# Ideatura

> Documentation for Ideatura, the AI platform for AEC work.

- [Welcome to Ideatura](https://beta.docs.ideatura.ai/beta/get-started/welcome.md): AI for architectural drawings, models and documentation.
- [Create an account](https://beta.docs.ideatura.ai/beta/get-started/create-an-account.md): Get access to Ideatura and use the same account in the web portal and Studio.
- [Installation](https://beta.docs.ideatura.ai/beta/get-started/installation.md): Download and install Ideatura Studio, then sign in to your account.
- [Quick Start (3D)](https://beta.docs.ideatura.ai/beta/get-started/3d-modeling-quick-start.md): Create a small IFC house in Studio, inspect it in 3D and refine it in chat.
- [Welcome to Ideatura](https://beta.docs.ideatura.ai/alpha/get-started/welcome.md): AI for architectural drawings, models and documentation.
- [Create an account](https://beta.docs.ideatura.ai/alpha/get-started/create-an-account.md): Get access to Ideatura and use the same account in the web portal and Studio.
- [Installation](https://beta.docs.ideatura.ai/alpha/get-started/installation.md): Download and install Ideatura Studio, then sign in to your account.
- [Quick Start: 3D Modeling (IFC)](https://beta.docs.ideatura.ai/alpha/get-started/3d-modeling-quick-start.md): Create a small IFC house in Studio, inspect it in 3D and refine it in chat.
- [Work in Revit](https://beta.docs.ideatura.ai/alpha/integrations/revit.md): Choose a Revit drawing, model or family task and inspect the result in the application.
- [Work in AutoCAD](https://beta.docs.ideatura.ai/alpha/integrations/autocad.md): Connect the right DWG, describe a drawing task and inspect the editable result.
- [Work in Rhino](https://beta.docs.ideatura.ai/alpha/integrations/rhino.md): Request an editable elevation from your architectural model and inspect the drawing in Rhino.
- [Work in Blender](https://beta.docs.ideatura.ai/alpha/integrations/blender.md): Turn your architectural model into a short presentation video with an editable camera animation.
- [Ideatura standalone](https://beta.docs.ideatura.ai/alpha/integrations/standalone.md): Create a building model directly in IFC from your references, inspect it in Studio and download it.
- [Prompting](https://beta.docs.ideatura.ai/alpha/essentials/prompting.md): Choose a model, connect an application, attach references and send your request.
- [Chats](https://beta.docs.ideatura.ai/alpha/essentials/chats.md): Create, find and organize chats, or continue from an earlier response.
- [Automations](https://beta.docs.ideatura.ai/alpha/essentials/automations.md): Save a task, run it with new inputs, share it with your team and edit it in chat.
- [Standards and skills](https://beta.docs.ideatura.ai/alpha/essentials/standards-and-skills.md): Turn company standards and successful chats into reusable instructions for your team.
- [Updates](https://beta.docs.ideatura.ai/alpha/essentials/updates.md): Install a Studio update and check the add-ins in your connected applications.
- [How to talk to AI](https://beta.docs.ideatura.ai/alpha/essentials/how-to-talk-to-ai.md): Explain the result you need, provide useful references and refine the work in conversation.
- [Conversation controls](https://beta.docs.ideatura.ai/alpha/overview/chat.md): Choose AI settings, attach context and follow a request.
- [Tabs and libraries](https://beta.docs.ideatura.ai/alpha/overview/tabs.md): Use conversations, personal copies and shared workspace libraries.
- [Modes and access](https://beta.docs.ideatura.ai/alpha/overview/connections.md): Select an application, check access and recover connections.
- [Viewers and markup](https://beta.docs.ideatura.ai/alpha/overview/viewers.md): Inspect references beside the conversation, capture views and add markup.
- [3D IFC interface](https://beta.docs.ideatura.ai/alpha/overview/ifc.md): Navigate IFC models, inspect elements and record review issues.
