The best Proportions package.
- Provides functions to provide proportionality for vector/matrix data
- It can be used in various applications to split any values in a particular proportion
- Examples:
- 1 Split a Number in proportions of a factor in vector/matrix
- 2 Split an payment schedule in various proportions
- 3 Split an payment based on the deliver of goods received
Proportions.get_proportion — Methodget_proportion(for_prop_arr::AbstractVector{Float64})::AbstractVector{Float64}Compute the proportional values for each element in the 1D array. returns a AbstractVector{Float64}
Example
julia> get_proportion([1.0,2.0,3.0,4.0,5.0,34.0000034,2423,5656.98988])
[0.00012301651427098885, 0.0002460330285419777, 0.00036904954281296654, 0.0004920660570839554, 0.0006150825713549442, 0.004182561903469769, 0.298069014078606, 0.6959031763038594]Proportions.get_proportion_2d — Methodget_proportion_2d(for_prop_arr::AbstractArray{Float64, 2})::AbstractArray{Float64, 2}Compute the proportional values for each element in the 2d array. returns a AbstractArray{Float64, 2}
Example
julia> get_proportion_2d([1.0 2.0 ; 4.0 5.0])
=[0.08333333333333333 0.16666666666666666; 0.3333333333333333 0.4166666666666667]Proportions.get_proportion_round — Methodget_proportion_round(for_prop_arr::AbstractVector{Float64};round_digits::Int64)::AbstractVector{Float64}Compute the proportional values for each element in the array and round to a specified decimal digits. If the sum of all the elements is not 1 , then the adjustment is done in the 1st largest element returns a AbstractVector{Float64}
Example
julia> get_proportion_round([1.33,1.33,1.23,1.1111],round_digits = 2)
=[0.26, 0.27, 0.25, 0.22]Proportions.get_proportion_round_2d — Methodget_proportion_round_2d(for_prop_arr::AbstractArray{Float64, 2};round_digits::Int64)::AbstractArray{Float64, 2}Compute the proportional values for each element in the 2d array and round to a specified decimal digits. If the sum of all the elements is not 1 , then the adjustment is done in the 1st largest element returns a AbstractArray{Float64, 1}
Example
julia> get_proportion_round_2d([1.1101 2.243 ; 4.9898 5.87],round_digits=5)
=[0.07811 0.15781; 0.35108 0.413]Proportions.get_proportion_round_add1251 — Methodget_proportion_round_add1251(for_prop_arr::AbstractVector{Float64};round_digits::Int64)::AbstractVector{Float64}Compute the proportional values for each element in the array and round to a specified decimal digits. If the sum of all the elements is not 1 , then add 1251 to the array and try looking for proportional correctness after 2 itterations , the adjustment is done in the 1st largest element returns a AbstractVector{Float64}
Example
julia> get_proportion_round_add1251([1.33,1.33,1.23,1.1111],round_digits = 2)
=[0.26, 0.27, 0.25, 0.22]Proportions.get_proportion_round_add1251_2d — Methodget_proportion_round_add1251(for_prop_arr::AbstractArray{Float64, 2};round_digits::Int64)::AbstractArray{Float64, 2}Compute the proportional values for each element in the 2d array and round to a specified decimal digits. If the sum of all the elements is not 1 , then add 1251 to the array and try looking for proportional correctness after 2 itterations , the adjustment is done in the 1st largest element returns a AbstractArray{Float64, 2}
Example
julia> get_proportion_round_add1251_2d([1.1101 2.243 ; 4.9898 5.87 ; 34.333 6.78],round_digits=8)
=[0.16559399 0.16574381; 0.16610708 0.16622349; 0.16998779 0.16634384]