Package worldBuilder

Class RPGMTiler

java.lang.Object

worldBuilder.RPGMTiler

All Implemented Interfaces:

Exporter

public class RPGMTiler
extends java.lang.Object
implements Exporter

exporter to write world map as tile numbers in RPGMaker levels

Nested Class Summary

Nested classes/interfaces inherited from interface worldBuilder.Exporter

Exporter.WhichMap

Field Summary

Fields

Modifier and Type	Field	Description
java.awt.Color[]	colorTopo	level to preview color map
double[][]	depths	per point water depth (Z units)
double[][]	erode	per point erosion/depostion (Z units)
static int	FLORA_BRUSH
static int	FLORA_GRASS
static int	FLORA_NONE
static int	FLORA_TREES
java.lang.String[]	floraNames	map from ecotope types to names
int[][]	floraTypes	per point flora type
double[][]	heights	per point height (Z units)
int[][]	levels	per point terrain level
double[][]	soil	per point soil type
double	Tsummer	seasonal mean temperatures
double	Twinter	seasonal mean temperatures
int[]	typeMap	mapping from levels to TerrainTypes
int	x_points	map dimensions (in tiles)
int	y_points	map dimensions (in tiles)

Fields inherited from interface worldBuilder.Exporter

DEPTH, EROSION, FAUNA, FLORA, HEIGHT, MINERALS, RAINFALL

Constructor Summary

Constructors

Constructor	Description
RPGMTiler(java.lang.String tileRules, int width, int height)	create a new output writer

Method Summary

Modifier and Type	Method	Description
double	direction(int row, int col)	compass orientation of face
double	dZdX(int row, int col)	slope (upwards to the east)
double	dZdY(int row, int col)	slope (upwards to the south)
void	erodeMap(double[][] erode)	Up-load the net erosion/deposition for every tile
int	export_height()	return the export height (in tiles)
int	export_width()	return the export width (in tiles)
void	faunaMap(double[][] soil, java.lang.String[] names)	Up-load the fauna type for every tile
void	floraMap(double[][] flora, java.lang.String[] names)	Up-load the (integer) flora type for every tile
void	floraQuotas(double grass, double brush, double trees)	set the fraction of tiles for each flora class
void	heightMap(double[][] heights)	Up-load the altitude of every tile
void	highlandLevels(int aboveGround)	set parameters that define the altitude->level mapping
int	neededInfo()	return list of needed map up-loads
void	position(double lat, double lon)	Set the lat/lon of the region being exported
void	preview(Exporter.WhichMap chosen, java.awt.Color[] colormap)	generate an export preview, mapping levels to colors
void	rainMap(double[][] rain)	Up-load the annual rainfall for every tile
double	slope(int row, int col)	aggregate slope
void	soilMap(double[][] soil, java.lang.String[] names)	Up-load the soil type for every tile
void	temps(double meanTemp, double meanSummer, double meanWinter)	Set seasonal temperature range for region being exported
void	tileSize(int meters)	Set the size of a single tile
java.awt.Color	waterColor(int terrainType)	water colors for flora previews
void	waterMap(double[][] depths)	Up-load the surface-water-depth for every tile
boolean	writeFile(java.lang.String filename)	write out an RPGMaker map

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

FLORA_NONE

public static final int FLORA_NONE

See Also:

Constant Field Values

FLORA_GRASS

public static final int FLORA_GRASS

See Also:

Constant Field Values

FLORA_BRUSH

public static final int FLORA_BRUSH

See Also:

Constant Field Values

FLORA_TREES

public static final int FLORA_TREES

See Also:

Constant Field Values

x_points

public int x_points

map dimensions (in tiles)

y_points

public int y_points

map dimensions (in tiles)

Tsummer

public double Tsummer

seasonal mean temperatures

Twinter

public double Twinter

seasonal mean temperatures

heights

public double[][] heights

per point height (Z units)

erode

public double[][] erode

per point erosion/depostion (Z units)

depths

public double[][] depths

per point water depth (Z units)

soil

public double[][] soil

per point soil type

levels

public int[][] levels

per point terrain level

floraTypes

public int[][] floraTypes

per point flora type

typeMap

public int[] typeMap

mapping from levels to TerrainTypes

floraNames

public java.lang.String[] floraNames

map from ecotope types to names

colorTopo

public java.awt.Color[] colorTopo

level to preview color map

Constructor Detail

RPGMTiler

public RPGMTiler(java.lang.String tileRules,
                 int width,
                 int height)

create a new output writer

Parameters:

tileRules - ... name of output file

width - of map (in cells)

height - of map (in cells)

