Description Usage Arguments Value Examples
A general function for calculating the error in some parameter
1 2 3 4 5 6 7 8 9 10 11 12 | Error_general(
param,
param_name,
R_of_param,
param_of_R,
Rmin,
Rmax,
delta,
midpoint,
error_R,
temp = 295.15
)
|
param |
The parameter over which we are calculating error |
param_name |
The name of the parameter over which we are calculating error |
R_of_param |
A function that maps from param –> R NOTE: R_of_param must have arguments in the correct ordrer. They should be:
|
param_of_R |
A function that maps from R –> param NOTE: param_of_R must have arguments in the correct order. They should be: #'
|
Rmin |
the minimum possible ratiometric fluorescence |
Rmax |
the maximum possible ratiometric fluorescence |
delta |
the ratiometric fluorescence in the first wavelength |
midpoint |
the sensor's midpoint (e.g. e0 for redox, pKa for pH, pKd for other ligand) |
error_R |
a function that, given an R, returns the error in that R |
temp |
the temperature at which measurements were made |
A list with (1) 'E', the given redox potential, (2) 'larger_E', the largest possible E, at the given error (3) 'smaller_E', the smallest possible E, at the given error (4) 'max_error' the largest possible difference between the observed and expected E
1 2 3 4 | Error_general(
param = -275, param_name = "E", R_of_param = R_of_E, param_of_R = sensorOverlord::E,
Rmin = 1, Rmax = 5, delta = 0.2, midpoint = -275, error_R = function(x) 0.02 * x
)
|
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