CharUnicodeInfo.GetNumericValue Méthode
Définition
Important
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Obtient la valeur numérique associée à un caractère Unicode.
Surcharges
| GetNumericValue(Char) |
Obtient la valeur numérique associée au caractère spécifié. |
| GetNumericValue(String, Int32) |
Obtient la valeur numérique associée au caractère à l’index spécifié de la chaîne spécifiée. |
GetNumericValue(Char)
- Source:
- CharUnicodeInfo.cs
- Source:
- CharUnicodeInfo.cs
- Source:
- CharUnicodeInfo.cs
Obtient la valeur numérique associée au caractère spécifié.
public:
static double GetNumericValue(char ch);public static double GetNumericValue (char ch);static member GetNumericValue : char -> doublePublic Shared Function GetNumericValue (ch As Char) As DoubleParamètres
- ch
- Char
Caractère Unicode pour lequel obtenir la valeur numérique.
Retours
Valeur numérique associée au caractère spécifié.
- ou -
-1, si le caractère spécifié n’est pas un caractère numérique.
Exemples
L’exemple de code suivant montre les valeurs retournées par chaque méthode pour différents types de caractères.
using namespace System;
using namespace System::Globalization;
void PrintProperties( Char c );
int main()
{
Console::WriteLine( " c Num Dig Dec UnicodeCategory" );
Console::Write( "U+0061 LATIN SMALL LETTER A " );
PrintProperties( L'a' );
Console::Write( "U+0393 GREEK CAPITAL LETTER GAMMA " );
PrintProperties( L'\u0393' );
Console::Write( "U+0039 DIGIT NINE " );
PrintProperties( L'9' );
Console::Write( "U+00B2 SUPERSCRIPT TWO " );
PrintProperties( L'\u00B2' );
Console::Write( "U+00BC VULGAR FRACTION ONE QUARTER " );
PrintProperties( L'\u00BC' );
Console::Write( "U+0BEF TAMIL DIGIT NINE " );
PrintProperties( L'\u0BEF' );
Console::Write( "U+0BF0 TAMIL NUMBER TEN " );
PrintProperties( L'\u0BF0' );
Console::Write( "U+0F33 TIBETAN DIGIT HALF ZERO " );
PrintProperties( L'\u0F33' );
Console::Write( "U+2788 CIRCLED SANS-SERIF DIGIT NINE " );
PrintProperties( L'\u2788' );
}
void PrintProperties( Char c )
{
Console::Write( " {0,-3}", c );
Console::Write( " {0,-5}", CharUnicodeInfo::GetNumericValue( c ) );
Console::Write( " {0,-5}", CharUnicodeInfo::GetDigitValue( c ) );
Console::Write( " {0,-5}", CharUnicodeInfo::GetDecimalDigitValue( c ) );
Console::WriteLine( "{0}", CharUnicodeInfo::GetUnicodeCategory( c ) );
}
/*
This code produces the following output. Some characters might not display at the console.
c Num Dig Dec UnicodeCategory
U+0061 LATIN SMALL LETTER A a -1 -1 -1 LowercaseLetter
U+0393 GREEK CAPITAL LETTER GAMMA Γ -1 -1 -1 UppercaseLetter
U+0039 DIGIT NINE 9 9 9 9 DecimalDigitNumber
U+00B2 SUPERSCRIPT TWO ² 2 2 -1 OtherNumber
U+00BC VULGAR FRACTION ONE QUARTER ¼ 0.25 -1 -1 OtherNumber
U+0BEF TAMIL DIGIT NINE ௯ 9 9 9 DecimalDigitNumber
U+0BF0 TAMIL NUMBER TEN ௰ 10 -1 -1 OtherNumber
U+0F33 TIBETAN DIGIT HALF ZERO ༳ -0.5 -1 -1 OtherNumber
U+2788 CIRCLED SANS-SERIF DIGIT NINE ➈ 9 9 -1 OtherNumber
*/
using System;
using System.Globalization;
public class SamplesCharUnicodeInfo {
