PINE LIBRARY
Atualizado racille_arrayutils

Library "racille_arrayutils"
The most used array utility functions
func_sin()
returns sin function as a parameter to calculate the function_array()
func_cos()
returns cos function as a parameter to calculate the function_array()
func_tan()
returns tan function as a parameter to calculate the function_array()
func_cot()
returns cot function as a parameter to calculate the function_array()
func_asin()
returns asin function as a parameter to calculate the function_array()
func_acos()
returns acos function as a parameter to calculate the function_array()
func_atan()
returns atan function as a parameter to calculate the function_array()
func_acot()
returns acot function as a parameter to calculate the function_array()
func_sqrt()
returns sqrt function as a parameter to calculate the function_array()
func_pow(x)
returns pow function as a parameter to calculate the function_array()
Parameters:
x: - power
func_exp(x)
returns exp function as a parameter to calculate the function_array()
Parameters:
x: - base
func_log(x)
returns log function as a parameter to calculate the function_array()
Parameters:
x: - base
func_replace_array(arr, func)
replace each element of array with func(element) and returns a new array
Parameters:
arr: - array
func: - function to replace. Must be one of func_*()
Returns: new array, where each element is func(element)
multiply_array(arr, x)
multiplies each element of array by multiplier and returns a new array
Parameters:
arr: - array
x: - multiplier
Returns: new array, where each element is multiplied on x
multiply_array(arr, n)
multiplies each element of array by multiplier and returns a new array
Parameters:
arr: - array
n: - multiplier
Returns: new array, where each element is multiplied on n
multiply_array(arr, n)
multiplies each element of array by multiplier and returns a new array
Parameters:
arr: - array
n: - multiplier
Returns: new array, where each element is multiplied on n
divide_array(arr, x)
divides each element of array by divider and returns a new array
Parameters:
arr: - array
x: - divider
Returns: new array, where each element is multiplied on x
divide_array(arr, n)
divides each element of array by divider and returns a new array
Parameters:
arr: - array
n: - divider
Returns: new array, where each element is multiplied on n
increase_array(arr, x)
adds increment to each element of array and returns a new array
Parameters:
arr: - array
x: - increment
Returns: new array, where each element is multiplied on x
increase_array(arr, n)
adds increment to each element of array and returns a new array
Parameters:
arr: - array
n: - increment
Returns: new array, where each element is multiplied on n
increase_array(arr, n)
adds increment to each element of array and returns a new array
Parameters:
arr: - array
n: - increment
Returns: new array, where each element is multiplied on x
decrease_array(arr, x)
substracts decrement to each element of array and returns a new array
Parameters:
arr: - array
x: - decrement
Returns: new array, where each element is multiplied on x
decrease_array(arr, n)
substracts decrement to each element of array and returns a new array
Parameters:
arr: - array
n: - decrement
Returns: new array, where each element is multiplied on n
decrease_array(arr, n)
substracts decrement to each element of array and returns a new array
Parameters:
arr: - array
n: - decrement
Returns: new array, where each element is multiplied on x
negate_array(arr)
changes each elements sign of array and returns a new array
Parameters:
arr: - array
Returns: new array, where each element is of different sign
array_sum()
calculates elementwise sum of two arrays
array_diff()
calculates elementwise difference of two arrays
array_product()
calculates elementwise product of two arrays
array_division()
calculates elementwise division of two arrays
The most used array utility functions
func_sin()
returns sin function as a parameter to calculate the function_array()
func_cos()
returns cos function as a parameter to calculate the function_array()
func_tan()
returns tan function as a parameter to calculate the function_array()
func_cot()
returns cot function as a parameter to calculate the function_array()
func_asin()
returns asin function as a parameter to calculate the function_array()
func_acos()
returns acos function as a parameter to calculate the function_array()
func_atan()
returns atan function as a parameter to calculate the function_array()
func_acot()
returns acot function as a parameter to calculate the function_array()
func_sqrt()
returns sqrt function as a parameter to calculate the function_array()
func_pow(x)
returns pow function as a parameter to calculate the function_array()
Parameters:
x: - power
func_exp(x)
returns exp function as a parameter to calculate the function_array()
Parameters:
x: - base
func_log(x)
returns log function as a parameter to calculate the function_array()
Parameters:
x: - base
func_replace_array(arr, func)
replace each element of array with func(element) and returns a new array
Parameters:
arr: - array
func: - function to replace. Must be one of func_*()
