.topic 391 
Base Custom Vertical
With the Base Custom Vertical cabinet, configurations add up vertically. To choose more then 2 configurations, define the next section style with the drop-down menus of the Config tab. 
The last sections height takes the difference between Height (H) and other configurations heights.
In the example below: Height (H)  Section 1 Height (CH1) - Section 2 Height (CH2) = Section last Height.
Variables to set in the Door and Drawer tab:
Pull Position Base (PPB)

Pull Position Drawer (PPDW)
The number of drawers displayed horizontally is set with Drawer Quantity. In the case of Drawer Quantity 1(NHD1) [2], [2] indicates the second configuration and 1 indicates the first drawer. In a case where there would be more than 1 drawer in a configuration, the first drawer would be at the top configuration, and the numeration would increase towards the bottom configuration.
Drawer Divider (DWDIV) sets the number of divider between 2 drawers.Drawer Case Depth (DWD1) determines drawer depth.
Variables to set in the Reveal tab:
Config Middle Reveal (CMC)[1]Config Middle Reveal (CMC)[2]Counter Top Reveal (CTC)Door Bottom Reveal (DBC)Door Middle Reveal (DMC)Door Top Reveal (DTC)Door/dwr Horizontal Reveal (DDHC)Door/dwr Vertical Reveal (DDVC)Door/dwr Vertical Reveal2 (DDVC2)Drawer Middle Reveal (DWMC). 
Other illustrated variables:
Center stile Width (STCW) Rail Front Depth (RFD) Rail Back Depth (RBD) Rail Drawer Front Depth (RDFD) Toe Depth (TD) Toe Height (TH) Door Thickness (DT1)

.topic 392 
Base Custom Horizontal
With the Base Custom Horizontal cabinet, configurations add up horizontally. To choose more then 5 configurations, define the next section style with the drop-down menus of the Config tab. 
The last sections width takes the difference between Width (W) and other configurations.
In the example below: Width (W)  Section 1 Width (CFW1) - Section 2 Width (CFW2) - Section 3 Width (CFW3) = Section last Width
Hinging (HGC [CFGS]) is set independently for each configuration (even value is left, odd is right) 
Variables to set in the Door and Drawer tab:
Pull Position Base (PPB)

Pull Position Drawer (PPDW)

The amount of drawers displayed horizontally is set with Drawer Quantity (NHD1).

In a case where there would be more than 1 drawer in a configuration, the first drawer would be the top one, and numeration would increase towards the bottom of the configuration.Drawer Divider (DWDIV) sets the quantity of dividers between 2 drawers. Drawer Case Depth (DWD1) determines drawer depth.
Variables to set in the Reveal tab:
Config Middle Reveal (CMC) [CFGS] Door/dwr Horizontal Reveal (DDHC)
Other illustrated variables:
Vertical Partition Thickness (VPT [CFGS]) Shelf Depth (SD [CFGS]) Door Thickness (DT1)


.topic 1078 
Base Multiaxial Combo
Multiaxial Combo combines both, Horizontal & Vertical cabinets Configuration possibilities, up to a maximum of 9 configurations. It functions as if you would put up to 3 vertical cabinets, side by side, within one combo horizontal cabinet. Each combo vertical is replacing a Horizontal configuration. Horizontally first bottom sections are activated with Section style[1] (SGC [1]), Section style[4] (SGC [4]) & Section style[7] (SGC [7]). For 2 sections wide, Section style[7] (SGC [7]) must be undefined. For Configuration variables, (See Base Custom Horizontal). Bottom section must be defined to allow you to define upper one.

.topic 393 
Base Peninsula Custom Vertical
With the Base Peninsula Custom Vertical cabinet, configurations add up vertically. (See Base Custom Vertical)Back Sections (SGC [6] to SGC [10]) takes the heights of opposite Sections (SGC [1] to SGC [5]).

.topic 394 
Base Peninsula Custom Horizontal
With the Base Peninsula Custom Horizontal cabinet, configurations add up horizontally (See Base Custom Horizontal) 
Back Sections (SGC [6] to SGC [10] take the width of opposite section (SGC [1] to SGC [5]) 

.topic 395 
Base Z Custom
W2 (Angle starter) determines the start point of the angle, It may be moved from left to right with the variable W2 (Width2) within possible limits.

