BuildWorld Class Reference

BuildWorld holds the raw data from the design editor. More...

#include <BuildWorld.h>

Collaboration diagram for BuildWorld:


Public Types
enum	ECleanMethod { CLEAN_CLEAR, CLEAN_TRANS, CLEAN_TRANS_SHOW }
Public Member Functions
	BuildWorld ()
bool	set (int dim, int page, int x, int y, int set)
bool	set (const CoordBuild &c, int set)
int	get (int dim, int page, int x, int y) const
int	get (const CoordBuild &c) const
int	tilesCount () const
void	initializeNew (bool boxed)
void	doTransparent ()
	this is a fragment left from the days of tile editing.
void	reClacLimits ()
bool	loadFrom (MyFile *rdfl)
bool	saveTo (MyFile *wrfl)
bool	search (int face, int changeTo=-1, bool onlyShow=false, bool doret=true)
void	justChanged ()
void	justGen ()
void	justSave ()
bool	getChangedFromGen () const
bool	getChangedFromSave () const
EGenResult	testShape ()
EGenResult	getTestResult ()
const Shape &	getTestShape ()
int	getTestShapeFcInd (CoordBuild s) const
void	unGenerate (const Shape *shp)
	Do the opposite action to generate().
void	clean (ECleanMethod meth)
Static Public Member Functions
static void	get3dCoords (CoordBuild s, Coord3d &g1, Coord3d &g2)
static void	getBuildCoords (Coord3d g, CoordBuild b[6])
Public Attributes
Coord3d	size
BoundedBlockSpace3D	m_space
int	nFaces
bool	fClosed
WorldLimits	m_limits
SqrLimits	m_gen_bounds
	the bounds of the last generate called with this BuildWorld page plays the z axis
Private Member Functions
void	bootstrapSpace ()
	create m_space
void	justInvalidatedTest ()
Private Attributes
BuildDimension	dm [3]
bool	fChangedFromGen
bool	fChangedFromSave
Shape	m_testShape
	this shape is used to test if the build is legal.
EGenResult	m_testResult
	valid only when m_bTested == true
bool	m_bTested
Classes
struct	TransSqr
	TransSqr is the datum of the transp internal lookup table used doTransparent(). More...
struct	WorldLimits
	WorldLimits contains the actual limits of BuildWorld in its 3 dimentions. More...

Detailed Description

BuildWorld holds the raw data from the design editor.

The data is represented in its rawest and most direct form. Every polygon the user sees in the design view Translateds to datum in this class. From this data the Shape is later generated for the solution engine to work on. The data is organized in three BuildDimension structures, each for every axis. every such BuildDimension contains the tiles which are prependicular to that axis. an instance of this class is contained by CubeDoc as the current state of the design editor.

See also:: BuildDimension CubeDoc

Member Enumeration Documentation

enum BuildWorld::ECleanMethod

Enumerator:

CLEAN_CLEAR	wipe it all
CLEAN_TRANS	clean only the transperant tiles, maitain show status
CLEAN_TRANS_SHOW	clean transperant and show status

Constructor & Destructor Documentation

BuildWorld::BuildWorld ( ) [inline]

Member Function Documentation

bool BuildWorld::set	(	int	dim,
		int	page,
		int	x,
		int	y,
		int	set
	)

bool BuildWorld::set	(	const CoordBuild &	c,
		int	set
	)

int BuildWorld::get	(	int	dim,
		int	page,
		int	x,
		int	y
	)			const `[inline]`

int BuildWorld::get ( const CoordBuild & c ) const [inline]

int BuildWorld::tilesCount ( ) const [inline]

void BuildWorld::initializeNew ( bool boxed )

void BuildWorld::doTransparent ( )

this is a fragment left from the days of tile editing.

it serves the purpose of finding which tiles are legal to be new tiles. nowa days all it does effectivly is calculate m_limits properly. this code should be refactored into a different method.

void BuildWorld::reClacLimits ( )