Map accessors for tree tiles. More...

#include "tile_map.h"
#include "water_map.h"

Enumerations
enum	TreeType { TREE_TEMPERATE = 0x00 , TREE_SUB_ARCTIC = 0x0C , TREE_RAINFOREST = 0x14 , TREE_CACTUS = 0x1B , TREE_SUB_TROPICAL = 0x1C , TREE_TOYLAND = 0x20 , TREE_INVALID = 0xFF }
	List of tree types along all landscape types. More...

enum	TreeGround { TREE_GROUND_GRASS = 0 , TREE_GROUND_ROUGH = 1 , TREE_GROUND_SNOW_DESERT = 2 , TREE_GROUND_SHORE = 3 , TREE_GROUND_ROUGH_SNOW = 4 }
	Enumeration for ground types of tiles with trees. More...

enum class	TreeGrowthStage : uint { Growing1 = 0 , Growing2 = 1 , Growing3 = 2 , Grown = 3 , Dying1 = 4 , Dying2 = 5 , Dead = 6 }
	Enumeration for tree growth stages. More...

Functions
TreeType	GetTreeType (Tile t)
	Returns the treetype of a tile. More...

TreeGround	GetTreeGround (Tile t)
	Returns the groundtype for tree tiles. More...

uint	GetTreeDensity (Tile t)
	Returns the 'density' of a tile with trees. More...

void	SetTreeGroundDensity (Tile t, TreeGround g, uint d)
	Set the density and ground type of a tile with trees. More...

uint	GetTreeCount (Tile t)
	Returns the number of trees on a tile. More...

void	AddTreeCount (Tile t, int c)
	Add a amount to the tree-count value of a tile with trees. More...

TreeGrowthStage	GetTreeGrowth (Tile t)
	Returns the tree growth stage. More...

void	AddTreeGrowth (Tile t, int a)
	Add a value to the tree growth stage. More...

void	SetTreeGrowth (Tile t, TreeGrowthStage g)
	Sets the tree growth stage of a tile. More...

void	MakeTree (Tile t, TreeType type, uint count, TreeGrowthStage growth, TreeGround ground, uint density)
	Make a tree-tile. More...

Variables
static const uint	TREE_COUNT_TEMPERATE = TREE_SUB_ARCTIC - TREE_TEMPERATE
	number of tree types on a temperate map.

static const uint	TREE_COUNT_SUB_ARCTIC = TREE_RAINFOREST - TREE_SUB_ARCTIC
	number of tree types on a sub arctic map.

static const uint	TREE_COUNT_RAINFOREST = TREE_CACTUS - TREE_RAINFOREST
	number of tree types for the 'rainforest part' of a sub-tropic map.

static const uint	TREE_COUNT_SUB_TROPICAL = TREE_TOYLAND - TREE_SUB_TROPICAL
	number of tree types for the 'sub-tropic part' of a sub-tropic map.

static const uint	TREE_COUNT_TOYLAND = 9
	number of tree types on a toyland map.

Detailed Description

Map accessors for tree tiles.

Definition in file tree_map.h.

Enumeration Type Documentation

◆ TreeGround

enum TreeGround

Enumeration for ground types of tiles with trees.

This enumeration defines the ground types for tiles with trees on it.

Enumerator
TREE_GROUND_GRASS	normal grass
TREE_GROUND_ROUGH	some rough tile
TREE_GROUND_SNOW_DESERT	a desert or snow tile, depend on landscape
TREE_GROUND_SHORE	shore
TREE_GROUND_ROUGH_SNOW	A snow tile that is rough underneath.

Definition at line 52 of file tree_map.h.

◆ TreeGrowthStage

enum TreeGrowthStage : uint

strong

Enumeration for tree growth stages.

This enumeration defines the stages of tree growth for tiles with trees on it.

Enumerator
Growing1	First stage of growth.
Growing2	Second stage of growth.
Growing3	Third stage of growth.
Grown	Fully grown tree.
Dying1	First stage of dying.
Dying2	Second stage of dying.
Dead	Dead tree.

Definition at line 65 of file tree_map.h.

◆ TreeType

enum TreeType

List of tree types along all landscape types.

This enumeration contains a list of the different tree types along all landscape types. The values for the enumerations may be used for offsets from the grfs files. These points to the start of the tree list for a landscape. See the TREE_COUNT_* enumerations for the amount of different trees for a specific landscape.

Enumerator
TREE_TEMPERATE	temperate tree
TREE_SUB_ARCTIC	tree on a sub_arctic landscape
TREE_RAINFOREST	tree on the 'green part' on a sub-tropical map
TREE_CACTUS	a cactus for the 'desert part' on a sub-tropical map
TREE_SUB_TROPICAL	tree on a sub-tropical map, non-rainforest, non-desert
TREE_TOYLAND	tree on a toyland map
TREE_INVALID	An invalid tree.

Definition at line 25 of file tree_map.h.

Function Documentation

◆ AddTreeCount()

void AddTreeCount	(	Tile	t,
		int	c
	)

inline

Add a amount to the tree-count value of a tile with trees.

This function add a value to the tree-count value of a tile. This value may be negative to reduce the tree-counter. If the resulting value reach 0 it doesn't get converted to a "normal" tile.

Parameters

t	The tile to change the tree amount
c	The value to add (or reduce) on the tree-count value

Precondition: Tile must be of type MP_TREES

Definition at line 180 of file tree_map.h.

References IsTileType(), Tile::m5(), and MP_TREES.

◆ AddTreeGrowth()

void AddTreeGrowth	(	Tile	t,
		int	a
	)

inline

Add a value to the tree growth stage.

This function adds a value to the tree grow stage of a tile.

Parameters

t	The tile to add the value on
a	The value to add on the tree growth stage

Precondition: Tile must be of type MP_TREES

Definition at line 210 of file tree_map.h.

References IsTileType(), Tile::m5(), and MP_TREES.

◆ GetTreeCount()

uint GetTreeCount ( Tile t )

inline

Returns the number of trees on a tile.

This function returns the number of trees of a tile (1-4). The tile must be contains at least one tree or be more specific: it must be of type MP_TREES.

Parameters

t	The index to get the number of trees

Returns: The number of trees (1-4)

Precondition: Tile must be of type MP_TREES

Definition at line 163 of file tree_map.h.

References GB(), IsTileType(), Tile::m5(), and MP_TREES.

◆ GetTreeDensity()

uint GetTreeDensity ( Tile t )

inline

Returns the 'density' of a tile with trees.

This function returns the density of a tile which got trees. Note that this value doesn't count the number of trees on a tile, use GetTreeCount instead. This function instead returns some kind of groundtype of the tile. As the map-array is finite in size and the information about the trees must be saved somehow other information about a tile must be saved somewhere encoded in the tile. So this function returns the density of a tile for sub arctic and sub tropical games. This means for sub arctic the type of snowline (0 to 3 for all 4 types of snowtiles) and for sub tropical the value 3 for a desert (and 0 for non-desert). The function name is not read as "get the tree density of a tile" but "get the density of a tile which got trees".

Parameters

t	The tile to get the 'density'

Precondition: Tile must be of type MP_TREES

See also: GetTreeCount

Definition at line 127 of file tree_map.h.

References GB(), IsTileType(), Tile::m2(), and MP_TREES.

◆ GetTreeGround()

TreeGround GetTreeGround ( Tile t )

inline

Returns the groundtype for tree tiles.

This function returns the groundtype of a tile with trees.

Parameters

t	The tile to get the groundtype from

Returns: The groundtype of the tile

Precondition: Tile must be of type MP_TREES

Definition at line 102 of file tree_map.h.

References GB(), IsTileType(), Tile::m2(), and MP_TREES.

Referenced by GetNearbyTileInformation(), IsSuitableForFarmField(), PlaceTree(), and TileLoop_Water().

◆ GetTreeGrowth()

TreeGrowthStage GetTreeGrowth ( Tile t )

inline

Returns the tree growth stage.

This function returns the tree growth stage of a tile with trees.

Parameters

t	The tile to get the tree growth stage

Returns: The tree growth stage

Precondition: Tile must be of type MP_TREES

Definition at line 195 of file tree_map.h.

References GB(), IsTileType(), Tile::m5(), and MP_TREES.

Referenced by SearchLumberMillTrees().

◆ GetTreeType()

TreeType GetTreeType ( Tile t )

inline

Returns the treetype of a tile.

This function returns the treetype of a given tile. As there are more possible treetypes for a tile in a game as the enumeration TreeType defines this function may be return a value which isn't catch by an entry of the enumeration TreeType. But there is no problem known about it.

Parameters

t	The tile to get the treetype from

Returns: The treetype of the given tile with trees

Precondition: Tile t must be of type MP_TREES

Definition at line 87 of file tree_map.h.

References IsTileType(), Tile::m3(), and MP_TREES.

◆ MakeTree()

void MakeTree	(	Tile	t,
		TreeType	type,
		uint	count,
		TreeGrowthStage	growth,
		TreeGround	ground,
		uint	density
	)

inline

Make a tree-tile.

This functions change the tile to a tile with trees and all information which belongs to it.

Parameters

t	The tile to make a tree-tile from
type	The type of the tree
count	the number of trees
growth	the growth stage
ground	the ground type
density	the density (not the number of trees)

Definition at line 244 of file tree_map.h.

References Tile::m2(), Tile::m3(), Tile::m4(), Tile::m5(), Tile::m6(), Tile::m7(), MP_TREES, OWNER_NONE, SB(), SetTileOwner(), SetTileType(), SetWaterClass(), TREE_GROUND_SHORE, WATER_CLASS_INVALID, and WATER_CLASS_SEA.

◆ SetTreeGroundDensity()

void SetTreeGroundDensity	(	Tile	t,
		TreeGround	g,
		uint	d
	)

inline

Set the density and ground type of a tile with trees.

This functions saves the ground type and the density which belongs to it for a given tile.

Parameters

t	The tile to set the density and ground type
g	The ground type to save
d	The density to save with

Precondition: Tile must be of type MP_TREES

Definition at line 144 of file tree_map.h.

References IsTileType(), Tile::m2(), MP_TREES, SB(), SetWaterClass(), TREE_GROUND_SHORE, WATER_CLASS_INVALID, and WATER_CLASS_SEA.

Referenced by DoFloodTile(), and PlaceTree().

◆ SetTreeGrowth()

void SetTreeGrowth	(	Tile	t,
		TreeGrowthStage	g
	)

inline

Sets the tree growth stage of a tile.

This function sets the tree growth stage of a tile directly with the given value.

Parameters

t	The tile to change the tree growth stage
g	The new value

Precondition: Tile must be of type MP_TREES

Definition at line 226 of file tree_map.h.

References IsTileType(), Tile::m5(), MP_TREES, and SB().

Enumerations

Functions

Variables

Detailed Description

Enumeration Type Documentation

◆ TreeGround

◆ TreeGrowthStage

◆ TreeType

Function Documentation

◆ AddTreeCount()

◆ AddTreeGrowth()

◆ GetTreeCount()

◆ GetTreeDensity()

◆ GetTreeGround()

◆ GetTreeGrowth()

◆ GetTreeType()

◆ MakeTree()

◆ SetTreeGroundDensity()

◆ SetTreeGrowth()