.topic 396 
Base S Custom
W2 (Angle starter) determines the start point of the angle, It may be moved from left to right with the variable W2 (Width2) within possible limits W3 represents the width of the slope.
Each radius RAD [1] & RAD [2] may be redefined.Image below represents default "S" radius (D-D2)/2: When SD1 (Shelf Depth 1) is different from SD2 (Shelf Depth 2), 20-20 uses only SD2 and repeats front curve.


.topic 397 
Base Double-Z Custom
W2 (Width2) represents the front partW3 (WIDTH3) is the slope width.

.topic 398 
Base Reversed-Z Custom
W2 (Width2) represents the withdrawn front partW3 (WIDTH3) is the slope width.


.topic 399 
Base Double-S Custom
W2 (Width2) represents the front partW3 (WIDTH3) is the slope width.

Each radius RAD [1] & RAD [2] may be redefined.Image below represents default "S" radius (D-D2)/2: When SD1 (Shelf Depth 1) is different from SD2 (Shelf Depth 2), 20-20 uses only SD2 and repeats front curve.
SBOXT (Toe case style) when set to 1 gives a straight toe kick. 


.topic 400 
Base Reversed-S Custom
W2 (Width2) represents the withdrawn front partW3 (WIDTH3) is the slope width.
Each radius RAD [1] & RAD [2] may be redefined.Image below represents default "S" radius (D-D2)/2. When SD1 (Shelf Depth 1) is different from SD2 (Shelf Depth 2), 20-20 uses only SD2 and repeats front curve.


.topic 401 
Base Curved Front
The radius is determined by the difference between D2 (Front Depth) and D (Depth). SBOXT (Toe Case Style) controls whether toe kick is curved when set to 0 or straight SBOXT=1.

.topic 402 
Base 135o Custom
If W2 (Width2) is not user redefined, it will be equal to W (Width). The same applies to D2 (Depth2).W2 (Width2) and D2 (Depth2) are set on the hinge side. (Left on example below)CA1 (Cabinet Angle) may be redefined in the Case Tab. 

.topic 403 
Base 225o Custom
If W2 (Width2) is not user redefined, it will be equal to W (Width). The same applies to D2 (Depth2).W2 (Width2) and D2 (Depth2) are set on the hinge side. (Left on example below)CA1 (Cabinet Angle) may be redefined in the Case Tab. 

.topic 404 
Base Blind Custom Vertical
With the Base Blind Custom Vertical cabinet, configurations add up vertically. (See Base Custom Vertical)The last sections height takes the difference between Height (H) and other configurations heights.In the example below: Height (H)  Section 1 Height (CH1) = Section last Height.Section 1 Height (CH1) is set in the Config tab
Minimum Blind Pull Base (MBPB) 
Variables to set in the Dimension tab:
Distance from side wall to filler front (D2) Blind area base width (BWB) Filler width (1) (FW1) 

.topic 405 
Base Blind Custom Horizontal
With the Base Blind Custom Horizontal cabinet, configurations add up horizontally. (See Base Custom Horizontal) 
The last sections Width takes the difference between Width (W) and other configurations.
In the example below: Width(W)- Blind area base width (BWB)-Section 1 Width (CFW1) - Section 2 Width (CFW2) - Section 3 Width (CFW3) = Section last Width
Minimum Blind Pull Base (MBPB) 
Variables to set in the Dimension tab:
Distance from side wall to filler front (D2) Blind area base width (BWB) Filler width (1) (FW1) 

.topic 406 
Base Corner Custom Diagonal
With the Base Corner Custom Diagonal cabinet, configurations add up vertically. (See Base Custom Vertical)Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration)
Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) 
Other illustrated variables: 
Diagonal base back width (DBWB)

.topic 407 
Base Corner Custom 90
With the Base Corner Custom 90, configurations add up vertically. (See Base Custom Vertical)
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab:
(These can be set independently for each configuration)Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) 
Other illustrated variables: 
Diagonal base back width (DBWB)

.topic 553 
Base Corner 90 Custom Combo Horizontal
With the Base Corner 90 Custom Combo Horizontal cabinet, configurations add up horizontally. (See Base Custom Horizontal) 
The last sections Width takes the difference between Width (W) and other configurations.
In the example below: Width (W) - Section Corner Width (UD10) - Section 2 Width (CFW2) - Section 3 Width (CFW3) = Section last Width
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration)
Shelf Depth [config] (SD [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) 
Other illustrated variables:
Vertical Partition thick (VPT [CFGS]) Diagonal base back width (DBWB)
Left example:
Right example:

.topic 554 
Base Peninsula Corner 90 Custom Combo Horizontal
With the Base Peninsula Corner 90 Custom Horizontal cabinet, configurations add up horizontally. (See Base Corner 90 Custom Horizontal cabinet)
Back Sections (SGC [6] to SGC [10]) take the width of opposite sections. 
Left example: Right example:

.topic 408 
Base Corner Concave Custom
With the Base Corner Concave, configurations add up vertically. (See Base Custom Vertical) 
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration):
Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) Shelf style (1) (SSH1)End Shelf Radius 1 (ESR1) (Shelf Radius)(when set to 0 will be parallel to cabinet Radius ESR2 )End Shelf Radius 2 (ESR2) (Cabinet Radius) 

Variables to set in the Add-ons tab.
Recess pipe chase display (RPCD) 1= Left 2 = RightRecess pipe chase origin (RPCOW)Recess pipe chase width (RPCW)Recess pipe chase depth (RPCDP)
SBOXT (Toe Case Style) controls whether toe kick is curved when set to 0 or straight SBOXT=1. 

.topic 409 
Base Corner Convex Custom
With the Base Corner Convex, configurations add up vertically. (See Base Custom Vertical)
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration):
Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) Shelf style (1) (SSH1)End Shelf Radius 1 (ESR1) (Shelf Radius)(when set to 0 will be parallel to cabinet Radius ESR2 )End Shelf Radius 2 (ESR2) (Cabinet Radius)

SBOXT (Toe Case Style) controls whether toe kick is curved when set to 0 or straight SBOXT=1.

.topic 410 
Base End Curved Custom
Variables to set in the Shelf tab:
Shelf Depth [config] (SD [CFGS]) End Shelf Radius 1 (ESR1) (Cabinet Radius) Shelf Width (SHW)

.topic 411 
Base End Diagonal
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab:
Shelf Depth 1 [config] (SD1 [CFGS]) Shelf Depth 2 [config] (SD2 [CFGS]) Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) 
Variables to set in the Thickness tab:
Panel thick 1 (PT1) Side thick left (ST) Side thick right (ST2)

.topic 412 
Base End Square
Variables to set in the Shelf tab:
Shelf Depth [config] (SD [CFGS]) 
Variables to set in the Thickness tab:
Side thick left (ST) Side thick right (ST2)

.topic 413 
Base End Triangle Custom
Variables to set in the Shelf tab:
Shelf Depth 1 [config] (SD1 [CFGS]) Shelf Depth 2 [config] (SD2 [CFGS]) 
Variables to set in the Thickness tab.
Side thick left (ST) Side thick right (ST2)

.topic 414 
Vanity Base Custom Vertical
(See Base Custom Vertical)

.topic 415 
Vanity Base Custom Horizontal
(See Base Custom Horizontal) 

.topic 416 
Tall Custom Vertical
With the Tall Custom Vertical cabinet, configurations add up vertically. The last sections height takes the difference between Height (H) and other configurations heights.
In the example below: Height (H)  Section 1 Height (CH1) - Section 2 Height (CH2) - Section 3 Height (CH3) = Section last Height
Variables to set in the Drawer tab:
Drawer Height 1 (DWH1) [1] Drawer Height 2 (DWH2) [1] (For sections & other variables, see Base Custom Vertical) 

.topic 1075 
Tall Multiaxial Combo
Multiaxial Combo combines both, Horizontal & Vertical cabinets Configuration possibilities up to a maximum of 9 configurations. It functions as if you would put up to 3 vertical cabinets, side by side, within one combo horizontal cabinet. Each combo vertical is replacing a Horizontal configuration. Horizontally first bottom sections are activated with Section style[1] (SGC [1]), Section style[4] (SGC [4]) & Section style[7] (SGC [7]). For 2 sections wide, Section style[7] (SGC [7]) must be undefined. For Configuration variables, (See Base Custom Horizontal). Bottom section must be defined to allow you to define upper one.

.topic 417 
Tall Z Custom
W2 (Angle starter) determines the start point of the angle, It may be moved from left to right with the variable W2 (Width2) within possible limits.

