRECISION_POINT = 140,
DOUBLE_PRECISION_POINT_1 = 141,
DOUBLE_PRECISION_POINT_2 = 142,
DOUBLE_PRECISION_POINT_3 = 143,
DOUBLE_PRECISION_POINT_4 = 144,
DOUBLE_PRECISION_POINT_5 = 145,
DOUBLE_PRECISION_POINT_6 = 146,
DOUBLE_PRECISION_POINT_7 = 147,
DOUBLE_PRECISION_POINT_8 = 148,
DOUBLE_PRECISION_POINT_9 = 149,
INSTANCE_COUNT = 91,
INT_16 = 280,
INT_16_1 = 281,
BOOLEAN = 290,
SOFT_POINTER_HANDLE = 330,
HARD_POINTER_HANDLE_7 = 347,
LINE_WEIGHT = 370,
PLOT_STYLE =380
}
public enum READ_STATE
{
GET_CREATE_SECTION,
GET_OBJECT_TYPE,
GET_OBJECT,
GET_GROUP_CODE,
GET_LAYER,
GET_LAYER_NAME,
GET_SECTION_DATA,
GET_VARIABLE_NAME,
GET_VARIABLE_TYPE,
GET_VARIABLE_VALUES,
NONE
}
public class Section
{
public static List<Section> sections = new List<Section>();
GROUP_CODE currentGroupCode { get; set; }
Section currentSection { get; set; }
public int row = 1;
string sectionName { get; set; }
READ_STATE readState = READ_STATE.NONE;
public int numberValues { get; set; }
public int valueCounter = 0;
public void AddSection()
{
sections.Add(this);
}
public Result Parse(string line)
{
Result result = new Result() { status = "OK" };
int number = 0;
switch (row)
{
case 1:
number = int.Parse(line);
if (number != (int)GROUP_CODE.ENTITY_TYPE)
{
result.status = "ERROR";
result.message = "Bad Section Code";
}
break;
case 2:
switch (line)
{
case "SECTION" :
break;
case "EOF" :
result.status = "EOF";
break;
default :
result.status = "ERROR";
result.message = "Expecting Section";
break;
}
break;
case 3:
number = int.Parse(line);
if (number != (int)GROUP_CODE.NAME)
{
result.status = "ERROR";
result.message = "Bad Group Code";
}
break;
case 4:
sectionName = line;
readState = READ_STATE.GET_CREATE_SECTION;
break;
default:
if (readState == READ_STATE.GET_CREATE_SECTION)
{
switch (sectionName)
{
case "HEADER":
currentSection = new Header();
break;
case "ENTITIES":
currentSection = new Entities();
break;
case "CLASSES":
currentSection = new Class();
break;
case "TABLES":
currentSection = new Table();
break;
default :
break;
}
currentSection.sectionName = sectionName;
Section.sections.Add(currentSection);
readState = READ_STATE.GET_SECTION_DATA;
}
switch (sectionName)
{
case "HEADER":
result = ((Header)currentSection).HeaderParse(line);
break;
case "ENTITIES":
result = ((Entities)currentSection).EntityParse(line);
break;
case "CLASSES":
result = ((Class)currentSection).ClassParse(line);
break;
case "TABLES":
result = ((Table)currentSection).TableParse(line);
break;
default :
break;
}
break;
}
row++;
return result;
}
}
public class Header : Section
{
public GROUP_CODE groupCode { get; set; }
GROUP_CODE currentGroupCode { get; set; }
public Dictionary<string, DXF_Header_Variable> dictHeaderVariables;
DXF_Header_Variable currentVariable = null;
READ_STATE readState = READ_STATE.GET_GROUP_CODE;
public Result HeaderParse(string line)
{
Result result = new Result() { status = "OK" };
switch (readState)
{
case READ_STATE.GET_GROUP_CODE:
currentGroupCode = (GROUP_CODE)Enum.Parse(typeof(GROUP_CODE), line);
readState = READ_STATE.GET_VARIABLE_NAME;
break;
case READ_STATE.GET_VARIABLE_NAME:
if (line == "ENDSEC")