public static void Main() {
Console.WriteLine( " c Num Dig Dec UnicodeCategory" );
Console.Write( "U+0061 LATIN SMALL LETTER A " );
PrintProperties( 'a' );
Console.Write( "U+0393 GREEK CAPITAL LETTER GAMMA " );
PrintProperties( '\u0393' );
Console.Write( "U+0039 DIGIT NINE " );
PrintProperties( '9' );
Console.Write( "U+00B2 SUPERSCRIPT TWO " );
PrintProperties( '\u00B2' );
Console.Write( "U+00BC VULGAR FRACTION ONE QUARTER " );
PrintProperties( '\u00BC' );
Console.Write( "U+0BEF TAMIL DIGIT NINE " );
PrintProperties( '\u0BEF' );
Console.Write( "U+0BF0 TAMIL NUMBER TEN " );
PrintProperties( '\u0BF0' );
Console.Write( "U+0F33 TIBETAN DIGIT HALF ZERO " );
PrintProperties( '\u0F33' );
Console.Write( "U+2788 CIRCLED SANS-SERIF DIGIT NINE " );
PrintProperties( '\u2788' );
}
public static void PrintProperties( char c ) {
Console.Write( " {0,-3}", c );
Console.Write( " {0,-5}", CharUnicodeInfo.GetNumericValue( c ) );
Console.Write( " {0,-5}", CharUnicodeInfo.GetDigitValue( c ) );
Console.Write( " {0,-5}", CharUnicodeInfo.GetDecimalDigitValue( c ) );
Console.WriteLine( "{0}", CharUnicodeInfo.GetUnicodeCategory( c ) );
}
}
/*
This code produces the following output. Some characters might not display at the console.
c Num Dig Dec UnicodeCategory
U+0061 LATIN SMALL LETTER A a -1 -1 -1 LowercaseLetter
U+0393 GREEK CAPITAL LETTER GAMMA Γ -1 -1 -1 UppercaseLetter
U+0039 DIGIT NINE 9 9 9 9 DecimalDigitNumber
U+00B2 SUPERSCRIPT TWO ² 2 2 -1 OtherNumber
U+00BC VULGAR FRACTION ONE QUARTER ¼ 0.25 -1 -1 OtherNumber
U+0BEF TAMIL DIGIT NINE ௯ 9 9 9 DecimalDigitNumber
U+0BF0 TAMIL NUMBER TEN ௰ 10 -1 -1 OtherNumber
U+0F33 TIBETAN DIGIT HALF ZERO ༳ -0.5 -1 -1 OtherNumber
U+2788 CIRCLED SANS-SERIF DIGIT NINE ➈ 9 9 -1 OtherNumber
*/
Imports System.Globalization
Public Class SamplesCharUnicodeInfo
Public Shared Sub Main()
Console.WriteLine(" c Num Dig Dec UnicodeCategory")
Console.Write("U+0061 LATIN SMALL LETTER A ")
PrintProperties("a"c)
Console.Write("U+0393 GREEK CAPITAL LETTER GAMMA ")
PrintProperties(ChrW(&H0393))
Console.Write("U+0039 DIGIT NINE ")
PrintProperties("9"c)
Console.Write("U+00B2 SUPERSCRIPT TWO ")
PrintProperties(ChrW(&H00B2))
Console.Write("U+00BC VULGAR FRACTION ONE QUARTER ")
PrintProperties(ChrW(&H00BC))
Console.Write("U+0BEF TAMIL DIGIT NINE ")
PrintProperties(ChrW(&H0BEF))
Console.Write("U+0BF0 TAMIL NUMBER TEN ")
PrintProperties(ChrW(&H0BF0))
Console.Write("U+0F33 TIBETAN DIGIT HALF ZERO ")
PrintProperties(ChrW(&H0F33))
Console.Write("U+2788 CIRCLED SANS-SERIF DIGIT NINE ")
PrintProperties(ChrW(&H2788))
End Sub
Public Shared Sub PrintProperties(c As Char)
Console.Write(" {0,-3}", c)
Console.Write(" {0,-5}", CharUnicodeInfo.GetNumericValue(c))
Console.Write(" {0,-5}", CharUnicodeInfo.GetDigitValue(c))
Console.Write(" {0,-5}", CharUnicodeInfo.GetDecimalDigitValue(c))
Console.WriteLine("{0}", CharUnicodeInfo.GetUnicodeCategory(c))
End Sub
End Class
'This code produces the following output. Some characters might not display at the console.
