Solar::Model Class Reference

Visual (solid) model. More...

#include <Model.hpp>

Inheritance diagram for Solar::Model:

[legend]Collaboration diagram for Solar::Model:

[legend]List of all members.

Public Member Functions

• Model ()
• ~Model ()
• virtual void setGarbageBin (GarbageBin *bin)
• void render (Renderer *)
• void scale (const Fluid::Vector3 &)
• void scale (float s)
• void move (const Fluid::Vector3 &)
• void transform (const Fluid::Matrix3 &)
• void addGraphic (Graphic *)
• void clear ()
• void merge (Model *)

  Merges the graphic elements from another model.
  

• uint subObjectCount () const

  Returns the number of sub-objects.
  

• Graphic * getSubObject (uint i)

  Gets one of the sub-objects.
  

• void calculateBoundingBox ()
• const BoundingBox & boundingBox () const
• void normalize (float maximumSpan, bool center)
• void centralize ()
• int nofPrimitives () const
• void createPyramid (float size, const std::string &baseMaterial, bool shareMaterials=false)

  Pyramid creator.
  

• void createCube (float size, const std::string &baseMaterial, bool shareMaterials=false)

  Constructs a cude model.
  

• void createFromHeightMap (const unsigned char *map, unsigned w, unsigned h, const char *material="ground")

  Creates a model from height map data.
  

Protected Attributes

• std::vector< Graphic * > m_graphics
• BoundingBox m_boundingBox

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Detailed Description

Visual (solid) model.

A model is composed of several sub-objects. These sub-objects are derived from Solar::Graphic class. The sub-objects are of the kind that can be easily rendered on any simple, but sane graphics system (triangle strips, triangle arrays etc).

Author:

Tommi Ilmonen

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Constructor & Destructor Documentation

Solar::Model::Model (   )

Solar::Model::~Model (   )

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Member Function Documentation

void Solar::Model::setGarbageBin (  GarbageBin *  bin  )  [virtual]

Reimplemented from Solar::Garbage.

void Solar::Model::render (  Renderer *   )

void Solar::Model::scale (  const Fluid::Vector3 &   )

void Solar::Model::scale (  float  s  )  [inline]

void Solar::Model::move (  const Fluid::Vector3 &   )

void Solar::Model::transform (  const Fluid::Matrix3 &   )

void Solar::Model::addGraphic (  Graphic *   )

void Solar::Model::clear (   )

void Solar::Model::merge (  Model *  m  )

Merges the graphic elements from another model. Note: The source model becomes empty.

uint Solar::Model::subObjectCount (   )  const [inline]

Returns the number of sub-objects.

Graphic* Solar::Model::getSubObject (  uint  i  )  [inline]

Gets one of the sub-objects.

void Solar::Model::calculateBoundingBox (   )

const BoundingBox& Solar::Model::boundingBox (   )  const [inline]

void Solar::Model::normalize (  float  maximumSpan, bool  center )

void Solar::Model::centralize (   )

int Solar::Model::nofPrimitives (   )  const

void Solar::Model::createPyramid (  float  size, const std::string &  baseMaterial, bool  shareMaterials = false )

Pyramid creator.

void Solar::Model::createCube (  float  size, const std::string &  baseMaterial, bool  shareMaterials = false )

Constructs a cude model.

void Solar::Model::createFromHeightMap (  const unsigned char *  map, unsigned  w, unsigned  h, const char *  material = "ground" )

Creates a model from height map data. Each row in the map is turned into a triangle strip. This should be efficient enough.

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Member Data Documentation

std::vector<Graphic *> Solar::Model::m_graphics [protected]

BoundingBox Solar::Model::m_boundingBox [protected]

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The documentation for this class was generated from the following files:

• Model.hpp
• Model.cpp

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