HI,
plz can you help me i have a text file like this :

[LIST=1]
[*]telemetre_18_04_2007_11h_08_mn_50sec.dbt
[*]1176887334023317	1	D	3	1.486789	124	-17.150263	
[*]1176887334050289	1	D	3	1.506669	125	-16.790839	
[*]1176887334077692	1	D	3	1.521077	126	-16.517200	
[*]1176887334103341	2	D	3	1.579571	127	-15.251071	
[*]1176887334130332	2	D	3	1.557395	128	-15.766200	
[*]1176887334157684	0	D	3	1.574303	129	-15.378240	



[*]telemetre_18_04_2007_11h_08_mn_50sec.dbt
[*]1176887334023324	1	D	3	1.486789	124	-17.150263	
[*]1176887334050214	2	D	3	1.506669	125	-16.790839	
[*]1176887334077674	0	D	3	1.521077	126	-16.517200	
[*]1176887334103345	0	D	3	1.579571	127	-15.251071	
[*]1176887334130345	1	D	3	1.557395	128	-15.766200	
[*]1176887334157675	0	D	3	1.574303	129	-15.378240
[/LIST]

i want delete line number 1 and 8.
and after I want to compare 3 files similar at this file,compared to the 16 first character.
PLZ do you have a solution for me, this is my first code in c++.
THANKS

If you want to delete those lines from the file itself then you have to rewrite it. First open that file for reading, then open another temporary file for writing (name it anything you want except don't give it the same name as the original). After that, code a loop using getline() to read a line from the original file and if it is not one of the lines you want to delete write it back to the temp file. After the file has been completely read close both file, then delete the original file and rename the temp to the original.

After you get the above working then you can do the rest of the assignment.

A word of caution -- until you have the above all coded and working right you should make a duplicate copy of the original file so that you can easily restore it if your program screws up, which it most likely will do.

OK thx ,
but plz say me how can i open another temporary file can u give me an exemple

Use getline functions, if it line 1 and 8 do not print them.

this is only an exemple in my file i have >10000 line i can't do that..

Do you know how to use file streams in C++? Just create a file, it doesn't matter what you call it, for writing (ofstream), and then create another stream for reading (ifstream). Use the getline function on the input file stream ( while( std::getline(in, line) ) ), where line is a std::string), and keep a running total of which number you're at ( int line_num = 0; /* ... */ (inside the loop) line_num++ ), and if the line number matches the numbers you want to delete don't save the line to the output file. Else save it. If you want to delete the original file do so and perhaps rename the second file to what the first was called. Otherwise... you're done.

OK thx ,
but plz say me how can i open another temporary file can u give me an exemple

Ok here is a very very simple example. I didn't compile or test this so it might contain errors, but it should give you an idea of what you have to do.

#include <fstream>
#include <string>
#include <iostream>
using namespace std;

int main()
{
    string line;
    // open input file
    ifstream in("infile.txt");
    if( !in.is_open())
    {
          cout << "Input file failed to open\n";
          return 1;
    }
    // now open temp output file
    ofstream out("outfile.txt");
    // loop to read/write the file.  Note that you need to add code here to check
    // if you want to write the line
    while( getline(in,line) )
    {
         out << line << "\n";
    }
    in.close();
    out.close();    
    // delete the original file
    remove("infile.txt");
    // rename old to new
    rename("outfile.txt","infile.txt");

    // all done!
    return 0;
}

>> I didn't compile or test this so it might contain errors
Neither using namespace std nor std:: s are there! Neither is iostream. Tut tut tut.

Comments
thanks for pointing out those errors

Very good.
BIG BIG THanks.
i have an other question.
the last !!
how can i compare the last LINE of my file with others line of my second file to merge them.

how can i compare the last LINE of my file with others line of my second file to merge them.

I'm not going to give you free code for this one -- it'll cost you lots and lots of $$$$. But you can get free help here if you try to do it yourself and post your attempt.

Hi,
How can i do to read lines 8 to End of my file
this code is only for line 1 to 7 :

[LIST=1]
[*]ifstream input("c:\\test2.txt");
[*]	ofstream out("c:\\fichier3.txt");
[*]   
[*]      string str;
[*]      vector<string> arrayL;
[*]      while ( getline(input, str))
[*]      {
[*]          arrayL.push_back(str);
[*]	  }		
[*]	  for(int i = 0; i <arrayL.size() ; i++)
[*]	{
[*]		while(arrayL[i].length()==0);
[*]		cout << arrayL[i]<< endl;
[*]		out  <<arrayL[i]<< "\n";
[*]	}  
[*]		cin.get();
[*]		return 0;
[/LIST]

but for the last line I didn't find a solution to read them
can u help me plz.

What are you tring to do at line 11? With that semicolon at the end that line does nothing.

>>How can i do to read lines 8 to End of my file this code is only for line 1 to 7 :

Looks like it reads the whole file to me. If you want to skip the first 7 lines then just don't add them to the array -- its not possible to just skip them.

What are you tring to do at line 11? With that semicolon at the end that line does nothing.

at this line if line='\n' do nothing only read lines 1 to 7.
and now i want read line 8 to 14 because i want compare line 14 with other lines like this of my second file txt
to merge them

>>at this line if line='\n' do nothing only read lines 1 to 7
Look at your code again because that is not what it says. The loop from lines 9 thru 14 do not read anything from the file because the previous loop has read it all. All the loop in lines 9-14 is doing is iterating through an array that's already in memory. So you need to just delete line 11 because it can cause an infinit loop that will crash your program.

If you just want to write lines 8-end-of-file to the output file then just start the loop that begins on line 8 with 8 instead of 0

for(int i = 8; i <arrayL.size() ; i++)

If you just want to write lines 8-end-of-file to the output file then just start the loop that begins on line 8 with 8 instead of 0

for(int i = 8; i <arrayL.size() ; i++)

for 8 Number of line it's only an example.
look at my exampleFile.txt .
I can't put i=8 because I have several lines in my files and I can't know each time the number of the line which follows '\n'.can u help me plz to find a solution.

