outil/src/ot_chaine.cpp

#include "gestionversion.h"
#include "ot_chaine.h"
#include <string.h>
#include <stdlib.h>
#include <string>
#include <iostream>
#include <stdio.h>
#include <math.h>
#include <locale>


OT_CHAINE::OT_CHAINE()
{
transpose[0]='0';
transpose[1]='1';
transpose[2]='2';
transpose[3]='3';
transpose[4]='4';
transpose[5]='5';
transpose[6]='6';
transpose[7]='7';
transpose[8]='8';
transpose[9]='9';
transpose[10]='A';
transpose[11]='B';
transpose[12]='C';
transpose[13]='D';
transpose[14]='E';
transpose[15]='F';
transpose[16]='G';
transpose[17]='H';
transpose[18]='I';
transpose[19]='J';
transpose[20]='K';
transpose[21]='L';
transpose[22]='M';
transpose[23]='N';
transpose[24]='O';
transpose[25]='P';
transpose[26]='Q';
transpose[27]='R';
transpose[28]='S';
transpose[29]='T';
transpose[30]='U';
transpose[31]='V';
transpose[32]='W';
transpose[33]='X';
transpose[34]='Y';
transpose[35]='Z';
digit['0']=0;  
digit['1']=1;  
digit['2']=2;  
digit['3']=3;  
digit['4']=4;  
digit['5']=5;  
digit['6']=6;  
digit['7']=7;  
digit['8']=8;  
digit['9']=9;  
digit['A']=10;  
digit['B']=11;  
digit['C']=12;  
digit['D']=13;  
digit['E']=14;  
digit['F']=15;  
digit['G']=16;  
digit['H']=17;  
digit['I']=18;  
digit['J']=19;  
digit['K']=20;  
digit['L']=21;  
digit['M']=22;  
digit['N']=23;  
digit['O']=24;  
digit['P']=25;  
digit['Q']=26;  
digit['R']=27;  
digit['S']=28;  
digit['T']=29;  
digit['U']=30;  
digit['V']=31;  
digit['W']=32;  
digit['X']=33;  
digit['Y']=34;  
digit['Z']=35;  
}


OT_CHAINE::OT_CHAINE(OT_CHAINE& mdd)
{

}


OT_CHAINE::~OT_CHAINE()
{

}


void OT_CHAINE::ini_mg_fprintf(int pos,char c)
{
longmax=pos;
charseparateur=c;
}


void OT_CHAINE::mg_fprintf(FILE* in,char* message)
{
std::string   chaine=message;
int lon=chaine.length();
while (lon>longmax)
    {
    int pos=chaine.rfind(charseparateur,longmax);
    std::string chaine1=chaine.substr(0,pos);
    chaine=chaine.substr(pos);
    lon=chaine.length();
    fprintf(in,"%s\n",chaine1.c_str());  
    }  
fprintf(in,"%s",chaine.c_str());  
  
  
}

std::string OT_CHAINE::get_base(unsigned long val,int base)
{
std::string res="";
do 
{
  int reste=val%base;
  val=val/base;
  res=transpose[reste]+res;
}
while  (val!=0);
return res;
}


unsigned long  OT_CHAINE::get_base(std::string val,int base)
{
unsigned long res=0;
int taille=val.size();
for (int i=taille-1;i>-1;i--)
  res=res+digit[val[i]]*pow(base,taille-i-1);


return res;
}

long unsigned int OT_CHAINE::atoi(std::string val, int base)
{
unsigned long res=0;
if (base==10) res=atol(val.c_str());
else res=get_base(val,base);
return res;
}

  
std::vector< std::string> OT_CHAINE::split(std::string chaine, char c)
{
std::vector<std::string> arg;
int pos;  
do
{  
pos=chaine.find(c);
std::string chaine1=chaine.substr(0,pos);
arg.push_back(chaine1);  
if (pos!=std::string::npos)
  chaine=chaine.substr(pos+1);
}
while (pos!=std::string::npos);
return arg;  
}


std::string OT_CHAINE::upcase(std::string chaine)
{
 std::locale loc;
 for (std::string::size_type i=0; i<chaine.length(); ++i)
    chaine[i]= std::toupper(chaine[i],loc);
  return chaine;
  
