Thanks Neal, this playlist is a gem!

its not working :( Edit: I fixed it, but now the raycast im using for bullet shots is always jittering

Americans should do this

字字珠璣,句句真理❤

how can I get this code script do you have a discord or something?

“Get an excuse book and FILL IT with excuses” Lmfao 🤣

Looks interesting

Yo, this is pretty fantastic. I implemented my own solution for this in a small game I released in 2020, and this is waaaaaaaaay better. If I ever get around to continuing work on the sequel, I'll probably implement your method over re-implementing my old one. Cheers~

why is it 2*delta the 95% prediction?

Out of curiosity are you using any specific design patterns or best-practices when designing the composition of objects and scripts? Like i've scrambled though the source code and noticed that my goto folder structure and component assembly looks rather different

I think you missed a great opportunity for an “ass-teroid” pun.

I'll never even think about using kamikaze chasis without even a single defense perk.

Git hub link to project: github.com/nealholt/space-shooter-3d Explosion visual effect: kzbin.info/www/bejne/o5q0aHeFZraIjKc Pretty 3D Space Level Design: kzbin.info/www/bejne/aYepfWBphrqeo6c Fighter engine audio source: imgur.com/gallery/f-18-carrier-catapult-assisted-takeoff-JcPruZg Other misc audio: www.leshylabs.com/apps/sfMaker/

thank you so much for making i thought i would fail, now i might have a chance

Super useful in my project. Don't see a donate button? On other note the project that is linked in a zip doesn't seem to be working properly, but the one from github is gold.

Thanks for the help and information in this video! Extremely educational with the scripts available for download as well.

“Do the least amount of work without getting tired and do nothing” 😂😂😂

This is great fun to see - I have to go back and watch part one again. Thank you for referencing the tutorials you are using as well as showing your code and how it is all coming together. Godot now has an app you can use in the Quest VR headsets so I figure it is a good time to learn Godot - and this is exactly the kind of project I love! (We always need more space sims!)

Git hub link to project: github.com/nealholt/space-shooter-3d Udemy course where I got the idea for the weapon handler: www.udemy.com/course/complete-godot-3d/learn/lecture/41204698 This course gave me a boost when I was just getting started, but it may not be suitable for more experienced Godot programmers. Bullet hole decal tutorial: kzbin.info/www/bejne/bqepgIKdobyKadk Projectile ray tutorial, including how to ricochet: kzbin.info/www/bejne/oKCwc4mllL-qgas How to calculate target leading: kzbin.info/www/bejne/kJuwm6uglMefg7M Physics seek controller get velocity adjustment resources: kzbin.info/www/bejne/poO8fqxrqraGptE with a great deal of help from this one kzbin.info/www/bejne/mZi5f6hrYpyZZtk&ab_channel=IndieQuest to make it work in 3d

For those of you still struggling, I'm sorry, I'm not planning on updating this video any time soon. However, I have found this site, which was super easy to use and got me an older version of Java: www.openlogic.com/openjdk-downloads

"Mom can we get Helldivers?" "No we have Helldivers at home." Helldivers at home:

Tysm!

Can you possibly make a print out of your liberator design it looks amazing

this was so helpful! I was getting confused on whether or not the break ended the if statement or the loop, and now I know it ends the loop. thank you!

If u order a 3D printed suit do u have to 3D print ur self?

