VanillaPart

An abstract superclass for vanilla model parts and groups
This part can be transformed similar to custom model parts, however not with the same extent

VanillaPart.setScale

Set this part's scale

overload 1:
                        
VanillaPart:setScale(scale)  
 Method Property Fluent Description Representation
scale accepts a Vector3 Vector3 
   
Return Value a VanillaPart VanillaPart 
   
overload 2:
                        
VanillaPart:setScale(x, y, z)  
 Method Property Fluent Description Representation
x accepts a Number Number 
   
y accepts a Number Number 
   
z accepts a Number Number 
   
Return Value a VanillaPart VanillaPart

Method Property	Fluent Description	Representation
scale accepts	a Vector3	`Vector3`
Return Value	a VanillaPart	`VanillaPart`

Method Property	Fluent Description	Representation
x accepts	a Number	`Number`
y accepts	a Number	`Number`
z accepts	a Number	`Number`
Return Value	a VanillaPart	`VanillaPart`

VanillaPart.getPos

Get this part's set position
Returns the value set by the "set" function

overload 1:
                        
VanillaPart:getPos()  
 Method Property Fluent Description Representation
Return Value a Vector3 Vector3

Method Property	Fluent Description	Representation
Return Value	a Vector3	`Vector3`

VanillaPart.getRot

Get this part's set rotation
Returns the value set by the "set" function

overload 1:
                        
VanillaPart:getRot()  
 Method Property Fluent Description Representation
Return Value a Vector3 Vector3

Method Property	Fluent Description	Representation
Return Value	a Vector3	`Vector3`

VanillaPart.setPos

Set this part's position, preserving the previous values

overload 1:
                        
VanillaPart:setPos(pos)  
 Method Property Fluent Description Representation
pos accepts a Vector3 Vector3 
   
Return Value a VanillaPart VanillaPart 
   
overload 2:
                        
VanillaPart:setPos(x, y, z)  
 Method Property Fluent Description Representation
x accepts a Number Number 
   
y accepts a Number Number 
   
z accepts a Number Number 
   
Return Value a VanillaPart VanillaPart

Method Property	Fluent Description	Representation
pos accepts	a Vector3	`Vector3`
Return Value	a VanillaPart	`VanillaPart`

Method Property	Fluent Description	Representation
x accepts	a Number	`Number`
y accepts	a Number	`Number`
z accepts	a Number	`Number`
Return Value	a VanillaPart	`VanillaPart`

VanillaPart.getOffsetScale

Gets this part's scale offset

overload 1:
                        
VanillaPart:getOffsetScale()  
 Method Property Fluent Description Representation
Return Value a Vector3 Vector3

Method Property	Fluent Description	Representation
Return Value	a Vector3	`Vector3`

VanillaPart.getOffsetRot

Gets this part's rotation offset

overload 1:
                        
VanillaPart:getOffsetRot()  
 Method Property Fluent Description Representation
Return Value a Vector3 Vector3

Method Property	Fluent Description	Representation
Return Value	a Vector3	`Vector3`

VanillaPart.setRot

Set this part's rotation

overload 1:
                        
VanillaPart:setRot(rot)  
 Method Property Fluent Description Representation
rot accepts a Vector3 Vector3 
   
Return Value a VanillaPart VanillaPart 
   
overload 2:
                        
VanillaPart:setRot(x, y, z)  
 Method Property Fluent Description Representation
x accepts a Number Number 
   
y accepts a Number Number 
   
z accepts a Number Number 
   
Return Value a VanillaPart VanillaPart

Method Property	Fluent Description	Representation
rot accepts	a Vector3	`Vector3`
Return Value	a VanillaPart	`VanillaPart`

Method Property	Fluent Description	Representation
x accepts	a Number	`Number`
y accepts	a Number	`Number`
z accepts	a Number	`Number`
Return Value	a VanillaPart	`VanillaPart`

VanillaPart.setOffsetScale

Offsets this part's scale, multiplying with the vanilla values

overload 1:
                        
VanillaPart:setOffsetScale(offsetScale)  
 Method Property Fluent Description Representation
offsetScale accepts a Vector3 Vector3 
   
Return Value a VanillaPart VanillaPart 
   
overload 2:
                        
VanillaPart:setOffsetScale(x, y, z)  
 Method Property Fluent Description Representation
x accepts a Number Number 
   
y accepts a Number Number 
   
z accepts a Number Number 
   
Return Value a VanillaPart VanillaPart

Method Property	Fluent Description	Representation
offsetScale accepts	a Vector3	`Vector3`
Return Value	a VanillaPart	`VanillaPart`

Method Property	Fluent Description	Representation
x accepts	a Number	`Number`
y accepts	a Number	`Number`
z accepts	a Number	`Number`
Return Value	a VanillaPart	`VanillaPart`

VanillaPart.setOffsetRot

Offsets this part's rotation, adding on top of the vanilla values

overload 1:
                        
VanillaPart:setOffsetRot(offsetRot)  
 Method Property Fluent Description Representation
offsetRot accepts a Vector3 Vector3 
   
Return Value a VanillaPart VanillaPart 
   
overload 2:
                        
VanillaPart:setOffsetRot(x, y, z)  
 Method Property Fluent Description Representation
x accepts a Number Number 
   
y accepts a Number Number 
   
z accepts a Number Number 
   
Return Value a VanillaPart VanillaPart

Method Property	Fluent Description	Representation
offsetRot accepts	a Vector3	`Vector3`
Return Value	a VanillaPart	`VanillaPart`

Method Property	Fluent Description	Representation
x accepts	a Number	`Number`
y accepts	a Number	`Number`
z accepts	a Number	`Number`
Return Value	a VanillaPart	`VanillaPart`

