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KEY WORD
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CATEGORY
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DESCRIPTION
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EXAMPLE
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+
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Operator
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Addition
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a + b
? { [ain0] + 10 }
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-
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Operator
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Subtraction
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a - b
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*
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Operator
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Multiplication
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a * b
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/
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Operator
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Division
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a / b
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^
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Operator
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Exponentiation
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a ^ b
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!
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Operator
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Factorial
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n!
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#
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Operator
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Modulo function
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a # b
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*
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%
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Operator
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Modulo function
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a % b (ensure leading space before %)
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=
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Binary Relation
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Equality
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a = b
? {10 = 10 }
!if { [ain0] = 2 } !then ? ok !else ? nope
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==
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Binary Relation
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Equality
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a == b
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<>
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Binary Relation
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Inequation
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a <> b
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~=
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Binary Relation
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Inequation
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a ~= b
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!=
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Binary Relation
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Inequation
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a != b
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<
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Binary Relation
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Lower than
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a < b
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>
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Binary Relation
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Greater than
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a > b
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<=
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Binary Relation
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Lower or equal
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a <= b
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>=
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Binary Relation
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Greater or equal
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a >= b
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&
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Boolean Operator
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Logical conjunction (AND)
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p & q
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&&
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Boolean Operator
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Logical conjunction (AND)
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p && q
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*
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and
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Boolean Operator
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Logical conjunction (AND)
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p and q
? { [din0] and [din0] }
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/\
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Boolean Operator
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Logical conjunction (AND)
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p /\ q
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~&
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Boolean Operator
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NAND - Sheffer stroke
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p ~& q
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~&&
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Boolean Operator
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NAND - Sheffer stroke
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p ~&& q
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~/\
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Boolean Operator
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NAND - Sheffer stroke
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p ~/\ q
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Boolean Operator
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Logical disjunction (OR)
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p | q
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||
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Boolean Operator
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Logical disjunction (OR)
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p || q
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\/
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Boolean Operator
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Logical disjunction (OR)
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p \/ q
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*
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or
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Boolean Operator
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Logical disjunction (OR)
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p or q
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~|
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Boolean Operator
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Logical NOR
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p ~| q
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~||
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Boolean Operator
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Logical NOR
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p ~|| q
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~\/
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Boolean Operator
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Logical NOR
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p ~\/ q
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(+)
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Boolean Operator
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Exclusive or (XOR)
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p (+) q
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xor
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Boolean Operator
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Exclusive or (XOR)
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p xor q
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-->
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Boolean Operator
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Implication (IMP)
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p --> q
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<--
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Boolean Operator
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Converse implication (CIMP)
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p <-- q
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-/>
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Boolean Operator
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Material nonimplication (NIMP)
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p -/> q
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</-
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Boolean Operator
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Converse nonimplication (CNIMP)
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p </- q
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<->
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Boolean Operator
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Logical biconditional (EQV)
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p <-> q
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!
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Boolean Operator
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Negation
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!p (ensure leading space)
As some uses may strip leading spaces, such as plot formulas, use a + to force a space:
+ ![din0]
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~
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Boolean Operator
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Negation
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~p
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not
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Boolean Operator
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Negation
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not p
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@~
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Bitwise Operator
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Bitwise unary complement
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@~10
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@&
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Bitwise Operator
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Bitwise AND
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10 @& 2
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@^
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Bitwise Operator
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Bitwise exclusive OR
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10 @^ 2
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@|
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Bitwise Operator
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Bitwise inclusive OR
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10 @| 2
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@<<
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Bitwise Operator
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Signed left shift
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10 @<< 2
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@>>
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Bitwise Operator
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Signed right shift
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10 @>> 2
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sin
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Unary Function
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All Trig functions are in radians. Use rad(value) to convert degrees.
Trigonometric sine function
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sin(x)
? { sin(rad(45)) }
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cos
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Unary Function
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Trigonometric cosine function
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cos(x)
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tan
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Unary Function
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Trigonometric tangent function
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tan(x)
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tg
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Unary Function
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Trigonometric tangent function
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tg(x)
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ctan
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Unary Function
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Trigonometric cotangent function
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ctan(x)
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ctg
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Unary Function
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Trigonometric cotangent function
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ctg(x)
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cot
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Unary Function
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Trigonometric cotangent function
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cot(x)
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sec
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Unary Function
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Trigonometric secant function
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sec(x)
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cosec
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Unary Function
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Trigonometric cosecant function
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cosec(x)
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csc
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Unary Function
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Trigonometric cosecant function
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csc(x)
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asin
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Unary Function
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Inverse trigonometric sine function
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asin(x)
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arsin
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Unary Function
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Inverse trigonometric sine function
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arsin(x)
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arcsin
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Unary Function
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Inverse trigonometric sine function
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arcsin(x)
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acos
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Unary Function
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Inverse trigonometric cosine function
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acos(x)
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arcos
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Unary Function
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Inverse trigonometric cosine function
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arcos(x)
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arccos
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Unary Function
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Inverse trigonometric cosine function
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arccos(x)
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atan
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Unary Function
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Inverse trigonometric tangent function
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atan(x)
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arctan
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Unary Function
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Inverse trigonometric tangent function
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arctan(x)
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atg
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Unary Function
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Inverse trigonometric tangent function
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atg(x)
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arctg
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Unary Function
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Inverse trigonometric tangent function
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arctg(x)
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actan
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Unary Function
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Inverse trigonometric cotangent function
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actan(x)
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arcctan
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Unary Function
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Inverse trigonometric cotangent function
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arcctan(x)
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actg
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Unary Function
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Inverse trigonometric cotangent function
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actg(x)
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arcctg
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Unary Function
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Inverse trigonometric cotangent function
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arcctg(x)
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acot
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Unary Function
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Inverse trigonometric cotangent function
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acot(x)
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arccot
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Unary Function
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Inverse trigonometric cotangent function
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arccot(x)
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ln
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Unary Function
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Natural logarithm function (base e)
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ln(x)
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log2
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Unary Function
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Binary logarithm function (base 2)
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log2(x)
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log10
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Unary Function
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Common logarithm function (base 10)
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log10(x)
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rad
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Unary Function
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Degrees to radians function
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rad(x)
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exp
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Unary Function
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Exponential function
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exp(x)
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sqrt
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Unary Function
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Square root function
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sqrt(x)
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sinh
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Unary Function
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Hyperbolic sine function
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sinh(x)
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cosh
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Unary Function
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Hyperbolic cosine function
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cosh(x)
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tanh
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Unary Function
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Hyperbolic tangent function
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tanh(x)
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tgh
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Unary Function
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Hyperbolic tangent function
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tgh(x)
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ctanh
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Unary Function
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Hyperbolic cotangent function
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ctanh(x)
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coth
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Unary Function
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Hyperbolic cotangent function
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coth(x)
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ctgh
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Unary Function
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Hyperbolic cotangent function
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ctgh(x)
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sech
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Unary Function
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Hyperbolic secant function
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sech(x)
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csch
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Unary Function
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Hyperbolic cosecant function
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csch(x)
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cosech
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Unary Function
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Hyperbolic cosecant function
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cosech(x)
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deg
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Unary Function
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Radians to degrees function
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deg(x)
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abs
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Unary Function
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Absolute value function
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abs(x)
? { abs(-10) }
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sgn
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Unary Function
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Signum function
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sgn(x)
Returns 1 if positive, -1 if neg.