Thanks for the tutorial, I initially went with your setup before a refactor and this was my solution in the long run. func look_at_angle_from_offset(parent_transform: Transform3D, gun_pos: Vector3, focal_point: Vector3) -> Vector2: var local_offset := parent_transform.basis.inverse() * (focal_point - gun_pos) var bearing := wrapf(-atan2(local_offset.x, -local_offset.z), -PI, PI) # -PI to +PI with 0.0 forwards # re-localize the offset so the math is from the perspective of the bearing local_offset = Quaternion.from_euler(Vector3.UP * bearing).inverse() * local_offset var elevation := atan2(local_offset.y, -local_offset.z) return Vector2(bearing, elevation) Made a slerp step function for animation, most turrets interpolate the bearing and elevation separately but I feel it looks unorganized. This slerp approach combines the two angles and does the interpolation at the same time making the machine feel more professional and tuned in my opinion. (rot_step: float is delta*rot_speed) func slerp_step(cur_yaw: float, cur_pitch: float, targ_yaw: float, targ_pitch: float, rot_step: float) -> Vector2: # Combine yaw and pitch into a single quaternion var current_rotation = Quaternion(Vector3.UP, cur_yaw) * Quaternion(Vector3.RIGHT, cur_pitch) var target_rotation = Quaternion(Vector3.UP, targ_yaw) * Quaternion(Vector3.RIGHT, targ_pitch) # Perform SLERP on the combined quaternion var rot_dist = current_rotation.angle_to(target_rotation) var step = rot_step / rot_dist if rot_dist > 0.0 else 1.0 var new_rotation = current_rotation.slerp(target_rotation, min(step, 1.0)) var new_euler = new_rotation.get_euler() # desconstructed output return Vector2(new_euler.y, new_euler.x) # yaw, pitch

Hell yeah

for the visor id use one of those binder or folder seperators

Might not be exactly relevant, but if I import a 3d model from say Maya, does the turret need rigging for it to move like what you shown at the start? (turret elevation and rotation) Also, I assume any animations done would not be useful in this case as the turrets don't exactly "play" any predefine animations unless you make one for firing?

This is my hero!!!!

Thank you for this! I'm looking forward to following along on this journey! Maybe this is jumping too far down the line, but I would wonder about making multiple systems with actual stars in the skybox - much in the way Elite Dangerous allows you to lock on to a star and jump to it. At an early stage it could drop you into the same system, but eventually I would love to see how to not only spawn procedurally consistent systems, but then draw them in the skybox where they would be in the sky from the system you would be coming from.

thank you for your explanation Neal

Thank you, very helpfull

Looks amazing, especially for someone with no experience in the field!

Very nice example and explanation. Thank you for sharing

This is sooo helpful, Ive been struggling trying to figure out things on my own but not knowing what to do. I will check this out thoroughly

The fastest method I found sa far is the Eratostenes sieve using a bitmap

Thank you Mr. Singh!

Thanks so much, this really helped me :) The case in which the bullet is slower than the target can be optimized a bit, though. Because `time` in that case is just 0, you end up multiplying the target velocity by 0, and then adding that to the target position. You can can simply return the target position instead, and you can even do the check before calculating a, b, and c. You can also check the squared bullet speed against the square length of the target velocity vector to skip the square root operation. You need the squared bullet speed later anyway, for calculating a. In my case I also added a check at the top of the method to simply return the target position when its velocity is approximately zero. Anyway, thanks again :) I first tried implementing a much longer function that I found on a gamedev website but I couldn't make that work. While I understand the principle I can't say I understand the math, but at least I have something working now :)

All code is available for free on GitHub! github.com/nealholt/space-shooter-3d

Hell yea, been waiting for it

Insanely helpful. I was really unhappy with many turret tuts I'd found and this one was not just what I needed, but so thorough in the explanation. I'm still wrapping my head around some of how it functions, but I have it implemented nicely. My Corvettes now have ferocious CIWS stations to deter you from casually blasting in their bridges, Gundam-style.

i fucking love it

Thank you for doing this series. I was wondering if you also mention explicit plot, implicit plot, and parametric plot later in the series?

nice!

What happens if you want to find the value 23 but you don't know the index within the array?

Puedes crear un script nuevo de multibox

All code is available on github: github.com/nealholt/TurretGodot Check out my other videos on target leading kzbin.info/www/bejne/kJuwm6uglMefg7M and compensating for bullet drop: kzbin.info/www/bejne/fqvKoGiAp5eaf5Y

All code is available on github: github.com/nealholt/TargetLeadExample This follow-up vid explains the off center shots and adds compensation for bullet drop: kzbin.info/www/bejne/fqvKoGiAp5eaf5Y

Complete code is available here: github.com/nealholt/TargetLeadExample Previous target-lead video is here: kzbin.info/www/bejne/kJuwm6uglMefg7M