{
	# GLOBAL OPTIONS #
    "enableShaders":true,
    "toggleKey":197, # Default: Pause/Break (197)


	# LIGHT OPTIONS #
    "enableLights":true,
		# Lights are moderately resource demanding, but most GPUs can handle it
		# Requires GeForce 6800, Radeon X850, or newer
    "maximumLights":200, # Default: 200 ; Maximum: 409
		# This represents the number of lights that can be drawn onscreen at the same time
		# A GTX 260 or better should be fine at the default, though users with weaker cards may wish to lower the number
		# Lights will not function on cards that lack OpenGL 3.0, which means users with cards older than the GeForce 8 line are out of luck
		# Low values may cause noticeable pop-in/out during large battles when some lights get skipped in favor of others
		# Lights have a degree of overhead associated with them; if you have to reduce the maximum to below 20, consider disabling lights completely
		# Zooming out extremely far in dev mode can make performance suffer severely, but makes a good benchmark for the maximum number of lights you can support
		# If you play at non-native zoom levels, consider toning down shader settings
    "maximumLineLights":50, # Default: 50 ; Maximum: 409
		# This represents the number of line-shaped lights (primarily beam weapons) that can be drawn onscreen at the same time
		# These types of lights are more GPU-intensive than normal point-lights
    "brightnessScale":1.0, # Default: 1.0
		# This controls the size and intensity of all lights
		# The default light settings are carefully selected to maximize immersion and minimize distractions during gameplay
	"fighterBrightnessScale":0.5, # Default: 0.5
		# This controls the size and intensity of lights originating specifically from fighters and drones
		# This setting overlaps with "brightnessScale"; if both settings are 0.5, then the total scalar for fighter lights would be 0.25
		# This setting only applies to lights automatically created for projectiles and beams defined in a LightData CSV

    "enableBloom":true,
		# Bloom is resource-demanding; if you have a weak GPU, disable this!
		# Requires GeForce 8600, Radeon X2600, or newer
	"bloomQuality":3, # Default: 3 ; Minimum: 1 ; Maximum: 5
		# This controls the number of samples that the bloom shader takes per pixel
		# Higher values mean more samples; quality 1 means the shader takes 10 samples per pixel, while quality 5 means the shader takes 26 samples per pixel
		# Visually, this increases the quality of the bloom and increases its apparent size (but not its intensity)
		# Choosing a lower value can improve performance
	"bloomMips":3, # Default: 3 ; Minimum: 1 ; Maximum: 5
		# This controls the resolution of the game's glow map
		# Higher values mean more subdivision; a value of 1 means the glow map uses the same resolution as the screen, while a value of 5 means the glow map has 256 times fewer pixels than the screen
		# Visually, this makes bloom larger, more intense, and blurrier, but can cause shimmering
		# Choosing a higher value can improve performance
	"bloomScale":1.0, # Default: 1.0
		# This controls the sampling width of the glow map's blur kernel
		# 1.0 corresponds to one pixel on the glow map
		# Higher values mean the bloom becomes visually larger, but sampling artifacts can occur
		# Consider increasing or decreasing bloomQuality or bloomMips to more reliably influence the apparent size of the bloom
		# This option does not have any performance impact
	"bloomIntensity":3.0, # Default: 3.0
		# This controls the brightness of the glow map
		# Higher values mean the bloom is brighter and more noticeable
		# This option does not have any performance impact and does not directly cause artifacts, though it can make existing artifacts more noticeable


	# DISTORTION OPTIONS #
    "enableDistortion":true,
		# Distortions are not resource-demanding; you are unlikely to see a performance hit from enabling this
		# Requires GeForce 6800, Radeon X850, or newer
    "maximumDistortions":100, # Default: 100
		# This represents the number of distortion effects that can be drawn onscreen at the same time
		# The performance hit per distortion may vary, but in general they are not very difficult to render
		# In most situations, only the worst video cards should be seeing a performance hit from using distortion because the method used is very fast
		# Distortion will not function on cards that lack OpenGL 3.0, which means users with cards older than the GeForce 8 line are out of luck
		# Low values may cause noticeable pop-in/out during events involving many different distortions when some distortions are skipped in favor of others
		# Distortion has a degree of overhead associated with it; if you have to reduce the maximum to below 3, consider disabling distortion completely
		# There is no maximum to the number of distortions that can be drawn, but be aware that by the time there are a hundred onscreen you won't be able to tell if any are missing
}