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floor
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Unary Function
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Floor function
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floor(x)
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ceil
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Unary Function
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Ceiling function
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ceil(x)
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*
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!
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Unary Function
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Negation function
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!x (ensure leading space)
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not
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Unary Function
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Negation function
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not(x)
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asinh
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Unary Function
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Inverse hyperbolic sine function
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asinh(x)
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arsinh
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Unary Function
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Inverse hyperbolic sine function
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arsinh(x)
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arcsinh
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Unary Function
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Inverse hyperbolic sine function
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arcsinh(x)
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acosh
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Unary Function
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Inverse hyperbolic cosine function
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acosh(x)
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arcosh
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Unary Function
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Inverse hyperbolic cosine function
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arcosh(x)
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arccosh
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Unary Function
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Inverse hyperbolic cosine function
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arccosh(x)
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atanh
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Unary Function
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Inverse hyperbolic tangent function
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atanh(x)
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arctanh
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Unary Function
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Inverse hyperbolic tangent function
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arctanh(x)
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atgh
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Unary Function
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Inverse hyperbolic tangent function
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atgh(x)
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arctgh
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Unary Function
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Inverse hyperbolic tangent function
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arctgh(x)
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actanh
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Unary Function
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Inverse hyperbolic cotangent function
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actanh(x)
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arcctanh
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Unary Function
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Inverse hyperbolic cotangent function
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arcctanh(x)
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acoth
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Unary Function
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Inverse hyperbolic cotangent function
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acoth(x)
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arcoth
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Unary Function
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Inverse hyperbolic cotangent function
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arcoth(x)
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arccoth
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Unary Function
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Inverse hyperbolic cotangent function
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arccoth(x)
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actgh
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Unary Function
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Inverse hyperbolic cotangent function
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actgh(x)
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arcctgh
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Unary Function
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Inverse hyperbolic cotangent function
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arcctgh(x)
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asech
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Unary Function
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Inverse hyperbolic secant function
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asech(x)
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arsech
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Unary Function
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Inverse hyperbolic secant function
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arsech(x)
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arcsech
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Unary Function
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Inverse hyperbolic secant function
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arcsech(x)
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acsch
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Unary Function
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Inverse hyperbolic cosecant function
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acsch(x)
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arcsch
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Unary Function
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Inverse hyperbolic cosecant function
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arcsch(x)
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arccsch
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Unary Function
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Inverse hyperbolic cosecant function
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arccsch(x)
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acosech
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Unary Function
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Inverse hyperbolic cosecant function
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acosech(x)
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arcosech
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Unary Function
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Inverse hyperbolic cosecant function
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arcosech(x)
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arccosech
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Unary Function
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Inverse hyperbolic cosecant function
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arccosech(x)
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sinc
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Unary Function
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Sinc function (normalized)
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sinc(x)
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Sa
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Unary Function
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Sinc function (normalized)
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Sa(x)
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Sinc
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Unary Function
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Sinc function (unnormalized)
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Sinc(x)
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Bell
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Unary Function
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Bell number
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Bell(x)
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Luc
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Unary Function
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Lucas number
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Luc(n)
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Fib
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Unary Function
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Fibonacci number
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Fib(n)
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harm
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Unary Function
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Harmonic number
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harm(n)
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ispr
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Unary Function
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Prime number test (is number a prime?)