Attachments
telemetre_18_04_2007_11h_23_mn_15sec.dbt
1176887337385285	1	D	1	2.806271	250	23.936385	7.400796	11.536771	3.804297	1.559865	X[]= 22.224370 22.052388 21.969406 21.945486 Y[]= 6.372736 6.742092 7.138293 7.556437
1176887337411770	1	D	1	2.802821	251	24.247786	7.469143	11.894548	3.804297	1.559865	X[]= 22.522362 22.358405 22.264233 22.257507 Y[]= 6.458183 6.835650 7.234088 7.663874
1176887337437767	1	D	1	2.798751	252	24.546915	7.613018	12.215888	3.804297	1.559865	X[]= 22.849191 22.664423 22.587592 22.550618 Y[]= 6.551900 6.929209 7.339154 7.764800
1176887337465707	1	D	1	2.793822	253	24.852760	7.726722	11.700611	3.804297	1.559865	X[]= 23.166407 22.980003 22.901441 22.853184 Y[]= 6.642860 7.025692 7.441129 7.868982
1176887337491942	1	D	1	2.788001	254	25.164546	7.795778	12.875536	3.804297	1.559865	X[]= 23.464398 23.286021 23.196268 23.165205 Y[]= 6.728308 7.119251 7.536924 7.976420
1176887337517755	1	D	1	2.781886	255	25.453529	7.804876	11.914878	3.804297	1.559865	X[]= 23.772002 23.601601 23.510117 Y[]= 6.816512 7.215734 7.638900
1176887337545111	1	D	1	2.773830	256	25.792565	7.840301	11.998095	3.804297	1.559865	X[]= 24.079605 23.917182 23.842987 Y[]= 6.904716 7.312216 7.747056
1176887337571816	1	D	1	2.881567	257	26.099927	7.890172	18.772204	3.804297	1.559865	X[]= 24.367984 24.223199 24.147325 Y[]= 6.987407 7.405775 7.845941
1176887337597739	1	D	1	2.889792	258	26.396470	7.915921	11.387164	3.804297	1.559865	X[]= 24.637137 24.519654 24.442152 Y[]= 7.064585 7.496411 7.941737
1176887337625116	1	D	1	2.897504	259	26.701673	7.989482	11.387164	3.804297	1.559865	X[]= 24.935128 24.835235 24.746491 Y[]= 7.150033 7.592893 8.040622
1176887337651765	1	D	1	2.904667	260	27.016771	8.087992	11.387164	3.804297	1.559865	X[]= 25.252345 25.150815 25.060339 Y[]= 7.240993 7.689376 8.142598
1176887337677728	1	D	1	2.911148	261	27.338790	8.125632	11.387164	3.804297	1.559865	X[]= 25.550336 25.466396 25.383698 Y[]= 7.326441 7.785858 8.247664
1176887337705305	1	D	1	2.916620	262	27.650964	8.182730	11.387164	3.804297	1.559865	X[]= 25.848327 25.801102 25.697547 Y[]= 7.411888 7.888189 8.349639
1176887337731713	1	D	1	2.920978	263	27.940250	8.314845	11.387164	3.804297	1.559865	X[]= 26.155931 26.097557 25.982864 Y[]= 7.500092 7.978824 8.442344
1176887337757737	1	D	1	2.933315	264	28.326099	8.390573	11.387164	3.804297	1.559865	X[]= 26.707849 26.463534 26.384448 26.296713 Y[]= 7.156347 7.588296 8.066535 8.544320
1176887337785122	1	D	1	2.939438	265	28.646734	8.431943	11.387164	3.804297	1.559865	X[]= 26.997627 26.799976 26.690466 26.620072 Y[]= 7.233992 7.684769 8.160094 8.649386
1176887337811770	1	D	1	2.945040	266	28.988479	8.441473	11.387164	3.804297	1.559865	X[]= 27.287405 27.146030 27.006046 26.971963 Y[]= 7.311638 7.783999 8.256577 8.763722
1176887337837706	1	D	1	2.957198	267	29.287527	8.398063	11.387164	3.804297	1.559865	X[]= 27.596501 27.424796 27.321627 Y[]= 7.394460 7.863934 8.353060
1176887337865112	1	D	1	2.964517	268	29.585855	8.444529	11.387164	3.804297	1.559865	X[]= 27.876619 27.742013 27.618081 Y[]= 7.469518 7.954894 8.443695
1176887337891694	1	D	1	2.971501	269	29.902865	8.555192	11.387164	3.804297	1.559865	X[]= 28.205034 28.059229 27.933662 Y[]= 7.557516 8.045854 8.540177
1176887337917708	1	D	1	2.977318	270	30.200759	8.640815	11.387164	3.804297	1.559865	X[]= 28.504471 28.376445 28.230116 Y[]= 7.637750 8.136815 8.630813
1176887337945041	1	D	1	2.974314	271	30.457919	8.809307	11.387164	3.804297	1.559865	X[]= 28.813567 28.684049 28.488319 Y[]= 7.720572 8.225019 8.709753
1176887337971685	1	D	1	2.975614	272	30.805802	8.777288	11.387164	3.804297	1.559865	X[]= 29.093686 28.982040 28.832588 Y[]= 7.795630 8.310466 8.815007
1176887337998696	1	D	1	2.975943	273	31.094241	8.934650	11.387164	3.804297	1.559865	X[]= 29.422101 29.289644 29.119480 Y[]= 7.883628 8.398670 8.902718
1176887338025074	1	D	1	2.975523	274	31.410744	9.061811	11.387164	3.804297	1.559865	X[]= 29.760175 29.606860 29.435060 Y[]= 7.974215 8.489631 8.999201
1176887338051749	1	D	1	2.974279	275	31.728447	9.061721	11.387164	3.804297	1.559865	X[]= 30.030634 29.904851 29.750641 Y[]= 8.046684 8.575078 9.095684
1176887338078818	1	D	1	2.972365	276	32.026184	9.237163	11.387164	3.804297	1.559865	X[]= 30.378367 30.222068 30.047095 Y[]= 8.139859 8.666038 9.186319
1176887338105066	1	D	1	2.969525	277	32.343873	9.274456	11.387164	3.804297	1.559865	X[]= 30.668145 30.529671 30.362676 Y[]= 8.217505 8.754242 9.282802
1176887338131698	1	D	1	2.963773	278	32.641892	9.377498	11.387164	3.804297	1.559865	X[]= 30.977241 30.846888 30.659130 Y[]= 8.300327 8.845203 9.373437
1176887338158740	1	D	1	2.958778	279	32.968333	9.436111	11.387164	3.804297	1.559865	X[]= 31.286338 31.144879 30.984274 Y[]= 8.383149 8.930650 9.472843
1176887338185018	1	D	1	2.953452	280	33.266713	9.556311	11.387164	3.804297	1.559865	X[]= 31.605093 31.462095 31.280729 Y[]= 8.468559 9.021611 9.563478
1176887338211641	1	D	1	2.946992	281	33.583928	9.647098	11.387164	3.804297	1.559865	X[]= 31.923849 31.760086 31.596309 Y[]= 8.553969 9.107058 9.659961
1176887338238643	1	D	1	2.940173	282	33.882045	9.749316	11.387164	3.804297	1.559865	X[]= 32.232945 32.067690 31.892764 Y[]= 8.636792 9.195262 9.750596
1176887338265062	1	D	1	2.932131	283	34.198826	9.806355	11.387164	3.804297	1.559865	X[]= 32.532382 32.375294 32.208344 Y[]= 8.717025 9.283466 9.847079
1176887338291634	1	D	1	2.923258	284	34.515994	9.897302	11.387164	3.804297	1.559865	X[]= 32.851137 32.702123 32.523925 Y[]= 8.802436 9.377183 9.943562
1176887338318630	1	D	1	2.913849	285	34.824210	10.018508	11.387164	3.804297	1.559865	X[]= 33.179552 33.000114 32.829942 Y[]= 8.890434 9.462630 10.037121
1176887338344978	1	D	1	2.929875	286	35.140160	10.060014	11.387164	3.804297	1.559865	X[]= 33.469330 33.317330 33.145523 Y[]= 8.968080 9.553591 10.133603
1176887338371674	1	D	1	2.927954	287	35.465332	10.121201	11.387164	3.804297	1.559865	X[]= 33.778426 33.615322 33.470666 Y[]= 9.050902 9.639038 10.233010
1176887338398619	1	D	1	2.925684	288	35.737957	10.311527	11.387164	3.804297	1.559865	X[]= 34.116500 33.922925 33.738432 Y[]= 9.141489 9.727242 10.314874
1176887338425296	1	D	1	2.922285	289	36.055092	10.386078	11.387164	3.804297	1.559865	X[]= 34.425596 34.230529 34.054012 Y[]= 9.224311 9.815446 10.411356
1176887338451628	1	D	1	2.902589	290	36.390764	10.450553	11.387164	3.804297	1.559865	X[]= 34.744352 34.538133 34.388719 Y[]= 9.309721 9.903650 10.513687
1176887338478624	1	D	1	2.890840	291	36.699292	10.569919	11.387164	3.804297	1.559865	X[]= 35.072767 34.845736 34.694737 Y[]= 9.397720 9.991854 10.607245
1176887338505127	1	D	1	2.878753	292	36.997351	10.654990	11.387164	3.804297	1.559865	X[]= 35.372204 35.153340 34.991191 Y[]= 9.477953 10.080058 10.697881
1176887338531610	1	D	1	2.864206	293	37.334539	10.781666	11.387164	3.804297	1.559865	X[]= 35.729596 35.470557 35.325898 Y[]= 9.573716 10.171018 10.800211
1176887338558676	1	D	1	2.853878	294	37.561813	10.914126	11.387164	3.804297	1.559865	X[]= 35.749322 35.631915 Y[]= 10.250953 10.893770
1176887338585022	1	D	1	2.839313	295	37.867711	11.036338	11.387164	3.804297	1.559865	X[]= 36.066539 35.937933 Y[]= 10.341914 10.987329
1176887338611581	1	D	1	2.823461	296	38.183815	11.131535	11.387164	3.804297	1.559865	X[]= 36.383755 36.253513 Y[]= 10.432874 11.083811
1176887338638641	1	D	1	2.806247	297	38.510058	11.200453	11.387164	3.804297	1.559865	X[]= 36.700972 36.578657 Y[]= 10.523834 11.183218
1176887338665598	1	D	1	2.876596	298	38.816569	11.292947	11.387164	3.804297	1.559865	X[]= 37.008575 36.884674 Y[]= 10.612038 11.276777
1176887338691572	1	D	1	2.871884	299	39.123183	11.356736	11.387164	3.804297	1.559865	X[]= 37.306566 37.190692 Y[]= 10.697486 11.370336
1176887338718569	1	D	1	2.865721	300	39.465826	11.375863	11.387164	3.804297	1.559865	X[]= 37.623783 37.534962 Y[]= 10.788446 11.475589
1176887338745970	1	D	1	2.859063	301	39.788063	11.418975	11.387164	3.804297	1.559865	X[]= 37.931387 37.860105 Y[]= 10.876650 11.574996
1176887338771671	1	D	1	2.852337	302	40.078827	11.562378	11.387164	3.804297	1.559865	X[]= 38.238990 38.146997 Y[]= 10.964854 11.662707
1176887338798568	1	D	1	2.843995	303	40.404487	11.661403	11.387164	3.804297	1.559865	X[]= 38.565819 38.472140 Y[]= 11.058571 11.762114
1176887338825926	1	D	1	2.835125	304	40.719082	11.730059	11.387164	3.804297	1.559865	X[]= 38.873423 38.787721 Y[]= 11.146775 11.858596
1176887338851549	1	D	1	2.826327	305	41.006440	11.817552	11.387164	3.804297	1.559865	X[]= 39.161801 39.074612 Y[]= 11.229466 11.946308
1176887338878541	1	D	1	2.860822	306	41.314431	11.937878	11.387164	3.804297	1.559865	X[]= 39.479018 39.380630 Y[]= 11.320426 12.039867
1176887338905987	1	D	1	2.865578	307	41.671905	11.816439	11.387164	3.804297	1.559865	X[]= 39.777009 39.763152 Y[]= 11.405874 12.156815

