*(+Number1, +Number2, -Result)- Evaluates the product Number1 * Number2 and unifies the resulting value with Result.
+(+Number, -Result)- Checks if Number is a number and unifies it with Result.
+(+Number1, +Number2, -Result)- Evaluates the sum Number1 + Number2 and unifies the resulting value with Result.
-(+Number, -Result)- Unifies the negative of Number with Result.
-(+Number1, +Number2, -Result)- Evaluates the difference Number1 - Number2 and unifies the resulting value with Result.
/(+Number1, +Number2, -Result)- Evaluates the quotient Number1 / Number2 and unifies the resulting value with Result.
//(+Number1, +Number2, -Result)- Evaluates the integer quotient Number1 // Number2 and unifies the resulting value with Result.
/\(+Number1, +Number2, -Result)- Evaluates the bitwise conjunction Number1 /\ Number2 and unifies the resulting value with Result.
+Expr1 < +Expr2- Succeed if the value of Expr1 is less than the value of Expr2.
<<(+Number1, +Number2, -Result)- Shifts Number1 left by Number2 bits and unifies the resulting value with Result.
+Expr1 =:= +Expr2- Succeed if the value of Expr1 is equal to the value of Expr2.
+Expr1 =< +Expr2- Succeed if the value of Expr1 is less than or equal to the value of Expr2.
+Expr1 =\= +Expr2- Succeed if the value of Expr1 is not equal to the value of Expr2.
+Expr1 > +Expr2- Succeed if the value of Expr1 is greater than the value of Expr2.
+Expr1 >= +Expr2- Succeed if the value of Expr1 is greater than or equal to the value of Expr2.
>>(+Number1, +Number2, -Result)- Shifts Number1 right arithmetically by Number2 bits and unifies the resulting value with Result.
\(+Number, -Result)- Evaluates the bitwise complement of Number and unifies the resulting value with Result.
\/(+Number1, +Number2, -Result)- Evaluates the bitwise disjunction Number1 \/ Number2 and unifies the resulting value with Result.
^(+Number1, +Number2, -Result)- Evaluates the expression Number1 "to the power of" Number2 and unifies the resulting value with Result.
abs(+Number, -Result)- Unifies the absolute value of Number with Result.
acos(+Number, -Result)- Evaluates the trigonometric function acos(Number) and unifies the resulting value with Result.
asin(+Number, -Result)- Evaluates the trigonometric function asin(Number) and unifies the resulting value with Result.
atan(+Number, -Result)- Evaluates the trigonometric function atan(Number) and unifies the resulting value with Result.
atan(+Y, +X, -Result)- Computes the arc tangent function of two variables and unifies the resulting value with Result.
between(+From, +To, +Step, -Result)- Generate integer values between From and To with Step increment.
breal(+Number, -Result)- Converts Number into a breal number and unifies it with Result.
breal_bounds(+Number, -Min, -Max)- Extracts lower and upper floating point bounds of Number
breal_from_bounds(+Lo, +Hi, -Result)- Constructs a bounded real from the given floating point bounds
breal_max(+Number, -Result)- Extracts the upper floating point bound of Number
breal_min(+Number, -Result)- Extracts the lower floating point bound of Number
ceiling(+Number, -Result)- Unifies Result with the least integral value that is greater than or equal to Number and of the same numeric type as Number.
clrbit(+Number, +Index, -Result)- Result is Number with the Index'th bit cleared.
copysign(+X, +Y, -Result)- Compose a number from magnitude and sign
cos(+Number, -Result)- Evaluates the trigonometric function cos(Number) and unifies the resulting value with Result.
denominator(+Number, -Result)- Extracts the denominator of the rational Number and unifies the resulting integer with Result.
div(+Number1, +Number2, -Result)- Evaluates the integer quotient Number1 div Number2 and unifies the resulting value with Result.
