Variables

From Opera Wiki

Variables

Variables are used to set condition and rules in the software. You can use a variable in an automatic selection, to choose one accessory rather than a different one, to define components of an assembled profile and many others...

Here follows the full set of variables available in the software:

Name	Description
A	# of the sash to which the profile of accessory is assigned. A=0 is used for the frame , A=1 is the first sash (from the left), A=2 the secondo sash...
A1	Cutting angle (left/bottom) of the profile. Allowed values: 45°/90.
A1C
A1Pef
A2	Cutting angle (right/top) of the profile. Allowed values: 45°/90.
A2C
A2Pef
A3Pef
A4Pef
Aa
Alt	Height of the target profile
Ap	Opening side of the structure. Ap=1Verso di apertura della struttura. Allowed values: Ap=1 (left opening) / Ap=2 (right opening.
Av	Dimension of the glass overlap of target profile.
Bat		Bin	Rail number (only for sliding structures). Allowed values: the number of the current track of the target profile
Cam	The encumbrance value of the targe profile, as from the profile data.
Comp	Blade compensation quota
Cr
Ehd
f2c
Fa	Alternative side. This is used for profiles belonging to multiple structures (i.e mullions/transoms) Allowed values: 0 (structure 1) / (1 structure 2)
Fai
Faic
Fais
fep1
fep2
Fiax
Fid
fin
finE
finI
Frec
Fsrm
Gf
H	Typology height.
Ha	Sash height(outer edge - outer edge).
Hav	Roller shutter height.
Hc#	1 to 9
Hcn
Hctinf
Hctsup	-	Hf	Structure height without overlaps.
Hff
Hg
Hga
Hgs
Hgv
Hia	Internal sash height.
Hiaq
His	Structure height without overlaps.
Hs	Structure height.
Hsa	Total height of glass space (sash)
Hsp	Height of glass space in the current structure.
Hsr	Lock height.
Hsr#	Lock height (1 to 30).
HsrC
HsrL	-	Ht	Transom height
Ht2	Transom height (2)
Ht3	Transom height (2)
Hta	Height of sash core.
Hts	Height of frame core
I#	1 to 4
Iaa
ILato
Ip
Ita
Ita#	1 to 4
L	Typology width.
La	Sash width (outer edge-outer edge).
Lato	Side of the structure of.
Lav	Roller shutter width.
Layer
Lf	Internal width of the structure.
Lff
Lh
Lhs
Li	Profile lenght (inner)
Lia	Internal Sash width
Liaq
Lis	Internal Structure width.
Lp	Lenght of profile (outer edge-outer edge).
Ls	External structure width.
Lsa	Sash pane width.
Lsp	Horizontal glass space.
Lt	Profile lenght (for cutting)
Lta	Width of sash core
Lts	Width of frame core
Milb
Mill	-	N	Accessory n°. For legacy purposes, cannot be used on standard version
Na	Number of sashes in the current structure
Nsp
Nst	Number of shutter blades in the current structure.
OCam	Overall encumbrance of the two side-by-side frames
OEhd1
OEhd2
Ost	Blades offset
Pa	Total weight of the sash.
Pav	Total weight of the roller shutter
Pef
Pm	Mullion position.
Pm2
Pm3
Pos	Position of the accessory on the profile. Allowed values: 0 (center)/ 1 (LHS) / 2 (RHS)
Posp	Profile position
Pst
Pt	Total weight of the frame.
Pv	Total weight of the frame.
Pz	Number of parts.
Qif
Qis
Qt	Computed dimension. For legacy purposes, cannot be used on standard version
Qtpg	Total surface.
Quad	Glass total surface.
Rdo	Panel leftover. This is the trimming dimension of the last panel.
Rif	Reference.
Rst	Shutter blades leftover. This is the remaining empty space after applying the shutter blades over the structure. It's generally used to choose the right end shutter blade
Sag
Sav	Shutter surface.
Spes	The thickness of the target profile
Spes2
Spr	Glass thickness.
Spv
Sr	Shifting of the hardware contact.
TA1	Left profile angle.
TA2	Right profile angle.
TAp
Tar
Te	Structure type. Allowed values: 1..15 depending on the structure index in worksheet(Fixed=1; Tilt&Turn=4; …… Shutter box=15)
TeP
Tfs	Shape type Allowed values:0 (straight)/ 1 (slanted) / 2= (arch).
Tmti
TPer
Tpro
Tpt	Frame position type
Tub	Core overhang
Turn
Ves
Vr
x0tpg
y0tpg

Symbols

Name	Description
+	Sum
-	Subtraction
*	Multiplication
/	Division
>	Greater than
<	Less than
>=	Greater than or equal to
<=	Less than or equal to
=	Equal to
<>	Not equal
!=	Not equal
&	AND logical
|	OR logical