{
result.status = line;
}
else
{
if (dictHeaderVariables == null) dictHeaderVariables = new Dictionary<string, DXF_Header_Variable>();
currentVariable = new DXF_Header_Variable();
dictHeaderVariables.Add(line, currentVariable);
currentVariable.name = line;
readState = READ_STATE.GET_VARIABLE_TYPE;
}
break;
case READ_STATE.GET_VARIABLE_TYPE:
groupCode = (GROUP_CODE)Enum.Parse(typeof(GROUP_CODE), line);
switch (groupCode)
{
case GROUP_CODE.ENTITY_TYPE :
readState = READ_STATE.GET_VARIABLE_NAME;
break;
case GROUP_CODE.DXF:
readState = READ_STATE.GET_VARIABLE_NAME;
break;
default:
readState = READ_STATE.GET_VARIABLE_VALUES;
break;
}
break;
case READ_STATE.GET_VARIABLE_VALUES:
switch (groupCode)
{
case GROUP_CODE.ANGLE:
currentVariable.angle = double.Parse(line);
break;
case GROUP_CODE.BOOLEAN :
currentVariable.logic = (line == "0")? false : true;
break;
case GROUP_CODE.COLOR_NUMBER:
currentVariable.intValue = int.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION:
currentVariable.primaryPoint = double.Parse(line);
break;
case GROUP_CODE.ENTITY_HANDLE:
currentVariable.intValue = int.Parse(line);
break;
case GROUP_CODE.HARD_POINTER_HANDLE_7:
currentVariable.text = line;
break;
case GROUP_CODE.INT_VALUE:
currentVariable.intValue = int.Parse(line);
break;
case GROUP_CODE.INT_16:
currentVariable.intValue = int.Parse(line);
break;
case GROUP_CODE.LINE_TYPE:
currentVariable.text = line;
break;
case GROUP_CODE.LAYER_NAME:
currentVariable.intValue = int.Parse(line);
break;
case GROUP_CODE.LINE_WEIGHT:
currentVariable.intValue = int.Parse(line);
break;
case GROUP_CODE.NAME:
currentVariable.text = line;
break;
case GROUP_CODE.PLOT_STYLE:
currentVariable.intValue = int.Parse(line);
break;
case GROUP_CODE.PRIMARY_POINT:
currentVariable.primaryPoint = double.Parse(line);
break;
case GROUP_CODE.PRIMARY_TEXT_VALUE:
currentVariable.primaryTextValue = line;
break;
case GROUP_CODE.TEXT:
currentVariable.text = line;
break;
case GROUP_CODE.TEXT_STYLE_NAME:
currentVariable.text = line;
break;
case GROUP_CODE.Y_VALUE:
currentVariable.y = double.Parse(line);
break;
case GROUP_CODE.Z_VALUE:
currentVariable.z = double.Parse(line);
break;
default :
break;
}
readState = READ_STATE.GET_VARIABLE_TYPE;
break;
}
return result;
}
}
public class DXF_Header_Variable
{
public double angle { get; set; }
public double primaryPoint { get; set; }
public double y { get; set; }
public double z { get; set; }
public string primaryTextValue { get; set; }
public string name { get; set; }
public int intValue { get; set; }
public string text { get; set; }
public Boolean logic { get; set; }
}
public class Entities : Section
{
public GROUP_CODE groupCode { get; set; }
GROUP_CODE currentGroupCode { get; set; }
public List<Entity> entities;
Entity currentEntity = null;
READ_STATE readState = READ_STATE.GET_GROUP_CODE;
public Result EntityParse(string line)
{
Result result = new Result() { status = "OK" };
switch (readState)
{
case READ_STATE.GET_GROUP_CODE:
currentGroupCode = (GROUP_CODE)Enum.Parse(typeof(GROUP_CODE), line);
readState = READ_STATE.GET_VARIABLE_NAME;
break;
case READ_STATE.GET_VARIABLE_NAME:
if (line == "ENDSEC")
{
result.status = line;
}
else
{
if (entities == null) entities = new List<Entity>();
currentEntity = new Entity();
entities.Add(currentEntity);
currentEntity.name = line;
readState = READ_STATE.GET_LAYER;
}
break;
case READ_STATE.GET_LAYER:
groupCode = (GROUP_CODE)Enum.Parse(typeof(GROUP_CODE), line);
readState = READ_STATE.GET_LAYER_NAME;
break;
case READ_STATE.GET_LAYER_NAME:
currentEntity.layerName = int.Parse(line);
readState = READ_STATE.GET_VARIABLE_TYPE;
break;
case READ_STATE.GET_VARIABLE_TYPE:
groupCode = (GROUP_CODE)Enum.Parse(typeof(GROUP_CODE), line);
if (groupCode == GROUP_CODE.ENTITY_TYPE)
{
readState = READ_STATE.GET_VARIABLE_NAME;
}
else
{
readState = READ_STATE.GET_VARIABLE_VALUES;
}
break;
case READ_STATE.GET_VARIABLE_VALUES:
double value = double.Parse(line);
switch (groupCode)
{
case GROUP_CODE.PRIMARY_POINT :
currentEntity.primaryPoint = value;
break;
case GROUP_CODE.Y_VALUE:
currentEntity.y = value;
break;
case GROUP_CODE.Z_VALUE:
currentEntity.z = value;
break;
case GROUP_CODE.PRIMARY_POINT_CORNER :
currentEntity.primaryPoint = value;
break;
case GROUP_CODE.Y_VALUE_CORNER :
currentEntity.yCorner = value;
break;
case GROUP_CODE.Z_VALUE_CORNER:
currentEntity.zCorner = value;
break;
}
readState = READ_STATE.GET_VARIABLE_TYPE;
break;
}
return result;
}
}
public class Entity
{
public double primaryPoint { get; set; }
public double y { get; set; }
public double z { get; set; }
public double primaryPointCorner { get; set; }
public double yCorner { get; set; }
public double zCorner { get; set; }
public string name { get; set; }
public int layerName { get; set; }
}
public class Class : Section
{
public Dictionary<string, Class_Type> dictClassVariables;
Class_Type currentClass = null;
GROUP_CODE currentGroupCode { get; set; }
string className { get; set; }
READ_STATE readState = READ_STATE.GET_GROUP_CODE;
public Result ClassParse(string line)
{
Result result = new Result() { status = "OK" };
switch (readState)
{
case READ_STATE.GET_GROUP_CODE:
currentGroupCode = (GROUP_CODE)Enum.Parse(typeof(GROUP_CODE), line);
readState = READ_STATE.GET_VARIABLE_NAME;
break;
case READ_STATE.GET_VARIABLE_NAME:
if (line == "ENDSEC")
{
result.status = line;
}
else
{
readState = READ_STATE.GET_VARIABLE_TYPE;
}
break;
case READ_STATE.GET_VARIABLE_TYPE:
currentGroupCode = (GROUP_CODE)Enum.Parse(typeof(GROUP_CODE), line);
switch (currentGroupCode)
{
case GROUP_CODE.ENTITY_TYPE:
readState = READ_STATE.GET_VARIABLE_NAME;
break;
default:
readState = READ_STATE.GET_VARIABLE_VALUES;
break;
}
break;
case READ_STATE.GET_VARIABLE_VALUES:
switch (currentGroupCode)
{
case GROUP_CODE.PRIMARY_TEXT_VALUE :
if (dictClassVariables == null) dictClassVariables = new Dictionary<string,Class_Type>();
currentClass = new Class_Type();
dictClassVariables.Add(line, currentClass);
currentClass.dxfName = line;
break;
case GROUP_CODE.NAME:
currentClass.className = line;
break;
case GROUP_CODE.TEXT:
currentClass.applicationName = line;
break;
case GROUP_CODE.PROXY_CAPABILITY_FLAG:
currentClass.proxyCapabilityFlag = uint.Parse(line);
break;
