5.6.1 Arithmetic ¶

Operator: + = (l int a) l int ¶

Monadic operator that yields the affirmation of its operand.

Operator: - = (l int a) l int ¶

Monadic operator that yields the negative of its operand.

Operator: abs = (l int a) l int ¶

Monadic operator that yields the absolute value of its operand.

Operator: sign = (l int a) int ¶

Monadic operator that yields -1 if a if negative, 0 if a is zero and 1 if a is positive.

Operator: odd = (l int a) bool ¶

Monadic operator that yields true if its operand is odd, false otherwise.

Operator: + = (l int a, b) l int ¶

Dyadic operator that yields the addition of its operands.

Operator: - = (l int a, b) l int ¶

Dyadic operator that yields b subtracted from a.

Operator: * = (l int a, b) l int ¶

Dyadic operator that yields the multiplication of its operands.

Operator: over = (l int a, b) l int ¶

Operator: % = (l int a, b) l int ¶

Dyadic operator that yields the integer division of a by b, rounding the quotient toward zero.

Operator: mod = (l int a, b) l int ¶

Operator: %* = (l int a, b) l int ¶

Dyadic operator that yields the remainder of the division of a by b.

Operator: / = (l int a, b) l real ¶

Dyadic operator that yields the integer division with real result of a by b.

Operator: ** = (l int a, b) l int ¶

Operator: ^ = (l int a, b) l int ¶

Dyadic operator that yields a raised to the exponent b.

5.6.2 Arithmetic combined with assignation ¶

Operator: plusab = (ref l int a, l int b) ref l int ¶

Operator: +:= = (ref l int a, l int b) ref l int ¶

Plus and become. Dyadic operator that calculates a + b, assigns the result of the operation to the name a and then yields a.

Operator: minusab = (ref l int a, l int b) ref l int ¶

Operator: -:= = (ref l int a, l int b) ref l int ¶

Dyadic operator that calculates a - b, assigns the result of the operation to the name a and then yields a.

Operator: timesab = (ref l int a, l int b) ref l int ¶

Operator: *:= = (ref l int a, l int b) ref l int ¶

Dyadic operator that calculates a * b, assigns the result of the operation to the name a and then yields a.

Operator: overab = (ref l int a, l int b) ref l int ¶

Operator: %:= = (ref l int a, l int b) ref l int ¶

Dyadic operator that calculates a % b, assigns the result of the operation to the name a and then yields a.

Operator: modab = (ref l int a, l int b) ref l int ¶

Operator: %*:= = (ref l int a, l int b) ref l int ¶

Dyadic operator that calculates a %* b, assigns the result of the operation to the name a and then yields a.

5.6.3 Relational ¶

Operator: eq = (l int a, b) bool ¶

Operator: = = (l int a, b) bool ¶

Dyadic operator that yields whether its operands are equal.

Operator: ne = (l int a, b) bool ¶

Operator: /= = (l int a, b) bool ¶

Dyadic operator that yields whether its operands are not equal.

Operator: lt = (l int a, b) bool ¶

Operator: < = (l int a, b) bool ¶

Dyadic operator that yields whether a is less than b.

Operator: le = (l int a, b) bool ¶

Operator: <= = (l int a, b) bool ¶

Dyadic operator that yields whether a is less than, or equal to b.

Operator: gt = (l int a, b) bool ¶

Operator: > = (l int a, b) bool ¶

Dyadic operator that yields whether a is greater than b.

Operator: ge = (l int a, b) bool ¶

Operator: >= = (l int a, b) bool ¶

Dyadic operator that yields whether a is greater than, or equal to b.

5.6.4 Conversion ¶

Operator: shorten = (short int a) short short int ¶

Operator: shorten = (int a) short int ¶

Operator: shorten = (long int a) int ¶

Operator: shorten = (long long int a) long int ¶

Monadic operator that yields, if it exists, the integral value that can be lengthened to the value of a. If the value doesn’t exist then the operator yields either the most positive integral value in the destination mode, if a is bigger than that value, or the most negative integral value in the destination mode, if a is smaller than that value.

Operator: leng = (short short int a) short int ¶

Operator: leng = (short int a) int ¶

Operator: leng = (int a) long int ¶

Operator: leng = (long int a) long long int ¶

Monadic operator that yields the integral value lengthened from the value of a.