telemetre_18_04_2007_11h_23_mn_15sec.dbt
1176888198271370	3	D	4	1.074862	122	-16.816858	6.522751	0.000000	3.799260	1.591979	X[]= -15.771397 -16.002965 -16.824190 Y[]= 6.372058 5.824603 5.466511
1176888198298308	3	D	4	1.049348	123	-17.319651	7.218912	12.539071	3.799260	1.591979	X[]= -15.436866 -15.465427 -15.581457 -15.758645 -16.187278 Y[]= 6.552561 6.248438 5.981161 5.735678 5.573727
1176888198325689	3	D	4	1.068498	124	-16.946180	7.022866	12.430449	3.799260	1.591979	X[]= -15.096280 -15.140912 -15.245368 -15.551913 Y[]= 6.407991 6.117326 5.852149 5.660433
1176888198351612	3	D	4	1.085745	125	-16.588937	6.980450	12.155163	3.799260	1.591979	X[]= -14.735488 -14.755693 -14.816398 -14.946623 -15.771250 Y[]= 6.560662 6.263420 5.986213 5.737471 5.430477
1176888198378333	3	D	4	1.104606	126	-16.170680	7.063873	10.222054	3.799260	1.591979	X[]= -14.388341 -14.451926 -14.538243 -14.685220 -15.053876 -15.572691 Y[]= 6.406102 6.134479 5.873831 5.637128 5.479163 5.362108
1176888198405682	3	D	4	1.112911	127	-15.975639	7.145142	15.904271	3.799260	1.591979	X[]= -14.038708 -14.096006 -14.138955 -14.278631 -14.451825 -14.903525 Y[]= 6.546357 6.275946 6.001630 5.768942 5.547536 5.424439
1176888198432286	3	D	4	1.127224	128	-15.620668	6.897743	11.729888	3.799260	1.591979	X[]= -13.712437 -13.776266 -13.825983 -14.000476 -14.255773 Y[]= 6.394214 6.133589 5.868782 5.656560 5.472279
1176888198458282	3	D	4	1.138702	129	-15.315502	6.819080	11.729888	3.799260	1.591979	X[]= -13.418995 -13.

once you read a line from the file, do not copy it if it starts with "telemetre_". eg.

const char remove_this[] = "telemetre-" ;
string line ;
while( getline(infile,line) )
{
  if( line.compare( 0, sizeof(remove_this)-1, remove_this ) != 0 ) 
     outfile << line << '\n' ;
}

to compare the first 16 characters`of two strings

if( string_one.compare( 0, 16, string_two ) == 0 ) cout << "first 16 chars match\n" ;

I think I'm still confused about what you want. According to your original post you have three files that contain portions of the one large file (exampleFile.txt). Each section of exampleFile.txt is separated by a line that begings with the text telemetre_.

What are the file names ? Are the names the same as the first section line ? such as telemetre_18_04_2007_11h_23_mn_15sec.dbt ? And you want to compare all the lines in that file with the lines that follow in exampleFile.txt ?

To do that then I think you need to do something a little more complex than what you have posted. It isn't necessary to read exampleFile.txt into memory all at one time. Instead, read it one line at a time. If the line just read is a filename, then open that file and get ready to compare all the lines in exampleFile.txt until another filename is reached.

open exampleFile.txt
while not at end-of-file
    do we have a filename ?
         yes, then open second file
   otherwise
        read a line from second file and compare it with
        the line just read from exampleFile.txt.  If they are
        the same then continue the file loop and read another
        line from exampleFile.txt.  If however they are not the
        same you have to do something (issue a warning or
        do something else)
end of while

I think I'm still confused about what you want. According to your original post you have three files that contain portions of the one large file (exampleFile.txt). Each section of exampleFile.txt is separated by a line that begings with the text telemetre_.

What are the file names ? Are the names the same as the first section line ? such as telemetre_18_04_2007_11h_23_mn_15sec.dbt ? And you want to compare all the lines in that file with the lines that follow in exampleFile.txt ?

To do that then I think you need to do something a little more complex than what you have posted. It isn't necessary to read exampleFile.txt into memory all at one time. Instead, read it one line at a time. If the line just read is a filename, then open that file and get ready to compare all the lines in exampleFile.txt until another filename is reached.

open exampleFile.txt
while not at end-of-file
    do we have a filename ?
         yes, then open second file
   otherwise
        read a line from second file and compare it with
        the line just read from exampleFile.txt.  If they are
        the same then continue the file loop and read another
        line from exampleFile.txt.  If however they are not the
        same you have to do something (issue a warning or
        do something else)
end of while

Big thx for your help
this is my 3 files to compare them :

