<number> = Numeric functions: lognlogn ( <base>, <number> )
Calculate Flow control: if … then
Flow control: try … thenthe logarithm of <number> to <base> which must be a numeric Glossary: Valuevalue too.
Flow control: if … then
Flow control: try … thenThe Integer numbers: Base 256base must Operators: Bitwise Not "~"
Operators: Boolean Negation "!"not be 0 Operators: Boolean Or with Variable "||="
Operators: Bitwise Or with Variable "|="
Operators: Bitwise Or "|"
Operators: Boolean Or "||"or Flow control: if … then
Flow control: try … thenthe result will be 'unlimited' Operators: Boolean And with Variable "&&="
Operators: Bitwise And with Variable "&="
Operators: Bitwise And "&"
Operators: Boolean And "&&"and Flow control: if … then
Flow control: try … thenthe Glossary: number, num_valnumber must Operators: Bitwise Not "~"
Operators: Boolean Negation "!"not be 1 Operators: Boolean Or with Variable "||="
Operators: Bitwise Or with Variable "|="
Operators: Bitwise Or "|"
Operators: Boolean Or "||"or Flow control: if … then
Flow control: try … thenthe Flow control: if … then
Flow control: try … thenthe result will be 'NaN'.
e.g.:
vipsi> Numeric functions: lognlogn(16,256) = 2
vipsi> Numeric functions: lognlogn(10,999) = 2.999565488226
vipsi>
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