Decimal.op_Modulus メソッド
アセンブリ: mscorlib (mscorlib.dll 内)

戻り値
d1 を d2 で除算した結果の Decimal 剰余。


Decimal 値の複数のペアを作成し、各ペアの剰余を Modulus 演算子で計算するコード例を次に示します。
' Example of the Decimal multiplication, division, and modulus ' operators. Imports System Imports Microsoft.VisualBasic Module DecimalMulDivRemOpsDemo Const dataFmt As String = "{0,-38}{1,31}" ' Display Decimal parameters and their product, quotient, and ' remainder. Sub ShowDecimalProQuoRem( Left as Decimal, Right as Decimal ) Console.WriteLine( ) Console.WriteLine( dataFmt, "Decimal Left", Left ) Console.WriteLine( dataFmt, "Decimal Right", Right ) ' The op_Multiply, op_Division, and op_Modulus operators must ' be explicitly coded in Visual Basic. If binary *, /, or ' Mod are used, other methods are called. Console.WriteLine( dataFmt, _ "Decimal.op_Multiply( Left, Right )", _ Decimal.op_Multiply( Left, Right ) ) Console.WriteLine( dataFmt, _ "Decimal.op_Division( Left, Right )", _ Decimal.op_Division( Left, Right ) ) Console.WriteLine( dataFmt, _ "Decimal.op_Modulus( Left, Right )", _ Decimal.op_Modulus( Left, Right ) ) End Sub Sub Main( ) Console.WriteLine( _ "This example of the Decimal multiplication, " & _ "division, and modulus " & vbCrLf & "operators " & _ "generates the following output. It displays the " & _ "product, " & vbCrLf & "quotient, and remainder of " & _ "several pairs of Decimal objects." ) ' Create pairs of Decimal objects. ShowDecimalProQuoRem( 1000D, 7D ) ShowDecimalProQuoRem( -1000D, 7D ) ShowDecimalProQuoRem( _ new Decimal( 1230000000, 0, 0, False, 7 ), _ 0.0012300D ) ShowDecimalProQuoRem( 12345678900000000D, _ 0.0000000012345678D ) ShowDecimalProQuoRem( 123456789.0123456789D, _ 123456789.1123456789D ) End Sub End Module ' This example of the Decimal multiplication, division, and modulus ' operators generates the following output. It displays the product , ' quotient, and remainder of several pairs of Decimal objects. ' ' Decimal Left 1000 ' Decimal Right 7 ' Decimal.op_Multiply( Left, Right ) 7000 ' Decimal.op_Division( Left, Right ) 142.85714285714285714285714286 ' Decimal.op_Modulus( Left, Right ) 6 ' ' Decimal Left -1000 ' Decimal Right 7 ' Decimal.op_Multiply( Left, Right ) -7000 ' Decimal.op_Division( Left, Right ) -142.85714285714285714285714286 ' Decimal.op_Modulus( Left, Right ) -6 ' ' Decimal Left 123.0000000 ' Decimal Right 0.00123 ' Decimal.op_Multiply( Left, Right ) 0.151290000000 ' Decimal.op_Division( Left, Right ) 100000.00 ' Decimal.op_Modulus( Left, Right ) 0 ' ' Decimal Left 12345678900000000 ' Decimal Right 0.0000000012345678 ' Decimal.op_Multiply( Left, Right ) 15241577.6390794200000000 ' Decimal.op_Division( Left, Right ) 10000000729000059778004901.796 ' Decimal.op_Modulus( Left, Right ) 0.000000000983 ' ' Decimal Left 123456789.0123456789 ' Decimal Right 123456789.1123456789 ' Decimal.op_Multiply( Left, Right ) 15241578765584515.651425087878 ' Decimal.op_Division( Left, Right ) 0.9999999991899999933660999449 ' Decimal.op_Modulus( Left, Right ) 123456789.0123456789
// Example of the decimal multiplication, division, and modulus // operators. using System; class DecimalMulDivRemOpsDemo { const string dataFmt = " {0,-18}{1 ,31}"; // Display decimal parameters and their product, quotient, and // remainder. public static void ShowDecimalProQuoRem( decimal Left, decimal Right ) { Console.WriteLine( ); Console.WriteLine( dataFmt, "decimal Left", Left ); Console.WriteLine( dataFmt, "decimal Right", Right ); Console.WriteLine( dataFmt, "Left * Right", Left * Right ); Console.WriteLine( dataFmt, "Left / Right", Left / Right ); Console.WriteLine( dataFmt, "Left % Right", Left % Right ); } public static void Main( ) { Console.WriteLine( "This example of the decimal multiplication, division, " + "and modulus \noperators generates the following " + "output. It displays the product, \nquotient, and " + "remainder of several pairs of decimal objects." ); // Create pairs of decimal objects. ShowDecimalProQuoRem( 1000M, 7M ); ShowDecimalProQuoRem( -1000M, 7M ); ShowDecimalProQuoRem( new decimal( 1230000000, 0, 0, false, 7 ), 0.0012300M ); ShowDecimalProQuoRem( 12345678900000000M, 0.0000000012345678M ); ShowDecimalProQuoRem( 123456789.0123456789M, 123456789.1123456789M ); } } /* This example of the decimal multiplication, division, and modulus operators generates the following output. It displays the product, quotient, and remainder of several pairs of decimal objects. decimal Left 1000 decimal Right 7 Left * Right 7000 Left / Right 142.85714285714285714285714286 Left % Right 6 decimal Left -1000 decimal Right 7 Left * Right -7000 Left / Right -142.85714285714285714285714286 Left % Right -6 decimal Left 123.0000000 decimal Right 0.0012300 Left * Right 0.15129000000000 Left / Right 100000 Left % Right 0 decimal Left 12345678900000000 decimal Right 0.0000000012345678 Left * Right 15241577.6390794200000000 Left / Right 10000000729000059778004901.796 Left % Right 0.000000000983 decimal Left 123456789.0123456789 decimal Right 123456789.1123456789 Left * Right 15241578765584515.651425087878 Left / Right 0.9999999991899999933660999449 Left % Right 123456789.0123456789 */