case GROUP_CODE.INSTANCE_COUNT:
currentClass.instance = int.Parse(line);
break;
case GROUP_CODE.INT_16:
currentClass.wasAProxyFlag = (line == "0") ? false : true;
break;
case GROUP_CODE.INT_16_1:
currentClass.isAnEntityFlag = (line == "0") ? false : true;
break;
default:
break;
}
readState = READ_STATE.GET_VARIABLE_TYPE;
break;
}
return result;
}
}
public class Class_Type
{
public string dxfName { get; set; }
public string className { get; set; }
public string applicationName { get; set; }
public uint proxyCapabilityFlag { get; set; }
public int instance { get; set; }
public Boolean wasAProxyFlag { get; set; }
public Boolean isAnEntityFlag { get; set; }
}
使用系统；
使用System.Collections.Generic；
使用System.Linq；
使用系统文本；
使用System.IO；
名称空间DXF_解析器
{
班级计划
{
枚举状态
{
第一节开始，
第四节继续，
EOF，
没有一个
}
常量字符串文件名=@“c:\temp\test1.txt”；
静态void Main（字符串[]参数）
{
StreamReader=新的StreamReader（文件名）；
State State=State.SECTION\u START；
节=新节（）；
字符串行=”；
结果=空；
int lineCount=0；
while（（state！=state.EOF）&&（line=reader.ReadLine（））！=null）
{
line=line.Trim（）；
lineCount++；
//如果（直线长度>0）
//{
开关（状态）
{
案例状态。章节_开始：
//节=新节（）；
//section.AddSection（）；
结果=section.Parse（行）；
如果（result.status！=“OK”）错误（行数、行数、结果）；
state=state.SECTION\u CONTINUE；
打破
案例状态。请继续：
如果（行==“EOF”）
{
state=state.EOF；
}
其他的
{
结果=section.Parse（行）；
开关（结果状态）
{
案例“OK”：
打破
案例“ENDSEC”：
state=state.SECTION\u START；
section.row=1；
打破
违约：
错误（行数、行数、结果）；
打破
}
}
打破
}
//}
}
控制台。写入（“按返回”）；
Console.ReadLine（）；
}
静态无效错误（整数行数、字符串行、结果错误）
{
WriteLine（“错误：{0}，行号：{1}，行：{2}”，Error.message，lineCount，Line）；
}
}
公开课成绩
{
公共字符串状态{get；set；}
公共字符串消息{get；set；}
}
公共枚举组\u代码
{
实体类型=0，
主文本值=1，
NAME=2，
TEXT=3，
实体_句柄=5，
线路类型=6，
TEXT\u STYLE\u NAME=7，
图层名称=8，
DXF=9，
主_点=10，
主点角=11，
主_点_2=12，
主_点_3=13，
主_点_4=14，
主_点_5=15，
主_点_6=16，
主_点_7=17，
主_点_8=18，
主_点_9=19，
Y_值=20，
Y_值_角=21，
Y_值_2=22，
Y_值_3=23，
Y_值_4=24，
Y_值_5=25，
Y_值_6=26，
Y_值_7=27，
Y_值_8=28，
Y_值_9=29，
Z_值=30，
Z_值_角=31，
Z_值_2=32，
Z_值_3=33，
Z_值_4=34，
Z_值_5=35，
Z_值_6=36，
Z_值_7=37，
Z_值_8=38，
Z_值_9=39，
双精度=40，
双精度1=41，
双_精度_2=42，
双精度3=43，
双精度4=44，
线路类型比例=48，
角度=50，
角度_1=51，
颜色编号=62，
不符合规格=65，
INT_值=70，
INT_值_1=71，
INT_值_2=72，
INT_值_3=73，
INT_值_4=74，
INT_值_5=75，
INT_值_6=76，
INT_值_7=77，
INT_值_8=78，
INT_值_9=79，
代理功能标志=90，
子类_标记=100，
UCF_X=110，
UCF_X1=111，
UCF_X2=112，
UCF_Y=120，
UCF_Y1=121，
UCF_Y2=122，
UCF_Z=130，
UCF_Z1=131，
UCF_Z2=132，
双精度点=140，
双精度点1=141，
双精度点2=142，
双精度点3=143，
双精度点4=144，
双精度点5=145，
双精度点6=146，
双精度点7=147，
双精度点=148，
双精度点9=149，
实例计数=91，
INT_16=280，
INT_16_1=281，
布尔
public class Table : Section
{
public List<VPort> vPorts;
VPort currentVPort = null;
GROUP_CODE currentGroupCode { get; set; }
string vPortName { get; set; }
READ_STATE readState = READ_STATE.GET_OBJECT_TYPE;
public Result TableParse(string line)
{
Result result = new Result() { status = "OK" };
switch (readState)
{
case READ_STATE.GET_OBJECT_TYPE :
currentGroupCode = (GROUP_CODE)Enum.Parse(typeof(GROUP_CODE), line);
readState = READ_STATE.GET_OBJECT;
break;
case READ_STATE.GET_OBJECT :
readState = READ_STATE.GET_GROUP_CODE;
break;
case READ_STATE.GET_GROUP_CODE:
currentGroupCode = (GROUP_CODE)Enum.Parse(typeof(GROUP_CODE), line);
readState = READ_STATE.GET_VARIABLE_NAME;
