calc_affine_param: Calculate a variable that is affine in another variable,...
In ime-luebeck/semgsim: Simulating surface electromyographic (sEMG) and force signals
View source: R/setup_muscles.r
calc_affine_param R Documentation
Calculate a variable that is affine in another variable, given that
variable's value.
Description
Calculates
'var2 = var2min + (var1i - var1min) / (var1max - var1min) * (var2max - var2min)'
where the quotient '(var1i - var1min) / (var1max - var1min)' corresponds to
function parameter 'ratio'.
Usage
calc_affine_param(min_val, max_val, ratio)
Arguments
min_val
Minimum value of the variable to calculate
max_val
Maximum value of the variable to calculate
ratio
Value between 0 and 1, indicating position between min and max
Value
(Scalar) value of the affine dependent parameter
ime-luebeck/semgsim documentation built on April 14, 2022, 11:02 p.m.
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View source: R/setup_muscles.r
| calc_affine_param | R Documentation |
Calculate a variable that is affine in another variable, given that variable's value.
Description
Calculates 'var2 = var2min + (var1i - var1min) / (var1max - var1min) * (var2max - var2min)' where the quotient '(var1i - var1min) / (var1max - var1min)' corresponds to function parameter 'ratio'.
Usage
calc_affine_param(min_val, max_val, ratio)
Arguments
min_val |
Minimum value of the variable to calculate |
max_val |
Maximum value of the variable to calculate |
ratio |
Value between 0 and 1, indicating position between min and max |
Value
(Scalar) value of the affine dependent parameter
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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