TIGSource Forums

if death=true
exit;

if visible=true and other.canhurt=true and invincible=false and instance_exists(obj_bomb)=false
{
mask_index=spr_corecheck
if place_meeting(x,y,other)=true
{
death=true
alarm[2]=1
}
else
{
dir=point_direction(x,y,other.x,other.y)
instance_moving(x+cos(degtorad(dir))*12,y-sin(degtorad(dir))*12,obj_grazepart,dir,3)
grazecount+=1
bombs=approach(bombs,3,0.01/max(ceil(bombs),1))
}
mask_index=sprite_index
}

Information about object: obj_laserbeam

Sprite: spr_laserbeam
Solid: false
Visible: true
Depth: 0
Persistent: false
Parent: obj_enemyshottemplate
Mask: <same as sprite>

Create Event:
execute code:

event_inherited()
dist=0
dir=0
xnum=0
ynum=0
image_yscale=0.1
canhurt=false
widen=false


Begin Step Event:
execute code:

if image_yscale=1
canhurt=true
else if image_yscale<0.9
canhurt=false


End Step Event:
execute code:

if instance_exists(master)=false
{
instance_destroy()
exit
}

image_angle=master.image_angle
image_alpha=master.image_alpha
image_yscale=master.image_yscale
dir=image_angle
ynum=(-(sin(degtorad(dir)))*dist)
xnum=((cos(degtorad(dir)))*dist)
x=master.x+xnum
y=master.y+ynum

Information about object: obj_lasersource

Sprite: spr_enemlasersource
Solid: false
Visible: true
Depth: 0
Persistent: false
Parent: obj_enemyshottemplate
Mask: <same as sprite>

Create Event:
execute code:

event_inherited()
image_yscale=0.1
alarm[0]=15
widen=false
alarmnum=15


Alarm Event for alarm 0:
execute code:

widen=true


Alarm Event for alarm 1:
execute code:

instance_destroy()


Alarm Event for alarm 2:
execute code:

alarm[1]=15


 Step Event:
execute code:

if widen=true
image_yscale=approach(image_yscale,1,0.09)
if alarm[1]>0
{
widen=false
image_alpha-=image_alpha/alarm[1]
image_yscale-=image_yscale/alarm[1]
}

if image_yscale=1 and alarm[2]=-1
alarm[2]=alarmnum


End Step Event:
execute code:

if instance_exists(master)=false
{
instance_destroy()
exit
}

ynumb2=(-(sin(degtorad(master.image_angle)))*xnumb)
xnumb2=((cos(degtorad(master.image_angle)))*ynumb)

ynum=(-(sin(degtorad(image_angle)))*dist)
xnum=((cos(degtorad(image_angle)))*dist)
x=master.x+xnum+xnumb2
y=master.y+ynum+xnumb2