Map {
	# Data sources
	Source {
		# Input file
		File lada.osm

		# File format:
		#	osmxml		OpenStreetMap XML
		#	fixed		Fixed objects (no File used, see FixedObjects section below)
		#	shape		ESRI shape file (partial support only)
		Format osmxml

		# MapCSS stylesheet to apply (multiple style-sheets are allowed)
		StyleSheet poskole.css
	}

	# Projection of our map
	Projection "+proj=utm +zone=33 +ellps=WGS84"

	# Which part of the map should drawn (in projected coordinates)
	MinX 466902
	MaxX 468293
	MinY 5615902
	MaxY 5616938

	# Draw on A3 paper
	PageWidth 420
	PageHeight 297

	# Draw on A4 paper
	# PageWidth 297
	# PageHeight 210

	# Clip output to the requested rectangle
	Clip 0

	# Rotate the map by 90 degrees
	Rotate 0

	# Draw blue border around the requested rectangle
	DrawBorder 1

	# Write SVG output here
	SVGOutput output.svg
}

Debug {
	# Dump map data exactly as parsed
	DumpSource 0

	# Dump map data after projection to Map.Projection
	DumpAfterProj 0

	# Dump map data after conversion to on-paper coordinates
	DumpAfterScaling 0

	# Dump intermediate representations of multipolygons
	DumpMultipolygons 0

	# Dump stylesheet as parsed
	DumpCSS 0

	# Dump styling decisions
	DumpStyling 0

	# Dump planning and drawing of symbols
	DumpSymbols 0
}

Labelling {
	# Maximal length of line section in milimeters
	MaxSectionLenght 80
	# Section's length may exceed limit by at most [mm]
	MaxSectionOverlay 10
	# Bitmap granularity (bitmap points per milimeter)
	BitmapGranularity 1
}

Evolution {
	# Number of individuals in each generation
	PopSize 50

	# Enhance number of individuals created by elitisc to fit population size
	FitSize 1

	# Terminating condition
	# 1 -- penalty reached, 2 -- stagnation, 3 -- iteration limit
	TermCond 3
	PenaltyBound 100
	StagnationBound 10
	IterationLimit 200

	# Ranking parameters
	DistanceWeight	1
	OmittmentWeight	1
	OverlapWeight	1

	# Create that part of generation by breeding
	BreedPopSize 0.45
	# Use that part of best individuals for parent selection
	BreedNumBest 0.9
	# Probability of children mutation
	MutateChild 0.6

	# Create that part of generation by mutation
	MutatePopSize 0.45
	# Use that part of best individuals for individual selection
	MutateNumBest 0.9
	# Probability of moving label
	MutateMoveBound 0.1
	# Probability of regeneration label coordinates
	MutateRegenBound 0.05
	# Probability of changing label variant
	MutateChvarBound 0.1

	ElitePopSize 0.1
}