Lyna.Ferhi: Created page with '== Camera == It is the footprint value of the profile. File:doga3.png|Room example of a slat profile == Incastro == This is the part of the profile that r…'

2024-09-26T19:26:46Z

Created page with '== Camera == It is the footprint value of the profile. <gallery> File:doga3.png|Room example of a slat profile </gallery> == Incastro == This is the part of the profile that r…'

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== Camera ==

It is the footprint value of the profile.
<gallery>
File:doga3.png|Room example of a slat profile
</gallery>

== Incastro ==

This is the part of the profile that remains after excluding the chamber. This is normally the flap that fits over the other slat.
<gallery>
File:doga4.png|Example of the interlocking value of a slat profile
</gallery>

== Thickness ==

It is the thickness of the slat.
<gallery>
File:doga5.png|Example of slat thickness
</gallery>

== Glass cavity ==

This is the space that must remain between the stave and the profile.

== Symmetrical ==

Opera handles the trim measure of the last stave. When the program detects the trim measure it imposes it on the stave of one side only. By activating this box Opera distributes the measure symmetrically to both end staves. The following image helps us understand the action of this function:
<gallery>
File:doga6.png
</gallery>

Looking at the image, it can be clearly seen WITH DISABLED FUNCTION how Opera imposes the trim measurement on only one end stave

<gallery>
File:doga7.png
</gallery>

Looking at this of image, it is clearly seen that WITH ACTIVE FUNCTION Opera divides the trim allowance equally between the two end slats.

== Management of the quantity of slats and the last slat. ==

=== L. minimum cut ===

And the value that determines the minimum cutting length
<gallery>
File:doga8.png|Example of the minimum length of a stave
</gallery>

The following boxes have the function of activating the management of zeta staves, for the so-called shutters:
<gallery>
File:doga9.png
</gallery>

In order to create types like those in the pictures, some preliminary settings need to be made, namely, to create a profile composed of the slats that will be placed either obliquely or horizontally:

[[File:archivioprofilidoga.png|thumb|left|400 px]]
{{BR}}
After completing the preliminary steps of creating the compound Doga profile, through the dedicated button, highlighted in the image you access the '''Profile Components''' panel where the components that form the compound should be loaded:

[[File:doga10.png|thumb|left|400 px]]
[[File:doga11.png|thumb|right|400 px]]
{{BR}}
As shown in the images the slat profile, must be loaded 2 times, once with vertical Zeta specification and once with horizontal Zeta specification, in the Type box.
The component in its data on file must have specified any distances for correct zeta composition, so the values of the zeta type setting boxes must be determined
[[File:doga11.png|thumb|left|400 px]]
{{BR}}

=== Left horizontal Z / Horizontal Z ===

These are the values that determine the distance of the horizontal profile from the left and right edges.
<gallery>
File:doga13.png
</gallery>

=== Lower vertical Z / upper vertical Z ===

These are the values that determine distance of the horizontal profile from the top and bottom edges
<gallery>
File:doga14.png
</gallery>

=== Z vertical distance ===

It is the value that determines the distance from the edge of the oblique profile, to the edge of the horizontal profile.
[[File:doga15.png]]

=== Height 3° Z vertical ===

It is the value that determines the position of the horizontal Z-treme.

=== The management of the last Doga. ===

Another important function regarding the slat, is the management of the amount of slats to be inserted whole into the frame and the trimming of the last slat.
The program is able to detect based on the chamber of the slat and the space available in the mirroring, how many slats should be inserted whole, and to what size the last slat should be trimmed to fill the remaining space.
In addition, for users with staves with different chambers to be used trimmed as the last stave, it is possible to create a Doga composed of a selection of other Staves, which are inserted whole or trimmed according to the settings and values determined in the Profile Components frame.
Preliminary operations are to have a profile in the archive with Doga use and with the component insertion functions active:

[[File:archivioprofilidoga.png|thumb|right|400 px]]
{{BR}}

Then in the '''Profile Components''' panel, you will have to load the slats that you want to be considered by the program whole or trimmed. The examples that are examined on these pages refer to an example of slats with 60 and 100 mm. chamber: the two slats should both be entered with the parameter in the Combine Type box.
Following the insertion of the first two slats with Combine parameter, we proceed by creating a kind of self-selection of measures that determine the insertion of the first and last slats and the trim measure of the last loaded slat:
[[File:dogacomposta.png|thumb|right|400 px]]
{{BR}}

Below are the parameters that make the function active:

=== Type ===

In this box, the parameter must be Last Doga and First Doga, this tells the program the position of the profile

=== Trim stave ===

This box should be activated to inform the program that the stave should be trimmed, when the space for the last stave is less than its room.

=== Condition ===

From this box, the settings that determine the trim calculation begin. In this box, the condition must be Interval.

=== Var. (variabile) ===

From the list linked to this box, it is necessary to detect a parameter that activates in the program the calculation of the remaining measure for the last stave, and the parameter to be detected is Rdo, which means Remaining Stave.

=== Da / a ===

In these boxes you set the minimum and maximum value , which is considered by the program for inserting the most suitable stave, to the trim size.

Doga - Revision history

Lyna.Ferhi: Created page with '== Camera == It is the footprint value of the profile. File:doga3.png|Room example of a slat profile == Incastro == This is the part of the profile that r…'