'
' c Num Dig Dec UnicodeCategory
'U+0061 LATIN SMALL LETTER A a -1 -1 -1 LowercaseLetter
'U+0393 GREEK CAPITAL LETTER GAMMA Γ -1 -1 -1 UppercaseLetter
'U+0039 DIGIT NINE 9 9 9 9 DecimalDigitNumber
'U+00B2 SUPERSCRIPT TWO ² 2 2 -1 OtherNumber
'U+00BC VULGAR FRACTION ONE QUARTER ¼ 0.25 -1 -1 OtherNumber
'U+0BEF TAMIL DIGIT NINE ௯ 9 9 9 DecimalDigitNumber
'U+0BF0 TAMIL NUMBER TEN ௰ 10 -1 -1 OtherNumber
'U+0F33 TIBETAN DIGIT HALF ZERO ༳ -0.5 -1 -1 OtherNumber
'U+2788 CIRCLED SANS-SERIF DIGIT NINE ➈ 9 9 -1 OtherNumber
Remarques
La valeur numérique est une propriété de caractère Unicode qui s’applique uniquement aux caractères numériques, qui incluent des fractions, des indices, des exposants, des chiffres romains, des numérateurs monétaires, des nombres encerclés et des chiffres spécifiques au script. Pour plus d’informations sur les caractères Unicode, consultez La norme Unicode.
La GetNumericValue(Char) méthode suppose que ch correspond à un caractère linguistique unique et vérifie si ce caractère peut être converti en chiffre décimal. Toutefois, certains nombres de la norme Unicode sont représentés par deux Char objets qui forment une paire de substitution. Par exemple, le système de numérotation Égée se compose de points de code U+10107 à U+10133. L’exemple suivant utilise la ConvertFromUtf32 méthode pour instancier une chaîne qui représente LA VALEUR ÉGÉE NUMÉRO UN. Comme le montre la sortie de l’exemple, la GetNumericValue(Char) méthode retourne -1 s’il est passé un substitut élevé ou un substitut faible de ce caractère.
int utf32 = 0x10107; // AEGEAN NUMBER ONE
string surrogate = Char.ConvertFromUtf32(utf32);
foreach (var ch in surrogate)
Console.WriteLine($"U+{(ushort)ch:X4}: {System.Globalization.CharUnicodeInfo.GetNumericValue(ch)} ");
// The example displays the following output:
// U+D800: -1
// U+DD07: -1
Dim utf32 As Integer = &h10107 ' AEGEAN NUMBER ONE
Dim surrogate As String = Char.ConvertFromUtf32(utf32)
For Each ch In surrogate
Console.WriteLine("U+{0:X4}: {1} ", Convert.ToUInt16(ch),
System.Globalization.CharUnicodeInfo.GetNumericValue(ch))
Next
' The example displays the following output:
' U+D800: -1
' U+DD07: -1
S’applique à
GetNumericValue(String, Int32)
- Source:
- CharUnicodeInfo.cs
- Source:
- CharUnicodeInfo.cs
- Source:
- CharUnicodeInfo.cs
Obtient la valeur numérique associée au caractère à l’index spécifié de la chaîne spécifiée.
public:
static double GetNumericValue(System::String ^ s, int index);public static double GetNumericValue (string s, int index);static member GetNumericValue : string * int -> doublePublic Shared Function GetNumericValue (s As String, index As Integer) As DoubleParamètres
- index
- Int32
Index du caractère Unicode pour lequel obtenir la valeur numérique.
Retours
Valeur numérique associée au caractère à l’index spécifié de la chaîne spécifiée.
- ou -
-1, si le caractère à l’index spécifié de la chaîne spécifiée n’est pas un caractère numérique.
Exceptions
s a la valeur null.
index est en dehors de la plage des index valides dans s.
Exemples
L’exemple de code suivant montre les valeurs retournées par chaque méthode pour différents types de caractères.
using namespace System;
using namespace System::Globalization;
int main()
{
// The String to get information for.
String^ s = "a9\u0393\u00B2\u00BC\u0BEF\u0BF0\u2788";
Console::WriteLine( "String: {0}", s );
// Print the values for each of the characters in the string.
