-- This table handles the down sampling for a given GPU's VRAM
-- _0GB is use for cards with <900MB (Not officially supported, may not work)
-- _1GB for cards with <1900MB, _2GB <2900MB, ..., as reported by 32bit DirectX (max supported is 3072MB/3GB).
-- acc: accessories (typically non-static scene elements). Most of these should be in the VTs in Stainless levels, so this has little impact on VRAM use.
-- cars: Cars!
-- level: static level geometry. Again like accessories should be in VTs.
-- peds: Pedestrians / skinned characters.
-- vfx: Particle effect images.
-- sky: Sky dome texture.
-- The value is number of mips levels to skip. e.g. 1 would halve resolution, 2 quarter...
-- Changing this table may lead to extremely poor framerates.
texture_map = {
	_0GB = { acc = 0, cars = 0, level = 0, peds = 0, vfx=2, sky=0 },
	_1GB = { acc = 0, cars = 0, level = 0, peds = 0, vfx=2, sky=0 },
	_2GB = { acc = 0, cars = 0, level = 0, peds = 0, vfx=1, sky=0 },
	_3GB = { acc = 0, cars = 0, level = 0, peds = 0, vfx=0, sky=0 }
}


-- far_distance is number of metres from camera that vehicles are shown at their lowest detail.
-- mid_proportion is the factor of the far_distance at which the vehicles transition from highest to medium detail.
car_culling_map = {
	far =  { far_distance=100, mid_proportion=0.5 },
	mid =  { far_distance=66,  mid_proportion=0.5 },
	near = { far_distance=44,  mid_proportion=0.5 }
}

-- distance in metres at which to stop drawing/processing peds.
-- count is the maximum number of peds to process regardless of distance.
ped_culling_map = {
	far = { distance=350, count=200 },
	mid = { distance=180, count=120 },
	near = { distance=100, count=60 }
}

-- mesh_rationalisation_count=0 turns off damage detail
car_damage_detail_map = {
	low 	= { mesh_rationalisation_count=2, high_resolution_damage=false, max_detaching_parts = 12, max_detaching_parts_pinball = 4, smooth_repairing= false },
	medium	= { mesh_rationalisation_count=4, high_resolution_damage=true, max_detaching_parts = 16, max_detaching_parts_pinball = 4, smooth_repairing= true },
	high	= { mesh_rationalisation_count=6, high_resolution_damage=true, max_detaching_parts = 24, max_detaching_parts_pinball = 8, smooth_repairing= true }
}