Cody Casey
X-Plane offers two ways to display cockpit views: 2D and 3D. While 2D first renders the external scenery view and overlays it with the panel image, 3D provides a more immersive experience. In the 3D view, you are surrounded by a cockpit interior with a realistic view of the scenery outside the windows. You can pan your view in any direction using a mouse or a second joystick, but this means you can't use the mouse for on-screen controls. To overcome this, you can assign custom key commands for navigation, inspired by 3D FPS games, to move up, down, left, right, forward, and backward.
| Characteristics | Values |
|---|---|
| Displaying the cockpit views | 2D and 3D |
| Toggling between 2D and 3D | Control-O key, buttons, or axes |
| 2D view | External scenery view overlaid with the panel image |
| 3D view | Cockpit interior object with associated texture bitmap |
| Panning the 3D view | Mouse, second joystick, or gamepad |
| Limitations | More controls needed, less clear view of instruments |
| 3D view without a cockpit object | Possible but unsatisfying |
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What You'll Learn
Toggle between 2D and 3D cockpit views with the control-O key
X-Plane offers two different ways to display cockpit views: 2D and 3D. You can toggle between these views using the Control-O key or by enabling buttons or axes to control the 3D view.
The 2D view first renders the external scenery and then overlays it with the panel image, including the background and instrument readings. The side and rear views are also included but without the instruments.
The 3D view, on the other hand, uses a separate cockpit interior object that surrounds your viewpoint. This object has a texture bitmap that paints most of the interior view. Additionally, the panel view is rendered into a scratch buffer and then used as the texture for selected surfaces of the cockpit object.
The 3D view offers a more realistic experience, allowing you to pan your view in any direction. However, it requires more controls, and the view of the instruments may be less clear due to the scaled, 3D perspective.
It's worth noting that you can also use the 3D view in an aircraft without a cockpit object, but it may not be as satisfying as you'll be sitting in an open space with the panel suspended in front of you.
To create a seamless transition between 2D and 3D cockpit views, ensure that you've positioned all the desired switches, gauges, and other elements from your 2D cockpit in their proper places in the 3D cockpit. This way, they will be clickable and functional in the 3D view.
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Use a mouse, joystick, or gamepad to pan the view
X-Plane can be controlled using a mouse, joystick, or gamepad. In 3D cockpit mode, you can use keyboard shortcuts or the View menu to change your field of view.
Using a mouse, you can click on things in the cockpit without affecting where you are looking. You can also use the mouse wheel to zoom in and out. The simplest way to navigate around X-Plane is using the mouse, though there are many keyboard shortcuts to help you navigate quickly through the options.
With a joystick, you can configure how the simulator responds to input from each axis and button. You can move the joystick's controls around to see how the axes are mapped in X-Plane. Each of the buttons and switches on the joystick can be assigned a function within X-Plane. For example, you can assign a button to toggle the brakes or landing gear.
You can also use a gamepad to control X-Plane. For example, an Xbox controller or a professional flight simulator cockpit can be used.
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OBJ7 format: use quad_cockpit to make a quad show the panel
X-Plane has two different ways of displaying cockpit views: 2D and 3D. The 3D view offers a realistic interior view of the aircraft, with a view of the scenery outside the windows. The 3D view can be used in aircraft without a cockpit object, but the experience is less satisfying as the user will find themselves sitting in the open with the panel suspended in front of them.
The OBJ7 format works as follows: all polygon types (quad, quad_hard, tri, tristrip, tri fan, quadstrip) use the texture as specified in the fourth line of the file, except for quad_movie and quad_cockpit, which use X-Plane's movie texture and the aircraft's panel, respectively.
Therefore, to make a quad show the panel, simply add _cockpit to the command name. The panel will appear at the desired size, depending on the S&T coordinates of the panel quads. The S&T coordinates for the quad_cockpit command indicate the part of the panel to be used. For example, the following code will use the left half of the panel as its texture:
> quad_cockpit // -1 0 1 0 0 -1 1 1 0 1 1 1 1 0.5 1 1 0 1 0.5 0
Note that this code is for a quad that is 2 meters wide and 1 meter tall, but since only half of the horizontal texture is used, the texture will be distorted.
The panel can also be used as a texture for the 3D cockpit object, allowing elements of a 2D panel (e.g. a moving map) to be used in the 3D virtual cockpit. To create a preview texture for the panel in a 3D cockpit, load your airplane in X-Plane and take a screenshot of the 2D panel. This will be saved as "Panel_preview.png" in the cockpit_3d/-Panels or cockpit/panels folder of your airplane. This panel will be a snapshot of the "live" panel with instrument moving parts drawn in and can be used for UV mapping in your 3D editor.
