Cody Casey
To pan up and down with the debug camera in Rust, you can use the up and down arrow keys to orbit the pitch axis of the targeted entity. The left and right arrow keys will orbit the yaw axis, and the camera roll can be adjusted with the left and right arrow keys as well. To dolly the camera in or out, you can use the camlookspeed command to specify the orbit speed. Additionally, the camera lerping commands will affect the smoothness of the orbit's movement. You can also use the R key to reset the field of view and roll of the debug camera. To enable debug mode, simply type debugcamera and press enter.
| Characteristics | Values |
|---|---|
| Command to enable debug camera mode | Type "debugcamera" and press Enter |
| Command to disable debug camera mode | Repeat the above process |
| Command to reset the field of view and roll of the debug camera | Use the "r" key |
| Command to lock the debug camera in place | debugcamera_lock 1 |
| Command to unlock the debug camera | debugcamera_lock 0 |
| Command to set the zoom/FOV to a particular value | debugcamera_fov |
| Arrow keys | Orbit the pitch axis of the targeted entity |
| Ctrl + left/right arrow keys | Orbit the yaw axis of the targeted entity |
| Left/right arrow keys | Roll/rotate the camera |
| Shift + r | Reset the offset transform and return the debug camera to its original orbit position |
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What You'll Learn
Arrow keys control pitch and yaw axis movement
In Rust, the up and down arrow keys orbit the pitch axis of the targeted entity, while the left and right arrow keys roll or rotate the camera. Ctrl + left arrow and ctrl + right arrow orbit the yaw axis.
Pitch, yaw, and roll refer to the three dimensions of movement when an object moves through a medium, such as an aeroplane moving through air, a watercraft through water, or a spacecraft through space.
Pitch refers to the rotation of an object around a transverse or lateral axis, an axis running from one wing to another. In the context of an aeroplane, the elevator controls pitch. Moving the elevator up decreases the amount of lift generated by the horizontal tail surface and pitches the nose up, causing the plane to climb. Conversely, moving the elevator down increases the lift and pitches the nose down, resulting in a dive.
Yaw refers to the rotation of an object around the vertical axis, an axis running up and down. On an aeroplane, the rudder on the vertical tail fin controls yaw. The rudder swivels from side to side, pushing the tail in a left or right direction.
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Dolly the camera in/out with specified orbit speed
To dolly the camera in or out in Rust with a specified orbit speed, you can use the "camlookspeed" command. This command allows you to set the look speed of the camera, which will determine how fast it orbits around a targeted entity. The default value for this command is 1, but you can specify a different amount to adjust the orbit speed. For example, setting camlookspeed to 0 will lock the camera angle and prevent mouse movement.
In addition to the "camlookspeed" command, there are several other commands that can be used to control the speed properties of the debug camera in Rust. These include "camspeed", which sets the movement speed of the camera, "camzoomspeed", which controls the zoom speed when using FOV controls, and "camlerp", which adds lerping or smoothing to the camera's movement. Lower values for "camlerp" will result in smoother camera movement.
The "camlerptilt" command enables or disables tilt and roll locomotion for lower lerp values, while "camzoomlerp" adds lerping to the camera's zoom movement. By adjusting these settings, you can fine-tune the speed and smoothness of the camera's movement as it dollies in or out.
It's worth noting that the camera lerping commands will also affect the smoothness of the orbit's movement when dollies the camera in or out. This means that adjusting the "camlerp" and "camzoomlerp" settings can also impact the fluidity of the camera's orbit around the targeted entity.
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Smooth orbit movement with camera lerping commands
The camera lerping commands will affect the smoothness of the orbit's movement. The camlerp command adds lerping or smoothing to the camera's movement. The default value is 1, and lower values like 0.01 will result in smoother camera movement.
The camlerptilt command enables or disables tilt and roll locomotion for lower lerp values. You can use camlerptilt <0/1> to enable or disable this feature.
The camzoomlerp command adds lerping to the camera's zoom movement. The default value is 1, and lower values will result in a smoother zoom.
You can also use the camlookspeed command to specify the orbit speed of the camera. The speed of the camera's look movement can be adjusted with this command. The default value is 1, and a value of 0 will lock the camera angle and prevent mouse movement from aiming the camera.
These commands can be used to achieve smooth orbit movement with camera lerping in Rust.
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Reset the camera with ⇧ Shift + R
The "⇧ Shift + R" command is used to reset the camera in the game Rust. Specifically, this command resets the offset transform of the camera and returns it to its original orbit position. This is different from simply resetting the field of view and roll of the camera, which can be done using the "R" key.
The offset transform of the camera refers to the position of the camera relative to the targeted entity. By using the basic camera transform controls, you can offset the camera position while still targeting the same entity. This can be useful if you want to adjust the camera's framing or composition without changing the subject of the shot.
For example, if you are using the debug camera to target a specific character or object in the game, you may want to adjust the camera's position to get a different angle or perspective while still keeping the same target. By using the ⇧ Shift + R command, you can easily reset the camera to its original position relative to the target if you need to start over or make adjustments.
In addition to the ⇧ Shift + R command, there are several other keyboard shortcuts and commands available to control the debug camera in Rust. These include the ability to orbit the pitch and yaw axes of the targeted entity, as well as to lock and unlock the camera position and field of view.
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Lock the camera with debugcamera_lock
To lock the camera with debugcamera_lock in Rust, follow these steps:
Firstly, it is important to understand that the debug camera is a freecam view available only to server administrators and developers. The debug camera allows you to move around the game world freely and inspect various elements. To toggle between the debug camera and the player camera, use the command "debugcamera".
Now, to lock the debug camera in place, use the command "debugcamera_lock 1". This will prevent any movement or field-of-view (FOV) changes to the camera. For example, you can no longer orbit the pitch axis of the targeted entity with the up and down arrow keys. If you wish to unlock the camera and allow movement again, simply use the command "debugcamera_lock 0".
In addition to locking the camera, you can also adjust the camera speed and zoom. The command "camspeed
You can also load and save camera positions. To load a camera save point or .cam file, use "debugcamera_load
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Frequently asked questions
Type "debugcamera" and press Enter.
Repeat the activation steps: type "debugcamera" and press Enter.
Use the up and down arrow keys to orbit the pitch axis of the targeted entity.
Use the camlookspeed command.
Use the command "debugcamera_lock 1".