Console::WriteLine( "index c Num Dig Dec UnicodeCategory" );
for ( int i = 0; i < s->Length; i++ )
{
Console::Write( "{0,-5} {1,-3}", i, s[ i ] );
Console::Write( " {0,-5}", CharUnicodeInfo::GetNumericValue( s, i ) );
Console::Write( " {0,-5}", CharUnicodeInfo::GetDigitValue( s, i ) );
Console::Write( " {0,-5}", CharUnicodeInfo::GetDecimalDigitValue( s, i ) );
Console::WriteLine( "{0}", CharUnicodeInfo::GetUnicodeCategory( s, i ) );
}
}
/*
This code produces the following output. Some characters might not display at the console.
String: a9Γ²¼௯௰➈
index c Num Dig Dec UnicodeCategory
0 a -1 -1 -1 LowercaseLetter
1 9 9 9 9 DecimalDigitNumber
2 Γ -1 -1 -1 UppercaseLetter
3 ² 2 2 -1 OtherNumber
4 ¼ 0.25 -1 -1 OtherNumber
5 ௯ 9 9 9 DecimalDigitNumber
6 ௰ 10 -1 -1 OtherNumber
7 ➈ 9 9 -1 OtherNumber
*/
using System;
using System.Globalization;
public class SamplesCharUnicodeInfo {
public static void Main() {
// The String to get information for.
String s = "a9\u0393\u00B2\u00BC\u0BEF\u0BF0\u2788";
Console.WriteLine( "String: {0}", s );
// Print the values for each of the characters in the string.
Console.WriteLine( "index c Num Dig Dec UnicodeCategory" );
for ( int i = 0; i < s.Length; i++ ) {
Console.Write( "{0,-5} {1,-3}", i, s[i] );
Console.Write( " {0,-5}", CharUnicodeInfo.GetNumericValue( s, i ) );
Console.Write( " {0,-5}", CharUnicodeInfo.GetDigitValue( s, i ) );
Console.Write( " {0,-5}", CharUnicodeInfo.GetDecimalDigitValue( s, i ) );
Console.WriteLine( "{0}", CharUnicodeInfo.GetUnicodeCategory( s, i ) );
}
}
}
/*
This code produces the following output. Some characters might not display at the console.
String: a9Γ²¼௯௰➈
index c Num Dig Dec UnicodeCategory
0 a -1 -1 -1 LowercaseLetter
1 9 9 9 9 DecimalDigitNumber
2 Γ -1 -1 -1 UppercaseLetter
3 ² 2 2 -1 OtherNumber
4 ¼ 0.25 -1 -1 OtherNumber
5 ௯ 9 9 9 DecimalDigitNumber
6 ௰ 10 -1 -1 OtherNumber
7 ➈ 9 9 -1 OtherNumber
*/
Imports System.Globalization
Public Class SamplesCharUnicodeInfo
Public Shared Sub Main()
' The String to get information for.
Dim s As [String] = "a9\u0393\u00B2\u00BC\u0BEF\u0BF0\u2788"
Console.WriteLine("String: {0}", s)
' Print the values for each of the characters in the string.
Console.WriteLine("index c Num Dig Dec UnicodeCategory")
Dim i As Integer
For i = 0 To s.Length - 1
Console.Write("{0,-5} {1,-3}", i, s(i))
Console.Write(" {0,-5}", CharUnicodeInfo.GetNumericValue(s, i))
Console.Write(" {0,-5}", CharUnicodeInfo.GetDigitValue(s, i))
Console.Write(" {0,-5}", CharUnicodeInfo.GetDecimalDigitValue(s, i))
Console.WriteLine("{0}", CharUnicodeInfo.GetUnicodeCategory(s, i))
Next i
End Sub
End Class
'This code produces the following output. Some characters might not display at the console.
'
'String: a9Γ²¼௯௰➈
'index c Num Dig Dec UnicodeCategory
'0 a -1 -1 -1 LowercaseLetter
'1 9 9 9 9 DecimalDigitNumber
'2 Γ -1 -1 -1 UppercaseLetter
'3 ² 2 2 -1 OtherNumber
'4 ¼ 0.25 -1 -1 OtherNumber
'5 ௯ 9 9 9 DecimalDigitNumber
'6 ௰ 10 -1 -1 OtherNumber
'7 ➈ 9 9 -1 OtherNumber
Remarques
La valeur numérique est une propriété de caractère Unicode qui s’applique uniquement aux caractères numériques, qui incluent des fractions, des indices, des exposants, des chiffres romains, des numérateurs monétaires, des nombres encerclés et des chiffres spécifiques au script. Pour plus d’informations sur les caractères Unicode, consultez La norme Unicode.