.topic 418 
Tall S Custom
W2 (Angle starter) determines the start point of the angle, It may be moved from left to right with the variable W2 (Width2) within possible limits W3 represents the width of the slope.
Each radius RAD [1] & RAD [2] may be redefined.Image below represents default "S" radius (D-D2)/2: When SD1 (Shelf Depth 1) is different from SD2 (Shelf Depth 2), 20-20 uses only SD2 and repeats front curve.


.topic 419 
Tall Double-Z Custom
W2 (Width2) represents the front partW3 (WIDTH3) is the slope width.

.topic 420 
Tall Reversed-Z Custom
W2 (Width2) represents the withdrawn front partW3 (WIDTH3) is the slope width.


.topic 421 
Tall Double-S Custom
W2 (Width2) represents the front partW3 (WIDTH3) is the slope width.

Each radius RAD [1] & RAD [2] may be redefined.Image below represents default "S" radius (D-D2)/2: When SD1 (Shelf Depth 1) is different from SD2 (Shelf Depth 2), 20-20 uses only SD2 and repeats front curve.
SBOXT (Toe case style) when set to 1 gives a straight toe kick. 


.topic 422 
Tall Reversed-S Custom
W2 (Width2) represents the withdrawn front partW3 (WIDTH3) is the slope width.
Each radius RAD [1] & RAD [2] may be redefined.Image below represents default "S" radius (D-D2)/2: When SD1 (Shelf Depth 1) is different from SD2 (Shelf Depth 2), 20-20 uses only SD2 and repeats front curve.


.topic 423 
Tall Curved Front
The radius is determined by the difference between D2 (Front Depth) and D (Depth). SBOXT (Toe Case Style) controls whether toe kick is curved when set to 0 or straight SBOXT=1.

.topic 424 
Tall 135o Custom
If W2 (Width2) is not user redefined, it will be equal to W (Width). The same applies to D2 (Depth2).W2 (Width2) and D2 (Depth2) are set on the hinge side. (Left on example below)CA1 (Cabinet Angle) may be redefined in the Case Tab. 

.topic 425 
Tall 225o Custom
If W2 (Width2) is not user redefined, it will be equal to W (Width). The same applies to D2 (Depth2).W2 (Width2) and D2 (Depth2) are set on the hinge side. (Left on example below)CA1 (Cabinet Angle) may be redefined in the Case Tab. 

.topic 426 
Tall Corner Custom Diagonal
With the Tall Corner Custom Diagonal cabinet, configurations add up vertically (not illustrated, see Tall Custom Vertical). 
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration)
Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS])

.topic 427 
Tall Corner Custom 90
With the Tall Corner Custom 90, configurations add up vertically (not illustrated, see Tall Custom Vertical). 
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration)
Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) 

.topic 428 
Tall Corner Concave Custom
With the Base Corner Concave, configurations add up vertically (not illustrated, see Tall Custom Vertical). 
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration):
Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) Shelf style (1) (SSH1)End Shelf Radius 1 (ESR1) (Shelf Radius)(when set to 0 will be parallel to cabinet Radius ESR2 )End Shelf Radius 2 (ESR2) (Cabinet Radius) 

Variables to set in the Add-ons tab.
Recess pipe chase display (RPCD) 1= Left 2 = RightRecess pipe chase origin (RPCOW)Recess pipe chase width (RPCW)Recess pipe chase depth (RPCDP)

SBOXT (Toe Case Style) controls whether toe kick is curved when set to 0 or straight SBOXT=1. 


.topic 429 
Tall Corner Convex Custom
With the Tall Corner Convex, configurations add up vertically (not illustrated, see Tall Custom Vertical). 
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration):
Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) Shelf style (1) (SSH1)End Shelf Radius 1 (ESR1) (Shelf Radius)(when set to 0 will be parallel to cabinet Radius ESR2 )End Shelf Radius 2 (ESR2) (Cabinet Radius)

SBOXT (Toe Case Style) controls whether toe kick is curved when set to 0 or straight SBOXT=1.