Attachments
1176887331033902	0	7	2005	4	18	11	8	51	123.78	107.14	1.460765	0.017126	4.004296	1.599760	1.200000	10.906921	0	2.38	2	0.040000	150	6
1176887331071481	0	8	2005	4	18	11	8	51	123.85	107.59	1.463640	0.018203	4.004296	1.599760	1.200000	10.895574	0	2.41	2	0.040000	17	1
1176887331113013	0	9	2005	4	18	11	8	51	123.87	108.00	1.466458	0.018016	4.004296	1.599760	1.200000	10.878628	0	2.39	2	0.040000	17	1
1176887331133918	0	10	2005	4	18	11	8	51	123.87	108.52	1.469297	0.018192	4.004296	1.599760	1.200000	10.862737	0	2.35	2	0.040000	17	1
1176887331167294	0	11	2005	4	18	11	8	51	124.04	108.98	1.472088	0.017806	4.004296	1.599760	1.200000	10.895220	0	2.48	2	0.040000	17	1
1176887331200679	0	12	2005	4	18	11	8	51	124.00	109.35	1.474737	0.017761	4.004296	1.599760	1.200000	10.866969	0	2.34	2	0.040000	17	1
1176887331233922	0	13	2005	4	18	11	8	51	124.11	109.89	1.477582	0.017859	4.004296	1.599760	1.200000	10.863527	0	2.38	2	0.040000	18	1
1176887331267553	0	14	2005	4	18	11	8	51	124.09	110.25	1.480638	0.018411	4.004296	1.599760	1.200000	10.850416	0	2.31	2	0.040000	17	1
1176887331300691	0	15	2005	4	18	11	8	51	124.17	110.80	1.483550	0.018045	4.004296	1.599760	1.200000	10.847172	0	2.33	2	0.040000	18	1
1176887331334041	0	16	2005	4	18	11	8	51	124.22	111.40	1.486172	0.017826	4.004296	1.599760	1.200000	10.843655	0	2.30	2	0.040000	18	1
1176887331367418	0	17	2005	4	18	11	8	51	124.23	111.88	1.488916	0.017763	4.004296	1.599760	1.200000	10.852267	0	2.26	2	0.040000	18	1
1176887331400679	0	18	2005	4	18	11	8	51	124.33	112.27	1.491210	0.016895	4.004296	1.599760	1.200000	10.865508	0	2.33	2	0.040000	18	1
1176887331434054	0	19	2005	4	18	11	8	51	124.32	112.81	1.494270	0.017720	4.004296	1.599760	1.200000	10.887476	0	2.23	2	0.040000	18	1
1176887331467295	0	20	2005	4	18	11	8	51	124.42	113.23	1.498219	0.018446	4.004296	1.599760	1.200000	10.814040	0	2.25	2	0.040000	18	1
1176887331500796	0	21	2005	4	18	11	8	51	124.39	113.43	1.499903	0.017393	4.004296	1.599760	1.200000	10.813074	0	2.20	2	0.040000	18	1
1176887331533922	0	22	2005	4	18	11	8	51	124.49	113.88	1.501568	0.016912	4.004296	1.599760	1.200000	10.841746	0	2.23	2	0.040000	18	1
1176887331567382	0	23	2005	4	18	11	8	51	124.47	114.32	1.505060	0.016912	4.004296	1.599760	1.200000	10.830698	0	2.24	2	0.040000	18	1
1176887331600816	0	24	2005	4	18	11	8	51	124.52	114.89	1.508787	0.017458	4.004296	1.599760	1.200000	10.888735	0	2.26	2	0.040000	18	1
1176887331633944	0	25	2005	4	18	11	8	51	124.57	115.10	1.511974	0.017678	4.004296	1.599760	1.200000	10.832501	0	2.30	2	0.040000	18	1
1176887331667316	0	26	2005	4	18	11	8	51	124.55	115.56	1.514761	0.017208	4.004296	1.599760	1.200000	10.853186	0	2.25	2	0.040000	18	1
1176887331708135	0	27	2005	4	18	11	8	51	124.68	116.14	1.519430	0.018386	4.004296	1.599760	1.200000	10.814573	0	2.34	2	0.040000	18	1
1176887331734193	0	28	2005	4	18	11	8	51	124.62	116.56	1.523212	0.019300	4.004296	1.599760	1.200000	10.873839	0	2.25	2	0.040000	18	1
1176887331767324	0	29	2005	4	18	11	8	51	124.59	116.71	1.526446	0.018963	4.004296	1.599760	1.200000	10.832844	0	2.21	2	0.040000	18	1
1176887331807754	0	30	2005	4	18	11	8	51	124.68	117.26	1.529036	0.018965	4.004296	1.599760	1.200000	10.772926	0	2.26	2	0.040000	18	1
1176887331834061	0	31	2005	4	18	11	8	51	124.71	117.73	1.530949	0.018519	4.004296	1.599760	1.200000	10.888016	0	2.25	2	0.040000	18	1
1176887331889636	0	32	2005	4	18	11	8	51	124.75	118.08	1.533133	0.018266	4.004296	1.599760	1.200000	10.813144	0	2.26	2	0.040000	18	1
1176887331908126	0	33	2005	4	18	11	8	51	124.78	118.65	1.537347	0.018940	4.004296	1.599760	1.200000	10.861091	0	2.25	2	0.040000	18	1
1176887331936381	0	34	2005	4	18	11	8	51	124.80	118.91	1.539089	0.018392	4.004296	1.599760	1.200000	10.755740	0	2.26	2	0.040000	18	1
1176887331985629	0	35	2005	4	18	11	8	51	124.81	119.58	1.541553	0.018380	4.004296	1.599760	1.200000	10.774574	0	2.22	2	0.040000	18	1
1176887332000815	0	36	2005	4	18	11	8	52	124.86	119.65	1.542736	0.017950	4.004296	1.599760	1.200000	10.768787	0	2.26	2	0.040000	18	1
1176887332033967	0	37	2005	4	18	11	8	52	124.88	120.40	1.546015	0.017558	4.004296	1.599760	1.200000	10.745127	0	2.22	2	0.040000	19	1
1176887332067328	0	38	2005	4	18	11	8	52	124.90	120.77	1.548162	0.017966	4.004296	1.599760	1.200000	10.726578	0	2.24	2	0.040000	19	1
1176887332100823	0	39	2005	4	18	11	8	52	124.86	121.31	1.552431	0.018545	4.004296	1.599760	1.200000	10.754872	0	2.17	2	0.040000	19	1
1176887332134057	0	40	2005	4	18	11	8	52	124.91	121.78	1.553182	0.017211	4.004296	1.599760	1.200000	10.824481	0	2.19	2	0.040000	19	1
1176887332167386	0	41	2005	4	18	11	8	52	124.93	122.40	1.557361	0.018286	4.004296	1.599760	1.200000	10.765725	0	2.20	2	0.040000	19	1
1176887332200701	0	42	2005	4	18	11	8	52	125.01	122.78	1.563114	0.018728	4.004296	1.599760	1.200000	10.799130	0	2.27	2	0.040000	19	1
1176887332233982	0	43	2005	4	18	11	8	52	125.00	123.17	1.564992	0.019061	4.004296	1.599760	1.200000	10.793390	0	2.24	2	0.040000	19	1
1176887332267339	0	44	2005	4	18	11	8	52	124.91	123.66	1.570512	0.019922	4.004296	1.599760	1.200000	10.839727	0	2.14	2	0.040000	19	1
1176887332300733	0	45	2005	4	18	11	8	52	125.01	123.95	1.578227	0.021418	4.004296	1.599760	1.200000	10.830625	0	2.23	2	0.040000	19	1
1176887332334084	0	46	2005	4	18	11	8	52	124.94	124.32	1.581566	0.020953	4.004296	1.599760	1.200000	10.806415	0	2.15	2	0.040000	18	1
1176887332367456	0	47	2005	4	18	11	8	52	124.99	124.80	1.583198	0.020056	4.004296	1.599760	1.200000	10.831862	0	2.18	2	0.040000	19	1
1176887332401072	0	48	2005	4	18	11	8	52	124.96	125.12	1.588174	0.020040	4.004296	1.599760	1.200000	10.816060	0	2.14	2	0.040000	19	1
1176887332434132	0	49	2005	4	18	11	8	52	125.06	125.64	1.589945	0.020270	4.004296	1.599760	1.200000	10.804309	0	2.23	2	0.040000	19	1
1176887332467461	0	50	2005	4	18	11	8	52	125.09	126.03	1.597440	0.021521	4.004296	1.599760	1.200000	10.795462	0	2.21	2	0.040000	19	1
1176887332500840	0	51	2005	4	18	11	8	52	125.05	126.33	1.601614	0.021570	4.004296	1.599760	1.200000	10.861688	0	2.15	2	0.040000	19	1
1176887332533967	0	52	2005	4	18	11	8	52	125.11	126.60	1.608993	0.022662	4.004296	1.599760	1.200000	10.830482	0	2.18	2	0.040000	18	1
1176887332567339	0	53	2005	4	18	11	8	52	125.05	127.02	1.607200	0.021649	4.004296	1.599760	1.200000	10.910452	0	2.08	3	0.040000	19	1
1176887332600842	0	54	2005	4	18	11	8	52	125.08	127.50	1.620572	0.024082	4.004296	1.599760	1.200000	10.876279	0	2.08	3	0.040000	18	1
1176887332637003	0	55	2005	4	18	11	8	52	125.11	127.83	1.626042	0.023374	4.004296	1.599760	1.200000	10.911437	0	2.17	2	0.040000	18	1
1176887332667344	0	56	2005	4	18	11	8	52	125.03	128.19	1.631179	0.024293	4.004296	1.599760	1.200000	10.887974	0	2.08	3	0.040000	18	1
1176887332701005	0	57	2005	4	18	11	8	52	125.12	128.72	1.633500	0.025244	4.004296	1.599760	1.200000	10.826337	0	2.15	2	0.040000	18	1
1176887332733985	0	58	2005	4	18	11	8	52	125.11	129.11	1.641103	0.025589	4.004296	1.599760	1.200000	10.847275	0	2.13	2	0.040000	18	1
1176887332767361	0	59	2005	4	18	11	8	52	125.19	129.44	1.649805	0.027023	4.004296	1.599760	1.200000	10.831547	0	2.21	2	0.040000	18	1
1176887332800727	0	60	2005	4	18	11	8	52	125.19	129.90	1.655348	0.026906	4.004296	1.599760	1.200000	10.674437	0	2.28	2	0.040000	18	1
1176887332833989	0	61	2005	4	18	11	8	52	125.16	130.08	1.658721	0.027088	4.004296	1.599760	1.200000	10.672142	0	2.26	2	0.040000	18	1
1176887332867482	0	62	2005	4	18	11	8	52	125.17	130.54	1.660786	0.026194	4.004296	1.599760	1.200000	10.678076	0	2.30	2	0.040000	18	1
1176887332900741	0	63	2005	4	18	11	8	52	125.21	131.07	1.663453	0.026369	4.004296	1.599760	1.200000	10.652824	0	2.28	2	0.040000	19	1
1176887332934106	0	64	2005	4	18	11	8	52	125.14	131.42	1.671453	0.027774	4.004296	1.599760	1.200000	10.725898	0	2.20	2	0.040000	18	1


