a_area Struct Reference

Area. More...

#include <world.h>

Collaboration diagram for a_area:

[legend]List of all members.

Public Attributes
short	width
short	height
short	halfwidth
short	halfheight
short	maxdim
short	xwrap
int	numcells
int	latitude
int	longitude
short	projection
int	cellwidth
short	fullwidth
short	fullheight
short	fullx
short	fully
short	sunx
short	suny
Obj *	temp_year
char *	image_name
a_unit **	units
char *	terrain
char **	auxterrain
char *	peopleside
char *	controlside
short *	features
short *	elevations
short	avgelev
short	minelev
short	maxelev
long **	materials
short *	temperature
short *	clouds
short *	cloudbottoms
short *	cloudheights
short *	winds
short *	tmp1
short *	tmp2
short *	tmp3
a_region **	terrain_regions
a_region **	landsea_regions
short *	user

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Detailed Description

Area.

An "area" is always basically a rectangular array of positions. The hex effect can be achieved by interpreting neighborliness and direction differently, but that's all that's needed. All of the "layers" are dynamically allocated as needed, to save (considerable!) space.

See the discussion of layers for a more complet discussion of the various types of layers.

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Member Data Documentation

char** a_area::auxterrain

vector of extra types layer

short a_area::avgelev

calculated average of elevations layer

int a_area::cellwidth

distance across one cell

short* a_area::cloudbottoms

altitudes of clouds of cloud layer layer

short* a_area::cloudheights

heights of clouds in the cloud layer layer

short* a_area::clouds

types of clouds in the layer layer

char* a_area::controlside

the side actually in charge layer

short* a_area::elevations

layer of elevations layer

short* a_area::features

layer of ids of features layer

short a_area::fullheight

height of the area being used for data

short a_area::fullwidth

width of the area being used for data

short a_area::fullx

x offset within full area to get data from

short a_area::fully

y offset within full area to get data from

short a_area::halfheight

height / 2

short a_area::halfwidth

width / 2

short a_area::height

Height of the area

char* a_area::image_name

Pointers to the various "layers".

struct a_region** a_area::landsea_regions

Region list. Area is devided into land and sea. layer

int a_area::latitude

position within whole world

int a_area::longitude

position within whole world

long** a_area::materials

layer of materials in each cell layer

short a_area::maxdim

max of the two dims

short a_area::maxelev

calculated min/max of elevations layer

short a_area::minelev

calculated min/max of elevations layer

int a_area::numcells

number of cells in area

char* a_area::peopleside

the overt side alignment of the locals layer

short a_area::projection

Isometric projection flag. ???

short a_area::sunx

x location at which sun is overhead

short a_area::suny

y location at which sun is overhead

Obj* a_area::temp_year

cycle of temperatures within year

short* a_area::temperature

layer of cell temperatures layer

char* a_area::terrain

terrain type at this spot layer

struct a_region** a_area::terrain_regions

Region list. Area is divided by terrain types. layer

short* a_area::tmp1

Temporary layer 1. layer

short* a_area::tmp2

Temporary layer 2. layer

short* a_area::tmp3

Temporary layer 3. layer

struct a_unit** a_area::units

pointer to units if any layer

short* a_area::user

IDs of units using materials in each cell layer

short a_area::width

Width of the area.

short* a_area::winds

layer of force/dir of winds. layer

short a_area::xwrap

true if x coords wrap around

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The documentation for this struct was generated from the following file:

• world.h

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