A little about the formula
Horizontal rotator:
(TargetHeading - Heading + rate(TargetHeading)*(((1000 * sin(asin((TargetDistance * 9.81)/(pow(1000, 2)))/2))/9.81) * 2))/180
1000 here is the projectile speed of the cannon
Vertical rotator:
clamp((TargetElevation + rate(TargetElevation)*(((1000 * sin(asin((TargetDistance * 9.81)/(pow(1000, 2)))/2))/9.81) * 2)) + (asin(((TargetDistance + rate(TargetDistance)*(((1000 * sin(asin((TargetDistance * 9.81)/(pow(1000, 2)))/2))/9.81) * 2))* 9.81)/(pow(1000, 2)))/2),-10,45)/45
1000 here is the projectile speed of the cannon, -10,45 - limiting angles of guidance
Upd.
Time does not stand still and gradually I came to a more sophisticated formula. She is somewhat more accurate
Horizontal:
(TargetHeading - Heading + (rate(TargetHeading)) * (((v * sin(asin((TargetDistance * 9.81)/(pow(v, 2)))/2))/9.81) * 2)
)/angle
where
v - projectile speed
angle - rotator range of motion
Vertical:
clamp(TargetElevation + (rate(TargetElevation)) * (TargetDistance + rate(TargetDistance)*TargetDistance/v)/v + (asin((cos(TargetElevation + (rate(TargetElevation)) * (TargetDistance + rate(TargetDistance)*TargetDistance/v)/v) * (TargetDistance + rate(TargetDistance)*TargetDistance/v) * 9.81)/(pow(v, 2)))/2) -PitchAngle*cos(TargetHeading - Heading + (rate(TargetHeading)) * (TargetDistance + rate(TargetDistance)*TargetDistance/v)/v) - RollAngle*sin(TargetHeading - Heading + (rate(TargetHeading)) * (TargetDistance + rate(TargetDistance)*TargetDistance/v)/v),nA,pA)/angle
where
v - projectile speed
nA - negative vertical guidance
pA - positive vertical guidance
angle - rotator range of motion
Upd2
Specifications
Spotlights
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General Characteristics
- Predecessor ak-2100
- Successors 7 airplane(s) +77 bonus
- This plane has been featured
- Created On Android
- Wingspan 16.4ft (5.0m)
- Length 26.8ft (8.2m)
- Height 16.1ft (4.9m)
- Empty Weight 149,236lbs (67,692kg)
- Loaded Weight 155,289lbs (70,438kg)
Performance
- Wing Loading 439,839.3lbs/ft2 (2,147,483.6kg/m2)
- Wing Area 0.0ft2 (0.0m2)
- Drag Points 8812
Parts
- Number of Parts 88
- Control Surfaces 0
I already wrote that the free-use formula
Yes
@SenSkysh cool
@MrShenanigans yeah
@SenSkysh oh uh is it also possible if I use this on a like a ship or a destroyer?
@Joeyjag missiles do not stand out as a target, therefore it is impossible
Is there any way to make an auto Turret that locks onto missiles/other projectiles just like a cwis? I've been trying to figure out if it was possible but am not very experienced with code
May I use your Rotator on my work? I want to make a WWII Bomber plane with auto-attack guns
@SenSkysh Kay then
@TrueNoMan
angle- 90.minI advise you to change to 1@SenSkysh Another question. For example, my vertical rotator has a range of 90˚, but the
minsetting in XML had been changed to 0 which means I can only turn it upward by 90˚ but I can't turn it downward. In this case, what should I fill intoangle?@TrueNoMan yes, for example the t-55 can lower the gun by 5 degrees and raise it by 18
nA = -5, pA = 18
@SenSkysh So, um, should I fill in the max angle of my rotator turning upwards in pA and the max angle of my rotator turning downwards in nA?
@TrueNoMan I didn't quite understand what you meant. min and max - limiting rotation in degrees so that the cannon does not pass through the roof, for example. Range - how many degrees the rotator will turn if in input 1
@SenSkysh the min, max and range in Overload you mean?
@TrueNoMan elevation
@SenSkysh What's the meaning of "vertical guidance"? Elevation and depression angle?
@SenSkysh Hello, could I use the formula in this gun for my 76mm Naval gun on a project? You will get credit of course!
@SenSkysh ok
@MrShenanigans It's my pleasure
@SenSkysh since youhelped me with the code i would like too give you credit cause the b29 has auto aiming computer turrets
@MrShenanigans I did not quite understand
@SenSkysh can i give you credit on my b29 cause the turrets have auto aiming on them
Can you make a version of this that its in a vehicle? I tried to make it but it messes up the aim
@SenSkysh oh ok