// Example of the Decimal multiplication, division, and modulus // operators. using namespace System; // Display Decimal parameters and their product, quotient, and // remainder. void ShowDecimalProQuoRem( Decimal Left, Decimal Right ) { String^ dataFmt = " {0,-18}{1,31}"; Console::WriteLine(); Console::WriteLine( dataFmt, "Decimal Left", Left ); Console::WriteLine( dataFmt, "Decimal Right", Right ); Console::WriteLine( dataFmt, "Left * Right", Left * Right ); Console::WriteLine( dataFmt, "Left / Right", Left / Right ); Console::WriteLine( dataFmt, "Left % Right", Left % Right ); } int main() { Console::WriteLine( "This example of the Decimal multiplication, division, " "and modulus \noperators generates the following " "output. It displays the product, \nquotient, and " "remainder of several pairs of Decimal objects." ); // Create pairs of Decimal objects. ShowDecimalProQuoRem( Decimal::Parse( "1000" ), Decimal::Parse( "7" ) ); ShowDecimalProQuoRem( Decimal::Parse( "-1000" ), Decimal::Parse( "7" ) ); ShowDecimalProQuoRem( Decimal(1230000000,0,0,false,7), Decimal::Parse( "0.0012300" ) ); ShowDecimalProQuoRem( Decimal::Parse( "12345678900000000" ), Decimal::Parse( "0.0000000012345678" ) ); ShowDecimalProQuoRem( Decimal::Parse( "123456789.0123456789" ), Decimal::Parse( "123456789.1123456789" ) ); } /* This example of the Decimal multiplication, division, and modulus operators generates the following output. It displays the product, quotient, and remainder of several pairs of Decimal objects. Decimal Left 1000 Decimal Right 7 Left * Right 7000 Left / Right 142.85714285714285714285714286 Left % Right 6 Decimal Left -1000 Decimal Right 7 Left * Right -7000 Left / Right -142.85714285714285714285714286 Left % Right -6 Decimal Left 123.0000000 Decimal Right 0.0012300 Left * Right 0.15129000000000 Left / Right 100000 Left % Right 0 Decimal Left 12345678900000000 Decimal Right 0.0000000012345678 Left * Right 15241577.6390794200000000 Left / Right 10000000729000059778004901.796 Left % Right 0.000000000983 Decimal Left 123456789.0123456789 Decimal Right 123456789.1123456789 Left * Right 15241578765584515.651425087878 Left / Right 0.9999999991899999933660999449 Left % Right 123456789.0123456789 */
// Example of the decimal multiplication, division, and modulus // operators. import System.*; class DecimalMulDivRemOpsDemo { private static String dataFmt = " {0,-18}{1,31}"; // Display decimal parameters and their product, quotient, and // remainder. public static void ShowDecimalProQuoRem(System.Decimal left, System.Decimal right) { Console.WriteLine(); Console.WriteLine(dataFmt, "decimal Left", left); Console.WriteLine(dataFmt, "decimal Right", right); Console.WriteLine(dataFmt, "Left * Right", Decimal.Multiply(left, right)); Console.WriteLine(dataFmt, "Left / Right", Decimal.Divide(left, right)); Console.WriteLine(dataFmt, "Left % Right", Decimal.Remainder(left, right)); } //ShowDecimalProQuoRem public static void main(String[] args) { Console.WriteLine(("This example of the decimal multiplication," + " division, " + "and modulus \noperators generates the following " + "output. It displays the product, \nquotient, and " + "remainder of several pairs of decimal objects.")); // Create pairs of decimal objects. ShowDecimalProQuoRem(System.Convert.ToDecimal(1000), System.Convert.ToDecimal(7)); ShowDecimalProQuoRem(System.Convert.ToDecimal(-1000), System.Convert.ToDecimal(7)); ShowDecimalProQuoRem(new System.Decimal(1230000000, 0, 0, false, System.Convert.ToByte(7)), System.Convert.ToDecimal(0.0012300)); ShowDecimalProQuoRem(System.Convert.ToDecimal(12345678900000000D), System.Convert.ToDecimal(0.0000000012345678)); ShowDecimalProQuoRem(System.Convert.ToDecimal(123456789.0123456789), System.Convert.ToDecimal(123456789.1123456789)); } //main } //DecimalMulDivRemOpsDemo /* This example of the decimal multiplication, division, and modulus operators generates the following output. It displays the product, quotient, and remainder of several pairs of decimal objects. decimal Left 1000 decimal Right 7 Left * Right 7000 Left / Right 142.85714285714285714285714286 Left % Right 6 decimal Left -1000 decimal Right 7 Left * Right -7000 Left / Right -142.85714285714285714285714286 Left % Right -6 decimal Left 123.0000000 decimal Right 0.0012300 Left * Right 0.15129000000000 Left / Right 100000 Left % Right 0 decimal Left 12345678900000000 decimal Right 0.0000000012345678 Left * Right 15241577.6390794200000000 Left / Right 10000000729000059778004901.796 Left % Right 0.000000000983 decimal Left 123456789.0123456789 decimal Right 123456789.1123456789 Left * Right 15241578765584515.651425087878 Left / Right 0.9999999991899999933660999449 Left % Right 123456789.0123456789 */

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