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translation update & resource alignment
From build https://c011.cloudbees-ci.autodesk.com/job/L10NCBCI/job/github.com/job/DynamoDS/job/DynamoRevit/job/master/501/ Professional translation: all languages Pseudo translation: none
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‎doc/distrib/NodeHelpFiles/cs-CZ/fallback_docs/Autodesk.DesignScript.Geometry.BoundingBox.ContextCoordinateSystem.md‎

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## Podrobnosti
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`BoundingBox.ContextCoordinateSystem` returns the coordinate system that defines the orientation of the bounding box, allowing Dynamo to represent rotated or locally oriented bounding boxes.
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In the example below, a door is selected and its geometry is used to generate a bounding box. This is then used as the input to `BoundingBox.ContextCoordinateSystem`, where the coordinate system is exposed.
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___
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## Vzorový soubor
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![BoundingBox.ContextCoordinateSystem](./Autodesk.DesignScript.Geometry.BoundingBox.ContextCoordinateSystem_img.jpg)

‎doc/distrib/NodeHelpFiles/cs-CZ/fallback_docs/Autodesk.DesignScript.Geometry.Mesh.BoundingBox.md‎

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## Podrobnosti
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`Mesh.BoundingBox` returns the bounding box of a given mesh.
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In the example below, points are generated and used to create a mesh, which is then used as the input to `Mesh.BoundingBox`. The output is a bounding box used to extract the `MinPoint`.
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___
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## Vzorový soubor
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![Mesh.BoundingBox](./Autodesk.DesignScript.Geometry.Mesh.BoundingBox_img.jpg)

‎doc/distrib/NodeHelpFiles/cs-CZ/fallback_docs/Autodesk.DesignScript.Geometry.PolyCurve.OffsetMany.md‎

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## Podrobnosti
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`PolyCurve.OffsetMany` offsets a PolyCurve into one or more new PolyCurves based on the input offset distance and plane.
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In the example below, a `PolyCurve.ByPoints` node creates the input geometry for `PolyCurve.OffsetMany`. A signed distance value (+ or -) controls the offset direction, an `extendCircular` Boolean value determines how circular edges are handled, and a `planeNormal` vector defines the normal direction of the plane in which the offset is created.
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___
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## Vzorový soubor
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![PolyCurve.OffsetMany](./Autodesk.DesignScript.Geometry.PolyCurve.OffsetMany_img.jpg)

‎doc/distrib/NodeHelpFiles/cs-CZ/fallback_docs/CoreNodeModels.Logic.Gate.md‎

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## Podrobnosti
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`Gate` controls whether input data is allowed to pass through based on a Boolean value. If the gate is open (True), the input is passed to the output. If the gate is closed (False), the input is blocked.
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In the example below, `Gate` is used to prevent geometry from being exploded on every graph run. When the gate is open (True), newly created geometry passes through and is exploded. When the gate is closed (False), the geometry is blocked and not passed on or exploded again.
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___
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## Vzorový soubor
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![Gate](./CoreNodeModels.Logic.Gate_img.jpg)

‎doc/distrib/NodeHelpFiles/cs-CZ/fallback_docs/CoreNodeModels.Remember.md‎

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## Podrobnosti
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`Remember` stores a value in the Dynamo file so it can be recalled later by the graph, including when the input is null. It is useful for preserving data between runs, maintaining state, or referencing previously stored information without recreating it each time.
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In the example below, a single floor is selected and the geometry is extracted and used as the input for `Remember`. The stored result is then available as output for reuse in the graph.
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___
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## Vzorový soubor
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![Remember](./CoreNodeModels.Remember_img.jpg)

‎doc/distrib/NodeHelpFiles/cs-CZ/fallback_docs/DSRevitNodesUI.LeaderEndCondition.md‎

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## Podrobnosti
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`Leader End Condition` provides a selectable leader end condition value from Revit. The options are Free or Attached.
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In the example below, all walls in view L1 are tagged. These tags are used with a Free value selected from `Leader End Condition` as inputs to set the leader end condition values.
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## Vzorový soubor
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![LeaderEnd Condition](./DSRevitNodesUI.LeaderEndCondition_img.jpg)

‎doc/distrib/NodeHelpFiles/cs-CZ/fallback_docs/DSRevitNodesUI.PerformanceAdviserRules.md‎