Si l’objet Char en position index est le premier caractère d’une paire de substitution valide, la GetNumericValue(String, Int32) méthode détermine si la paire de substitution forme un chiffre numérique et, le cas échéant, retourne sa valeur numérique. Par exemple, le système de numérotation Égée se compose de points de code U+10107 à U+10133. L’exemple suivant utilise la ConvertFromUtf32 méthode pour instancier une chaîne qui représente chaque nombre Égée. Comme le montre la sortie de l’exemple, la GetNumericValue(String, Int32) méthode retourne la valeur numérique correcte si elle passe le substitut élevé d’un nombre égéen. Toutefois, s’il est passé le substitut faible, il considère uniquement le substitut faible à l’isolement et retourne -1.
// Define a UTF32 value for each character in the
// Aegean numbering system.
for (int utf32 = 0x10107; utf32 <= 0x10133; utf32++) {
string surrogate = Char.ConvertFromUtf32(utf32);
for (int ctr = 0; ctr < surrogate.Length; ctr++)
Console.Write("U+{0:X4} at position {1}: {2} ",
Convert.ToUInt16(surrogate[ctr]), ctr,
System.Globalization.CharUnicodeInfo.GetNumericValue(surrogate, ctr));
Console.WriteLine();
}
// The example displays the following output:
// U+D800 at position 0: 1 U+DD07 at position 1: -1
// U+D800 at position 0: 2 U+DD08 at position 1: -1
// U+D800 at position 0: 3 U+DD09 at position 1: -1
// U+D800 at position 0: 4 U+DD0A at position 1: -1
// U+D800 at position 0: 5 U+DD0B at position 1: -1
// U+D800 at position 0: 6 U+DD0C at position 1: -1
// U+D800 at position 0: 7 U+DD0D at position 1: -1
// U+D800 at position 0: 8 U+DD0E at position 1: -1
// U+D800 at position 0: 9 U+DD0F at position 1: -1
// U+D800 at position 0: 10 U+DD10 at position 1: -1
// U+D800 at position 0: 20 U+DD11 at position 1: -1
// U+D800 at position 0: 30 U+DD12 at position 1: -1
// U+D800 at position 0: 40 U+DD13 at position 1: -1
// U+D800 at position 0: 50 U+DD14 at position 1: -1
// U+D800 at position 0: 60 U+DD15 at position 1: -1
// U+D800 at position 0: 70 U+DD16 at position 1: -1
// U+D800 at position 0: 80 U+DD17 at position 1: -1
// U+D800 at position 0: 90 U+DD18 at position 1: -1
// U+D800 at position 0: 100 U+DD19 at position 1: -1
// U+D800 at position 0: 200 U+DD1A at position 1: -1
// U+D800 at position 0: 300 U+DD1B at position 1: -1
// U+D800 at position 0: 400 U+DD1C at position 1: -1
// U+D800 at position 0: 500 U+DD1D at position 1: -1
// U+D800 at position 0: 600 U+DD1E at position 1: -1
// U+D800 at position 0: 700 U+DD1F at position 1: -1
// U+D800 at position 0: 800 U+DD20 at position 1: -1
// U+D800 at position 0: 900 U+DD21 at position 1: -1
// U+D800 at position 0: 1000 U+DD22 at position 1: -1
// U+D800 at position 0: 2000 U+DD23 at position 1: -1
// U+D800 at position 0: 3000 U+DD24 at position 1: -1
// U+D800 at position 0: 4000 U+DD25 at position 1: -1
// U+D800 at position 0: 5000 U+DD26 at position 1: -1
// U+D800 at position 0: 6000 U+DD27 at position 1: -1
// U+D800 at position 0: 7000 U+DD28 at position 1: -1
// U+D800 at position 0: 8000 U+DD29 at position 1: -1
// U+D800 at position 0: 9000 U+DD2A at position 1: -1
// U+D800 at position 0: 10000 U+DD2B at position 1: -1
// U+D800 at position 0: 20000 U+DD2C at position 1: -1
// U+D800 at position 0: 30000 U+DD2D at position 1: -1
// U+D800 at position 0: 40000 U+DD2E at position 1: -1
// U+D800 at position 0: 50000 U+DD2F at position 1: -1
// U+D800 at position 0: 60000 U+DD30 at position 1: -1
// U+D800 at position 0: 70000 U+DD31 at position 1: -1
// U+D800 at position 0: 80000 U+DD32 at position 1: -1
// U+D800 at position 0: 90000 U+DD33 at position 1: -1
' Define a UTF32 value for each character in the
' Aegean numbering system.
