SRL Archive - OSR Fishing

Congrats on the release, I'll try this out sometime when I need to meet the level requirements.

Awesome release, Br0d3r1ck. This is a great idea to utilize RuneLite as it's such a commonly used client these days; an extra sense of anti-ban in its own. The downside to this is the lack of support for Remoteinput, however you may find an alternative in tools such as KInput or RDC. Anyways I love to see new contributions. Well done and keep up the good work. :thumbsup:

Very nice. Comgrats on the release!

From: KeepBotting
Very nice. Comgrats on the release!

"Comgrats" is not a real word

Welcome to the "creation of RS scripts"-world. Hope to see more of you!

From: kingarabian
Congrats on the release, I'll try this out sometime when I need to meet the level requirements.

Thank you kingarabian! I look forward to hearing about your experience. :)

From: KeepBotting
Very nice. Comgrats on the release!

Thank you KeepBotting for all the help up that you've given me until this point, and no doubt beyond!

From: slacky
Welcome to the "creation of RS scripts"-world. Hope to see more of you!

Thank you Slacky! Your help and kind words are appreciated. :) It's a good world.

From: Flight
Awesome release, Br0d3r1ck. This is a great idea to utilize RuneLite as it's such a commonly used client these days; an extra sense of anti-ban in its own. The downside to this is the lack of support for Remoteinput, however you may find an alternative in tools such as KInput or RDC. Anyways I love to see new contributions. Well done and keep up the good work. :thumbsup:

Thank you for encouraging me Flight! Your recent tutorial and works have been a massive inspiration and help!

I was under the impression that Remoteinput, KInput and RDC only work for interacting with OSRS (whether RuneLite or stock client), but is that not the case? Would my script still be able to interact with a browser outside of RL or OSRS, as it does now? If so, I may need to look into implementing.

Thanks again.

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From: Br0d3r1ck

…
- More accurate AFK system (WaitEx was not keeping within user defined time)

I believe you misunderstood the function, and/or was mislead by someone.

https://github.com/ollydev/SRL-Development/blob/master/utils/random.simba#L328
WaitEx uses random gaussian distribution, and does not have limits. It takes two arguments namely Mean (mu), and deviation (sigma).

Random gaussian distribution? So given a mean, and deviation it will create gaussian distributed wait time, the first argument is the average wait-time, the second argument is the normal spread of that average (68% of them are within this deviation).

And with less data the pattern get's messy, here you have the result of 5000 waits


Take for example a WaitEx(1000, 50) this will have the average around 1000ms of wait, but it normaly varies with 50ms, but can be more..

[table="width: 900, class: grid"]
[tr]
[td]1000ms ±infinity[/td]
[td]<950ms or >1050ms[/td]
[td]<900ms or >1100ms[/td]
[td]<850ms or >1150ms[/td]
[td]<800ms or >1200ms[/td]
[td]<750ms or >1250ms[/td]
[/tr][tr]
[td]100%[/td]
[td]31.7%[/td]
[td]4.5%[/td]
[td]0.27%[/td]
[td]0.006%[/td]
[td]0.00006%[/td]
[/tr]
[/table]



Now ofc, there is `procedure Wait(Min, Max: Double; Weight:EWaitDir=wdMean); overload;`
It's a variant of this gaussian random distribution, but it's strictly limited, it doesn't go towards infinity.
It's also simpler to use as it takes a minimum and maximum wait time as argument.

Wait(750, 1250);
// is very close to the same as
WaitEx(1000, 50);
// but WaitEx can deviate a bit more than Wait in uniqly rare cases.

From: slacky

Thank you Slacky for helping me understand the reason properly… I was previously under the impression that Wait(750, 1250) would weight towards the middle of the two variables, and that WaitEx(750, 1250) had no weight, but would randomly pick between the two variables. Thanks for clearing that up!

Just for completeness, you can set mouse distribution, the box in the image is the click-target, here is an example of skewed distribution MOUSE_DISTRIBUTION_SKEWED:

MOUSE_DISTRIBUTION_ROWP which is defaulted is somewhat similar to the above

Both respect the position of where the mouse was moving from. These distribution patterns are all my old algorithms from back when I was previously active.

MOUSE_DISTRIBUTION_GAUSS needs no explanation, it's a center pattern, it does not care from where the mouse moved.
MOUSE_DISTRIBUTION_RANDOM is just pure random, equal distribution over all point.

Dont mean to take over your post, just like to make images of this shit :D

Amazing release, can't wait to see more :spot::spot:

From: Gruntzer
~

Always more coming!