; This is the configuration I use to generate the overview maps at
; http://www.randomly.org/projects/mapper/alb.png, hib.png, mid.png
; (I haven't released the glue script that puts them together yet; patience..)

[maps]            ; Global settings live in this section.
mode=color        ; color or greyscale. Greyscale is mostly untested.
include = local.ini

renderers = background, river, bumpmap, trees, structures, bounds

[background]
type = background

[bounds]
type = bounds
alpha = 90       ; alpha of bounds color
color = 150,0,0  ; color to fill prohibited area

[river]
type = river
alpha = 90       ; alpha of river overlay
color = default  ; color of river overlay; default = use value from map data

[bumpmap]
type = bumpmap
z_scale = 20.0               ; exaggeration factor applied to heightfield
light_vect = -1.0,1.0,-1.0   ; light direction vector (-z is 'down')
light_min = 0.6              ; minimum light level (multiplies base color)
light_max = 1.2              ; maximum light level (multiplies base color)

; A 'fixture' renderer specifies a number of sub-sections to use depending on
; the .nif being drawn. Anything not explicitly named uses the section
; named in 'default'. 'classify' delegates fixture classification to another
; section.

[trees]
type = fixture
classify = fixture-classes
default = draw.none
tree = draw.tree

[structures]
type = fixture
classify = fixture-classes
default = draw.shaded
tree = draw.none

;
; These are the fixture subsections.
;
; type is one of:
;   none: don't draw the fixture at all
;   wireframe: draw just the wireframe of the fixture
;      expects color=RGBA
;      use color=default to use the color specified by the map data
;   solid: draw and fill the wireframe 
;      expects fill=RGBA and outline=RGBA
;      use fill=none or outline=none to turn them off
;      use fill=default and outline=default to use the color specified by the 
;      map data
;   shaded: flat-shade and fill the wireframe
;      expects color=RGBA
;      use color=default to use the color specified by the map data
;
; layer controls the order in which fixtures are drawn. All fixtures in layer
; 0 are drawn first, then all fixtures in layer 1, and so on.
; (this ordering is per renderer instance, so it's irrelevant for the
; particular example below since I use two separate renderers anyway)

[draw.tree]
type=shaded
light_vect = -1.0,1.0,-1.0   ; light direction vector (-z is 'down')
light_min = 0.5              ; minimum light level (multiplies base color)
light_max = 1.0              ; maximum light level (multiplies base color)
color=0,225,0,64             ; base color for fixtures, default = use map info
layer=0

[draw.shaded]
type=shaded
light_vect = -1.0,1.0,-1.0   ; light direction vector (-z is 'down')
light_min = 0.5              ; minimum light level (multiplies base color)
light_max = 1.0              ; maximum light level (multiplies base color)
color=default
layer=1

[draw.none]
type=none

[fixture-classes]
; setting 'classify=fixture-classes' above means this section is used
; to classify .nif filenames to fixture type
b_bush1 = tree
b_htoak1 = tree
b_htoakb = tree
bbare1 = tree
bbare2 = tree
bmtntre1 = tree
bpinea = tree
bpinetree = tree
brtstmp2 = tree
brushclump = tree
brushes = tree
bspanmoss = tree
btaltre1 = tree
bvgrn1 = tree
bvrgrn1 = tree
bwillow = tree
creepywebpine = tree
elm1 = tree
elm2 = tree
fallencreepytree = tree
hbareskny = tree
hbirchsingle = tree
hdeadtree = tree
helm = tree
helm2 = tree
hfirbtree = tree
hlog = tree
hlogbent = tree
hlowtree = tree
hoaktree = tree
hol-stmp = tree
holdgrove = tree
hstumpy = tree
hstumpyleaf = tree
hweepwill = tree
lillypads = tree
log1 = tree
log1-s = tree
log2 = tree
log2-s = tree
n_stump = tree
n_stump-s = tree
nbirchtree = tree
npinea = tree
npinea-s = tree
npinedk = tree
npinetree = tree
npinetree-s = tree
npintre-s = tree
npintre1 = tree
npintree = tree
nreeds = tree
nrushes = tree
nvrgrn1-s = tree
oak1 = tree
pinetree = tree
pintre1 = tree
talloak1 = tree
vrgrn1 = tree