Code:
Problem description:
//this is just a test for hitsugaya bankai made into a verb for testing perposes//
//but because its in iso i am having trouble figuring out the correct pixel x and y and posibably z
/*mob
var
Health=10
Maxhealth=10
Strength=10
Defense=5
mdefense=5
Exp=0
ExpGet=5
MaxExp=5
Level=1
GoldGet=10
Gold
deaths=0
kills=0
wings=0
MStrength=10*/
mob/verb/Bankai()
set category = "Fighting"
set name = "Hitsugaya Bankai"
set hidden = 1
if(usr.wings==0)
usr.wings = 1
usr.overlays += 'icons.dmi'
usr.Strength += usr.MStrength * 7000
usr.Defense += usr.mdefense * 7000
usr.Health += usr.Maxhealth * 5000
usr.overlays += /obj/wing6
usr.overlays += /obj/wing2
usr.overlays += /obj/wing3
usr.overlays += /obj/wing4
usr.overlays += /obj/wing5
view(8)<< "Bankai, Sit Upon The Frozen Heavens!!!"
else
src.Strength = src.MStrength
src.Defense = src.mdefense
usr.overlays -= /obj/wing6
usr.Health = usr.Maxhealth
usr.overlays -= /obj/wing2
usr.overlays -= /obj/wing3
usr.overlays -= /obj/wing4
usr.overlays -= /obj/wing5
src.overlays -= 'icons.dmi'
usr.wings = 0
obj
wing6
icon = 'icons.dmi'
icon_state = "1"
pixel_x = -32
wing2
icon = 'icons.dmi'
icon_state = "4"
pixel_y = 32
wing3
icon = 'icons.dmi'
icon_state = "2"
pixel_x = 32
wing4
icon = 'icons.dmi'
icon_state = "3"
pixel_x = -32
pixel_y = 32
wing5
icon = 'icons.dmi'
icon_state = "5"
pixel_x = 32
pixel_y = 32
//ty
ID:140212
 Mar 28 2010, 4:50 pm
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Mar 28 2010, 5:11 pm
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Pirion
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The map is rotated 45° clockwise and then tilted at an angle (30°) so you would have to base it off the new 45 degree x and y (bassically the North [x+32 y+0] becomes the new NorthEast, northeast becomes east, and so on.)
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Code goes in the "Code" box? Highlighting would help get an understanding of what's what.
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Code:
//this is just a test for hitsugaya bankai made into a verb for testing perposes// | |
Desc:the icons seems to clash together and i cannot figure out what the correct pixel_y/x/z amounts should be
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Best advise I can give it make the full icon somewhere on a map using different tiles. That way you can see what should be where, and you can derive the pixel_x and y.
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