}
    
Revision:	775
Committed:	Mon Jan 25 22:49:10 2016 UTC (9 years, 3 months ago) by francois
File size:	3114 byte(s)
Log Message:	debug conditions aux limites pour les sommets dans une geometrie virtuelle
#	User	Rev	Content
1	francois	708	#include "gestionversion.h"
2			#include "ot_chaine.h"
3			#include <string.h>
4	francois	773	#include <stdlib.h>
5	francois	708	#include <string>
6			#include <iostream>
7			#include <stdio.h>
8	francois	757	#include <math.h>
9	francois	775	#include <locale>
10	francois	708
11
12
13
14
15			OT_CHAINE::OT_CHAINE()
16			{
17	francois	749	transpose[0]='0';
18			transpose[1]='1';
19			transpose[2]='2';
20			transpose[3]='3';
21			transpose[4]='4';
22			transpose[5]='5';
23			transpose[6]='6';
24			transpose[7]='7';
25			transpose[8]='8';
26			transpose[9]='9';
27			transpose[10]='A';
28			transpose[11]='B';
29			transpose[12]='C';
30			transpose[13]='D';
31			transpose[14]='E';
32			transpose[15]='F';
33			transpose[16]='G';
34			transpose[17]='H';
35			transpose[18]='I';
36			transpose[19]='J';
37			transpose[20]='K';
38			transpose[21]='L';
39			transpose[22]='M';
40			transpose[23]='N';
41			transpose[24]='O';
42			transpose[25]='P';
43			transpose[26]='Q';
44			transpose[27]='R';
45			transpose[28]='S';
46			transpose[29]='T';
47			transpose[30]='U';
48			transpose[31]='V';
49			transpose[32]='W';
50			transpose[33]='X';
51			transpose[34]='Y';
52			transpose[35]='Z';
53	francois	757	digit['0']=0;
54			digit['1']=1;
55			digit['2']=2;
56			digit['3']=3;
57			digit['4']=4;
58			digit['5']=5;
59			digit['6']=6;
60			digit['7']=7;
61			digit['8']=8;
62			digit['9']=9;
63			digit['A']=10;
64			digit['B']=11;
65			digit['C']=12;
66			digit['D']=13;
67			digit['E']=14;
68			digit['F']=15;
69			digit['G']=16;
70			digit['H']=17;
71			digit['I']=18;
72			digit['J']=19;
73			digit['K']=20;
74			digit['L']=21;
75			digit['M']=22;
76			digit['N']=23;
77			digit['O']=24;
78			digit['P']=25;
79			digit['Q']=26;
80			digit['R']=27;
81			digit['S']=28;
82			digit['T']=29;
83			digit['U']=30;
84			digit['V']=31;
85			digit['W']=32;
86			digit['X']=33;
87			digit['Y']=34;
88			digit['Z']=35;
89	francois	708	}
90
91
92
93
94			OT_CHAINE::OT_CHAINE(OT_CHAINE& mdd)
95			{
96
97			}
98
99
100
101			OT_CHAINE::~OT_CHAINE()
102			{
103
104			}
105
106
107
108			void OT_CHAINE::ini_mg_fprintf(int pos,char c)
109			{
110			longmax=pos;
111			charseparateur=c;
112			}
113
114
115			void OT_CHAINE::mg_fprintf(FILE* in,char* message)
116			{
117			std::string chaine=message;
118			int lon=chaine.length();
119			while (lon>longmax)
120			{
121			int pos=chaine.rfind(charseparateur,longmax);
122			std::string chaine1=chaine.substr(0,pos);
123			chaine=chaine.substr(pos);
124			lon=chaine.length();
125			fprintf(in,"%s\n",chaine1.c_str());
126			}
127			fprintf(in,"%s",chaine.c_str());
128
129
130			}
131	francois	749
132			std::string OT_CHAINE::get_base(unsigned long val,int base)
133			{
134			std::string res="";
135			do
136			{
137			int reste=val%base;
138			val=val/base;
139			res=transpose[reste]+res;
140			}
141			while (val!=0);
142			return res;
143			}
144	francois	757
145
146
147			unsigned long OT_CHAINE::get_base(std::string val,int base)
148			{
149			unsigned long res=0;
150			int taille=val.size();
151			for (int i=taille-1;i>-1;i--)
152			res=res+digit[val[i]]*pow(base,taille-i-1);
153
154
155			return res;
156			}
157
158			long unsigned int OT_CHAINE::atoi(std::string val, int base)
159			{
160			unsigned long res=0;
161			if (base==10) res=atol(val.c_str());
162			else res=get_base(val,base);
163			return res;
164			}
165
166	francois	711
167			std::vector< std::string> OT_CHAINE::split(std::string chaine, char c)
168			{
169			std::vector<std::string> arg;
170			int pos;
171			do
172			{
173			pos=chaine.find(c);
174			std::string chaine1=chaine.substr(0,pos);
175			arg.push_back(chaine1);
176			if (pos!=std::string::npos)
177			chaine=chaine.substr(pos+1);
178			}
179			while (pos!=std::string::npos);
180			return arg;
181			}
182	francois	775
183
184			std::string OT_CHAINE::upcase(std::string chaine)
185			{
186			std::locale loc;
187			for (std::string::size_type i=0; i<chaine.length(); ++i)
188			chaine[i]= std::toupper(chaine[i],loc);
189			return chaine;
190
191			}
192