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ispr(n)
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Pi
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Unary Function
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Prime-counting function - Pi(n)
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Pi(n)
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Ei
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Unary Function
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Exponential integral function (non-elementary special function) - usage example: Ei(x)
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Ei(x)
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li
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Unary Function
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Logarithmic integral function (non-elementary special function) - usage example: li(x)
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li(x)
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Li
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Unary Function
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Offset logarithmic integral function (non-elementary special function) - usage example: Li(x)
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Li(x)
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erf
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Unary Function
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Gauss error function (non-elementary special function) - usage example: 2 + erf(x)
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erf(x)
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erfc
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Unary Function
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Gauss complementary error function (non-elementary special function) - usage example: 1 - erfc(x)
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erfc(x)
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erfInv
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Unary Function
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Inverse Gauss error function (non-elementary special function) - usage example: erfInv(x)
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erfInv(x)
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erfcInv
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Unary Function
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Inverse Gauss complementary error function (non-elementary special function) - usage example: erfcInv(x)
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erfcInv(x)
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ulp
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Unary Function
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Unit in The Last Place - ulp(0.1)
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ulp(x)
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log
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Binary Function
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Logarithm function
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log(base,x)
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mod
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Binary Function
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Modulo function
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mod(a,b)
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C
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Binary Function
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Binomial coefficient function
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C(n,k)
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Bern
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Binary Function
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Bernoulli numbers
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Bern(n,k)
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Stirl1
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Binary Function
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Stirling numbers of the first kind
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Stirl1(n,k)
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Stirl2
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Binary Function
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Stirling numbers of the second kind
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Stirl2(n,k)
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Worp
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Binary Function
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Worpitzky number
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Worp(n,k)
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Euler
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Binary Function
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Euler number
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Euler(n,k)
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KDelta
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Binary Function
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Kronecker delta
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KDelta(i,j)
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EulerPol
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Binary Function
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EulerPol
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EulerPol(m,x)
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Harm
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Binary Function
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Harmonic number
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Harm(x,n)
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rUni
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Binary Function
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Random variable - Uniform continuous distribution U(a,b), usage example: 2*rUni(2,10)
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rUni(a,b)
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rUnid
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Binary Function
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Random variable - Uniform discrete distribution U{a,b}, usage example: 2*rUnid(2,100)
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rUnid(a,b)
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round
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Binary Function
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Half-up rounding, usage examples: round(2.2, 0) = 2, round(2.6, 0) = 3, round(2.66,1) = 2.7
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round(x,n)
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rNor
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Binary Function
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Random variable - Normal distribution N(m,s) m - mean, s - stddev, usage example: 3*rNor(0,1)
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rNor(m,s)
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if
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3-args Function
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If function ( if(con, if_true, if_false) )
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if(a=1, 2, 0)
? { if(10=10,1,0) }
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chi
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3-args Function
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Characteristic function for x in (a,b) - chi(x, a, b)
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chi(x, a, b)
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CHi
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3-args Function
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Characteristic function for x in [a,b] - CHi(x, a, b)
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CHi(x, a, b)
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Chi
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3-args Function
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Characteristic function for x in [a,b) - Chi(x, a, b)
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Chi(x, a, b)
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cHi
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3-args Function
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Characteristic function for x in (a,b] - cHi(x, a, b)
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cHi(x, a, b)
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pUni
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3-args Function
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Probability distribution function - Uniform continuous distribution U(a,b), usage example: 2 * pUni(x, 2, 10)
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pUni(x, a, b)
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cUni
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3-args Function
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Cumulative distribution function - Uniform continuous distribution U(a,b), usage example: 2 * cUni(x, 2, 10)
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cUni(x, a, b)
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qUni
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3-args Function
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Quantile function (inverse cumulative distribution function) - Uniform continuous distribution U(a,b), usage example: 2 * qUni(q, 2, 10)