break;
case READ_STATE.GET_VARIABLE_NAME:
if (line == "ENDSEC")
{
result.status = line;
}
else
{
if (currentVPort == null) currentVPort = new VPort();
currentVPort.tableName = line;
readState = READ_STATE.GET_VARIABLE_TYPE;
}
break;
case READ_STATE.GET_VARIABLE_TYPE:
currentGroupCode = (GROUP_CODE)Enum.Parse(typeof(GROUP_CODE), line);
switch (currentGroupCode)
{
case GROUP_CODE.ENTITY_TYPE:
readState = READ_STATE.GET_VARIABLE_NAME;
break;
default:
readState = READ_STATE.GET_VARIABLE_VALUES;
break;
}
break;
case READ_STATE.GET_VARIABLE_VALUES:
switch (currentGroupCode)
{
case GROUP_CODE.ANGLE:
currentVPort.angle = double.Parse(line);
break;
case GROUP_CODE.ANGLE_1:
currentVPort.angle1 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION:
currentVPort.doublePrecission = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_1:
currentVPort.doublePrecission1 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_2:
currentVPort.doublePrecission2 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_3:
currentVPort.doublePrecission3 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_4:
currentVPort.doublePrecission4 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_POINT:
currentVPort.doublePrecissionPoint = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_POINT_1:
currentVPort.doublePrecissionPoint1 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_POINT_2:
currentVPort.doublePrecissionPoint2 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_POINT_3:
currentVPort.doublePrecissionPoint3 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_POINT_4:
currentVPort.doublePrecissionPoint4 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_POINT_5:
currentVPort.doublePrecissionPoint5 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_POINT_6:
currentVPort.doublePrecissionPoint6 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_POINT_7:
currentVPort.doublePrecissionPoint7 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_POINT_8:
currentVPort.doublePrecissionPoint8 = double.Parse(line);
break;
case GROUP_CODE.DOUBLE_PRECISION_POINT_9:
currentVPort.doublePrecissionPoint9 = double.Parse(line);
break;
case GROUP_CODE.ENTITY_HANDLE:
currentVPort.handle = int.Parse(line);
break;
case GROUP_CODE.INT_VALUE:
currentVPort.maxEntries = int.Parse(line);
break;
case GROUP_CODE.INT_VALUE_1 :
currentVPort.integer_1 = int.Parse(line);
break;
case GROUP_CODE.INT_VALUE_2:
currentVPort.integer_2 = int.Parse(line);
break;
case GROUP_CODE.INT_VALUE_3:
currentVPort.integer_3 = int.Parse(line);
break;
case GROUP_CODE.INT_VALUE_4:
currentVPort.integer_4 = int.Parse(line);
break;
case GROUP_CODE.INT_VALUE_5:
currentVPort.integer_5 = int.Parse(line);
break;
case GROUP_CODE.INT_VALUE_6:
currentVPort.integer_6 = int.Parse(line);
break;
case GROUP_CODE.INT_VALUE_7:
currentVPort.integer_7 = int.Parse(line);
break;
case GROUP_CODE.INT_VALUE_8:
currentVPort.integer_8 = int.Parse(line);
break;
case GROUP_CODE.INT_VALUE_9:
currentVPort.integer_9 = int.Parse(line);
break;
case GROUP_CODE.INT_16_1:
currentVPort.int16_1= int.Parse(line);
break;
case GROUP_CODE.NAME:
