Electrowetting on dielectric

Public Member Functions  
InterfaceEnergy (const double gamma, const double theta_s)  
double  operator() (const double x) const 
Public Attributes  
const double  B 
Private Attributes  
const double  coeff 
The coefficient that goes in front of the phase dependent function.  
const double  max_second_deriv 
. 
The Interface Energy density function, which is given by
Notice that this function differs from the one used in the problem definition. The relation is
where is the surface tension.
Definition at line 112 of file Material.h.
InterfaceEnergy::InterfaceEnergy  (  const double  gamma, 
const double  theta_s  
) 
Initialize the member variables
gamma  : The surface tension 
theta_s  : The static contact angle 
const double InterfaceEnergy::coeff [private] 
The coefficient that goes in front of the phase dependent function.
Definition at line 125 of file Material.h.
const double InterfaceEnergy::max_second_deriv [private] 
.
Definition at line 125 of file Material.h.
const double InterfaceEnergy::B 
The value of the maximum of the second derivative is known beforehand, and so it is the value of the stabilization parameter. Thus, we make it a constant.
Definition at line 132 of file Material.h.