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qUni(q, a, b)
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pNor
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3-args Function
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Probability distribution function - Normal distribution N(m,s) m - mean, s - stddev, usage example: 2 * pNor(x, 1, 2)
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pNor(x, a, b)
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cNor
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3-args Function
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Cumulative distribution function - Normal distribution N(m,s) m - mean, s - stddev, usage example: 2 * cNor(x, 1, 2)
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cNor(x, a, b)
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qNor
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3-args Function
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Quantile function (inverse cumulative distribution function) - Normal distribution N(m,s) m - mean, s - stddev, usage example: 2 * qNor(q, 1, 2)
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qNor(q, a, b)
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See note at
top on
Variadic Functions
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iff
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Variadic Function
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If function ( iff(con_1, if_true_1_exp, ..., con_n, if_true_n_exp) )
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iff(x=1, 1; x=2, 2; x=3, 3)
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min
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Variadic Function
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Minimum function: min(a,b,c,...)
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min(2,3,1)
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max
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Variadic Function
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Maximum function: max(a,b,c,...)
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max(2,3,1)
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ConFrac
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Variadic Function
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Continued fraction: ConFrac(a,b,c,...)
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ConFrac(5,1,2,4)
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ConPol
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Variadic Function
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Continued polynomial: ConPol(a,b,c,...)
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ConPol(5,1,2,4)
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gcd
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Variadic Function
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Greatest common divisor: gcd(a,b,c,...)
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gcd(5,1,2,4)
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lcm
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Variadic Function
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Least common multiple: lcm(a,b,c,...)
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lcm(5,1,2,4)
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add
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Variadic Function
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Summation operator add(a1,a2,a3,...,an)
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add(5,1,2,4)
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multi
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Variadic Function
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Multiplication multi(a1,a2,a3,...,an)
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multi(5,1,2,4)
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mean
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Variadic Function
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Mean / average value mean(a1,a2,a3,...,an)
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mean(5,1,2,4)
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var
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Variadic Function
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Bias-corrected sample variance var(a1,a2,a3,...,an)
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var(5,1,2,4)
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std
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Variadic Function
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Bias-corrected sample standard deviation std(a1,a2,a3,...,an)
|
std(5,1,2,4)
|
|
|
rList
|
Variadic Function
|
Random number from given list of numbers rList(a1,a2,a3,...,an)
|
rList(5,1,2,4)
|
|
|
sum
|
Iterated Operator
|
Summation operator (SIGMA) sum(i, from, to, f(i,...) <,BY>)
|
sum(i, 1, 10, i^2), sum(i, 1, 10, i^2, 0.5)
|
|
|
prod
|
Iterated Operator
|
Product operator (PI) prod(i, from, to, f(i,...) <,BY>)
|
prod(i, 1, 10, i^2), prod(i, 1, 10, i^2, 0.5)
|
|
|
avg
|
Iterated Operator
|
Average operator avg(i, from, to, f(i,...) <,BY>)
|
avg(i, 1, 10, i^2), avg(i, 1, 10, i^2, 0.2)
|
|
|
vari
|
Iterated Operator
|
Bias-corrected sample variance operator vari(i, from, to, f(i,...) <,BY>)
|
vari(i, 1, 10, i^2), vari(i, 1, 10, i^2, 0.5)
|
|
|
stdi
|
Iterated Operator
|
Bias-corrected sample standard deviation operator stdi(i, from, to, f(i,...) <,BY>)
|
stdi(i, 1, 10, i^2), stdi(i, 1, 10, i^2, 0.01)
|
|
|
mini
|
Iterated Operator
|
Minimum value mini(i, from, to, f(i,...) <,BY>)
|
mini(i, 1, 10, i^2), mini(i, 1, 10, i^2, 0.3)
|
|
|
maxi
|
Iterated Operator
|
Maximum value maxi(i, from, to, f(i,...) <,BY>)
|
maxi(i, 1, 10, i^2), maxi(i, 1, 10, i^2, 0.4)
|
|
|
int
|
Calculus Operator
|
Definite integral operator ( int(f(x,...), x, a, b) )
|
inf(sin(x), x, 0, pi)
|
|
|
der
|
Calculus Operator
|
Derivative operator ( der(f(x,...), x) )
|
der(sin(x), x)
|
|
|
der-
|
Calculus Operator
|
Left derivative operator ( der-(f(x,...), x) )
|
der+(sin(x), x)
|
|
|
der+
|
Calculus Operator
|
Right derivative operator ( der+(f(x,...), x) )
|
der-(sin(x), x)
|
|
|
dern
|
Calculus Operator
|
N-th derivative operator ( dern(f(x,...), x) )
|
dern(x^2, 2, x)
|
|
|
diff
|
Calculus Operator
|
Forward difference operator diff(f(x,...), x <,h>)
|
diff(sin(x), x), diff(f(x), x, 0.1)
|
|
|
difb
|
Calculus Operator
|
Backward difference operator difb(f(x,...), x <,h>)
|
difb(sin(x), x), difb(f(x), x, 0.1)
|
|
|
int
|
Calculus Operator
|
Definite integral operator ( int(f(x,...), x, a, b) )
|
inf(sin(x), x, 0, pi)
|
|
|
pi
|
Constant Value
|
Pi, Archimedes' constant or Ludolph's number
|
2*pi
|
|
|
e
|
Constant Value
|
Napier's constant, or Euler's number, base of Natural logarithm
|
e*3
|
|
|
[gam]
|
Constant Value
|
Euler-Mascheroni constant
|
2*[gam]
|
|
|
[phi]
|
Constant Value
|
Golden ratio
|
[phi]*3
|
|
|
[PN]
|
Constant Value
|
Plastic constant
|
2*[PN]
|
|
|
[B*]
|
Constant Value
|
Embree-Trefethen constant
|
[B*]*3
|
|
|
[F'd]
|
Constant Value
|
Feigenbaum constant alfa
|
2*[F'd]
|
|
|
[F'a]
|
Constant Value
|
Feigenbaum constant delta
|
[F'a]*3
|
|
|
[C2]
|
Constant Value
|
Twin prime constant
|
2*[C2]
|
|
|
[M1]
|
Constant Value
|
Meissel-Mertens constant
|
[M1]*3
|
|
|
[B2]
|
Constant Value
|
Brun's constant for twin primes
|
2*[B2]
|
|
|
[B4]
|
Constant Value
|
Brun's constant for prime quadruplets
|
[B4]*3
|
|
|
[BN'L]
|
Constant Value
|
De Bruijn-Newman constant
|
2*[BN'L]
|
|
|
[Kat]
|
Constant Value
|
Catalan's constant
|
[Kat]*3
|
|
|
[K*]
|
Constant Value
|
Landau-Ramanujan constant
|
2*[K*]
|
|
|
[K.]
|
Constant Value
|
Viswanath's constant
|
[K.]*3
|
|
|
[B'L]
|
Constant Value
|
Legendre's constant
|
2*[B'L]
|
|
|
[RS'm]
|
Constant Value
|
Ramanujan-Soldner constant
|
[RS'm]*3
|
|
|
[EB'e]
|
Constant Value
|
Erdos-Borwein constant
|
2*[EB'e]
|
|
|
[Bern]
|
Constant Value
|
Bernstein's constant
|
[Bern]*3
|
|
|
[GKW'l]
|
Constant Value
|
Gauss-Kuzmin-Wirsing constant
|
2*[GKW'l]
|
|
|
[HSM's]
|
Constant Value
|
Hafner-Sarnak-McCurley constant
|
[HSM's]*3
|
|
|
[lm]
|
Constant Value
|
Golomb-Dickman constant
|
2*[lm]
|
|
|
[Cah]
|
Constant Value
|
Cahen's constant
|
[Cah]*3
|
|
|
[Ll]
|
Constant Value
|
Laplace limit
|
2*[Ll]
|
|
|
[AG]
|
Constant Value
|
Alladi-Grinstead constant
|
[AG]*3
|
|
|
[L*]
|
Constant Value
|
Lengyel's constant
|
2*[L*]
|
|
|
[L.]
|
Constant Value
|
Levy's constant
|
[L.]*3
|
|
|
[Dz3]
|
Constant Value
|
Apery's constant
|
2*[Dz3]
|
|
|
[A3n]
|
Constant Value
|
Mills' constant
|
[A3n]*3
|
|
|
[Bh]
|
Constant Value
|
Backhouse's constant
|
2*[Bh]
|
|
|
[Pt]
|
Constant Value
|
Porter's constant
|
[Pt]*3
|
|
|
[L2]
|
Constant Value
|
Lieb's square ice constant
|
2*[L2]
|
|
|
[Nv]
|
Constant Value
|
Niven's constant
|
[Nv]*3
|
|
|
[Ks]
|
Constant Value
|
Sierpinski's constant
|
2*[Ks]
|
|
|
[Kh]
|
Constant Value
|
Khinchin's constant
|
[Kh]*3
|
|
|
[FR]
|
Constant Value
|
Fransen-Robinson constant
|
2*[FR]
|
|
|
[La]
|
Constant Value
|
Landau's constant
|
[La]*3
|
|
|
[P2]
|
Constant Value
|
Parabolic constant
|
2*[P2]
|
|
|
[Om]
|
Constant Value
|
Omega constant
|
[Om]*3
|
|
|
[MRB]
|
Constant Value
|
MRB constant
|
2*[MRB]
|
|
|
[li2]
|
Constant Value
|
li(2) - logarithmic integral function at x=2
|
[li2]*3
|
|
|
[EG]
|
Constant Value
|
Gompertz constant
|
2*[EG]
|
|
|
[c]
|
Constant Value
|
<Physical Constant> Light speed in vacuum [m/s] (m=1, s=1)
|
[c]*3
|
|
|
[G.]
|
Constant Value
|
<Physical Constant> Gravitational constant (m=1, kg=1, s=1)]
|
2*[G.]
