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. |
| A2 | Cutting angle (right/top) of the profile. Allowed values: 45°/90. |
| 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. |
| 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 |
| Fa | Alternative side. This is used for profiles belonging to multiple structures (i.e mullions/transoms) Allowed values: 0 (structure 1) / (1 structure 2) |
| H | Typology height. |
| Ha | Sash height(outer edge - outer edge). |
| Hav | Roller shutter height. |
| Hf | Structure height without overlaps. |
| Hia | Internal sash height. |
| 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. |
| Ht | Transom height |
| Ht2 | Transom height (2) |
| Hta | Height of sash core. |
| Hts | Height of frame core |
| L | Typology width. |
| La | Sash width (outer edge-outer edge). |
| Lato | Side of the structure of. |
| Lav | Roller shutter width. |
| Lf | Internal width of the structure. |
| Li | Profile lenght (inner) |
| Lia | Internal Sash width |
| 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 |
| N | Accessory n°. For legacy purposes, cannot be used on standard version |
| Na | Number of sashes in the current structure |
| Nst | Number of shutter blades in the current structure. |
| OCam | Overall encumbrance of the two side-by-side frames |
| Ost | Blades offset |
| Pa | Total weight of the sash. |
| Pav | Total weight of the roller shutter |
| Pm | Mullion position. |
| Pos | Position of the accessory on the profile. Allowed values: 0 (center)/ 1 (LHS) / 2 (RHS) |
| Posp | Profile position |
| Pt | Total weight of the frame. |
| Pv | Total weight of the frame. |
| Pz | Number of parts. |
| 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 |
| Sav | Shutter surface. |
| Spes | The thickness of the target profile |
| Spr | Glass thickness. |
| Sr | Shifting of the hardware contact. |
| TA1 | Left profile angle. |
| TA2 | Right profile angle. |
| Te | Structure type. Allowed values: 1..15 depending on the structure index in worksheet(Fixed=1; Tilt&Turn=4; …… Shutter box=15) |
| Tfs | Shape type Allowed values:0 (straight)/ 1 (slanted) / 2= (arch). |
| Tpt | Frame position type |
| Tub | Core overhang |
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 |