1176888195182786	0	1	2005	4	18	11	23	15	123.36	105.28	1.460765	0.017481	4.004296	1.599760	1.200000	10.906921	0	2.18	2	0.040000	150	6
1176888195216026	0	2	2005	4	18	11	23	15	123.36	105.76	1.463617	0.018056	4.004296	1.599760	1.200000	10.896830	0	2.12	2	0.040000	16	1
1176888195249457	0	3	2005	4	18	11	23	15	123.39	106.20	1.466537	0.018155	4.004296	1.599760	1.200000	10.892950	0	2.09	3	0.040000	16	1
1176888195282770	0	4	2005	4	18	11	23	15	123.47	106.65	1.469382	0.018136	4.004296	1.599760	1.200000	10.895397	0	2.11	2	0.040000	17	1
1176888195316018	0	5	2005	4	18	11	23	15	123.58	107.02	1.472344	0.018261	4.004296	1.599760	1.200000	10.891464	0	2.18	2	0.040000	17	1
1176888195349511	0	6	2005	4	18	11	23	15	123.55	107.48	1.475052	0.017954	4.004296	1.599760	1.200000	10.892025	0	2.13	2	0.040000	17	1
1176888195382888	0	7	2005	4	18	11	23	15	123.73	107.93	1.477751	0.017618	4.004296	1.599760	1.200000	10.859104	0	2.26	2	0.040000	17	1
1176888195416756	0	8	2005	4	18	11	23	15	123.77	108.42	1.480901	0.018388	4.004296	1.599760	1.200000	10.875864	0	2.26	2	0.040000	17	1
1176888195449513	0	9	2005	4	18	11	23	15	123.78	108.92	1.483844	0.018198	4.004296	1.599760	1.200000	10.852840	0	2.22	2	0.040000	17	1
1176888195482892	0	10	2005	4	18	11	23	15	123.88	109.43	1.486393	0.017805	4.004296	1.599760	1.200000	10.868928	0	2.21	2	0.040000	17	1
1176888195516223	0	11	2005	4	18	11	23	15	123.85	109.74	1.489804	0.018202	4.004296	1.599760	1.200000	10.782094	0	2.15	2	0.040000	17	1
1176888195549400	0	12	2005	4	18	11	23	15	123.85	110.23	1.492080	0.018439	4.004296	1.599760	1.200000	10.752876	0	2.08	3	0.040000	17	1
1176888195582812	0	13	2005	4	18	11	23	15	123.96	110.44	1.494219	0.017914	4.004296	1.599760	1.200000	10.787146	0	2.17	2	0.040000	17	1
1176888195616132	0	14	2005	4	18	11	23	15	124.08	111.04	1.498056	0.018339	4.004296	1.599760	1.200000	10.780076	0	2.20	2	0.040000	17	1
1176888195649396	0	15	2005	4	18	11	23	15	124.07	111.49	1.499994	0.017662	4.004296	1.599760	1.200000	10.775881	0	2.14	2	0.040000	17	1
1176888195682779	0	16	2005	4	18	11	23	15	124.13	111.90	1.502485	0.017668	4.004296	1.599760	1.200000	10.796201	0	2.17	2	0.040000	17	1
1176888195716844	0	17	2005	4	18	11	23	15	124.11	112.39	1.505828	0.018206	4.004296	1.599760	1.200000	10.763511	0	2.09	3	0.040000	17	1
1176888195769160	0	18	2005	4	18	11	23	15	124.26	112.79	1.509050	0.018296	4.004296	1.599760	1.200000	10.727446	0	2.16	2	0.040000	17	1
1176888195783321	0	19	2005	4	18	11	23	15	124.30	113.35	1.511661	0.017742	4.004296	1.599760	1.200000	10.700861	0	2.12	2
1176888200692994	0	28	2005	4	18	11	23	20	118.59	171.60	1.923410	0.021594	4.004296	1.599760	1.200000	10.906921	0	2.14	2	0.040000	150	6
1176888200726611	0	29	2005	4	18	11	23	20	118.53	171.96	1.926384	0.018833	4.004296	1.599760	1.200000	10.896861	0	2.21	2	0.040000	134	5
1176888200759750	0	30	2005	4	18	11	23	20	118.34	172.42	1.929164	0.018252	4.004296	1.599760	1.200000	10.913353	0	2.18	2	0.040000	128	5
1176888200793112	0	31	2005	4	18	11	23	20	118.24	172.74	1.932071	0.018143	4.004296	1.599760	1.200000	10.914508	0	2.20	2	0.040000	123	5
1176888200826378	0	32	2005	4	18	11	23	20	118.11	173.17	1.935061	0.018284	4.004296	1.599760	1.200000	10.900129	0	2.18	2	0.040000	118	4
1176888200860129	0	33	2005	4	18	11	23	20	118.02	173.46	1.937886	0.018245	4.004296	1.599760	1.200000	10.912449	0	2.19	2	0.040000	115	4
1176888200893114	0	34	2005	4	18	11	23	20	117.88	173.96	1.940676	0.017964	4.004296	1.599760	1.200000	10.888628	0	2.21	2	0.040000	109	4
1176888200926494	0	35	2005	4	18	11	23	20	117.72	174.28	1.943436	0.017880	4.004296	1.599760	1.200000	10.873979	0	2.16	2	0.040000	106	4
1176888200959885	0	36	2005	4	18	11	23	20	117.66	174.59	1.945974	0.017236	4.004296	1.599760	1.200000	10.899364	0	2.20	2	0.040000	103	4
1176888200993575	0	37	2005	4	18	11	23	20	117.55	174.88	1.948280	0.017028	4.004296	1.599760	1.200000	10.861475	0	2.20	2	0.040000	100	4
1176888201026494	0	38	2005	4	18	11	23	21	117.42	175.26	1.951195	0.017135	4.004296	1.599760	1.200000	10.869662	0	2.29	2	0.040000	97	4
1176888201060143	0	39	2005	4	18	11	23	21	117.31	175.50	1.953648	0.017311	4.004296	1.599760	1.200000	10.819425	0	2.28	2	0.040000	95	4
1176888201093253	0	40	2005	4	18	11	23	21	117.25	175.88	1.956860	0.017370	4.004296	1.599760	1.200000	10.850471	0	2.38	2	0.040000	92	4
1176888201126513	0	41	2005	4	18	11	23	21	116.96	176.31	1.959192	0.017132	4.004296	1.599760	1.200000	10.840600	0	2.28	2	0.040000	89	3
1176888201159956	0	42	2005	4	18	11	23	21	116.86	176.66	1.961723	0.017309	4.004296	1.599760	1.200000	10.813345	0	2.33	2	0.040000	86	3
1176888201193034	0	43	2005	4	18	11	23	21	116.83	176.98	1.964318	0.017413	4.004296	1.599760	1.200000	10.761971	0	2.43	2	0.040000	84	3
1176888201226384	0	44	2005	4	18	11	23	21	116.54	177.43	1.968313	0.018172	4.004296	1.599760	1.200000	10.776854	0	2.31	2	0.040000	81	3
1176888201261015	0	45	2005	4	18	11	23	21	116.46	177.78	1.970551	0.017735	4.004296	1.599760	1.200000	10.775137	0	2.37	2	0.040000	78	3
1176888201293136	0	46	2005	4	18	11	23	21	116.30	178.04	1.973168	0.017871	4.004296	1.599760	1.200000	10.733114	0	2.31	2	0.040000	77	3
1176888201326397	0	47	2005	4	18	11	23	21	116.18	178.46	1.974085	0.017117	4.004296	1.599760	1.200000	10.683873	0	2.36	2	0.040000	75	3
1176888201360196	0	48	2005	4	18	11	23	21	116.00	178.90	1.976584	0.017079	4.004296	1.599760	1.200000	10.710133	0	2.34	2	0.040000	72	3
1176888201393138	0	49	2005	4	18	11	23	21	115.82	179.20	1.979171	0.016360	4.004296	1.599760	1.200000	10.668692	0	2.28	2	0.040000	71	3
1176888201426400	0	50	2005	4	18	11	23	21	115.72	179.64	1.984273	0.017061	4.004296	1.599760	1.200000	10.736051	0	2.34	2	0.040000	68	3
1176888201460807	0	51	2005	4	18	11	23	21	115.58	180.00	1.986554	0.016418	4.004296	1.599760	1.200000	10.683867	0	2.34	2	0.040000	66	3