- [Types of automation](https://beta.docs.ideatura.ai/alpha/overview/automation-types.md): Choose a focused automation, a sequence of saved steps, or a workflow that uses AI judgment during execution.
- [Set the parameters](https://beta.docs.ideatura.ai/alpha/overview/automation-parameters.md): Choose inputs, configure runs and check automation parameters.
- [Workspaces and navigation](https://beta.docs.ideatura.ai/alpha/overview/workspaces.md): Switch workspaces, find Studio areas and read their status.
- [Files and storage](https://beta.docs.ideatura.ai/alpha/overview/files.md): Check file operations, save useful output and restore deleted files.
- [Working with linked models](https://beta.docs.ideatura.ai/alpha/overview/linked-models.md): Identify ownership and references when working with linked geometry.
- [Settings](https://beta.docs.ideatura.ai/alpha/overview/settings.md): Review account, AI, connection and application settings.
- [Credits](https://beta.docs.ideatura.ai/alpha/overview/credits.md): Understand task-stage usage and read your balance.
- [Plans and billing](https://beta.docs.ideatura.ai/alpha/overview/billing.md): Check plan allowances, credits and billing controls.
- [Data and privacy](https://beta.docs.ideatura.ai/alpha/overview/privacy.md): Check how project information is used and who can see what you share.
- [Build a grid-dimensioning automation](https://beta.docs.ideatura.ai/alpha/guides/draw/annotation/grid-dimensions.md): Build a grid-dimensioning automation from an empty chat, test it on your plan and save the checked workflow.
- [Internal Wall Dimensions](https://beta.docs.ideatura.ai/alpha/guides/draw/annotation/auto-dimensions-for-interior-and-exterior-drawings.md): Build an automation for internal wall dimensions, define its controls and test it on your own plan.
- [External Wall Dimensions](https://beta.docs.ideatura.ai/alpha/guides/draw/annotation/external-wall-dimensions.md): Build an automation that follows the external façade perimeter and places three dimension strings around the building.
- [Room dimensions](https://beta.docs.ideatura.ai/alpha/guides/draw/annotation/room-dimensions.md): Build an automation to dimension rooms, review its controls and test the result on your floor plan.
- [Interactive Dimensions](https://beta.docs.ideatura.ai/alpha/guides/draw/annotation/batch-dimensions.md): Create an automation that dimensions elements you select with boxes while it runs in Revit.
- [Tag Elements](https://beta.docs.ideatura.ai/alpha/guides/draw/annotation/place-and-review-tags.md): Build a tagging automation, run it on your drawing and refine the placement before reusing it.
- [Cleanup Tags](https://beta.docs.ideatura.ai/alpha/guides/draw/annotation/cleanup-tags.md): Build an automation to reorganize existing tags, reduce overlaps and create a consistent drawing layout.
- [Renumber elements](https://beta.docs.ideatura.ai/alpha/guides/automation/automation-drawings/create-an-automation-for-renumbering.md): Build an automation to number doors by clicking, then develop rules for rooms, windows and other elements.
- [Rename views](https://beta.docs.ideatura.ai/alpha/guides/automation/automation-drawings/create-an-automation-for-renaming.md): Build an automation to rename Revit views using naming patterns, check the results and save the checked workflow.
- [Create Views](https://beta.docs.ideatura.ai/alpha/guides/draw/drawing-output/create-views.md): Build an automation to create, name and crop room plans in your Revit project.
- [Create sheets](https://beta.docs.ideatura.ai/alpha/guides/draw/drawing-output/create-sheets.md): Create a sheet set from your rooms, title block and drawing register, then check it before extending the work.
- [Create Drawing Set](https://beta.docs.ideatura.ai/alpha/guides/draw/drawing-output/create-drawing-set.md): Build an automation that creates coordinated GA views and sheets using your project’s drawing standards.
- [Room packages](https://beta.docs.ideatura.ai/alpha/guides/draw/drawing-output/create-coordinated-views-and-sheets-with-an-automation.md): Prepare room views and sheets, then check their settings and placement.