|
|
|
[g]
|
Constant Value
|
<Physical Constant> Gravitational acceleration on Earth [m/s^2] (m=1, s=1)
|
[g]*3
|
|
|
[hP]
|
Constant Value
|
<Physical Constant> Planck constant (m=1, kg=1, s=1)
|
2*[hP]
|
|
|
[h-]
|
Constant Value
|
<Physical Constant> Reduced Planck constant / Dirac constant (m=1, kg=1, s=1)]
|
[h-]*3
|
|
|
[lP]
|
Constant Value
|
<Physical Constant> Planck length [m] (m=1)
|
2*[lP]
|
|
|
[mP]
|
Constant Value
|
<Physical Constant> Planck mass [kg] (kg=1)
|
[mP]*3
|
|
|
[tP]
|
Constant Value
|
<Physical Constant> Planck time [s] (s=1)
|
2*[tP]
|
|
|
[ly]
|
Constant Value
|
<Astronomical Constant> Light year [m] (m=1)
|
[ly]*3
|
|
|
[au]
|
Constant Value
|
<Astronomical Constant> Astronomical unit [m] (m=1)
|
2*[au]
|
|
|
[pc]
|
Constant Value
|
<Astronomical Constant> Parsec [m] (m=1)
|
[pc]*3
|
|
|
[kpc]
|
Constant Value
|
<Astronomical Constant> Kiloparsec [m] (m=1)
|
2*[kpc]
|
|
|
[Earth-R-eq]
|
Constant Value
|
<Astronomical Constant> Earth equatorial radius [m] (m=1)
|
[Earth-R-eq]*3
|
|
|
[Earth-R-po]
|
Constant Value
|
<Astronomical Constant> Earth polar radius [m] (m=1)
|
2*[Earth-R-po]
|
|
|
[Earth-R]
|
Constant Value
|
<Astronomical Constant> Earth mean radius (m=1)
|
[Earth-R]*3
|
|
|
[Earth-M]
|
Constant Value
|
<Astronomical Constant> Earth mass [kg] (kg=1)
|
2*[Earth-M]
|
|
|
[Earth-D]
|
Constant Value
|
<Astronomical Constant> Earth-Sun distance - semi major axis [m] (m=1)
|
[Earth-D]*3
|
|
|
[Moon-R]
|
Constant Value
|
<Astronomical Constant> Moon mean radius [m] (m=1)
|
2*[Moon-R]
|
|
|
[Moon-M]
|
Constant Value
|
<Astronomical Constant> Moon mass [kg] (kg=1)
|
[Moon-M]*3
|
|
|
[Moon-D]
|
Constant Value
|
<Astronomical Constant> Moon-Earth distance - semi major axis [m] (m=1)
|
2*[Moon-D]
|
|
|
[Solar-R]
|
Constant Value
|
<Astronomical Constant> Solar mean radius [m] (m=1)
|
[Solar-R]*3
|
|
|
[Solar-M]
|
Constant Value
|
<Astronomical Constant> Solar mass [kg] (kg=1)
|
2*[Solar-M]
|
|
|
[Mercury-R]
|
Constant Value
|
<Astronomical Constant> Mercury mean radius [m] (m=1)
|
[Mercury-R]*3
|
|
|
[Mercury-M]
|
Constant Value
|
<Astronomical Constant> Mercury mass [kg] (kg=1)
|
2*[Mercury-M]
|
|
|
[Mercury-D]
|
Constant Value
|
<Astronomical Constant> Mercury-Sun distance - semi major axis [m] (m=1)
|
[Mercury-D]*3
|
|
|
[Venus-R]
|
Constant Value
|
<Astronomical Constant> Venus mean radius [m] (m=1)
|
2*[Venus-R]
|
|
|
[Venus-M]
|
Constant Value
|
<Astronomical Constant> Venus mass [kg] (kg=1)
|
[Venus-M]*3
|
|
|
[Venus-D]
|
Constant Value
|
<Astronomical Constant> Venus-Sun distance - semi major axis [m] (m=1)
|
2*[Venus-D]
|
|
|
[Mars-R]
|
Constant Value
|
<Astronomical Constant> Mars mean radius [m] (m=1)
|
[Mars-R]*3
|
|
|
[Mars-M]
|
Constant Value
|
<Astronomical Constant> Mars mass [kg] (kg=1)
|
2*[Mars-M]
|
|
|
[Mars-D]
|
Constant Value
|
<Astronomical Constant> Mars-Sun distance - semi major axis [m] (m=1)
|
[Mars-D]*3
|
|
|
[Jupiter-R]
|
Constant Value
|
<Astronomical Constant> Jupiter mean radius [m] (m=1)
|
2*[Jupiter-R]
|
|
|
[Jupiter-M]
|
Constant Value
|
<Astronomical Constant> Jupiter mass [kg] (kg=1)
|
[Jupiter-M]*3
|
|
|
[Jupiter-D]
|
Constant Value
|
<Astronomical Constant> Jupiter-Sun distance - semi major axis [m] (m=1)
|
2*[Jupiter-D]
|
|
|
[Saturn-R]
|
Constant Value
|
<Astronomical Constant> Saturn mean radius [m] (m=1)
|
[Saturn-R]*3
|
|
|
[Saturn-M]
|
Constant Value
|
<Astronomical Constant> Saturn mass [kg] (kg=1)
|
2*[Saturn-M]
|
|
|
[Saturn-D]
|
Constant Value
|
<Astronomical Constant> Saturn-Sun distance - semi major axis [m] (m=1)
|
[Saturn-D]*3
|
|
|
[Uranus-R]
|
Constant Value
|
<Astronomical Constant> Uranus mean radius [m] (m=1)
|
2*[Uranus-R]
|
|
|
[Uranus-M]
|
Constant Value
|
<Astronomical Constant> Uranus mass [kg] (kg=1)
|
[Uranus-M]*3
|
|
|
[Uranus-D]
|
Constant Value
|
<Astronomical Constant> Uranus-Sun distance - semi major axis [m] (m=1)
|
2*[Uranus-D]
|
|
|
[Neptune-R]
|
Constant Value
|
<Astronomical Constant> Neptune mean radius [m] (m=1)
|
[Neptune-R]*3
|
|
|
