I just found this (thanks youtube recommended) - it came out last month and I'm only 10 mins in so far, but I'm hoping this can help those of us who want to better understand the C++ side of HISE/JUCE.
Update: Okay I'm a bit further in and it's definitely not for beginners, he doesn't really explain anything and just types furiously while jumping between the different files 
Hey pals! Here's a cheeky demo of a plugin i'm finishing up, just want to show how flexible HISE is and how someone like me with very little scripting knowledge can make something fun:
it's sort of a vocal channel strip? using a combination of default modules and scriptnode:
drive: 2 custom shapeFX curves
shape: basic EQ stuff that I find myself using a lot, reduced to 2 knobs
air: scriptnode LWR filters with compression on the high frequencies
comp: 1176-ish style compression (very fast attack+release with fixed ratios, when combined with drive it can get pretty close to the VMR one)
GUI made entirely in Blender (free) with quixel textures (not free) and using an online sprite sheet generator
if people want to download the vst dll (windows) to play with it let me know, sounds cool on drums (drive+compression), and acoustic guitar (air module, no drive/compression)
and yes that is steven slate singing 
thanks to everyone who helped out with my questions about stuff, and to Christoph for making something so great! can't wait to dive into SNEX 2.0 and properly get into scriptnode
now time to save for a commercial license 
Just launched my first suite of HISE stuff today 
I'll let you know if it does well
I've been working on a Guitar Amp simulator, and one of the biggest things for shaping guitar tones is the cabinet. It's popular in digital production to use Impulse Responses of real cabs, and I realized, since these IRs are basically just complex EQ curve "snapshots" I figured I could make a quick thing in HISE that generates them randomly.
It's one ugly button that moves 60ish EQ points around within parameters that sound like a guitar cab. It also has some post corrective EQ for 4k and 2.5k, as well as pre and post filters and "analog vibe" which is just a low and high shelf (sneaky industry secret).
Note that this doesn't actually create the impulses, for that you can do it using Andrew Wade's technique in this video:
Note 2: This doesn't include the amp part, this is just for making cab responses quick and dirty!
