Hugin Main window old gui

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2013-01-01: These are the wiki pages belonging to hugin versions up to and including 2012.0.0


Although there are many other uses, hugin is primarily a tool for assembling multiple photos and creating a 'seamless' panorama.

Hugin is a program that is 'tab' based. Below you see an partial example screen of Hugin showing the button bar and the tabs. Hugin tabs.png

This process of assembling multiple photos and creating a 'seamless' panorama is completely automatic if you use the hugin Assistant tab, which is the default tab, but hugin also allows full manual control of every stage. So hugin divides up the various stages and presents them as tabs in the main window. These tabs are roughly in the order of panorama creation from left to right, though in practice fine-tuning a project can involve some jumping around between tabs.

This is a quick overview of this tab system, it isn't a step by step tutorial, you can find these on the hugin website.


The hugin Assistant tab is the fully automatic part of hugin, here you can load images, align them and stitch them into a panorama without having to use any of the other tabs.

Alternatively, you can use this Assistant as the first step in creating a project that will involve the use some or all of the other tabs:


In the hugin Images tab you can add or remove photos to and from your project. The table in the middle also shows the positions in the final scene for each of the images. These positions are actually angles for roll, pitch and yaw.

Although you can enter these positions manually here, you are more likely to create control points automatically with the builtin feature matcher which will try to find equal points in overlapping images automatically for you, after which the optimiser in the hugin Optimizer tab positions your images for you. In some cases the feature matcher doesn't detect correct overlapping points in which case you can add control points manually in the hugin Control Points tab.

Camera and Lens

Photos have properties that need to be known in order to assemble them seamlessly, notably geometric properties such as field of view or barrel distortion, plus photometric properties such as vignetting or exposure.

Again, although you could enter parameters for these properties here in the hugin Camera and Lens tab; hugin can estimate the field of view from data stored in the photo by the camera, it can also use the optimisers in the hugin Optimizer tab to calculate the geometric distortion, and in the hugin Exposure tab to calculate photometric corrections.


Often photos contain parts that you don't want to be used. Typically fisheye Projection images have a circular area in the middle with a useless black area outside. Scanned images have edges that need to be cropped away.

The hugin Crop tab allows you to apply simple masks to ignore these areas from your photos.


Often photos contain parts which should not be used in the final panorama (e.g. moving objects), alternatively you may need to specifically include a distinctive feature (e.g. persons) in the final panorama.

The Hugin Mask tab allows you to mask these areas for inclusion or exclusion from the stitched panorama.

Control Points

hugin stitches panoramas by matching identical features in different photos, these features are defined by pairs of control points. The hugin Control Points tab shows two photos at a time and allows you to manually create and edit any pair of control points.

In addition to the Control Points tab the hugin Control Points table is used to manage pairs of control points.

control points can be created automatically in the Align section of the hugin Assistant tab or with the Feature Matching section of the hugin Images tab.


hugin uses a photo alignment scheme where it adjusts image orientation and lens settings of source photos until the control points line-up, this process is called optimisation and the hugin Optimizer tab is where it is controlled. You actually create individual control points in the hugin Control Points tab, and manage them in the hugin Images tab and hugin Control Points table.


Photos in a project can have differences in exposure or white balance, either because of natural changes in lighting or from settings in the camera itself.

The hugin Exposure tab corrects these photometric variations by looking at pairs of overlapping photos and modelling a system of camera response curve, exposure, white balance and vignetting that fits the photos.

So for this to work, the photos in the project have to be already aligned. Align photos by managing control points in the hugin Control Points tab and optimising geometric image parameters in the hugin Optimizer tab.


The end result of a hugin project is an image file containing a panorama. The final hugin Stitcher tab is where size and quality are set and where this output file is created.



  • New, discard the current project and start a new empty project.
  • Open an existing hugin, PTGUI, PTAssembler, autopano or autopano-sift project file.
  • Save the current project as a hugin pto file.
  • Save as a pto file with a different name.
  • Write PTStitcher script, saves a simplified project file suitable for batch stitching with PTStitcher, nona or PTmender. Note that nona can stitch a hugin project file directly, so this step is unnecessary when using nona.
  • Most recently used projects, shows a list of recent Hugin projects.
  • Send to batch, adds the current project to the Hugin Batch Processor stitching queue.
  • Run Batch Processor, launches the Hugin Batch Processor GUI queue manager, note that the queue won't be processed unless this queue manager is running.
  • Merge project, can be used to merge another project with the current project: new photos will be added to the list of images, for duplicate photos only the control points are merged.
  • Apply Template, assigns parameters from an existing pto project to the current set of photos. Only position and lens parameters are transferred, control points are ignored.
  • Preferences opens the hugin Preferences window.
  • Quit hugin.


  • Undo, undoes the most recent change to the current project.
  • Redo, redoes an undo.
  • Optimize, re-optimises the current project. This has exactly the same effect as clicking Optimize Now! in the hugin Optimizer tab.
  • Add Image to the current project.



  • Help opens the hugin manual.
  • Tip of the day
  • Keyboard Shortcuts
  • FAQ, hugin Frequently asked questions.
  • About shows the Hugin About window.
  • Donate opens the Hugin donation page, there is no obligation to donate. Any donations are used for travel and promotion costs related to Hugin development.


Above the row of tabs are a series of buttons for common commands:

Hugin filenew.png New project

Discards the current project and starts a new empty project.

Hugin fileopen.png Open project

Opens an existing hugin, PTGUI, PTAssembler, autopano or autopano-sift project file.

Hugin filesave.png Save project

Saves the current project as a hugin .pto file.

Hugin filesaveas.png Save project as

Saves as a .pto file with a different name.

Hugin undo.png Undo

Undoes the most recent change to the current project.

Hugin redo.png Redo

Redoes an undo.

Hugin edit add.png Add image

Adds an image or photo to the current project.

Hugin optimize.png Re-optimize

Re-optimises the current project. This has exactly the same effect as clicking Optimize Now! in the hugin Optimizer tab.

Gl preview.png Fast Preview panorama

Shows the hugin Fast Preview window.

Hugin preview.png Preview panorama

Shows the hugin Preview window.

Hugin list.png Show control points

Shows the hugin Control Points table.

Hugin info.png About Hugin

Shows the hugin About pop-up window, this displays the current version and a list of contributors.