VanillaPart.setVisible

Sets this part to be visible or invisible

overload 1:
                        
VanillaPart:setVisible(visible)  
 Method Property Fluent Description Representation
visible accepts a Boolean Boolean 
   
Return Value a VanillaPart VanillaPart

Method Property	Fluent Description	Representation
visible accepts	a Boolean	`Boolean`
Return Value	a VanillaPart	`VanillaPart`

VanillaPart.getVisible

Gets whether you have set this part to be visible or invisible

overload 1:
                        
VanillaPart:getVisible()  
 Method Property Fluent Description Representation
Return Value a Boolean Boolean

Method Property	Fluent Description	Representation
Return Value	a Boolean	`Boolean`

VanillaPart.getScale

Get this part's set scale
Returns the value set by the "set" function

overload 1:
                        
VanillaPart:getScale()  
 Method Property Fluent Description Representation
Return Value a Vector3 Vector3

Method Property	Fluent Description	Representation
Return Value	a Vector3	`Vector3`

VanillaPart.scale

Set this part's scale

overload 1:
                        
VanillaPart:scale(scale)  
 Method Property Fluent Description Representation
scale accepts a Vector3 Vector3 
   
Return Value a VanillaPart VanillaPart 
   
overload 2:
                        
VanillaPart:scale(x, y, z)  
 Method Property Fluent Description Representation
x accepts a Number Number 
   
y accepts a Number Number 
   
z accepts a Number Number 
   
Return Value a VanillaPart VanillaPart

Method Property	Fluent Description	Representation
scale accepts	a Vector3	`Vector3`
Return Value	a VanillaPart	`VanillaPart`

Method Property	Fluent Description	Representation
x accepts	a Number	`Number`
y accepts	a Number	`Number`
z accepts	a Number	`Number`
Return Value	a VanillaPart	`VanillaPart`

VanillaPart.pos

Set this part's position, preserving the previous values

overload 1:
                        
VanillaPart:pos(pos)  
 Method Property Fluent Description Representation
pos accepts a Vector3 Vector3 
   
Return Value a VanillaPart VanillaPart 
   
overload 2:
                        
VanillaPart:pos(x, y, z)  
 Method Property Fluent Description Representation
x accepts a Number Number 
   
y accepts a Number Number 
   
z accepts a Number Number 
   
Return Value a VanillaPart VanillaPart

Method Property	Fluent Description	Representation
pos accepts	a Vector3	`Vector3`
Return Value	a VanillaPart	`VanillaPart`

Method Property	Fluent Description	Representation
x accepts	a Number	`Number`
y accepts	a Number	`Number`
z accepts	a Number	`Number`
Return Value	a VanillaPart	`VanillaPart`

VanillaPart.rot

Set this part's rotation

overload 1:
                        
VanillaPart:rot(rot)  
 Method Property Fluent Description Representation
rot accepts a Vector3 Vector3 
   
Return Value a VanillaPart VanillaPart 
   
overload 2:
                        
VanillaPart:rot(x, y, z)  
 Method Property Fluent Description Representation
x accepts a Number Number 
   
y accepts a Number Number 
   
z accepts a Number Number 
   
Return Value a VanillaPart VanillaPart

Method Property	Fluent Description	Representation
rot accepts	a Vector3	`Vector3`
Return Value	a VanillaPart	`VanillaPart`

Method Property	Fluent Description	Representation
x accepts	a Number	`Number`
y accepts	a Number	`Number`
z accepts	a Number	`Number`
Return Value	a VanillaPart	`VanillaPart`

VanillaPart.offsetScale

Offsets this part's scale, multiplying with the vanilla values

overload 1:
                        
VanillaPart:offsetScale(offsetScale)  
 Method Property Fluent Description Representation
offsetScale accepts a Vector3 Vector3 
   
Return Value a VanillaPart VanillaPart 
   
overload 2:
                        
VanillaPart:offsetScale(x, y, z)  
 Method Property Fluent Description Representation
x accepts a Number Number 
   
y accepts a Number Number 
   
z accepts a Number Number 
   
Return Value a VanillaPart VanillaPart

Method Property	Fluent Description	Representation
offsetScale accepts	a Vector3	`Vector3`
Return Value	a VanillaPart	`VanillaPart`

Method Property	Fluent Description	Representation
x accepts	a Number	`Number`
y accepts	a Number	`Number`
z accepts	a Number	`Number`
Return Value	a VanillaPart	`VanillaPart`

VanillaPart.offsetRot

Offsets this part's rotation, adding on top of the vanilla values

overload 1:
                        
VanillaPart:offsetRot(offsetRot)  
 Method Property Fluent Description Representation
offsetRot accepts a Vector3 Vector3 
   
Return Value a VanillaPart VanillaPart 
   
overload 2:
                        
VanillaPart:offsetRot(x, y, z)  
 Method Property Fluent Description Representation
x accepts a Number Number 
   
y accepts a Number Number 
   
z accepts a Number Number 
   
Return Value a VanillaPart VanillaPart

Method Property	Fluent Description	Representation
offsetRot accepts	a Vector3	`Vector3`
Return Value	a VanillaPart	`VanillaPart`

Method Property	Fluent Description	Representation
x accepts	a Number	`Number`
y accepts	a Number	`Number`
z accepts	a Number	`Number`
Return Value	a VanillaPart	`VanillaPart`

VanillaPart.visible

Sets this part to be visible or invisible

overload 1:
                        
VanillaPart:visible(visible)  
 Method Property Fluent Description Representation
visible accepts a Boolean Boolean 
   
Return Value a VanillaPart VanillaPart

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