TODO: brief description of BATSRUSInterpolator class. More...
#include <Adapt3DInterpolator.h>
Inheritance diagram for ccmc::Adapt3DInterpolator:
Collaboration diagram for ccmc::Adapt3DInterpolator:
Public Member Functions | |
| Adapt3DInterpolator (Model *modelReader) | |
| float | interpolate (const std::string &, const float &c0, const float &c1, const float &c2) |
| float | interpolate (const std::string &, const float &c0, const float &c1, const float &c2, float &dc0, float &dc1, float &dc2) |
| float | interpolate (const long &variable_id, const float &c0, const float &c1, const float &c2) |
| float | interpolate (const long &variable_id, const float &c0, const float &c1, const float &c2, float &dc0, float &dc1, float &dc2) |
| virtual | ~Adapt3DInterpolator () |
 Public Member Functions inherited from ccmc::Interpolator | |
| Interpolator () | |
| virtual float | getConversionFactor (const std::string &) |
| virtual float | getConversionFactor (const long &variable_id) |
| std::string | getModelName () |
| virtual | ~Interpolator () |
| void | setModelReader (Model *reader) |
Static Public Member Functions | |
| static void | calculation1 (const float &a, const float &b, const float &c, const float &d, const float &e, float &result) |
Additional Inherited Members | |
| Protected Attributes inherited from ccmc::Interpolator | |
| Model * | modelReader |
| std::string | modelName |
Detailed Description
TODO: brief description of BATSRUSInterpolator class.
TODO: full description of BATSRUSInterpolator class
Constructor & Destructor Documentation
| ccmc::Adapt3DInterpolator::Adapt3DInterpolator | ( | Model * | modelReader | ) |
- Parameters
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modelReader Pointer to the Model object containing the appropriate variable maps. Adapt3DInterpolator should be returned by a Adapt3D::createNewInterpolator() call.
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virtual |
Destructor
Member Function Documentation
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static |
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virtual |
- Parameters
-
variable c0 X component of the position c1 Y component of the position c2 Z component of the position
- Returns
Implements ccmc::Interpolator.
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virtual |
Interpolation method. Note that using the variable ID is significantly faster than using the variable string.
- Parameters
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variable The input variable. c0 X component of the position c1 Y component of the position c2 Z component of the position dc0 Reference to a variable to store the delta for component 0 dc1 Reference to a variable to store the delta for component 1 dc2 Reference to a variable to store the delta for component 2
- Returns
- The interpolated value at position (c0,c1,c2) with deltas (dc0,dc1,dc2)
TODO: figure out what to do about the dc0,dc1,dc2 values
lets see if required variables are in memory
Implements ccmc::Interpolator.
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virtual |
- Parameters
-
variable_id c0 X component of the position c1 Y component of the position c2 Z component of the position
- Returns
Implements ccmc::Interpolator.
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virtual |
Interpolation method. Note that using the variable ID is significantly faster than using the variable string.
- Parameters
-
variable_id A long representing the variable ID. c0 X component of the position c1 Y component of the position c2 Z component of the position dc0 Reference to a variable to store the delta for component 0 dc1 Reference to a variable to store the delta for component 1 dc2 Reference to a variable to store the delta for component 2
- Returns
- The interpolated value at position (c0,c1,c2) with deltas (dc0,dc1,dc2)
Implements ccmc::Interpolator.
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The documentation for this class was generated from the following files:
- /Users/apembrok/Documents/workspaces/workspace.bak2/workspace.backup/kameleon-plus/src/ccmc/Adapt3DInterpolator.h
- /Users/apembrok/Documents/workspaces/workspace.bak2/workspace.backup/kameleon-plus/src/ccmc/Adapt3DInterpolator.cpp