1176888201493152	0	52	2005	4	18	11	23	21	115.43	180.46	1.987141	0.015867	4.004296	1.599760	1.200000	10.657783	0	2.36	2	0.040000	64	3
1176888201526516	0	53	2005	4	18	11	23	21	115.28	180.76	1.990443	0.017264	4.004296	1.599760	1.200000	10.627493	0	2.33	2	0.040000	63	3
1176888201559893	0	54	2005	4	18	11	23	21	115.15	181.18	1.993196	0.016994	4.004296	1.599760	1.200000	10.651612	0	2.41	2	0.040000	61	3
1176888201593056	0	55	2005	4	18	11	23	21	115.03	181.43	1.993610	0.016332	4.004296	1.599760	1.200000	10.631862	0	2.39	2	0.040000	60	3
1176888201626535	0	56	2005	4	18	11	23	21	114.88	181.86	1.997872	0.016937	4.004296	1.599760	1.200000	10.570846	0	2.43	2	0.040000	58	2
1176888201660209	0	57	2005	4	18	11	23	21	114.79	182.01	2.001223	0.016714	4.004296	1.599760	1.200000	10.570849	0	2.41	2	0.040000	58	2
1176888201693037	0	58	2005	4	18	11	23	21	114.59	182.50	2.001975	0.016371	4.004296	1.599760	1.200000	10.500853	0	2.41	2	0.040000	56	2
1176888201726501	0	59	2005	4	18	11	23	21	114.43	182.80	2.006683	0.016635	4.004296	1.599760	1.200000	10.510752	0	2.38	2	0.040000	55	2
1176888201759916	0	60	2005	4	18	11	23	21	114.22	183.15	2.007669	0.015423	4.004296	1.599760	1.200000	10.469770	0	2.32	2	0.040000	54	2
1176888201793202	0	61	2005	4	18	11	23	21	114.06	183.49	2.008880	0.014912	4.004296	1.599760	1.200000	10.527209	0	2.30	2	0.040000	53	2
1176888201826419	0	62	2005	4	18	11	23	21	113.97	183.85	2.016496	0.016931	4.004296	1.599760	1.200000	10.522119	0	2.36	2	0.040000	51	2
1176888201859905	0	63	2005	4	18	11	23	21	113.81	184.24	2.017849	0.016689	4.004296	1.599760	1.200000	10.523020	0	2.37	2	0.040000	50	2
1176888201893155	0	64	2005	4	18	11	23	21	113.66	184.58	2.021187	0.017307	4.004296	1.599760	1.200000	10.537335	0	2.46	2	0.040000	49	2
1176888201927333	0	65	2005	4	18	11	23	21	113.51	184.90	2.026224	0.017609	4.004296	1.599760	1.200000	10.514257	0	2.46	2	0.040000	48	2
1176888201960073	0	66	2005	4	18	11	23	21	113.37	185.08	2.030330	0.018200	4.004296	1.599760	1.200000	10.531761	0	2.42	2	0.040000	47	2
1176888201993285	0	67	2005	4	18	11	23	21	113.24	185.50	2.034928	0.019230	4.004296	1.599760	1.200000	10.507517	0	2.48	2	0.040000	46	2
1176888202026536	0	68	2005	4	18	11	23	22	113.10	185.72	2.036224	0.019499	4.004296	1.599760	1.200000	10.554986	0	2.46	2	0.040000	45	2
1176888202059917	0	69	2005	4	18	11	23	22	112.95	186.09	2.034831	0.017958	4.004296	1.599760	1.200000	10.416929	0	2.48	2	0.040000	44	2
1176888202093178	0	70	2005	4	18	11	23	22	112.69	186.45	2.036300	0.017374	4.004296	1.599760	1.200000	10.476086	0	2.40	2	0.040000	43	2
1176888202126645	0	71	2005	4	18	11	23	22	112.57	186.79	2.032458	0.016236	4.004296	1.599760	1.200000	10.394622	0	2.45	2	0.040000	43	2
1176888202159935	0	72	2005	4	18	11	23	22	112.40	187.18	2.032163	0.014434	4.004296	1.599760	1.200000	10.460117	0	2.48	2	0.040000	42	2
1176888202193137	0	73	2005	4	18	11	23	22	112.37	187.45	2.034901	0.014616	4.004296	1.599760	1.200000	10.469004	0	2.57	2	0.040000	41	2
1176888202227173	0	74	2005	4	18	11	23	22	112.12	187.85	2.033105	0.014043	4.004296	1.599760	1.200000	10.369141	0	2.53	2	0.040000	41	2
1176888202260255	0	75	2005	4	18	11	23	22	111.96	188.17	2.038006	0.015443	4.004296	1.599760	1.200000	10.386734	0	2.54	2	0.040000	40	2
1176888202293064	0	76	2005	4	18	11	23	22	111.79	188.58	2.038842	0.014477	4.004296	1.599760	1.200000	10.297407	0	2.57	2	0.040000	39	2
1176888202326444	0	77	2005	4	18	11	23	22	111.61	188.91	2.039629	0.014075	4.004296	1.599760	1.200000	10.244185	0	2.56	2	0.040000	39	2
1176888202359817	0	78	2005	4	18	11	23	22	111.38	189.29	2.043589	0.014871	4.004296	1.599760	1.200000	10.268290	0	2.52	2	0.040000	38	2
1176888202393206	0	79	2005	4	18	11	23	22	111.06	189.77	2.044758	0.013496	4.004296	1.599760	1.200000	10.270452	0	2.45	2	0.040000	37	2
1176888202426443	0	80	2005	4	18	11	23	22	110.96	190.02	2.038822	0.012345	4.004296	1.599760	1.200000	10.373408	0	2.47	2	0.040000	37	2
1176888202459822	0	81	2005	4	18	11	23	22	110.74	190.44	2.041084	0.012623	4.004296	1.599760	1.200000	10.312236	0	2.46	2	0.040000	36	2
1176888202493181	0	82	2005	4	18	11	23	22	110.56	190.88	2.045029	0.012885	4.004296	1.599760	1.200000	10.398720	0	2.49	2	0.040000	35	2
1176888202527363	0	83	2005	4	18	11	23	22	110.33	191.23	2.048528	0.013527	4.004296	1.599760	1.200000	10.393570	0	2.45	2	0.040000	35	2
1176888202560345	0	84	2005	4	18	11	23	22	110.21	191.50	2.046607	0.013340	4.004296	1.599760	1.200000	10.423623	0	2.46	2	0.040000	34	2
1176888202593199	0	85	2005	4	18	11	23	22	110.16	191.73	2.050224	0.014727	4.004296	1.599760	1.200000	10.447340	0	2.51	2	0.040000	34	2
1176888202626562	0	86	2005	4	18	11	23	22	109.93	192.13	2.047785	0.013521	4.004296	1.599760	1.200000	10.552917	0	2.50	2	0.040000	33	2
1176888202659940	0	87	2005	4	18	11	23	22	109.71	192.53	2.050001	0.013943	4.004296	1.599760	1.200000	10.447800	0	2.47	2	0.040000	33	2
1176888202693316	0	88	2005	4	18	11	23	22	109.53	192.75	2.052561	0.014202	4.004296	1.599760	1.200000	10.398034	0	2.44	2	0.040000	32	2
1176888202726580	0	89	2005	4	18	11	23	22	109.34	193.10	2.058441	0.014516	4.004296	1.599760	1.200000	10.371048	0	2.43	2	0.040000	32	2
1176888202759957	0	90	2005	4	18	11	23	22	109.18	193.32	2.050594	0.012942	4.004296	1.599760	1.200000	10.280695	0	2.40	2	0.040000	32	2
1176888202793084	0	91	2005	4	18	11	23	22	109.00	193.71	2.042949	0.010337	4.004296	1.599760	1.200000	10.224261	0	2.41	2	0.040000	32	2
1176888202826679	0	92	2005	4	18	11	23	22	108.81	194.06	2.045738	0.011274	4.004296	1.599760	1.200000	10.200883	0	2.40	2	0.040000	31	2
1176888202860404	0	93	2005	4	18	11	23	22	108.74	194.26	2.049567	0.010524	4.004296	1.599760	1.200000	10.219044	0	2.43	2	0.040000	31	2
1176888202893201	0	94	2005	4	18	11	23	22	108.50	194.61	2.054259	0.011166	4.004296	1.599760	1.200000	10.237458	0	2.38	2	0.040000	30	2