Returns: new array, where each element is func(element)
multiply_array(arr, x)
multiplies each element of array by multiplier and returns a new array
Parameters:
arr: - array
x: - multiplier
Returns: new array, where each element is multiplied on x
multiply_array(arr, n)
multiplies each element of array by multiplier and returns a new array
Parameters:
arr: - array
n: - multiplier
Returns: new array, where each element is multiplied on n
multiply_array(arr, n)
multiplies each element of array by multiplier and returns a new array
Parameters:
arr: - array
n: - multiplier
Returns: new array, where each element is multiplied on n
divide_array(arr, x)
divides each element of array by divider and returns a new array
Parameters:
arr: - array
x: - divider
Returns: new array, where each element is multiplied on x
divide_array(arr, n)
divides each element of array by divider and returns a new array
Parameters:
arr: - array
n: - divider
Returns: new array, where each element is multiplied on n
increase_array(arr, x)
adds increment to each element of array and returns a new array
Parameters:
arr: - array
x: - increment
Returns: new array, where each element is multiplied on x
increase_array(arr, n)
adds increment to each element of array and returns a new array
Parameters:
arr: - array
n: - increment
Returns: new array, where each element is multiplied on n
increase_array(arr, n)
adds increment to each element of array and returns a new array
Parameters:
arr: - array
n: - increment
Returns: new array, where each element is multiplied on x
decrease_array(arr, x)
substracts decrement to each element of array and returns a new array
Parameters:
arr: - array
x: - decrement
Returns: new array, where each element is multiplied on x
decrease_array(arr, n)
substracts decrement to each element of array and returns a new array
Parameters:
arr: - array
n: - decrement
Returns: new array, where each element is multiplied on n
decrease_array(arr, n)
substracts decrement to each element of array and returns a new array
Parameters:
arr: - array
n: - decrement
Returns: new array, where each element is multiplied on x
negate_array(arr)
changes each elements sign of array and returns a new array
Parameters:
arr: - array
Returns: new array, where each element is of different sign
array_sum()
calculates elementwise sum of two arrays
array_diff()
calculates elementwise difference of two arrays
array_product()
calculates elementwise product of two arrays
array_division()
calculates elementwise division of two arrays
Notas de Lançamento
v2Added:
apply_func(arr, func)
replace each element of array with func(element) and returns a new array
Parameters:
arr: - array
func: - function to replace. Must be one of func_*()
Returns: new array, where each element is func(element)
Removed:
func_replace_array(arr, func)
replace each element of array with func(element) and returns a new array
Notas de Lançamento
v3Added:
array_element_prod(arr)
calculates the product of array elements
Parameters:
arr (float[])
array_geomean(arr, method)
calculates the geometric mean of array elements
Parameters:
arr (float[]): - array
method (string): - calculation method. Can be chosen from ["auto", "naive", "log"]
Returns: geometric mean of array elements. 0 if array is empty
Updated:
divide_array(arr, n)
divides each element of array by divider and returns a new array
Parameters:
arr (float[]): - array
n (int): - divider
Returns: new array, where each element is divided by n
decrease_array(arr, n)
substracts decrement to each element of array and returns a new array
Parameters:
arr (int[]): - array
n (int): - decrement
Returns: new array, where each element is decreased by x
Notas de Lançamento
v4. Don't use v3 geomean for arr.size > 10Notas de Lançamento
v5array_decrease fix
Notas de Lançamento
v6Added unit tests
New constraints detected, which are from now ToDo:
- Don't use array_geomean(array with negative values in array
- Don't use apply_func(array, func_exp(x)) with negative values in array
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No verdadeiro espirito do TradingView, o autor desse código Pine o publicou como uma biblioteca de código aberto, para que outros programadores Pine da nossa comunidade possam reusa-los. Parabéns ao autor! Você pode usar essa biblioteca privadamente ou em outras publicações de código aberto, mas a reutilização desse código em publicações é regida pelas Regras da Casa.
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Biblioteca do Pine
No verdadeiro espirito do TradingView, o autor desse código Pine o publicou como uma biblioteca de código aberto, para que outros programadores Pine da nossa comunidade possam reusa-los. Parabéns ao autor! Você pode usar essa biblioteca privadamente ou em outras publicações de código aberto, mas a reutilização desse código em publicações é regida pelas Regras da Casa.
Aviso legal
As informações e publicações não devem ser e não constituem conselhos ou recomendações financeiras, de investimento, de negociação ou de qualquer outro tipo, fornecidas ou endossadas pela TradingView. Leia mais em Termos de uso.