diff --git a/Util/Environment.gd b/Util/Environment.gd
index 85b70e4..2e9d38e 100644
--- a/Util/Environment.gd
+++ b/Util/Environment.gd
@@ -43,7 +43,7 @@ func _ready():
 
 func _process(_delta):
 	_currentTime = Daytime.get_time()
-	_degree = (_currentTime/_max) * 180
+	_degree = 20 + (_currentTime/_max) * 140
 	_sun_position()
 	_light_rotation()
 	_sky_light()
@@ -58,21 +58,21 @@ func _light_rotation():
 	
 #set light color depending on daytime
 func _sky_light():
-	var new_light_energy = 0.0
+	var new_light_energy = 0.2
 	
 	if _degree <= SUNRISE_DEGREE:
 		#_worldEnvironment.environment.background_sky.sky_curve = 1
 		_setSkyColor = SUNRISE
 	elif _degree > SUNRISE_DEGREE and _degree < RISE_INTERPOL: #interpolate colors from sunrise sky to daytime sky
 		_setSkyColor = SUNRISE.linear_interpolate(STANDARD_SKY_TOP, ((_degree-SUNRISE_DEGREE)/(RISE_INTERPOL-SUNRISE_DEGREE)))
-		new_light_energy = inverse_lerp(SUNRISE_DEGREE, RISE_INTERPOL, _degree)
+		new_light_energy = 0.2 + inverse_lerp(SUNRISE_DEGREE, RISE_INTERPOL, _degree) * 0.8
 	elif _degree >= RISE_INTERPOL and _degree <= SET_INTERPOL:
 		#_worldEnvironment.environment.background_sky.sky_curve = 0.09
 		_setSkyColor = STANDARD_SKY_TOP
 		new_light_energy = 1.0
 	elif _degree > SET_INTERPOL and _degree < SUNSET_DEGREE: #interpolate colors from daytime sky to sunset sky
 		_setSkyColor = STANDARD_SKY_TOP.linear_interpolate(SUNSET, ((_degree-SET_INTERPOL)/(SUNSET_DEGREE-SET_INTERPOL)))
-		new_light_energy = 1.0 - inverse_lerp(SET_INTERPOL, SUNSET_DEGREE, _degree)
+		new_light_energy = 0.2 + (1.0 - inverse_lerp(SET_INTERPOL, SUNSET_DEGREE, _degree)) * 0.8
 	elif _degree >= SUNSET_DEGREE:
 		_setSkyColor = SUNSET