rotorsForcesRTD: Difference between revisions
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{{Command | {{Command | ||
| arma3 | | arma3 | ||
|gr1= RTD | |gr1= RTD | ||
|1.34 | |1.34 | ||
|Returns force produced by rotors.{{Feature|afm}} | |Returns force produced by rotors.{{Feature|afm}} | ||
| [[rotorsForcesRTD]] RTD_helicopter | | [[rotorsForcesRTD]] RTD_helicopter | ||
|p1= RTD_helicopter: [[Object]] |= Parameter | |p1= RTD_helicopter: [[Object]] |= Parameter | ||
| [[Array]] | | [[Array]] | ||
|x1= <code>_rotorForces = [[rotorsForcesRTD]] _taru// Returns [[-465.981,351.941,45960.5],[-469.079,397.451,46933.3]]</code> | |x1= <code>_rotorForces = [[rotorsForcesRTD]] _taru// Returns [[-465.981,351.941,45960.5],[-469.079,397.451,46933.3]]</code> | ||
| [[rotorsRpmRTD]], [[weightRTD]], [[wingsForcesRTD]], [[airDensityRTD]] | | [[rotorsRpmRTD]], [[weightRTD]], [[wingsForcesRTD]], [[airDensityRTD]] | ||
| | | | ||
}} | }} | ||
Revision as of 11:03, 18 January 2021
Description
- Description:
- Returns force produced by rotors.
For this command to have any effect, the Advanced Flight Model (AFM) has to be enabled. AFM status can be checked with difficultyEnabledRTD. - Groups:
- RTD
Syntax
- Syntax:
- rotorsForcesRTD RTD_helicopter
- Parameters:
- RTD_helicopter: Object
- Return Value:
- Array
Examples
- Example 1:
_rotorForces = rotorsForcesRTD _taru// Returns [[-465.981,351.941,45960.5],[-469.079,397.451,46933.3]]
Additional Information
Notes
-
Report bugs on the Feedback Tracker and/or discuss them on the Arma Discord or on the Forums.
Only post proven facts here! Add Note
- Posted on November 4, 2014 - 02:00 (UTC)
- Benargee
- There is no official information I can find on what these values mean. According to my testing on the Mi-290 Taru, here is what I have come up with:
[[rotor 1 roll +right/-left, rotor 1 pitch +down/-up, rotor 1 collective +up/-down], [rotor 2 roll +right/-left,rotor 2 pitch +down/-up,rotor 2 collective +up/-down]]When yawing left and right, rotor 1 and 2 collective differ from each other. This is normal behaviour with coaxial rotors. Yawing right increase rotor 1 collective and decreases rotor 2 collective. Yawing left does the opposite. Rotor 1 in this example seems to be the bottom rotor.