Grid.h File Reference

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Classes
class	Grid
	Parent class for all grids. More...
class	LinearGrid
	Linear Grid inherets from Grid. More...
class	GeneralGrid
	General Grid inherets from Grid. More...
class	OptimalGrid
	The OptimalGrid class stores a grid which has linear spacing at the origin and exponential spacing further out. More...
class	OptimalGrid2
	The OptimalGrid class stores a grid which has linear spacing at the origin and exponential spacing further out. More...
class	CenterGrid
class	LogGrid
	LogGrid is a function whose gridpoints increase exponentially with the index. More...
class	ClusterGrid
	ClusterGrid is a function whose gridpoints are clustered tightly around the origin. More...

Enumerations
enum	GridType {   NONE, LINEAR, OPTIMAL, OPTIMAL2,   LOG, CLUSTER, GENERAL, CENTER }
	The different types of grids that we currently allow. More...

Functions
std::shared_ptr< Grid >	ReadGrid (IOSectionClass &inSection)

Enumeration Type Documentation

GridType

enum GridType

The different types of grids that we currently allow.

Enumerator
NONE
LINEAR
OPTIMAL
OPTIMAL2
LOG
CLUSTER
GENERAL
CENTER

Definition at line 29 of file Grid.h.

{
  NONE,
  LINEAR,
  OPTIMAL,
  OPTIMAL2,
  LOG,
  CLUSTER,
  GENERAL,
  CENTER
} GridType;

Function Documentation

ReadGrid()

std::shared_ptr<Grid> ReadGrid ( IOSectionClass &  inSection )

inline

Definition at line 633 of file Grid.h.

References IOSectionClass::ReadVar().

Referenced by CubicSplineCommon::Read().

{
  std::string Type;
  assert(inSection.ReadVar("Type", Type));

  std::shared_ptr<Grid> newGrid;
  if (Type == "Linear")
    newGrid = std::make_shared<LinearGrid>();
  else if (Type == "General")
    newGrid = std::make_shared<GeneralGrid>();
  else if (Type == "Optimal")
    newGrid = std::make_shared<OptimalGrid>();
  else if (Type == "Optimal2")
    newGrid = std::make_shared<OptimalGrid2>();
  else if (Type == "Log")
    newGrid = std::make_shared<LogGrid>();
  else if (Type == "Cluster")
    newGrid = std::make_shared<ClusterGrid>();
  else
  {
    std::cerr << "Unrecognized Grid type " << Type << "\n";
    exit(1);
  }
  newGrid->Read(inSection);
  return newGrid;
}