; --- About ---
;
; This grid was made for a triple monitor setup (horizontally) using eyefinity to combine monitors into one large screen.
; This setup will give you 3 grid options per screen: snap to full monitor, snap left, and snap right.
; It follows what snapping acts like without eyefinity on, plus a bit extra.
; I would recommend turning off Window's default window snapping as it is basically useless.
; The grid adjusts for bezel compensation, just follow the instructions below.
;
; --- Instructions ---
;
; REWRITE TO ADJUST FOR LEFT BEZEL AND RIGHT BEZEL SEPERATELY
;
; Replace 32 with the amount of pixels you want to be the top trigger zone
; Replace 100 with the amount of pixels you want to be the side trigger zones
; Replace 88 with bezel compensation amount of left bezel
; Replace 68 with bezel compensation amount of right bezel
; If you don't use bezel compensation, set these to 0
;
; To find your bezel compensation amount (if the size of both bezels are equal):
; 	(total screen width w/ bezel compensation - screen with w/o bezel compensation) / 2 bezels
; 	i.e. 5916px - (1920px * 3 monitors) = 156px
; 	156px / 2 bezels = 72px per bezel
;
; My bezels have different compensation amounts, so I adjusted to 68 and 88.
;
; --- Created by Zenithik ---

[Groups]
	NumberOfGroups = 9
	
[1]
	TriggerTop    = [Monitor1Top] + 32
	TriggerRight  = [Monitor1Left] + 100
	TriggerBottom = [Monitor1Bottom]
	TriggerLeft   = [Monitor1Left]
	GridTop       = [Monitor1Top]
	GridRight     = [Monitor1Left] + ([Monitor1Width] - (68 + 88)) /6
	GridBottom    = [Monitor1Bottom]
	GridLeft      = [Monitor1Left]
	
[2]
	TriggerTop    = [Monitor1Top] + 32
	TriggerRight  = [Monitor1Left] + ([Monitor1Width]  - (68 + 88)) /3
	TriggerBottom = [Monitor1Bottom]
	TriggerLeft   = [Monitor1Left] + ([Monitor1Width]  - (68 + 88)) /3 - 100
	GridTop       = [Monitor1Top]
	GridRight     = [Monitor1Left] + ([Monitor1Width]  - (68 + 88)) /3
	GridBottom    = [Monitor1Bottom]
	GridLeft      = [Monitor1Left]  + ([Monitor1Width] - (68 + 88)) /6
	

[3]
	TriggerTop    = [Monitor1Top]
	TriggerRight  = [Monitor1Left] + ([Monitor1Width] - (68 + 88)) /3
	TriggerBottom = [Monitor1Top] + 32
	TriggerLeft   = [Monitor1Left]
	GridTop       = [Monitor1Top]
	GridRight     = [Monitor1Left] + ([Monitor1Width]  - (68 + 88)) /3
	GridBottom    = [Monitor1Bottom]
	GridLeft      = [Monitor1Left]
	
[4]
	TriggerTop    = [Monitor1Top] + 32
	TriggerRight  = [Monitor1Left] + ([Monitor1Width] - (68 + 88)) / 3 + 88 + 100
	TriggerBottom = [Monitor1Bottom]
	TriggerLeft   = [Monitor1Left] + ([Monitor1Width] - (68 + 88)) / 3 + 88
	GridTop       = [Monitor1Top]
	GridRight     = [Monitor1Left] + ([Monitor1Width] - (68 + 88)) / 2 + 88
	GridBottom    = [Monitor1Bottom]
	GridLeft      = [Monitor1Left] + ([Monitor1Width] - (68 + 88)) / 3 + 88
	
[5]
	TriggerTop    = [Monitor1Top] + 32
	TriggerRight  = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) / 3 - 68
	TriggerBottom = [Monitor1Bottom]
	TriggerLeft   = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) / 3 - 68 - 100
	GridTop       = [Monitor1Top]
	GridRight     = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) / 3 - 68
	GridBottom    = [Monitor1Bottom]
	GridLeft      = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) / 2 - 68
	

[6]
	TriggerTop    = [Monitor1Top]
	TriggerRight  = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) / 3 - 68
	TriggerBottom = [Monitor1Top] + 32
	TriggerLeft   = [Monitor1Left] + ([Monitor1Width] - (68 + 88)) / 3 + 88
	GridTop       = [Monitor1Top]
	GridRight     = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) / 3 - 68
	GridBottom    = [Monitor1Bottom]
	GridLeft      = [Monitor1Left] + ([Monitor1Width] - (68 + 88)) / 3 + 88
	
[7]
	TriggerTop    = [Monitor1Top] + 32
	TriggerRight  = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) /3 + 100
	TriggerBottom = [Monitor1Bottom]
	TriggerLeft   = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) /3
	GridTop       = [Monitor1Top]
	GridRight     = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) /6
	GridBottom    = [Monitor1Bottom]
	GridLeft      = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) /3
	
[8]
	TriggerTop    = [Monitor1Top] + 32
	TriggerRight  = [Monitor1Right]
	TriggerBottom = [Monitor1Bottom]
	TriggerLeft   = [Monitor1Right] - 100
	GridTop       = [Monitor1Top]
	GridRight     = [Monitor1Right]
	GridBottom    = [Monitor1Bottom]
	GridLeft      = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) /6
	

[9]
	TriggerTop    = [Monitor1Top]
	TriggerRight  = [Monitor1Right]
	TriggerBottom = [Monitor1Top] + 32
	TriggerLeft   = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) /3
	GridTop       = [Monitor1Top]
	GridRight     = [Monitor1Right]
	GridBottom    = [Monitor1Bottom]
	GridLeft      = [Monitor1Right] - ([Monitor1Width] - (68 + 88)) /3