[Neptune-M]
|
Constant Value
|
<Astronomical Constant> Neptune mass [kg] (kg=1)
|
2*[Neptune-M]
|
|
|
[Neptune-D]
|
Constant Value
|
<Astronomical Constant> Neptune-Sun distance - semi major axis [m] (m=1)
|
[Neptune-D]*3
|
|
|
[Uni]
|
Random Variable
|
Random variable - Uniform continuous distribution U(0,1), usage example: 2*[Uni]
|
2*[Uni]
|
|
|
[Int]
|
Random Variable
|
Random variable - random integer - usage example sin( 3*[Int] )
|
[Int]*3
|
|
|
[Int1]
|
Random Variable
|
Random variable - random integer - Uniform discrete distribution U{-10^1, 10^1} - usage example sin( 3*[Int1] )
|
2*[Int1]
|
|
|
[Int2]
|
Random Variable
|
Random variable - random integer - Uniform discrete distribution U{-10^2, 10^2} - usage example sin( 3*[Int2] )
|
[Int2]*3
|
|
|
[Int3]
|
Random Variable
|
Random variable - random integer - Uniform discrete distribution U{-10^3, 10^3} - usage example sin( 3*[Int3] )
|
2*[Int3]
|
|
|
[Int4]
|
Random Variable
|
Random variable - random integer - Uniform discrete distribution U{-10^4, 10^4} - usage example sin( 3*[Int4] )
|
[Int4]*3
|
|
|
[Int5]
|
Random Variable
|
Random variable - random integer - Uniform discrete distribution U{-10^5, 10^5} - usage example sin( 3*[Int5] )
|
2*[Int5]
|
|
|
[Int6]
|
Random Variable
|
Random variable - random integer - Uniform discrete distribution U{-10^6, 10^6} - usage example sin( 3*[Int6] )
|
[Int6]*3
|
|
|
[Int7]
|
Random Variable
|
Random variable - random integer - Uniform discrete distribution U{-10^7, 10^7} - usage example sin( 3*[Int7] )
|
2*[Int7]
|
|
|
[Int8]
|
Random Variable
|
Random variable - random integer - Uniform discrete distribution U{-10^8, 10^8} - usage example sin( 3*[Int8] )
|
[Int8]*3
|
|
|
[Int9]
|
Random Variable
|
Random variable - random integer - Uniform discrete distribution U{-10^9, 10^9} - usage example sin( 3*[Int9] )
|
2*[Int9]
|
|
|
[nat]
|
Random Variable
|
Random variable - random natural number including 0 - usage example sin( 3*[nat] )
|
[nat]*3
|
|
|
[nat1]
|
Random Variable
|
Random variable - random natural number including 0 - Uniform discrete distribution U{0, 10^1} - usage example sin( 3*[nat1] )
|
2*[nat1]
|
|
|
[nat2]
|
Random Variable
|
Random variable - random natural number including 0 - Uniform discrete distribution U{0, 10^2} - usage example sin( 3*[nat2] )
|
[nat2]*3
|
|
|
[nat3]
|
Random Variable
|
Random variable - random natural number including 0 - Uniform discrete distribution U{0, 10^3} - usage example sin( 3*[nat3] )
|
2*[nat3]
|
|
|
[nat4]
|
Random Variable
|
Random variable - random natural number including 0 - Uniform discrete distribution U{0, 10^4} - usage example sin( 3*[nat4] )
|
[nat4]*3
|
|
|
[nat5]
|
Random Variable
|
Random variable - random natural number including 0 - Uniform discrete distribution U{0, 10^5} - usage example sin( 3*[nat5] )
|
2*[nat5]
|
|
|
[nat6]
|
Random Variable
|
Random variable - random natural number including 0 - Uniform discrete distribution U{0, 10^6} - usage example sin( 3*[nat6] )
|
[nat6]*3
|
|
|
[nat7]
|
Random Variable
|
Random variable - random natural number including 0 - Uniform discrete distribution U{0, 10^7} - usage example sin( 3*[nat7] )
|
2*[nat7]
|
|
|
[nat8]
|
Random Variable
|
Random variable - random natural number including 0 - Uniform discrete distribution U{0, 10^8} - usage example sin( 3*[nat8] )
|
[nat8]*3
|
|
|
[nat9]
|
Random Variable
|
Random variable - random natural number including 0 - Uniform discrete distribution U{0, 10^9} - usage example sin( 3*[nat9] )
|
2*[nat9]
|
|
|
[Nat]
|
Random Variable
|
Random variable - random natural number - usage example sin( 3*[Nat] )
|
[Nat]*3
|
|
|
[Nat1]
|
Random Variable
|
Random variable - random natural number - Uniform discrete distribution U{1, 10^1} - usage example sin( 3*[Nat1] )
|
2*[Nat1]
|
|
|
[Nat2]
|
Random Variable
|
Random variable - random natural number - Uniform discrete distribution U{1, 10^2} - usage example sin( 3*[Nat2] )
|
[Nat2]*3
|
|
|
[Nat3]
|
Random Variable
|