- [Sheet Layout](https://beta.docs.ideatura.ai/alpha/guides/draw/drawing-output/sheet-layout.md): Create an automation to arrange existing views on sheets, from a single GA plan to a coordinated room package.
- [Schedules](https://beta.docs.ideatura.ai/alpha/guides/draw/drawing-output/schedules.md): Build a door-schedule automation from an empty chat or a CSV reference, check the model data and save the workflow.
- [Sketch to detail 2D](https://beta.docs.ideatura.ai/alpha/guides/draw/markup/turn-a-hand-sketch-into-an-editable-revit-detail.md): Upload an annotated sketch or screenshot, recreate it as an editable 2D Revit detail and refine the result.
- [2D Floor plan](https://beta.docs.ideatura.ai/alpha/guides/draw/markup/recreate-a-floor-plan-screenshot-in-autocad.md): Recreate a reference plan as editable AutoCAD geometry, establish its scale and check the result in stages.
- [Create a standalone model and drawings](https://beta.docs.ideatura.ai/alpha/guides/draw/drawing-output/create-a-model-and-dynamic-2d-views-in-standalone-ideatura.md): Inspect a pavilion model and separate plan and elevation exports in Ideatura.
- [Create a building in Revit from images and drawings](https://beta.docs.ideatura.ai/alpha/guides/model/geometry/create-and-refine-a-simple-model.md): Use project references to establish a building's geometry, build it in Revit and refine it in stages.
- [Create an automation for grids](https://beta.docs.ideatura.ai/alpha/guides/automation/automation-model/create-an-automation-for-grids.md): Example request and checks for a reusable Revit workflow.
- [Create an automation for levels](https://beta.docs.ideatura.ai/alpha/guides/automation/automation-model/create-an-automation-for-levels.md): Example request and checks for a reusable Revit workflow.
- [Edit existing models](https://beta.docs.ideatura.ai/alpha/guides/model/edit-existing.md): Resize one Revit door using a separate type, then inspect dimensions and clearance.
- [Revit families](https://beta.docs.ideatura.ai/alpha/guides/model/reference-model/turn-a-detail-into-a-parametric-family.md): Develop a component from your references as a detailed IFC model, then create and test a Revit family.
- [Sketch to detail 3D](https://beta.docs.ideatura.ai/alpha/guides/model/reference-model/turn-a-sketch-into-a-3d-detail.md): Develop a construction sketch into a small 3D junction, then inspect its dimensions and component relationships.
- [Reconstruct a DWG as a Revit model](https://beta.docs.ideatura.ai/alpha/guides/model/reference-model/reconstruct-a-dwg-as-a-revit-model.md): Read a DWG in AutoCAD, build native Revit elements and compare the result.
- [Scan to BIM](https://beta.docs.ideatura.ai/alpha/guides/model/scan-to-bim.md): Open a scan, reconstruct a small area and check the geometry before extending your IFC model.
- [Inspect model data](https://beta.docs.ideatura.ai/alpha/guides/model/inspect-data.md): Read model information before deciding whether to change it.
- [Check a model against a requirement](https://beta.docs.ideatura.ai/alpha/guides/model/geometry/check-a-model-against-a-requirement.md): Compare model evidence with a stated requirement.
- [Check model information](https://beta.docs.ideatura.ai/alpha/guides/qa-qc/check-model-information.md): Build a focused check for missing or inconsistent model data, review exceptions and verify corrections.
- [Check drawing readiness](https://beta.docs.ideatura.ai/alpha/guides/qa-qc/check-drawing-readiness.md): Build a drawing-package check against your issue requirements, then review sheets and resolve exceptions.
- [Troubleshooting](https://beta.docs.ideatura.ai/alpha/troubleshooting/common-problems.md): Check connections, recover interrupted tasks and report reproducible faults.
- [Support](https://beta.docs.ideatura.ai/alpha/troubleshooting/report-a-problem.md): Ask the community, contact the Ideatura team or send a problem report.


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