.topic 430 
Tall End Curved Custom
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab:
Shelf Depth [config] (SD [CFGS]) End Shelf Radius 1 (ESR1) (Cabinet Radius) Shelf Width (SHW)

.topic 431 
Tall End Diagonal
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab:
Shelf Depth 1 [config] (SD1 [CFGS]) Shelf Depth 2 [config] (SD2 [CFGS]) Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) 
Variables to set in the Thickness tab:
Panel thick 1 (PT1) Side thick left (ST) Side thick right (ST2)

.topic 432 
Tall End Square
Variables to set in the Shelf tab:
Shelf Depth [config] (SD [CFGS]) 
Variables to set in the Thickness tab:
Side thick left (ST) Side thick right (ST2)

.topic 433 
Tall End Triangle Custom
Variables to set in the Shelf tab:
Shelf Depth 1 [config] (SD1 [CFGS]) Shelf Depth 2 [config] (SD2 [CFGS]) 
Variables to set in the Thickness tab:
Side thick left (ST) Side thick right (ST2)

.topic 434 
Wall Custom Vertical
With the Wall Custom Vertical cabinet, configurations add up vertically. The last sections height takes the difference between Height (H) and other configurations heights.
In the example below: Height (H)  Section 1 Height (CH1) - Section 2 Height (CH2) = Section last Height.
Pull Position Wall (PPW) can be modified independently in each configuration with the drop-down menus of the Door tab. 
Variables to set in the Reveal tab:
Config Middle Reveal (CMC)[1]Config Middle Reveal (CMC)[2]Door Bottom Reveal (DBC)Door Middle Reveal (DMC)Door Top Reveal (DTC)Door/dwr Horizontal Reveal (DDHC) 
Other illustrated variables:
Nailer Bottom Height (NBH) Nailer Top Height (NTH) Microwave Height (MWH) Microwave width (MWW)

.topic 435 
Wall Peninsula Custom Vertical
(See Wall Custom Vertical)
Back Sections (SGC [6] to SGC [10] take the heights of opposite Sections (SGC [1] to SGC [5])

.topic 544 
Wall Custom Horizontal
With the Wall Custom Horizontal cabinet, configurations add up horizontally. The last sections Width takes the difference between Width (W) and other configurations.
In the example below: Width (W)  Section 1 Width (CFW1) - Section 2 Width (CFW2) - Section 3 Width (CFW3) = Section last Width
Pull Position Wall (PPW) can be modified independently in each configuration with the drop-down menus of the Door tab. 
Variables to set in the Reveal tab:
Config Middle Reveal (CMC) [1] Config Middle Reveal (CMC) [2] Door/dwr Horizontal Reveal (DDHC)
Other illustrated variables:
Vertical Partition thick (VPT [1]) Hinging (HGC [1]) (even number = Left hinged, odd number = Right hinged) 

.topic 1072 
Wall Multiaxial Combo
Multiaxial Combo combines both, Horizontal & Vertical cabinets Configuration possibilities up to a maximum of 9 configurations. It functions as if you would put up to 3 vertical cabinets, side by side, within one combo horizontal cabinet. Each combo vertical is replacing a Horizontal configuration. Horizontally first bottom sections are activated with Section style[1] (SGC [1]), Section style[4] (SGC [4]) & Section style[7] (SGC [7]). For 2 sections wide, Section style[7] (SGC [7]) must be undefined. For Configuration variables, (See Wall Custom Horizontal). Bottom section must be defined to allow you to define upper ones.

.topic 437 
Wall Horizontal Multi-Height
In this case each configuration height is set individually.

.topic 1069 
Wall Multiaxial Multi-Height Combo
Multiaxial Combo combines both, Horizontal Multi-Height & Vertical cabinets Configuration possibilities up to a maximum of 9 configurations. It functions as if you would put up to 3 vertical cabinets, side by side, within one combo horizontal Multi-Height cabinet. Each combo vertical is replacing a Horizontal configuration. Horizontally first bottom sections are activated with Section style[1] (SGC [1]), Section style[4] (SGC [4]) & Section style[7] (SGC [7]). For 2 sections wide, Section style[7] (SGC [7]) must be undefined. For Configuration variables, (See Wall Custom Horizontal). Bottom section must be defined to allow you to define upper ones.

.topic 438 
Wall Peninsula Custom Horizontal
With the Wall Custom Horizontal cabinet, configurations add up horizontally (See Wall Custom Horizontal). Back Sections (SGC [6] to SGC [10] take the width of opposite section (SGC [1] to SGC [5])

.topic 439 
Wall Z Custom
W2 (Angle starter) determines the start point of the angle, It may be moved from left to right with the variable W2 (Width2) within possible limits W3 represents the width of the slope.

.topic 440 
Wall S Custom
W2 (Angle starter) determines the start point of the angle, It may be moved from left to right with the variable W2 (Width2) within possible limits W3 represents the width of the slope
Each radius RAD [1] & RAD [2] may be redefined.Image below represents default "S" radius (D-D2)/2: When SD1 (Shelf Depth 1) is different from SD2 (Shelf Depth 2), 20-20 uses only SD2 and repeats front curve.


