parameters: (self, tolerance=10*unit.kilojoules_per_mole/unit.nanometer, maxIterations=0)
docstring: Perform a local energy minimization on the system.
  
          Parameters
          ----------
          tolerance : force
              This specifies how precisely the energy minimum must be located.  Minimization
              is halted once the root-mean-square value of all force components reaches
              this tolerance.
          maxIterations : int
              The maximum number of iterations to perform.  If this is 0,
              minimization is continued until the results converge without regard
              to how many iterations it takes.
docstring_summary: Perform a local energy minimization on the system.
docstring_tokens: Perform a local energy minimization on the system .
function: def minimizeEnergy(self, tolerance=10*unit.kilojoules_per_mole/unit.nanometer, maxIterations=0):
          """Perform a local energy minimization on the system.
  
          Parameters
          ----------
          tolerance : force
              This specifies how precisely the energy minimum must be located.  Minimization
              is halted once the root-mean-square value of all force components reaches
              this tolerance.
          maxIterations : int
              The maximum number of iterations to perform.  If this is 0,
              minimization is continued until the results converge without regard
              to how many iterations it takes.
          """
          mm.LocalEnergyMinimizer.minimize(self.context, tolerance, maxIterations)
function_tokens: def minimizeEnergy ( self , tolerance = 10 * unit . kilojoules_per_mole / unit . nanometer , maxIterations = 0 ) : mm . LocalEnergyMinimizer . minimize ( self . context , tolerance , maxIterations )