Random variable - random natural number - Uniform discrete distribution U{1, 10^3} - usage example sin( 3*[Nat3] )
|
2*[Nat3]
|
|
|
[Nat4]
|
Random Variable
|
Random variable - random natural number - Uniform discrete distribution U{1, 10^4} - usage example sin( 3*[Nat4] )
|
[Nat4]*3
|
|
|
[Nat5]
|
Random Variable
|
Random variable - random natural number - Uniform discrete distribution U{1, 10^5} - usage example sin( 3*[Nat5] )
|
2*[Nat5]
|
|
|
[Nat6]
|
Random Variable
|
Random variable - random natural number - Uniform discrete distribution U{1, 10^6} - usage example sin( 3*[Nat6] )
|
[Nat6]*3
|
|
|
[Nat7]
|
Random Variable
|
Random variable - random natural number - Uniform discrete distribution U{1, 10^7} - usage example sin( 3*[Nat7] )
|
2*[Nat7]
|
|
|
[Nat8]
|
Random Variable
|
Random variable - random natural number - Uniform discrete distribution U{1, 10^8} - usage example sin( 3*[Nat8] )
|
[Nat8]*3
|
|
|
[Nat9]
|
Random Variable
|
Random variable - random natural number - Uniform discrete distribution U{1, 10^9} - usage example sin( 3*[Nat9] )
|
2*[Nat9]
|
|
|
[Nor]
|
Random Variable
|
Random variable - Normal distribution N(0,1) - usage example cos( 3*[Nor]+1 )
|
[Nor]*3
|
|
|
[%]
|
Unit
|
<Ratio, Fraction> Percentage = 0.01
|
2*[%]
|
|
|
[%%]
|
Unit
|
<Ratio, Fraction> Promil, Per mille = 0.001
|
[%%]*3
|
|
|
[Y]
|
Unit
|
<Metric prefix> Septillion / Yotta = 10^24
|
2*[Y]
|
|
|
[sept]
|
Unit
|
<Metric prefix> Septillion / Yotta = 10^24
|
[sept]*3
|
|
|
[Z]
|
Unit
|
<Metric prefix> Sextillion / Zetta = 10^21
|
2*[Z]
|
|
|
[sext]
|
Unit
|
<Metric prefix> Sextillion / Zetta = 10^21
|
[sext]*3
|
|
|
[E]
|
Unit
|
<Metric prefix> Quintillion / Exa = 10^18
|
2*[E]
|
|
|
[quint]
|
Unit
|
<Metric prefix> Quintillion / Exa = 10^18
|
[quint]*3
|
|
|
[P]
|
Unit
|
<Metric prefix> Quadrillion / Peta = 10^15
|
2*[P]
|
|
|
[quad]
|
Unit
|
<Metric prefix> Quadrillion / Peta = 10^15
|
[quad]*3
|
|
|
[T]
|
Unit
|
<Metric prefix> Trillion / Tera = 10^12
|
2*[T]
|
|
|
[tril]
|
Unit
|
<Metric prefix> Trillion / Tera = 10^12
|
[tril]*3
|
|
|
[G]
|
Unit
|
<Metric prefix> Billion / Giga = 10^9
|
2*[G]
|
|
|
[bil]
|
Unit
|
<Metric prefix> Billion / Giga = 10^9
|
[bil]*3
|
|
|
[M]
|
Unit
|
<Metric prefix> Million / Mega = 10^6
|
2*[M]
|
|
|
[mil]
|
Unit
|
<Metric prefix> Million / Mega = 10^6
|
[mil]*3
|
|
|
[k]
|
Unit
|
<Metric prefix> Thousand / Kilo = 10^3
|
2*[k]
|
|
|
[th]
|
Unit
|
<Metric prefix> Thousand / Kilo = 10^3
|
[th]*3
|
|
|
[hecto]
|
Unit
|
<Metric prefix> Hundred / Hecto = 10^2
|
2*[hecto]
|
|
|
[hund]
|
Unit
|
<Metric prefix> Hundred / Hecto = 10^2
|
[hund]*3
|
|
|
[deca]
|
Unit
|
<Metric prefix> Ten / Deca = 10
|
2*[deca]
|
|
|
[ten]
|
Unit
|
<Metric prefix> Ten / Deca = 10
|
[ten]*3
|
|
|
[deci]
|
Unit
|
<Metric prefix> Tenth / Deci = 0.1
|
2*[deci]
|
|
|
[centi]
|
Unit
|
<Metric prefix> Hundredth / Centi = 0.01
|
[centi]*3
|
|
|
[milli]
|
Unit
|
<Metric prefix> Thousandth / Milli = 0.001
|
2*[milli]
|
|
|
[mic]
|
Unit
|
<Metric prefix> Millionth / Micro = 10^-6
|
[mic]*3
|
|
|
[n]
|
Unit
|
<Metric prefix> Billionth / Nano = 10^-9
|
2*[n]
|
|
|
[p]
|
Unit
|
<Metric prefix> Trillionth / Pico = 10^-12
|
[p]*3
|
|
|
[f]
|
Unit
|
<Metric prefix> Quadrillionth / Femto = 10^-15
|
2*[f]
|
|
|
[a]
|
Unit
|
<Metric prefix> Quintillionth / Atoo = 10^-18
|
[a]*3
|
|
|
[z]
|
Unit
|
<Metric prefix> Sextillionth / Zepto = 10^-21
|
2*[z]
|
|
|
[y]
|
Unit
|
<Metric prefix> Septillionth / Yocto = 10^-24
|
[y]*3
|
|
|
KEY WORD
|
CATEGORY
|
DESCRIPTION
|
EXAMPLE
|
|
|
[m2]
|
Unit
|
<Unit of area> Square metre / Square meter (m=1)
|
[m2]*3
|
|
|
[cm2]
|
Unit
|
<Unit of area> Square centimetre / Square centimeter (m=1)
|
2*[cm2]
|
|
|
[mm2]
|
Unit
|
<Unit of area> Square millimetre / Square millimeter (m=1)
|
[mm2]*3
|
|
|
[are]
|
Unit
|
<Unit of area> Are (m=1)
|
2*[are]
|
|
|
[ha]
|
Unit
|
<Unit of area> Hectare (m=1)
|
[ha]*3
|
|
|
[acre]
|
Unit
|
<Unit of area> Acre (m=1)
|
2*[acre]
|
|
|
[km2]
|
Unit
|
<Unit of area> Square kilometre / Square kilometer (m=1)
|
[km2]*3
|
|
|
[mm3]