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## Podrobnosti
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Tento uzel načte seznam všech dostupných pravidel nástroje Poradce pro výkon. Tato pravidla představují stejné vestavěné kontroly, které aplikace Revit používá k identifikaci potenciálních problémů s výkonem nebo modelováním.
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`Performance Adviser Rules` retrieves the Revit Performance Adviser rules available in the current session. These rules represent model health checks that Revit can use to identify elements or conditions that may cause warnings or performance issues.
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V tomto příkladu se uzel PerformanceAdviserRules používá k vyžádání pravidla „Oříznutí pohledu je zakázáno“ z úplného seznamu, které pak lze připojit k jiným uzlům a zkontrolovat jeho vlastnosti nebo chování. To pomáhá uživatelům rychle pracovat se specifickými pravidly výkonu.
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In the example below, "Overlapping walls" and "Room separation line is not joined" are selected from the drop-down menu of `Performance Adviser Rules` and added to a list. This list is then used as input to execute the selected performance rules for the current file, returning a set of failure messages/results. Other menu options include rules such as "Duplicate instances," "Host contains too many inserts," "Sketch is too complex," and "Too Large Family File."
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## Vzorový soubor
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‎doc/distrib/NodeHelpFiles/cs-CZ/fallback_docs/DSRevitNodesUI.RevisionNumberType.md‎

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## Podrobnosti
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Tento uzel umožňuje vybrat Typ čísla revize z dostupných možností v projektu aplikace Revit. Obvykle se používá k definování způsobu číslování nebo označování revizí písmeny v rámci sekvence revizí (například číselné, alfanumerické nebo žádné).
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`Select Revision Number Type` provides a revision numbering type for use in revision-related workflows. The choices are Numeric, Alphanumeric, or None.
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V tomto příkladu je vytvořena nová revize pomocí hodnoty „Alfanumerické“ uzlu Vyberte typ čísla revize.
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In the example below, a revision is created and `Select Revision Number Type` is used as one of the inputs.
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Další informace o revizích naleznete v odkazu.
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https://help.autodesk.com/view/RVT/2025/CSY/?guid=GUID-0F2A9A13-0A88-4D18-9DF7-C0296DE0FFE4
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For more information on revisions, see the [Revit documentation](https://help.autodesk.com/view/RVT/2025/ENU/?guid=GUID-0F2A9A13-0A88-4D18-9DF7-C0296DE0FFE4).
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## Vzorový soubor
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‎doc/distrib/NodeHelpFiles/cs-CZ/fallback_docs/DSRevitNodesUI.RevisionNumbering.md‎

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## Podrobnosti
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Tento uzel poskytuje rozevírací seznam, který definuje, jakým způsobem je spravováno číslování revizí v projektu aplikace Revit – buď globálně (Podle projektu), nebo individuálně pro výkres (Podle výkresu).
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`Select Revision Numbering` provides the revision numbering method used in the project. Revisions can be numbered either By Project or By Sheet, corresponding to the `PerProject` and `PerSheet` options.
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V tomto příkladu je nová revize vytvořena pomocí uzlu Select Revision Numbering (Vybrat číslování revizí) s hodnotou „PerProject“.
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Další informace o revizích naleznete v odkazu.
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https://help.autodesk.com/view/RVT/2025/CSY/?guid=GUID-0F2A9A13-0A88-4D18-9DF7-C0296DE0FFE4
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In the example below, a revision is created and `Select Revision Numbering` is used as one of the inputs.
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For more information on revisions, see the [Revit documentation](https://help.autodesk.com/view/RVT/2025/ENU/?guid=GUID-0F2A9A13-0A88-4D18-9DF7-C0296DE0FFE4).
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## Vzorový soubor
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‎doc/distrib/NodeHelpFiles/cs-CZ/fallback_docs/DSRevitNodesUI.RevisionVisibility.md‎

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## Podrobnosti
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Tento uzel umožňuje vybrat nastavení Viditelnost revize pro revizi (zde jsou dostupné možnosti CloudsAndTagVisible, Tag Visible a Hidden). Viditelnost určuje, kde se vybraná revize zobrazí (například zda se zobrazí v obláčcích, popiscích, výkresech nebo bude skrytá).
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`Select Revision Visibility` provides a Revit revision visibility mode. The options are `CloudAndTagVisible`, `TagVisible`, and `Hidden`.
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V tomto příkladu je nová revize vytvořena pomocí uzlu Vybrat viditelnost revizí s hodnotou „ŠtítekViditelný“.
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In the example below, a revision is created using `Select Revision Visibility` as one of the inputs.
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Další informace o revizích naleznete v odkazu.
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https://help.autodesk.com/view/RVT/2025/CSY/?guid=GUID-0F2A9A13-0A88-4D18-9DF7-C0296DE0FFE4
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For more information on revisions, see the [Revit documentation](https://help.autodesk.com/view/RVT/2025/ENU/?guid=GUID-0F2A9A13-0A88-4D18-9DF7-C0296DE0FFE4).
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## Vzorový soubor

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