Stairs
ӱ
Current UCS is not on a horizontal plane!
ثeϥΪ̮y(UCS)äOeA!
----prompts for General Stair
Stair starting point is on [Left/Right] side? <Right>: 
ӱ_IOa [(L)/k(Right)]? <k>: 
Starting point <0,0,0>: 
_I<0,0,0>: 
Stair direction <90> degree: 
ӱV<90>: 
Stair width <
ӱe<
Stair height <
ӱ谪<
Tread number <
<
Tread depth <
Ų`<
Start slab distance (enter 0 for none) <
_IӪO(J0hL)<
Slab thickness <
ӪOp<
(Please set proper layer first) Railing height <
(Х]wAϼh)<
[Solid/Penetrated] railing? <Penetrated>: 
[(Solid)/z(Penetrated)]? <z>: 
Rail wall thickness <
p<
[Round/Square] landing? <Square>: 
[꩷(Round)/<(Square)]x? <>: 
Handlrail width <
ߤe<
Handlrail thickness <
ߤp<
Square baluster width <
ΤWe<
[Penetrated/Solid] steps? <Solid>: 
[z(Penetrated)/(Solid)]? <Solid>: 
Continue going up? [Yes/No] <Yes>: 
ӱ[O(Y)/_(N)]~VW? <O>: 
Continue going up? [Yes/No] <No>: 
ӱ[O(Y)/_(N)]~VW? <_>: 
Stair turning direction [-180/-90/0/90/180] degree: 
ӱV[-180/-90/0/90/180]: 
Landing length <
x<
Landing depth <
x`<
Gap between previous stair <
Peӱ褧(gap)<
Ending slab distance <
x<
Ending slab extend [Left/Right/None]? <None>: 
x[V(L)/Vk(R)/(N)]? <>: 
Extend distance: 
Z: 
Drop the stair bottom to the ground? [Yes/No] <No>:
ӱ詳[O(Y)/_(N)]a? <_>: 
----prompts for Spiral Stair
Spiral stair bottom center point <0,0,0>: 
۱詳I<0,0,0>: 
Stair diameter <
۱誽|<
Center pipe diameter <
ު|<
Starting angle <
۱_l<
Rotating direction [Clockwise(L)/Counterclockwise(C)]? <C>: 
۱V[(L)/f(C)]? <f>: 
Tread angle <
訤<
Tread number <
<
Floor height <
Ӽh<
Penetrated steps thickness <
zŶOp<
(Please set proper layer first) Railing height <
(Х]wAϼh)<
Handrail diameter <
ߤު|<
Square baluster width <
ΤWe<
----prompts for Spiral Stair2
Spiral stair bottom center point <0,0,0>: 
۱詳I<0,0,0>:
Inside radius <
b|<
Stair width <
ӱe<
Starting angle <
۱_l<
Rotating direction [Clockwise(L)/Counterclockwise(C)]? <C>: 
۱V[(L)/f(C)]? <f>: 
Done/Average tread depth <
(Done)/Ų`<
> at tread angle <
>󶥱訤<
Tread number <
<
Stair height <
ӱ谪<
Slab thickness <
ӪOp<
(Please set proper layer first) Railing height <
(Х]wAϼh)<
[Solid/Penetrated] railing? <Penetrated>: 
[(Solid)/z(Penetrated)]? <>: 
Rail wall thickness <
p<
Handlrail width <
ߤe<
Handlrail thickness <
ߤp<
Square baluster width <
ΤWe<
Drop the stair bottom to the floor? [Yes/No] <No>:
ӱ詳[O(Y)/_(N)]aO? <_>: 
Intermediate or [Final/No] landing angle? <
~[(Final)/L(N)]x? <
Final landing angle <
x<
Reverse turning? [Yes/No] <No>:
[O(Y)/_(N)]? <_>: 
Continue going up? [Yes/No] <Yes>: 
ӱ[O(Y)/_(N)]~VW? <O>: 
Continue going up? [Yes/No] <No>: 
ӱ[O(Y)/_(N)]~VW? <_>: 
----prompts for General Ramp
Ramp starting point is on [Left/Right] side? <Right>: 
YD_IOa [(L)/k(Right)]? <k>: 
Starting point <0,0,0>: 
_I<0,0,0>: 
Ramp direction <0> degree: 
YDV<0>: 
Ramp length <
YD<
Ramp width <
YDe<
Ramp height <
YD<
Slab thickness <
ӪOp<
(Please set proper layer first) Railing height <
(Х]wAϼh)<
[Solid/Penetrated/Compound] railing? <Compound>: 
[(Solid)/z(Penetrated)/ƦX(Compound)]? <ƦX>: 
Rail wall thickness <
p<
Rail wall height <
<
Handlrail width <
ߤe<
Handlrail thickness <
ߤp<
Handlrail offset from ramp edge <
ߤⰾYDtZ<
Square baluster width <
ΤWe<
baluster number <
ΤWƥ<
Continue going up? [Yes/No] <Yes>: 
YD[O(Y)/_(N)]~VW? <O>: 
Continue going up? [Yes/No] <No>: 
YD[O(Y)/_(N)]~VW? <_>: 
Ramp turning direction [-180/-90/0/90/180] degree: 
YDV[-180/-90/0/90/180]: 
[Round/Square] landing? <Square>:
[꩷(Round)/<(Square)]x? <>: 
Landing length <
x<
Landing depth <
x`<
Gap between previous ramp <
PeYD(gap)<
Ending slab distance <
x<
Ending slab extend [Left/Right/None]? <None>: 
x[V(L)/Vk(R)/(N)]? <>: 
Extend distance <
Z<
Drop the ramp bottom to the floor? [Yes/No] <No>:
YD[O(Y)/_(N)]aO? <_>: 
----prompts for Escalator
Escalator starting point is on [Left/Right] side? <Right>: 
q߱_IOa [(L)/k(Right)]? <k>: 
Starting point <0,0,0>: 
_I<0,0,0>: 
Going up direction <0> degree: 
VWV<0>: 
Escalator gross width <
q߱`e<
Floor height <
Ӽh<
Inclined angle <
ɱר<
(Please set layer for them first) Tread depth <
(Х̳]wAϼh)q߱Ų`<
(Please set layer for them first) Handrail height <
(Х̳]wAϼh)ߤⰪ<
(Please set layer for them first) Railing panel type [Solid/Glass]? <Glass>:
(Х̳]wAϼh)O[(Solid)/(Glass)]? <>: 
Number of animation frames (enter 1 for no animation) <
ʵeeƥ(J1hLʵe)<
Escalator is going [Up/Down]? <Up>:
q߱OV[W(U)/U(D)]? <W>: