The EGL Float type is a value type that lets you create a 64-bit double-precision floating-point value. In Eclipse IDE for EGL Developers, the type definition for Float is EFloat.
eglx.lang
externalType EFloat extends ENumber type ClassType /** * {@Operation +} A unary plus (has no effect on the numeric value). */ static function $Plus(value EFloat in) returns (EFloat) {@Operation{"+"}}; /** * {@Operation +} Adds two numbers. */ static function $Plus(lvalue EFloat in, rvalue EFloat in) returns (EFloat) {@Operation{"+"}}; /** * {@Operation -} Negates the value. */ static function $Minus(value EFloat in) returns (EFloat) {@Operation{"-"}}; /** * {@Operation -} Subtracts one number from another. */ static function $Minus(lvalue EFloat in, rvalue EFloat in) returns (EFloat) {@Operation{"-"}}; /** * {@Operation *} Multiplies two numbers. */ static function $Multiply(value EFloat in, rvalue EFloat in) returns (EFloat) {@Operation{"*"}}; /** * {@Operation /} Divides one number by another. */ static function $Divide(value EFloat in, rvalue EFloat in) returns (EFloat) {@Operation{"/"}}; /** * {@Operation %} Computes the remainder of dividing one number by another. */ static function $Modulo(lvalue EFloat in, rvalue EFloat in) returns (EFloat) {@Operation{"%"}}; /** * {@Operation **} Computes lvalue to the power of rvalue. */ static function $PowerOf(value EFloat in, rvalue EFloat in) returns (EFloat) {@Operation{"**"}}; /** * {@Operation <} Compares two numbers. */ static function $LT(lvalue EFloat in, rvalue EFloat in) returns (EBoolean) {@Operation{"<"}}; /** * {@Operation >} Compares two numbers. */ static function $GT(lvalue EFloat in, rvalue EFloat in) returns (EBoolean) {@Operation{">"}}; /** * {@Operation <=} Compares two numbers. */ static function $LTE(lvalue EFloat in, rvalue EFloat in) returns (EBoolean) {@Operation{"<="}}; /** * {@Operation >=} Compares two numbers. */ static function $GTE(lvalue EFloat in, rvalue EFloat in) returns (EBoolean) {@Operation{">="}}; /** * {@Operation ==} Compares two numbers. */ static function $EQ(lvalue EFloat in, rvalue EFloat in) returns(EBoolean) {@Operation{"=="}}; /** * {@Operation !=} Compares two numbers. */ static function $NEQ(lvalue EFloat in, rvalue EFloat in) returns(EBoolean) {@Operation{"!="}}; /** * {@Operation narrow} Converts a string to a float. The string is parsed * as follows: It may begin with an optional + or - sign. After the sign there * must be a sequence of one or more digit characters. They may be followed by * a decimal point (a period) and one or more digit characters. It may end with * an exponent, which is the letter e or E, followed by an optional negative sign, * followed by one or more digit characters. * * @throws TypeCastException if the string can't be parsed into a float. */ static function asFloat(value EString in) returns(EFloat) {@Operation{"narrow"}}; static function asFloat(value ESmallint in) returns(EFloat) {@Operation{"widen"}}; static function asFloat(value ESmallfloat in) returns(EFloat) {@Operation{"widen"}}; static function asFloat(value EDecimal in) returns(EFloat) {@Operation{"widen"}}; static function asFloat(value EInt in) returns(EFloat) {@Operation{"widen"}}; static function asFloat(value EBigint in) returns(EFloat) {@Operation{"narrow"}}; static function asFloat(value ENumber in) returns(EFloat) {@Operation{"narrow"}}; static function asNumber(value EFloat in) returns(ENumber) {@Operation{"widen"}}; end
In Java output, positive values range from 4.9e-324 to 1.7976931348623157e308.
Target | Issue |
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Java | No issues. |
JavaScript | No issues. |