.topic 441 
Wall Double-Z Custom
W2 (Width2) represents the front partW3 (WIDTH3) is the slope width.


.topic 442 
Wall Reversed-Z Custom

W2 (Width2) represents the withdrawn front partW3 (WIDTH3) is the slope width.


.topic 443 
Wall Double-S Custom
W2 (Width2) represents the front partW3 (WIDTH3) is the slope width.

Each radius RAD [1] & RAD [2] may be redefined.Image below represents default "S" radius (D-D2)/2: When SD1 (Shelf Depth 1) is different from SD2 (Shelf Depth 2), 20-20 uses only SD2 and repeats front curve.

W2 (Width2) represents the withdrawn front partW3 (WIDTH3) is the slope width.

.topic 444 
Wall Reversed-S Custom
Each radius RAD [1] & RAD [2] may be redefined.Image below represents default "S" radius (D-D2)/2: When SD1 (Shelf Depth 1) is different from SD2 (Shelf Depth 2), 20-20 uses only SD2 and repeats front curve.

.topic 445 
Wall Curved Front
The radius is determined by the difference between D2 (Front Depth) and D (Depth). SBOXT (Toe Case Style) controls whether toe kick is curved when set to 0 or straight SBOXT=1.

.topic 949 
Microwave unit


.topic 446 
Wall 135o Custom
If W2 (Width2) is not user redefined, it will be equal to W (Width). The same applies to D2 (Depth2).W2 (Width2) and D2 (Depth2) are set on the hinge side. (Left on example below)CA1 (Cabinet Angle) may be redefined in the Case Tab. 

.topic 447 
Wall 225o Custom
If W2 (Width2) is not user redefined, it will be equal to W (Width). The same applies to D2 (Depth2).W2 (Width2) and D2 (Depth2) are set on the hinge side. (Left on example below)CA1 (Cabinet Angle) may be redefined in the Case Tab. 

.topic 448 
Wall Blind Custom Vertical
With the Wall Blind Custom Vertical cabinet, configurations add up vertically. (See Wall Custom Vertical)
The height of the last sections takes the difference between Height (H) and other configurations heights.In the example below: Height (H)  Section 1 Height (CH1)  Section 2 Height (CH2) = Section last Height.Sections 1 Height (CH1) & Section 2 Height (CH2) are set in the Config tab.
Minimum Blind Pull Wall (MBPW) 
Variables to set in the Dimension tab:
Distance from side wall to filler front (D2) Blind area wall width (BWW) Filler width (1) (FW1) 

.topic 449 
Wall Blind Custom Horizontal
With the Wall Blind Custom Horizontal cabinet, configurations add up horizontally. (See Wall Custom Horizontal). The last sections Width takes the difference between Width (W) and other configurations.
In the example below: Width(W)- Blind area Wall width (BWW)-Section 1 Width (CFW1) - Section 2 Width (CFW2) - Section 3 Width (CFW3) = Section last Width
Minimum Blind Pull Wall (MBPW) 
Variables to set in the Dimension tab:
Distance from side wall to filler front (D2) Blind area Wall width (BWW) Filler width (1) (FW1) 

.topic 450 
Wall Corner Custom Diagonal
With the Wall Corner Custom Diagonal cabinet, configurations add up vertically. (See Wall Custom Vertical)
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration)
Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) 

.topic 451 
Wall Corner Custom 90
With the Wall Corner Custom 90, configurations add up vertically (See Wall Custom Vertical)
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab:
(These can be set independently for each configuration)Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) 

.topic 549 
Wall Corner 90 Custom Combo Horizontal
With the Wall Corner 90 Custom Combo Horizontal cabinet, configurations add up horizontally. (See Wall Custom Horizontal). The last sections Width takes the difference between Width (W), Depth2 (D2) and other configurations.
In the example below: Width (W) - Depth2 (D2)-Section Corner Width (UD10) - Section 2 Width (CFW2) - Section 3 Width (CFW3) = Section last Width
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration)
Shelf Depth [config] (SD [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) 
Other illustrated variables:
Vertical Partition thick (VPT [CFGS]) Diag base back width (DBWW)
Left example:
Right example:

.topic 550 
Wall Peninsula Corner 90 Custom Combo Horizontal
With the Wall Peninsula Corner 90 Custom Horizontal cabinet, configurations add up horizontally (See Wall Corner 90 Custom Horizontal cabinet)
Back Sections (SGC [6] to SGC [10]) take the width of opposite sections. 
Left example: Right example:

.topic 452 
Wall Corner Concave Custom
With the Wall Corner Concave, configurations add up vertically (See Wall Custom Vertical)
Variables to set in the Dimension tab:
Depth2 (D2) Diagonal Wall back width (DBWW) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration):
Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) End Shelf Radius 1 (ESR1) (Shelf Radius)(when set to 0 will be parallel to cabinet Radius ESR2 )End Shelf Radius 2 (ESR2) (Cabinet Radius)Shelf style (1) (SSH1) 

.topic 453 
Wall Corner Convex Custom
With the Wall Corner Convex, configurations add up vertically. (See Wall Custom Vertical)
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab :( these can be set independently for each configuration):
Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) Shelf style (1) (SSH1)End Shelf Radius 1 (ESR1) (Shelf Radius)(when set to 0 will be parallel to cabinet Radius ESR2 )End Shelf Radius 2 (ESR2) (Cabinet Radius)


.topic 454 
Wall End Curved Custom
Variables to set in the Shelf tab:
Shelf Depth [config] (SD [CFGS]) End Shelf Radius 1 (ESR1) (Cabinet Radius) Shelf Width (SHW)

.topic 455 
Wall End Diagonal
Variables to set in the Dimension tab:
Depth2 (D2) Width2 (W2)
Variables to set in the Shelf tab:
Shelf Depth 1 [config] (SD1 [CFGS]) Shelf Depth 2 [config] (SD2 [CFGS]) Shelf Corner Depth 1 [config] (SDC1 [CFGS]) Shelf Corner Depth 2 [config] (SDC2 [CFGS]) 
Variables to set in the Thickness tab:
Panel thick 1 (PT1) Side thick left (ST) Side thick right (ST2)

.topic 456 
Wall End Square
Variables to set in the Shelf tab:
Shelf Depth [config] (SD [CFGS]) 
Variables to set in the Thickness tab:
Side thick left (ST) Side thick right (ST2)

.topic 457 
Wall End Triangle Custom
Variables to set in the Shelf tab:
Shelf Depth 1 [config] (SD1 [CFGS]) Shelf Depth 2 [config] (SD2 [CFGS]) 
Variables to set in the Thickness tab.
Side thick left (ST) Side thick right (ST2)

.topic 458 
Base Filler Custom
Variables to set in the Frame tab:
StyleStileBotDecor (SSBD) StyleStileTopDecor (SSTD)StileBotDecorHeight (SBDH)StileTopDecorHeight (STDH)StileBotDecorClear (SBDC)StileTopDecorClear (STDC)
Variables to set in the Thickness tab.
Filler Top Cap Thick (ACGD[36]) Filler Bottom Cap Thick (ACGD[37])Floor Thick (FT)Top Thick (TT)

.topic 459 
Base Filler End Panel Custom
(See Base Filler Custom)
Variables to set in the Thickness tab.
Filler Top Cap Thick (ACGD[36]) Filler Bottom Cap Thick (ACGD[37])Side thick left (ST) Side thick right (ST2)

.topic 460 
Wall Filler Panel Custom
(See Base Filler Custom)

.topic 461 
Wall Filler End Panel Custom
(See Base Filler Custom)

.topic 954 
Cap
Variables to set:
StyleStileTopDecor (SSTD) StileTopDecorHeight (STDH) Width (W) Filler thick (FILT)

.topic 632 
Pull-Out Spice Rack Custom
The pull-out Spice Rack is a Full-Height drawer; Style Drawer Box (STDB) variable set to 9.
Variables to set:
Spice Rack Trim Height (SRTH2)Spice Rack Trim Thick (SRTT)Drawer floor thick (DBT)Drawer side thick (DST)Partition thick (DVT)Spice Rack Shelf quantity (GQ)Spice Rack Style (GQ1) Opening side (NH2)


.topic 824 
Multi-Shelf storage Double Custom
Variables to set:
Open spice rack 1 (SRO1)Open spice rack 2 (SRO2)Spice Rack Trim Height 1 (SRTH1)Spice Rack Trim Height 2 (SRTH2)Spice rack trim clearance (SRTC)Spice Rack Trim Thick (SRTT)Spice rack thick (SRT)Spice rack back thick (SRBT)Spice Shelf quantity (NSRS)Spice Rack Style (GQ1) 