1176888202926464	0	95	2005	4	18	11	23	22	108.36	194.87	2.054052	0.010467	4.004296	1.599760	1.200000	10.209184	0	2.37	2	0.040000	30	2
1176888202959842	0	96	2005	4	18	11	23	22	107.97	195.47	2.061918	0.010745	4.004296	1.599760	1.200000	10.280905	0	2.29	2	0.040000	29	1
1176888202993205	0	97	2005	4	18	11	23	22	107.82	195.77	2.067255	0.011657	4.004296	1.599760	1.200000	10.488666	0	2.36	2	0.040000	28	1
1176888203026466	0	98	2005	4	18	11	23	23	107.60	196.19	2.067724	0.012185	4.004296	1.599760	1.200000	10.392638	0	2.39	2	0.040000	28	1
1176888203059967	0	99	2005	4	18	11	23	23	107.47	196.37	2.071463	0.012651	4.004296	1.599760	1.200000	10.435113	0	2.35	2	0.040000	28	1
1176888203093218	0	100	2005	4	18	11	23	23	107.29	196.66	2.077719	0.012991	4.004296	1.599760	1.200000	10.361918	0	2.34	2	0.040000	27	1
1176888203126622	0	101	2005	4	18	11	23	23	107.15	196.98	2.071935	0.012562	4.004296	1.599760	1.200000	10.452385	0	2.37	2	0.040000	27	1
1176888203160052	0	102	2005	4	18	11	23	23	106.92	197.25	2.079757	0.012077	4.004296	1.599760	1.200000	10.416861	0	2.31	2	0.040000	26	1
1176888203193224	0	103	2005	4	18	11	23	23	106.78	197.57	2.080271	0.013419	4.004296	1.599760	1.200000	10.296287	0	2.35	2	0.040000	26	1
1176888203226607	0	104	2005	4	18	11	23	23
telemetre_18_04_2007_11h_08_mn_50sec.dbt
1176887334023317	1	D	3	1.486789	124	-17.150263	6.205752	0.000000	3.804297	1.559865	X[]= -15.242903 -15.273376 Y[]= 6.158532 5.862900
1176887334050289	1	D	3	1.506669	125	-16.790839	6.803075	11.768167	3.804297	1.559865	X[]= -14.946204 -14.955958 -15.072670 -15.355222 -15.730475 Y[]= 6.038658 5.741055 5.486003 5.287227 5.111141
1176887334077692	1	D	3	1.521077	126	-16.517200	6.262118	13.622902	3.804297	1.559865	X[]= -14.571592 -14.575330 -14.657213 -14.781365 Y[]= 6.185274 5.888816 5.626377 5.379977
1176887334103341	1	D	3	1.579571	127	-15.251071	6.035065	12.081274	3.804297	1.559865	X[]= -14.166570 -14.241544 -14.311788 -14.490060 -15.235925 Y[]= 6.013352 5.753957 5.493781 5.273951 4.950452
1176887334130332	1	D	3	1.557395	128	-15.766200	6.471516	12.210242	3.804297	1.559865	X[]= -13.885891 -13.881213 -13.954117 -14.022378 -14.245740 -14.589352 -15.007672 Y[]= 6.182397 5.892225 5.637829 5.382687 5.185025 5.023517 4.876288
1176887334157684	1	D	3	1.574303	129	-15.378240	6.471800	12.780513	3.804297	1.559865	X[]= -13.529608 -13.568242 -13.657418 -13.714296 -13.992023 -14.400248 Y[]= 6.023770 5.759377 5.517955 5.264425 5.092680 4.958403
1176887334183378	1	D	3	1.590805	130	-14.968131	6.607505	12.312973	3.804297	1.559865	X[]= -13.209867 -13.273680 -13.342176 -13.490237 -13.747703 -14.258420 Y[]= 5.881412 5.634343 5.390589 5.178417 5.003755 4.909568
1176887334210248	1	D	3	1.598348	131	-14.767918	6.368522	12.772831	3.804297	1.559865	X[]= -12.887697 -12.899262 -12.960708 -13.064021 -13.182156 -13.522177 -13.965309 Y[]= 6.009632 5.743121 5.501494 5.278207 5.060155 4.921670 4.808642
1176887334238265	1	D	3	1.685428	132	-14.317444	6.537222	12.325232	3.804297	1.559865	X[]= -12.543300 -12.588656 -12.638532 -12.785865 -12.967432 -13.371826 -13.719475 Y[]= 5.849037 5.604831 5.364738 5.165825 4.977731 4.866947 4.723994
1176887334263269	1	D	3	1.695793	133	-14.147615	6.306102	12.236549	3.804297	1.559865	X[]= -12.187647 -12.235155 -12.259780 -12.380790 -12.479895 -12.743373 Y[]= 5.944313 5.705347 5.458406 5.255334 5.042205 4.891723
1176887334290241	1	D	3	1.722970	134	-13.681927	6.396080	12.332953	3.804297	1.559865	X[]= -11.873069 -11.917947 -11.976581 -12.077024 -12.229555 -12.528649 -12.948964 Y[]= 5.790883 5.557430 5.332317 5.126392 4.941061 4.809298 4.713038
1176887334317240	1	D	3	1.737467	135	-13.419791	6.244587	12.332953	3.804297	1.559865	X[]= -11.547445 -11.558491 -11.591677 -11.693382 -11.782462 -12.016303 -12.397948 -12.798613 Y[]= 5.883717 5.637453 5.405288 5.206229 5.001358 4.854901 4.759126 4.658314
1176887334343273	1	D	3	1.752424	136	-13.137664	6.246245	12.704034	3.804297	1.559865	X[]= -11.226682 -11.243914 -11.310721 -11.401047 -11.533926 -11.812322 Y[]= 5.720280 5.484023 5.274276 5.076073 4.895861 4.772488
1176887334370230	1	D	3	1.773547	137	-12.715664	6.243604	16.965915	3.804297	1.559865	X[]= -10.869085 -10.905920 -10.947311 -11.020703 -11.117848 -11.303800 -11.636157 -11.996508 Y[]= 5.779195 5.556844 5.339361 5.139038 4.949985 4.798178 4.701313 4.605028
1176887334397234	1	D	3	1.781843	138	-12.541178	6.133171	16.965915	3.804297	1.559865	X[]= -10.556660 -10.568883 -10.585158 -10.659697 -10.739747 -10.880326 -11.119699 Y[]= 5.851652 5.619575 5.393407 5.199082 5.008026 4.844233 4.720032
1176887334423222	1	D	3	1.805002	139	-12.022311	6.226652	16.965915	3.804297	1.559865	X[]= -10.206812 -10.242192 -10.282215 -10.381071 -10.467855 -10.661075 -10.944803 -11.283828 Y[]= 5.657728 5.445870 5.239050 5.063187 4.881241 4.746617 4.645793 4.558962
1176887334450831	1	D	3	1.816428	140	-11.745593	6.129776	12.782038	3.804297	1.559865	X[]= -9.890010 -9.909441 -9.941990 -10.006003 -10.084469 -10.232215 -10.469231 -10.825137 -11.144750 Y[]= 5.710000 5.492893 5.286250 5.098313 4.918524 4.771360 4.661202 4.594998 4.502771
1176887334477482	1	D	3	1.857503	141	-11.445170	6.055392	11.425124	3.804297	1.559865	X[]= -9.557415 -9.578241 -9.603324 -9.659447 -9.747611 -9.823819 -10.041890 -10.323064 -10.631831 Y[]= 5.742675 5.530000 5.323210 5.136019 4.966656 4.791397 4.682610 4.596124 4.512945
1176887334477482	1	D	3	1.810683	141	-11.886685	5.488156	15.292020	3.804297	1.559865	X[]= -11.543439 -12.407284 Y[]= 4.663852 4.762710
1176887334503250	1	D	3	1.879320	142	-11.127678	6.043788	12.746557	3.804297	1.559865	X[]= -9.235244 -9.257407 -9.257812 -9.314700 -9.368074 -9.471399 -9.626084 -9.860629 -10.512165 Y[]= 5.770821 5.562411 5.345000 5.163222 4.981093 4.825919 4.694955 4.598087 4.462149