Method Detail

neededInfo

public int neededInfo()

return list of needed map up-loads

Specified by:

neededInfo in interface Exporter

export_width

public int export_width()

return the export width (in tiles)

Specified by:

export_width in interface Exporter

export_height

public int export_height()

return the export height (in tiles)

Specified by:

export_height in interface Exporter

floraQuotas

public void floraQuotas(double grass,
                        double brush,
                        double trees)

set the fraction of tiles for each flora class

Parameters:

grass - ... fraction of squares eligible for grass

brush - ... fraction of squares eligible for brush

trees - ... fraction of squares eligible for trees

highlandLevels

public void highlandLevels(int aboveGround)

set parameters that define the altitude->level mapping

Parameters:

aboveGround - number of above-GROUND levels

writeFile

public boolean writeFile(java.lang.String filename)

write out an RPGMaker map

Specified by:

writeFile in interface Exporter

Parameters:

filename - of output file

preview

public void preview(Exporter.WhichMap chosen,
                    java.awt.Color[] colormap)

generate an export preview, mapping levels to colors

Specified by:

preview in interface Exporter

Parameters:

chosen - map type (e.g. height, flora)

colormap - - palette to be used in preview

slope

public double slope(int row,
                    int col)

aggregate slope

Parameters:

row - (tile) within the export region

col - (tile) within the export region

Returns:

aggregate slope (dZdTILE) of that tile

dZdX

public double dZdX(int row,
                   int col)

slope (upwards to the east)

Parameters:

row - (tile) within the export region

col - (tile) within the export region

Returns:

slope upwards to the east

dZdY

public double dZdY(int row,
                   int col)

slope (upwards to the south)

Parameters:

row - (tile) within the export region

col - (tile) within the export region

Returns:

slope upwards to the south

direction

public double direction(int row,
                        int col)

compass orientation of face

Parameters:

row - (tile) within the export region

col - (tile) within the export region

Returns:

compass orientation (0-359) of face

tileSize

public void tileSize(int meters)

Set the size of a single tile

Specified by:

tileSize in interface Exporter

Parameters:

meters - real-world width of a tile

position

public void position(double lat,
                     double lon)

Set the lat/lon of the region being exported

Specified by:

position in interface Exporter

Parameters:

lat - real world latitude of map center

lon - real world longitude of map center

temps

public void temps(double meanTemp,
                  double meanSummer,
                  double meanWinter)

Set seasonal temperature range for region being exported

Specified by:

temps in interface Exporter

Parameters:

meanTemp - mean (all year) temperature

meanSummer - mean (summer) temperature

meanWinter - mean (winter) temperature

heightMap

public void heightMap(double[][] heights)

Up-load the altitude of every tile

Specified by:

heightMap in interface Exporter

Parameters:

heights - height (in meters) of every point

erodeMap

public void erodeMap(double[][] erode)

Up-load the net erosion/deposition for every tile

Specified by:

erodeMap in interface Exporter

Parameters:

erode - per point height (in meters) of soil lost to erosion negative means sedimentqation

rainMap

public void rainMap(double[][] rain)

Up-load the annual rainfall for every tile

Specified by:

rainMap in interface Exporter

Parameters:

rain - per point depth (in meters) of annual rainfall

soilMap

public void soilMap(double[][] soil,
                    java.lang.String[] names)

Up-load the soil type for every tile

Specified by:

soilMap in interface Exporter

Parameters:

soil - - per point soil type

names - - per type name strings

waterMap

public void waterMap(double[][] depths)

Up-load the surface-water-depth for every tile

Specified by:

waterMap in interface Exporter

Parameters:

depths - - per point depth of water

floraMap

public void floraMap(double[][] flora,
                     java.lang.String[] names)

Up-load the (integer) flora type for every tile

Specified by:

floraMap in interface Exporter

Parameters:

flora - - per point flora type

names - - per type name strings

faunaMap

public void faunaMap(double[][] soil,
                     java.lang.String[] names)

Up-load the fauna type for every tile

Specified by:

faunaMap in interface Exporter

Parameters:

fauna - - per point fauna type

waterColor

public java.awt.Color waterColor(int terrainType)

water colors for flora previews

Parameters:

terrainType -