.topic 825 
Multi-Shelf storage Single Custom
Variables to set:
Open spice rack 1 (SRO1)Spice Rack Trim Height 1 (SRTH1)Spice Rack Trim Height 2 (SRTH2)Spice rack trim clearance (SRTC)Spice Rack Trim Thick (SRTT)Spice rack thick (SRT)Spice rack back thick (SRBT)Spice Shelf quantity (NSRS)Spice Rack Style (GQ1)Accessory Hinge (AH) 

.topic 941 
Spice Rack Door Accessory
Variables to set: 
Spice Rack Trim Height 1 (SRTH1)Spice Rack Trim Height 2 (SRTH2) Spice Rack Trim Thick (SRTT) Spice rack thick (SRT) Spice rack back thick (SRBT)Spice rack trim clearance (SRTC)Spice Shelf quantity (NSRS) 

.topic 827 
Corbel Assembly
Variables to set:
Width (W)Height (H)Depth (D)Depth3 (D3)Panel Thick 1 (PT1)Top Thick (TT)Backer Board Thickness (BT)Top Shelf & Backer board adjustment type (ACGQ[5]Display Top Shelf & Backer Board (ACGQ[3])Corbel Style (ACGQ[4]) 

.topic 1251 
Corbel Style (3 Radiuses)
Variables to set:
Corbel Style (ACGQ [4]) = 1 Straight Front Part (GD1)Straight Bottom Part (GD2)Top & Bottom Radius (RAD[1])Center Radius (RAD[2])

.topic 1252 
Corbel Style (2 Radiuses)
Variables to set:
Corbel Style (ACGQ [4]) = 2 Straight Front Part (GD1)

.topic 1253 
Corbel Style (Triangle)
Variables to set:
Corbel Style (ACGQ [4]) = 3

.topic 1254 
Corbel Style (Tapered)
Variables to set:
Corbel Style (ACGQ [4]) = 4 Straight Front Part (GD1)Straight Bottom Part (GD2)

.topic 1255 
Corbel Style (4 Radiuses)
Variables to set:
Corbel Style (ACGQ [4]) = 5 Straight Part (GD1)Radius (RAD[1])

.topic 1256 
Corbel Style (5 Radiuses)
Variables to set:
Corbel Style (ACGQ [4]) = 6 Straight Front Part (GD1)Radius (RAD[1])

.topic 828 
Cradle Wine Rack Shelf
Variables to set:
Height Front Cradle (ACGD[1])Height Back Cradle (ACGD[2])Diameter Front Cradle (ACGD[6])Diameter Back Cradle (ACGD[7])Distance Between Center of Holes(ACGD[8])Back Cradle On/Off (ACGQ[1])Origin Z Back Cradle from back of shelf (ACGD[3])Cradle Thickness (ACGD[4])Cradle Qty (NWS )

.topic 829 
Cradle Wine Rack
Variables to set:
Height Front Cradle (ACGD[1])Height Back Cradle (ACGD[2])Diameter Front Cradle (ACGD[6])Diameter Back Cradle (ACGD[7])Distance Between Center of Holes(ACGD[8])Cradle Thickness (ACGD[4])Cradle Qty (NWS )

.topic 943 
Hood #1
Variables to set:
Valance F Style 1 (SVF1)Top Width (W3)Top Depth (D3)Valance Height 1 (VH1)Decorative trim width (GD6)Decorative trim thickness (MT)Molding height (MGH)Molding depth front (MDF)

.topic 944 
Hood #2
Variables to set:
Top Width (W3)Top Depth (D3)Chimney Height (H3)Valance Height 1 (VH1)Decorative trim width (GD6)Decorative trim thickness (MT)Top Molding height (MGH)Top Molding depth front (MDF)Bottom & intermediate Moldings height (GD11)Bottom & intermediate Moldings depth front (GD12)

.topic 945 
Vertical Tapered Leg

.topic 1093 
Stem glass holder
Variables to set in the Access Tab:
Wine glass holder thick (ACGD [19]) Wine glass holder thick 2(ACGD [20])Wine glass holder slat width (ACGD [27]) Wine glass holder space width (ACGD[26]Wine glass holder slat width 2 (ACGD [25] ) 