1176887334503250	1	D	3	1.809801	142	-11.907974	5.494584	13.748043	3.804297	1.559865	X[]= -11.571255 -12.407284 Y[]= 4.675090 4.762710
1176887334530651	1	D	3	1.879206	143	-11.129364	5.465687	12.597984	3.804297	1.559865	X[]= -8.915068 -8.912985 -8.931683 -8.972023 -9.034822 -9.112019 -9.221918 -9.428350 -9.733746 -9.985052 -10.834342 -11.589798 Y[]= 5.789513 5.569451 5.366697 5.180000 5.008083 4.844947 4.698802 4.598513 4.538920 4.445632 4.598905 4.682582
1176887334557242	1	D	3	1.903893	144	-10.754282	5.471734	13.815033	3.804297	1.559865	X[]= -8.630281 -8.587987 -8.573766 -8.614531 -8.677575 -8.746197 -8.847135 -9.034806 -9.284542 -10.094677 -10.843547 -11.599070 Y[]= 5.821198 5.577104 5.357484 5.176133 5.010000 4.848096 4.704105 4.603464 4.528374 4.494440 4.602813 4.686328
1176887334584208	1	D	3	1.920051	145	-10.498462	5.436350	11.574503	3.804297	1.559865	X[]= -8.265244 -8.232343 -8.252518 -8.268469 -8.340238 -8.391786 -8.483811 -8.626398 -8.865515 -9.158711 -9.425601 -10.222574 -10.843547 -11.626886 Y[]= 5.787386 5.552786 5.359248 5.166713 5.011320 4.845000 4.702653 4.586737 4.517205 4.467002 4.395230 4.551383 4.602813 4.697567
1176887334610606	1	D	3	1.886890	146	-10.055107	5.421665	14.048326	3.804297	1.559865	X[]= -7.936457 -7.896626 -7.900728 -7.942210 -8.005574 -8.057373 -8.131979 -8.282649 -8.449808 -8.767504 -8.996928 -9.697493 -10.249980 -10.880367 Y[]= 5.766173 5.529277 5.329108 5.157732 5.002438 4.841358 4.695000 4.591147 4.492843 4.467267 4.388095 4.522015 4.563585 4.618442
1176887334637208	1	D	3	1.887607	147	-9.686753	5.426233	12.943499	3.804297	1.559865	X[]= -7.571065 -7.556219 -7.577156 -7.610565 -7.657062 -7.725718 -7.774507 -7.932793 -8.107725 -8.352684 -9.131748 -9.688430 -10.268251 -10.907983 Y[]= 5.705206 5.489914 5.305582 5.133391 4.972554 4.827564 4.671395 4.580000 4.494185 4.441201 4.453851 4.517789 4.571720 4.630164
1176887334664199	1	D	3	1.887492	148	-9.467073	5.387405	12.220412	3.804297	1.559865	X[]= -7.210298 -7.227651 -7.232612 -7.265879 -7.328692 -7.380301 -7.454343 -7.585931 -7.742267 -7.976532 -8.607123 -9.194663 -9.715619 -10.277386 -10.944803 Y[]= 5.633302 5.446426 5.254800 5.087623 4.943265 4.792824 4.657990 4.558087 4.470000 4.421464 4.385548 4.484537 4.530468 4.575787 4.645793
1176887334690825	1	D	3	1.886563	149	-9.138027	5.346213	13.249723	3.804297	1.559865	X[]= -6.885513 -6.887214 -6.900211 -6.941366 -6.995558 -7.055110 -7.128700 -7.250811 -7.405925 -7.621024 -8.184924 -8.722954 -9.185675 -9.724683 -10.304793 Y[]= 5.575779 5.380881 5.199682 5.043197 4.898343 4.758732 4.629432 4.530810 4.449929 4.400000 4.352001 4.444567 4.480153 4.534694 4.587989
1176887334717610	1	D	3	1.885547	150	-8.936653	5.310130	12.210002	3.804297	1.559865	X[]= -6.526699 -6.559112 -6.572010 -6.612702 -6.674390 -6.725238 -6.814689 -6.944192 -7.081202 -7.294494 -7.836593 -8.308537 -8.731864 -9.221627 -9.733746 -10.350470 Y[]= 5.476550 5.311464 5.134617 4.983028 4.849228 4.709063 4.596566 4.509611 4.424826 4.382974 4.343894 4.417727 4.449107 4.497688 4.538920 4.608326
1176887334744186	1	D	3	1.984898	151	-8.502592	5.303054	12.210002	3.804297	1.559865	X[]= -6.220122 -6.226354 -6.212620 -6.248254 -6.288326 -6.349152 -6.407415 -6.504067 -6.624010 -6.776458 -6.987916 -7.517101 -7.924055 -8.317366 -8.749684 -9.239603 -9.779061 Y[]= 5.600623 5.412487 5.213008 5.059736 4.912979 4.784429 4.655259 4.554197 4.467951 4.400683 4.366535 4.340000 4.392375 4.422422 4.458187 4.506455 4.560051
1176887334770631	1	D	3	2.008280	152	-8.205520	5.256139	12.210002	3.804297	1.559865	X[]= -5.858143 -5.878276 -5.894282 -5.921524 -5.976252 -6.020402 -6.093589 -6.197070 -6.323854 -6.483074 -6.692591 -7.200205 -7.560402 -7.941547 -8.326196 -8.758594 -9.230615 Y[]= 5.462807 5.292823 5.123821 4.968748 4.839474 4.703654 4.591849 4.502435 4.428010 4.372889 4.346219 4.326320 4.365000 4.402071 4.427117 4.462727 4.502072
1176887334797193	1	D	3	2.040117	153	-7.784859	5.272636	12.210002	3.804297	1.559865	X[]= -5.543717 -5.538916 -5.543661 -5.588449 -5.615039 -5.661068 -5.727566 -5.791879 -5.901916 -6.035267 -6.200981 -6.416751 -6.928553 -7.251635 -7.595043 -7.932801 -8.343855 -8.776414 -9.284542 Y[]= 5.543717 5.348869 5.169548 5.031862 4.881079 4.750200 4.638091 4.525112 4.447413 4.384878 4.341974 4.328153 4.329440 4.357222 4.385000 4.397223 4.436506 4.471806 4.528374
1176887334824161	1	D	3	2.060335	154	-7.506925	5.226533	12.210002	3.804297	1.559865	X[]= -5.203647 -5.202991 -5.204306 -5.229600 -5.265747 -5.313486 -5.350891 -5.423595 -5.525508 -5.626397 -5.774135 -5.946275 -6.160023 -6.375299 -6.659044 -6.953994 -7.260207 -7.603703 -7.959039 -8.343855 -8.794234 Y[]= 5.580229 5.387855 5.204306 5.050166 4.910388 4.784284 4.651459 4.550936 4.474468 4.395823 4.351123 4.320222 4.313295 4.300193 4.324434 4.345338 4.362372 4.390000 4.411768 4.436506 4.480886
1176887334850574	1	D	3	2.086202	155	-7.137473	5.211863	12.470769	3.804297	1.559865	X[]= -4.857888 -4.869468 -4.883448 -4.921463 -4.963445 -5.009773 -5.068248 -5.169761 -5.247404 -5.377850 -5.516075 -5.702258 -6.119066 -6.400170 -6.667431 -6.953994 -7.268779 -7.603703 -7.950293 -8.370343 Y[]= 5.395231 5.221865 5.056959 4.921463 4.793143 4.671689 4.563471 4.494004 4.403095 4.354897 4.309630 4.296959 4.284616 4.316969 4.329880 4.345338 4.367523 4.390000 4.406919 4.450590
1176887334877255	1	D	2	2.103821	156	-6.875889	5.175667	13.030773	3.804297	1.559865	X[]= -4.525225 -4.526807 -4.543397 -4.589849 -4.619478 -4.673976 -4.711676 -4.797680 -4.889893 -4.996177 -5.132498 -5.300135 -5.484555 -5.670312 -5.897734 -6.151832 -6.400170 -6.684204 -6.962475 -7.277350 -7.603703 -7.985278 Y[]= 5.392953 5.207496 5.045953 4.922010 4.783610 4.673976 4.550012 4.473909 4.402879 4.343111 4.306677 4.291965 4.285004 4.272887 4.284954 4.307559 4.316969
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