singleAdapt: Count speciman adaptation
In rpietrusinski/GA-stock-prices: Genetic algorithm for portfolio selection
Description
Usage
Arguments
Value
Description
Create an auxiliary function for counting a single speciman adaptation (single portfolio quality)
Function takes *x* which is a single specimen (sequence of bits) and returns a value of its adaptation. The adaptation value is the
expected portfolio return / portfolio risk.
Usage
1
2
singleAdapt(x, num_genes, expectedReturn. = expectedReturn,
num_stocks. = num_stocks)
Arguments
x
speciman, which is a sequence of bits
num_genes
number of bits encoding single stock
expectedReturn.
a vector with expected return rates for analysed stocks
num_stocks.
number of stocks in analysis
Value
Value of adaptation
rpietrusinski/GA-stock-prices documentation built on May 20, 2019, 5:43 p.m.
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Description Usage Arguments Value
Description
Create an auxiliary function for counting a single speciman adaptation (single portfolio quality) Function takes *x* which is a single specimen (sequence of bits) and returns a value of its adaptation. The adaptation value is the expected portfolio return / portfolio risk.
Usage
1 2 | singleAdapt(x, num_genes, expectedReturn. = expectedReturn,
num_stocks. = num_stocks)
|
Arguments
x |
speciman, which is a sequence of bits |
num_genes |
number of bits encoding single stock |
expectedReturn. |
a vector with expected return rates for analysed stocks |
num_stocks. |
number of stocks in analysis |
Value
Value of adaptation
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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