currentVPort.tableName = line;
break;
case GROUP_CODE.SOFT_POINTER_HANDLE:
currentVPort.softPointerHandle = int.Parse(line);
break;
case GROUP_CODE.SUBCLASS_MARKER:
if (currentVPort.subclassMarkers == null) currentVPort.subclassMarkers = new List<string>();
currentVPort.subclassMarkers.Add(line);
break;
case GROUP_CODE.PRIMARY_POINT:
currentVPort.primaryPoint = double.Parse(line);
break;
case GROUP_CODE.PRIMARY_POINT_CORNER:
currentVPort.primaryPointCorner = double.Parse(line);
break;
case GROUP_CODE.PRIMARY_POINT_2:
currentVPort.primaryPoint2 = double.Parse(line);
break;
case GROUP_CODE.PRIMARY_POINT_3:
currentVPort.primaryPoint3 = double.Parse(line);
break;
case GROUP_CODE.PRIMARY_POINT_4:
currentVPort.primaryPoint4 = double.Parse(line);
break;
case GROUP_CODE.PRIMARY_POINT_5:
currentVPort.primaryPoint5 = double.Parse(line);
break;
case GROUP_CODE.PRIMARY_POINT_6:
currentVPort.primaryPoint6 = double.Parse(line);
break;
case GROUP_CODE.PRIMARY_POINT_7:
currentVPort.primaryPoint7 = double.Parse(line);
break;
case GROUP_CODE.PRIMARY_POINT_8:
currentVPort.primaryPoint8 = double.Parse(line);
break;
case GROUP_CODE.PRIMARY_POINT_9:
currentVPort.primaryPoint9 = double.Parse(line);
break;
case GROUP_CODE.UCF_X:
currentVPort.ucf_x = double.Parse(line);
break;
case GROUP_CODE.UCF_X1:
currentVPort.ucf_x1 = double.Parse(line);
break;
case GROUP_CODE.UCF_X2:
currentVPort.ucf_x2 = double.Parse(line);
break;
case GROUP_CODE.UCF_Y:
currentVPort.ucf_y = double.Parse(line);
break;
case GROUP_CODE.UCF_Y1:
currentVPort.ucf_y1 = double.Parse(line);
break;
case GROUP_CODE.UCF_Y2:
currentVPort.ucf_y2 = double.Parse(line);
break;
case GROUP_CODE.UCF_Z:
currentVPort.ucf_z = double.Parse(line);
break;
case GROUP_CODE.UCF_Z1:
currentVPort.ucf_z1 = double.Parse(line);
break;
case GROUP_CODE.UCF_Z2:
currentVPort.ucf_z2 = double.Parse(line);
break;
case GROUP_CODE.Y_VALUE:
currentVPort.y = double.Parse(line);
break;
case GROUP_CODE.Y_VALUE_CORNER:
currentVPort.yCorner = double.Parse(line);
break;
case GROUP_CODE.Y_VALUE_2:
currentVPort.y2 = double.Parse(line);
break;
case GROUP_CODE.Y_VALUE_3:
currentVPort.y3= double.Parse(line);
break;
case GROUP_CODE.Y_VALUE_4:
currentVPort.y4 = double.Parse(line);
break;
case GROUP_CODE.Y_VALUE_5:
currentVPort.y5 = double.Parse(line);
break;
case GROUP_CODE.Y_VALUE_6:
currentVPort.y6 = double.Parse(line);
break;
case GROUP_CODE.Y_VALUE_7:
currentVPort.y7 = double.Parse(line);
break;
case GROUP_CODE.Y_VALUE_8:
currentVPort.y8 = double.Parse(line);
break;
case GROUP_CODE.Y_VALUE_9:
currentVPort.y9 = double.Parse(line);
break;
case GROUP_CODE.Z_VALUE:
currentVPort.z = double.Parse(line);
break;
case GROUP_CODE.Z_VALUE_CORNER:
currentVPort.zCorner = double.Parse(line);
break;
case GROUP_CODE.Z_VALUE_2:
currentVPort.z2 = double.Parse(line);
break;
case GROUP_CODE.Z_VALUE_3:
currentVPort.z3 = double.Parse(line);
break;
case GROUP_CODE.Z_VALUE_4:
currentVPort.z4 = double.Parse(line);
break;
case GROUP_CODE.Z_VALUE_5:
currentVPort.z5 = double.Parse(line);
break;
case GROUP_CODE.Z_VALUE_6:
currentVPort.z6 = double.Parse(line);
break;
case GROUP_CODE.Z_VALUE_7:
currentVPort.z7 = double.Parse(line);
break;
case GROUP_CODE.Z_VALUE_8:
currentVPort.z8 = double.Parse(line);
break;
case GROUP_CODE.Z_VALUE_9:
currentVPort.z9 = double.Parse(line);
break;
default:
break;
}
readState = READ_STATE.GET_VARIABLE_TYPE;
break;
}
return result;
}
}
public class VPort
{
public string dxfName { get; set; }
public string tableName { get; set; }
public int handle { get; set; }
public int softPointerHandle { get; set; }
public List<string>subclassMarkers { get; set; }
public int maxEntries { get; set; }
public double doublePrecission { get; set; }
public double doublePrecission1 { get; set; }
public double doublePrecission2 { get; set; }
public double doublePrecission3 { get; set; }
public double doublePrecission4 { get; set; }
public double doublePrecissionPoint { get; set; }
public double doublePrecissionPoint1 { get; set; }
public double doublePrecissionPoint2 { get; set; }
public double doublePrecissionPoint3 { get; set; }
public double doublePrecissionPoint4 { get; set; }
public double doublePrecissionPoint5 { get; set; }
public double doublePrecissionPoint6 { get; set; }
public double doublePrecissionPoint7 { get; set; }
public double doublePrecissionPoint8 { get; set; }
public double doublePrecissionPoint9 { get; set; }
public int integer_1 { get; set; }
public int integer_2 { get; set; }
public int integer_3 { get; set; }
public int integer_4 { get; set; }
public int integer_5 { get; set; }
public int integer_6 { get; set; }
public int integer_7 { get; set; }
public int integer_8 { get; set; }
public int integer_9 { get; set; }
public int int16_1 { get; set; }
public double angle { get; set; }
public double angle1 { get; set; }
public double primaryPoint { get; set; }
public double primaryPoint1 { get; set; }
public double primaryPoint2 { get; set; }
public double primaryPoint3 { get; set; }
public double primaryPoint4 { get; set; }
public double primaryPoint5 { get; set; }
public double primaryPoint6 { get; set; }
public double primaryPoint7 { get; set; }
public double primaryPoint8 { get; set; }
public double primaryPoint9 { get; set; }
public double primaryPointCorner { get; set; }
public double ucf_x { get; set; }
public double ucf_x1 { get; set; }
public double ucf_x2 { get; set; }
public double ucf_y { get; set; }
public double ucf_y1 { get; set; }
public double ucf_y2 { get; set; }
public double ucf_z { get; set; }
public double ucf_z1 { get; set; }
public double ucf_z2 { get; set; }
public double y { get; set; }
public double yCorner { get; set; }
public double y2 { get; set; }
public double y3 { get; set; }
public double y4 { get; set; }
public double y5 { get; set; }
public double y6 { get; set; }
public double y7 { get; set; }
public double y8 { get; set; }
public double y9 { get; set; }
public double z { get; set; }
public double zCorner { get; set; }
public double z2 { get; set; }
public double z3 { get; set; }
public double z4 { get; set; }
public double z5 { get; set; }
public double z6 { get; set; }
public double z7 { get; set; }
public double z8 { get; set; }
public double z9 { get; set; }
}
}