eval(+Expression, -Result)- Used to evaluate eval/1 terms in arithmetic expressions.
exp(+Number, -Result)- Evaluates the exponential function exp(Number) ("e to the power of Number") and unifies the resulting value with Result.
fix(+Number, -Result)- Unifies the integer part of Number with Result (Truncation towards zero).
float(+Number, -Result)- Converts Number to float and unifies the resulting value with Result.
floor(+Number, -Result)- Unifies Result with the greatest integral value that is less or equal than Number and of the same numeric type as Number.
frandom(-F)- Generates a random floating-point number F in the range <0, 1>.
gcd(+Number1, +Number2, -Result)- Unifies Results with the Greatest Common Divisor of Number1 and Number2
gcd(+Number1, +Number2, -U, -V, -GCD)- Unifies GCD with the Greatest Common Divisor of Number1 and Number2, and gives appropriate coefficients U and V for the corresponding Bezout equation
getbit(+Number, +Index, -Result)- Result is the Index'th bit of Number.
integer(+Number, -Result)- Convert an integral number of any type to an integer
?Result is +Expression- Evaluates the arithmetic expression Expression and unifies the resulting value with Result.
lcm(+Number1, +Number2, -Result)- Unifies Results with the Least Common Multiple of Number1 and Number2
ln(+Number, -Result)- Evaluates the natural logarithm ln(Number) and unifies the resulting value with Result.
max(+Vector, -Result)- Evaluates the the arithmetic expressions in Vector and unifies their maximum with Result.
max(+Number1, +Number2, -Maximum)- Unifies the maximum of Number1 and Number2 with Maximum.
min(+Vector, -Result)- Evaluates the the arithmetic expressions in Vector and unifies their minimum with Result.
min(+Number1, +Number2, -Minimum)- Unifies the minimum of Number1 and Number2 with Minimum.
mod(+Number1, +Number2, -Result)- Evaluates the modulus Number1 mod Number2 and unifies the resulting value with Result.
nexttoward(+X, +Y, -Result)- Next representable number
numerator(+Number, -Result)- Extracts the numerator of the rational Number and unifies the resulting integer with Result.
plus(?Add1, ?Add2, ?Sum)- Succeeds if Sum is the sum of integer arguments Add1 and Add2.
random(-N)- Generates a random integer N.
rational(+Number, -Result)- Converts Number into a rational number and unifies it with Result.
rationalize(+Number, -Result)- Converts Number into a compact rational number and unifies it with Result.
rem(+Number1, +Number2, -Result)- Evaluates the remainder Number1 rem Number2 and unifies the resulting value with Result.
round(+Number, -Result)- Rounds Number to the nearest integral value of the same type
seed(+Seed)- Sets the initial seed Seed for generating random numbers with random/1 or frandom/1.
setbit(+Number, +Index, -Result)- Result is Number with the Index'th bit set.
sgn(+Number, -Result)- Unifies Result with the sign of Number which is either -1, 0 or 1.
sin(+Number, -Result)- Evaluates the trigonometric function sin(Number) and unifies the resulting value with Result.
sqrt(+Number, -Result)- Evaluates the square root sqrt(Number) and unifies the resulting value with Result.
succ(?X, ?Y)- Successor relation over natural numbers.
sum(+Vector, -Result)- Computes the sum of the elements of Vector, or the scalar product of two vectors
tan(+Number, -Result)- Evaluates the trigonometric function tan(Number) and unifies the resulting value with Result.
times(?Factor1, ?Factor2, ?Product)- Succeeds if Product is the result of multiplying integer arguments Factor1 and Factor2.
truncate(+Number, -Result)- Unifies Result with the closest integer value between 0 and Number, and of the same numeric type as Number.
xor(+Number1, +Number2, -Result)- Evaluates the bitwise exclusive disjunction Number1 xor Number2 and unifies the resulting value with Result.

Generated from arithmetic.eci on 2019-02-25 22:55