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OBJ8 format: create non-quad areas
OBJ8 files are ASCII text files, with each line defined by newline character sequences. OBJ8 files consist of records, one per line, describing a single 3D model.
OBJ8 files support free-form geometry, which uses curves and surfaces to define objects. Faces are defined using lists of vertex, texture and normal indices, with each face containing three or more vertices. Polygons such as quadrilaterals can be defined by using more than three indices.
To create non-quad areas in an OBJ8 format, you can split quadrilaterals into triangles. This can be done by using GL_TRIANGLE_FAN primitives to draw any convex polygon with a triangle fan, using the original sequence of indices. For example, a triangle fan with the vertex sequence 0 1 2 3 describes a quad, and can be split into two triangles: 0 1 2 and 0 2 3.
Another way to split a quad into triangles is by using separate triangles with the correct indices for the second face. For example, the quad 0 1 2 3 can be split into the triangles 0 1 2 and 0 2 3.
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Use the 3-d panel in Plane Maker for texturing
X-Plane offers two different ways of displaying cockpit views: 2D and 3D. The 3D view provides a more realistic experience, allowing you to pan your view in any direction with working instruments rendered in perspective. To create a 3D cockpit in X-Plane, you can use the 3D panel in Plane Maker. Here's a step-by-step guide on how to use the 3D panel in Plane Maker for texturing:
- Understanding the Panel Editor: Plane Maker's panel editor offers two panels for editing: a 2D panel and a 3D panel. The 2D panel is a flat representation of the cockpit instruments, while the 3D panel allows you to create a three-dimensional cockpit environment. For texturing purposes, you will primarily focus on the 3D panel.
- Creating a Basic Panel Background: Before starting the layout, it is recommended to create a basic version of the panel background image. Plane Maker provides a default panel image based on your cockpit setting in the Viewpoint window. However, you might want to modify this image to suit your specific needs. Consider factors such as the desired width of the panel image and the resolution of your display.
- Naming Conventions: When creating a new aircraft, follow the latest naming convention for the panel image. Name the image to match the panel setting in Plane Maker's Viewpoint window. For example, if the cockpit setting is "General Aviation," name the image "Panel_General.png". This helps Plane Maker locate the correct background image.
- Adding Instruments to the Panel Layout: Go to the Instrument List and select the instrument you want to add. Drag the selected instrument onto the 3D panel background. You can reposition the instrument by clicking and dragging it or using the arrow keys for finer adjustments. If multiple instruments are present, guide lines will appear to help you align them perfectly.
- Setting Instrument Properties: Once an instrument is added to the panel layout, you can set its properties. Click on the instrument's name in the Hierarchy list to access its settings. Here, you can make it visible or invisible, and lock or unlock it. You can also select multiple instruments by holding the Control or Shift key and clicking on them.
- Performance Considerations: When working with the 3D panel, keep in mind that 3D panel space can be performance-intensive. Use a power of 2 for your 3D panel size, such as 1024x1024 or 2048x1024. Pack your 3D panel tightly and use one cockpit region that matches the size of your 3D panel. This helps optimize performance and ensures a smooth experience.
- Texture Fine-Tuning: Utilize the features provided by Plane Maker to fine-tune textures. The Body Texture box in the Section tab allows you to adjust basic fuselage features. The Cross-Sections box displays slices of the fuselage, helping you fine-tune the appearance of your aircraft. Additionally, the texture fine-tuning box provides options to adjust the texture of your 3D cockpit.
- Testing and Refinement: After setting up your 3D cockpit, test-fly the aircraft in X-Plane. Pay attention to how the 3D cockpit performs and looks during the flight. Make any necessary adjustments to the panel layout, instrument positioning, or texture settings to ensure an optimal experience.
By following these steps and utilizing the 3D panel in Plane Maker, you can create a textured 3D cockpit that enhances the immersion and realism of your X-Plane experience. Remember to refer to the Plane Maker manual and online resources for additional guidance and advanced techniques.
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Frequently asked questions
You can pan your view in any direction using a mouse, a second joystick or a gamepad.
Use the control-O key or enable buttons or axes to control the 3D view.
You can't use the mouse to operate on-screen controls at the same time.
It offers a more realistic view of an aircraft's interior and the scenery outside its windows.
Yes, but the experience is a little unsatisfying. You get the 3D panning view, but you'll find yourself sitting in the open with the panel suspended in front of you.