|
Unit
|
<Unit of volume> Cubic millimetre / Cubic millimeter (m=1)
|
2*[mm3]
|
|
|
[cm3]
|
Unit
|
<Unit of volume> Cubic centimetre / Cubic centimeter (m=1)
|
[cm3]*3
|
|
|
[m3]
|
Unit
|
<Unit of volume> Cubic metre / Cubic meter (m=1)
|
2*[m3]
|
|
|
[km3]
|
Unit
|
<Unit of volume> Cubic kilometre / Cubic kilometer (m=1)
|
[km3]*3
|
|
|
[ml]
|
Unit
|
<Unit of volume> Millilitre / Milliliter (m=1)
|
2*[ml]
|
|
|
[l]
|
Unit
|
<Unit of volume> Litre / Liter (m=1)
|
[l]*3
|
|
|
[gall]
|
Unit
|
<Unit of volume> Gallon (m=1)
|
2*[gall]
|
|
|
[pint]
|
Unit
|
<Unit of volume> Pint (m=1)
|
[pint]*3
|
|
|
[s]
|
Unit
|
<Unit of time> Second (s=1)
|
2*[s]
|
|
|
[ms]
|
Unit
|
<Unit of time> Millisecond (s=1)
|
[ms]*3
|
|
|
[min]
|
Unit
|
<Unit of time> Minute (s=1)
|
2*[min]
|
|
|
[h]
|
Unit
|
<Unit of time> Hour (s=1)
|
[h]*3
|
|
|
[day]
|
Unit
|
<Unit of time> Day (s=1)
|
2*[day]
|
|
|
[week]
|
Unit
|
<Unit of time> Week (s=1)
|
[week]*3
|
|
|
[yearj]
|
Unit
|
<Unit of time> Julian year = 365.25 days (s=1)
|
2*[yearj]
|
|
|
[kg]
|
Unit
|
<Unit of mass> Kilogram (kg=1)
|
[kg]*3
|
|
|
[gr]
|
Unit
|
<Unit of mass> Gram (kg=1)
|
2*[gr]
|
|
|
[mg]
|
Unit
|
<Unit of mass> Milligram (kg=1)
|
[mg]*3
|
|
|
[dag]
|
Unit
|
<Unit of mass> Decagram (kg=1)
|
2*[dag]
|
|
|
[t]
|
Unit
|
<Unit of mass> Tonne (kg=1)
|
[t]*3
|
|
|
[oz]
|
Unit
|
<Unit of mass> Ounce (kg=1)
|
2*[oz]
|
|
|
[lb]
|
Unit
|
<Unit of mass> Pound (kg=1)
|
[lb]*3
|
|
|
[b]
|
Unit
|
<Unit of information> Bit (bit=1)
|
2*[b]
|
|
|
[kb]
|
Unit
|
<Unit of information> Kilobit (bit=1)
|
[kb]*3
|
|
|
[Mb]
|
Unit
|
<Unit of information> Megabit (bit=1)
|
2*[Mb]
|
|
|
[Gb]
|
Unit
|
<Unit of information> Gigabit (bit=1)
|
[Gb]*3
|
|
|
[Tb]
|
Unit
|
<Unit of information> Terabit (bit=1)
|
2*[Tb]
|
|
|
[Pb]
|
Unit
|
<Unit of information> Petabit (bit=1)
|
[Pb]*3
|
|
|
[Eb]
|
Unit
|
<Unit of information> Exabit (bit=1)
|
2*[Eb]
|
|
|
[Zb]
|
Unit
|
<Unit of information> Zettabit (bit=1)
|
[Zb]*3
|
|
|
[Yb]
|
Unit
|
<Unit of information> Yottabit (bit=1)
|
2*[Yb]
|
|
|
[B]
|
Unit
|
<Unit of information> Byte (bit=1)
|
[B]*3
|
|
|
[kB]
|
Unit
|
<Unit of information> Kilobyte (bit=1)
|
2*[kB]
|
|
|
[MB]
|
Unit
|
<Unit of information> Megabyte (bit=1)
|
[MB]*3
|
|
|
[GB]
|
Unit
|
<Unit of information> Gigabyte (bit=1)
|
2*[GB]
|
|
|
[TB]
|
Unit
|
<Unit of information> Terabyte (bit=1)
|
[TB]*3
|
|
|
[PB]
|
Unit
|
<Unit of information> Petabyte (bit=1)
|
2*[PB]
|
|
|
[EB]
|
Unit
|
<Unit of information> Exabyte (bit=1)
|
[EB]*3
|
|
|
[ZB]
|
Unit
|
<Unit of information> Zettabyte (bit=1)
|
2*[ZB]
|
|
|
[YB]
|
Unit
|
<Unit of information> Yottabyte (bit=1)
|
[YB]*3
|
|
|
[J]
|
Unit
|
<Unit of energy> Joule (m=1, kg=1, s=1)
|
2*[J]
|
|
|
[eV]
|
Unit
|
<Unit of energy> Electronovolt (m=1, kg=1, s=1)
|
[eV]*3
|
|
|
[keV]
|
Unit
|
<Unit of energy> Kiloelectronovolt (m=1, kg=1, s=1)
|
2*[keV]
|
|
|
[MeV]
|
Unit
|
<Unit of energy> Megaelectronovolt (m=1, kg=1, s=1)
|
[MeV]*3
|
|
|
[GeV]
|
Unit
|
<Unit of energy> Gigaelectronovolt (m=1, kg=1, s=1)
|
2*[GeV]
|
|
|
[TeV]
|
Unit
|
<Unit of energy> Teraelectronovolt (m=1, kg=1, s=1)
|
[TeV]*3
|
|
|
[m/s]
|
Unit
|
<Unit of speed> Metre / Meter per second (m=1, s=1)
|
2*[m/s]
|
|
|
[km/h]
|
Unit
|
<Unit of speed> Kilometre / Kilometer per hour (m=1, s=1)
|
[km/h]*3
|
|
|
[mi/h]
|
Unit
|
<Unit of speed> Mile per hour (m=1, s=1)
|
2*[mi/h]
|
|
|
[knot]
|
Unit
|
<Unit of speed> Knot (m=1, s=1)
|
[knot]*3
|
|
|
[m/s2]
|
Unit
|
<Unit of acceleration> Metre / Meter per square second (m=1, s=1)
|
2*[m/s2]
|
|
|
[km/h2]
|
Unit
|
<Unit of acceleration> Kilometre / Kilometer per square hour (m=1, s=1)
|
[km/h2]*3
|
|
|
[mi/h2]
|
Unit
|
<Unit of acceleration> Mile per square hour (m=1, s=1)
|
2*[mi/h2]
|
|
|
[rad]
|
Unit
|
<Unit of angle> Radian (rad=1)
|
[rad]*pi
|
|
|
[deg]
|
Unit
|
<Unit of angle> Degree of arc (rad=1)
|
180*[deg]
|
|
|
[']
|
Unit
|
<Unit of angle> Minute of arc (rad=1)
|
[']*3
|
|
|
['']
|
Unit
|
<Unit of angle> Second of arc (rad=1)
|
2*['']
|
.png){kind=spacer}