For utf32 As Integer = &h10107 To &h10133
Dim surrogate As String = Char.ConvertFromUtf32(utf32)
For ctr As Integer = 0 To surrogate.Length - 1
Console.Write("U+{0:X4} at position {1}: {2} ",
Convert.ToUInt16(surrogate(ctr)), ctr,
System.Globalization.CharUnicodeInfo.GetNumericValue(surrogate, ctr))
Next
Console.WriteLine()
Next
' The example displays the following output:
' U+D800 at position 0: 1 U+DD07 at position 1: -1
' U+D800 at position 0: 2 U+DD08 at position 1: -1
' U+D800 at position 0: 3 U+DD09 at position 1: -1
' U+D800 at position 0: 4 U+DD0A at position 1: -1
' U+D800 at position 0: 5 U+DD0B at position 1: -1
' U+D800 at position 0: 6 U+DD0C at position 1: -1
' U+D800 at position 0: 7 U+DD0D at position 1: -1
' U+D800 at position 0: 8 U+DD0E at position 1: -1
' U+D800 at position 0: 9 U+DD0F at position 1: -1
' U+D800 at position 0: 10 U+DD10 at position 1: -1
' U+D800 at position 0: 20 U+DD11 at position 1: -1
' U+D800 at position 0: 30 U+DD12 at position 1: -1
' U+D800 at position 0: 40 U+DD13 at position 1: -1
' U+D800 at position 0: 50 U+DD14 at position 1: -1
' U+D800 at position 0: 60 U+DD15 at position 1: -1
' U+D800 at position 0: 70 U+DD16 at position 1: -1
' U+D800 at position 0: 80 U+DD17 at position 1: -1
' U+D800 at position 0: 90 U+DD18 at position 1: -1
' U+D800 at position 0: 100 U+DD19 at position 1: -1
' U+D800 at position 0: 200 U+DD1A at position 1: -1
' U+D800 at position 0: 300 U+DD1B at position 1: -1
' U+D800 at position 0: 400 U+DD1C at position 1: -1
' U+D800 at position 0: 500 U+DD1D at position 1: -1
' U+D800 at position 0: 600 U+DD1E at position 1: -1
' U+D800 at position 0: 700 U+DD1F at position 1: -1
' U+D800 at position 0: 800 U+DD20 at position 1: -1
' U+D800 at position 0: 900 U+DD21 at position 1: -1
' U+D800 at position 0: 1000 U+DD22 at position 1: -1
' U+D800 at position 0: 2000 U+DD23 at position 1: -1
' U+D800 at position 0: 3000 U+DD24 at position 1: -1
' U+D800 at position 0: 4000 U+DD25 at position 1: -1
' U+D800 at position 0: 5000 U+DD26 at position 1: -1
' U+D800 at position 0: 6000 U+DD27 at position 1: -1
' U+D800 at position 0: 7000 U+DD28 at position 1: -1
' U+D800 at position 0: 8000 U+DD29 at position 1: -1
' U+D800 at position 0: 9000 U+DD2A at position 1: -1
' U+D800 at position 0: 10000 U+DD2B at position 1: -1
' U+D800 at position 0: 20000 U+DD2C at position 1: -1
' U+D800 at position 0: 30000 U+DD2D at position 1: -1
' U+D800 at position 0: 40000 U+DD2E at position 1: -1
' U+D800 at position 0: 50000 U+DD2F at position 1: -1
' U+D800 at position 0: 60000 U+DD30 at position 1: -1
' U+D800 at position 0: 70000 U+DD31 at position 1: -1
' U+D800 at position 0: 80000 U+DD32 at position 1: -1
' U+D800 at position 0: 90000 U+DD33 at position 1: -1
S’applique à
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