A320 Neo Camera Customization Addons

[Introduction]

Aerofly FS Global A320 Neo parameter adjustment configuration file; customizable perspective (please refer to the guide below to modify it yourself).

[Download]

dlc_aircraft_a320_neo_ODp_v5.1.tme （7.48 KB）

[Installation Steps]

1.Please make sure you have completed downloading the file.

2.Open the file manager.

3.Find the downloaded file and move the file to the folder “/storage/emulated/0/Android/data/com.aerofly.aeroflyfsg1/files/“.

4.Wait for the move operation process to complete.

Having problems? Please visit the FAQs.

[Parameter Adjustment Guide]

Guide Operation Reminder:

This guide is created based on the plugin’s requirements and practical experience. It does not represent an official tutorial provided by Aerofly FS and may contain inaccuracies.

Do not arbitrarily modify or delete code, as this may cause severe crashes.

Accessing Configuration Files:

The plugin is named “dlc_aircraft_a320_neo_ODp_v5.1.tme”. We recommend using “MT Manager” for this task; other file managers may also work if functional.
Click “dlc_aircraft_a320_neo_ODp_v5.1.tme”, select to open as a compressed archive, then navigate through the folders in sequence: “dlc_aircraft_a320_neo”, “aircraft”, “a320_neo”, and ‘a320_neo_setting’ (i.e., the path “dlc_aircraft_a320_neo\aircraft\a320_neo\a320_neo_setting\”).
Click “parameters.tmd” and select to open as text.
Refer to the following section for specific parameter adjustment instructions.

Viewpoint Adjustment:

[Overall Structure]

Below is the viewpoint code structure within this plugin, with some unnecessary code removed.

Example (Click the double arrow below to expand all code):


// cameras
    
<[camera][CameraLeftWingViewAft][]
    <[tmvector3d][R0][ -16.0 3.35 -0.3 ]>
    <[tmvector3d][X0][ 0.0 0.0 0.0 ]>
    <[tmvector3d][Direction][ 0.36 0.91 -0.1 ]>
    <[bool][InCockpit][true]>
    <[string8][Tags][cabin window wing flaps left rear]>
>

[Viewpoint Position]

The camera position can be visualized as a spatial Cartesian coordinate system centered on the aircraft. The α, β, γ axes correspond to the X, Y, and Z axes of this coordinate system. The positive direction of the X-axis points forward, the positive direction of the Y-axis points left, the positive direction of the Z-axis points upward, the negative direction of the X-axis points backward, the negative direction of the Y-axis points right, and the negative direction of the Z-axis points downward.

The “CameraPilot” view hides the pilot model but allows cockpit interaction; the ‘CameraCopilot’ view displays the pilot model and allows cockpit interaction; the “CameraJumpSeat” view displays the pilot model but disables cockpit interaction.

Values must be specified as real-type constants.

Each parameter (α, β, γ) must be preceded and followed by at least one space.

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<[tmvector3d][R0][ α β γ ]>

Example:

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<[tmvector3d][R0][ 31.75 0.52 0.68 ]>

[Viewpoint Limits]

Modifying viewpoint limits is not recommended. Do not delete this line of code. This plugin defaults to removing viewpoint rotation limits, allowing unrestricted rotation angles.

Values must be represented as floating-point constants.

α, β, γ must each be preceded and followed by at least one space.

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<[tmvector3d][X0][ α β γ ]>

Example:

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<[tmvector3d][X0][ 0.0 0.0 0.0 ]>

[Camera Orientation]

The viewpoint orientation can be considered as a spatial Cartesian coordinate system with the viewpoint as its origin. α, β, γ correspond to the X, Y, and Z axes of this spatial Cartesian coordinate system. The positive direction of the X-axis is forward relative to the aircraft, the positive direction of the Y-axis is left relative to the aircraft, the positive direction of the Z-axis is upward relative to the aircraft, the negative direction of the X-axis is backward relative to the aircraft, the negative direction of the Y-axis is right relative to the aircraft, and the negative direction of the Z-axis is downward relative to the aircraft.

Values must be specified as real-type constants.

Each α, β, and γ must be preceded and followed by at least one space.

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<[tmvector3d][Direction][ α β γ ]>

Example:

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<[tmvector3d][Direction][ 0.36 0.91 -0.1 ]>

[View Type]

The “xxx” field accepts either “true” or “false”. ‘true’ indicates an in-cockpit view, while “false” indicates an out-of-cockpit view. Sound effects differ between in-cockpit and out-of-cockpit views.

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<[bool][InCockpit][xxx]>

Example:

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<[bool][InCockpit][true]>

Or:

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<[bool][InCockpit][false]>

Use Deepl to translate the entire [Parameter Adjustment Guide]. If you encounter any inaccuracies, please contact FlyOverAsia.