In Progress James' lua shit

[jamEs]

REWORKED DATAFILE REEEEEEEEEEEEEEEEEEEEEEEEEEEEEE

changes that have to happen

other button colours cause the last 2 are shit
better close button cause it looks out of place
less shadow

 

[deathwolf]

REWORKED DATAFILE REEEEEEEEEEEEEEEEEEEEEEEEEEEEEE

changes that have to happen

other button colours cause the last 2 are shit
better close button cause it looks out of place
less shadow

Can you make it so you can choose the colour layout, or is that too much work

 

[jamEs]

Can you make it so you can choose the colour layout, or is that too much work

yeah sure man what else you want added

 

[deathwolf]

yeah sure man what else you want added

No idea man I’d tag headcops and people that use data file actively x

 

[jamEs]

 

[jamEs]

 

[jamEs]

 

[Rabid]

Moist

 

[Oxy[Morons]]

just sayin, if you haven’t already I’d suggest not being able to “Set BOL” if they’re already designated as such, to prevent spam

I’m sure you have already but seeing you spam the same thing got me thinking

 

[jamEs]

sorry one more thing bc no other place to post my lua nonsense

implemented first order euler method to solve some strange attractors (lorenz, rössler) and fourth-order runge kutta later on in fortran and c++

Spoiler

essentially a way to solve these system of ODE's:

results:

however that's not lua

so i ported all of the code to lua

result:




even first order euler method is fast enough to solve for 50k points almost every frame and accurate enough, bottleneck for fps is the amount of lines drawn

 

[deathwolf]

it’s happy when i see this thread updated

 

[jamEs]

it’s happy when i see this thread updated

thank thank
so ez to run out of content tho :/
had no idea this'd even be able to be rendered
if i'll post anything else it'll be an attempt at fluid dynamics maybe

 

[Deleted member 374]

i’m not really sure what any of that stuff means but it’s very cool regardless. good stuff @jems :]

 

[jamEs]

 

[deathwolf]

it’s big frank you know the drill

 

[jamEs]

​

i wanted to see if I could predict prop movement without any physics simulations, just pure polynomial fitting in 3D

how does it work:

1. Upon gravgunning a prop, capture its position 7 times every 0.1s
2. Send this information to a local webserver that runs Flask with a POST request
3. Use numpy to find the best fitting curve for the 7 points (hint: returns a 7th order polynomial per axis)
4. Callback this info to the client
5. Evaluate the 3 7th-order equations and draw a sphere per coordinate

i used a server because I'm not gonna spend any time writing a curve fitter in lua. fuck no

 

[holiday adi]

we should do a collab
me big model you gut code

 

[bubblegum]

Do you have a github you can link?

 

[jamEs]

we should do a collab
me big model you gut code

i want to but I religiously avoid everything that involves: weapons, entities, vehicles, folder structure out of a framework

:(

Do you have a github you can link?

everything I have made is closed source, sorry

 

[holiday adi]

i want to but I religiously avoid everything that involves: weapons, entities, vehicles, folder structure out of a framework

how about datapads