I'm sharing the code for people that want to make their own "cab" impulses for a pack, or want to learn how to randomly set EQ parameters using the BandOffset, or for anyone making their own amp plugins or whatever
Cheers
HiseSnippet 3409.3oc4a9.bTTcGGeuDNL4jHfEsg+5JxL8h.lau+kDAaVHjnQAIgXYTqyjayc6kr5c6lb2dQhZpmi+okR0fi+cFQ6oPY3OJn1hhH3sCiBzHZmZqMVkYZnPKNiNVzhhPUo6du2918suKWxdcrikdy.S129a+kO6u2u2622e6sokDRg4SlTJAkixut95lmxwDb1Vehxc0PWbBhTMuDJGSwoGF5F35ftMg3zMjfmSV05E2W2bISxGgxgiRuRMKcT93nx8430uXtXbhg4MFhhZkRBg4WpPbAYiQag8ZDhEqItH7WmPbSV6ms4vRhMHESJkJUk5zCU2bguEtN4uVNMyJwIkiw2XDAUJZSlSlOIkiwsXoH80VWR2pHv9UJjTniX7ZGvP0lpi.C2jTrHZDqMJUCcIDKRK528IoT8RKFwhRAwho3bYBQDPiaDSlTtSPabEliGNJoP3wXFOOic7bXBuwAvaxNaKbBgtkMNiFamqylEk4SDkScJvLV.aoJYKmqyFjTsPT9xhycK7MkP8.zU3NnGOyiNfGOUsfJbUgK0Ihjxz8xkfdwojkkDaO27OuV1vUPq6kN4kaPJd2RhpG3d1VMb1V8Tis19x3tY0nYpD8xmT0O4x2z7RiQixGV0E3VjyA3Wtfn9IYFoq2jIEzAdGcG3EdKncwcplAndEdV.3vdL8yQSvqeXEtpt5ajOgDci8xmnO4tDD6rBWQkRP6VHmEzBKzq1+O24VUEtt8JbQq9A5YA5K0RD5xVLmXjkGMZRdY54Z8bZq8V.vAVNip4KRVNgPGoj4cq474QmaRseM7DDiIHxSGMkXXYAIQZIQqSaZStIjh4Nr9L67TCdwRwC.tbgnzt0OV6WN7lP6yHcepe9aW8eFGo8o5p0tMRhO3+wwC8OidbYYbpS+IT8p5x.2yOfZ9eUpdFMpTb2UU0BrBcAo0T1GItlO4HvqYSFUf8MOZe4E3hDYuEBYuiNxdGcj8NOZui.xiHuUWcq+.K4H8X+DjVsQ1QOVvlI+TWnfbOESRQq1IivJjpou0TDYC8TLoBsZm7.qfFbdz0lOPKDkUWcSp6xlhWLrfZoC7yA2+01QaMOZm.t1uGK2Jd0JZ52iZUybAZscXGSjMJg2QkLu1kr7EW623GGoMw8amMw+t+tLENCK2tLmss336LIjLZIj0V3DR7gTyO6OmlpwpdSMFfxWZfKVrNT6dv8HJvQa6aSxftVIY9kK5tJW2tqxc0uKZqmJZz7dNnyhwmHumVqAmDE5BcKlJdG7Iz0XoanpRe7VIbNxsRXtSmvfHkICkDaVTPd4cyKNRMXPACup+zOp4kvIyo0yAbLU65lOgrfFBNVBeupMyA5.obmKgO4sHK0cNagyIp8mIm6rmGr+DPnmRPsMjy2o04ApUYz52Uy1G5.ENVgjKSJtpC4RzGf5jb8x2rXKI3UmgA2oTjcEo1alTjTwzZS0bCaZan.OgZnGqyHsteDSJH2m4tX+VoKtwJtS1YKBxg6J+7VRd3Ucx5aadg8DWgSPWRFvNNmMc8EaCv4u+bO4qA3wahkIpm9kaamF6IGGtbps4kFFXzbsoh2jPL09a0V+3nD0aJMy7.icom0cVoh1.L5Aym8WbCrZC3E+YZHFwm0A7acf.vAxr8pe2bCDT+2h+qbu4bZMVujZsNPclmTapoqqQQN0XEHtVJdbszwVbMOSqqPJkrZSop6LmPPc8mS0XTaRoRDlWcVUTjOFJTAO1i1wZ.0FetPmSGmQ8C7jLZG6.dRF8SZN0QHeSWSxIt16BLoMEKSZ49XdRSo23owlzR+vK7ji5j1jXMOogbZPz.sjBaRi8Rl+WOpSZ.mxPhJJAanYuFfMHXmyoOSN2vPPKCAtLD7xnCL6uYfG.XiNwYF7G+M.+PfLCAydIX1KhYpi2MvFclGdN2GH.6kfYuDL6kfYuFAY1H.aPKMhT8I.9gfYuDL6ifYe5LGZfJ2BvFclUdssB7rOBl8QvrOBl8Yh4aDXiNyzk07oA9gfYeDL6mfY+5Lmduse+.aP697RCBx47SlISvreBl8qyrxSchWFXiNyou0W4eA7CAy9IXN.AyAP4FB8rafMHlOwpAYcAHXN.4xOBlCfXdvijDXCZE35NEHqK.AyAHXNHAyAMxmU5.XCZMXUO3WA1xlf4fDLGjbOifDdFw7i0AXFLHAyAIXtFBlqwf4yac.aPL63OCxmqgf4ZHXtFBlqAEmexsuRfMn0fUU+o.9gf4ZHXtVBlqUmY5me++bfMn0f8OyOErGJAy0RvbsDLWqNyza6MdJfMHl22u9y.9gf4ZIXtNBlqyXM3fOMvFclY+nFAqTpif45HXtNBlqSm4PQeSvNR0g12P4C.yf0QVRAi4ylEBLYmVddK1PI.6mL3eMKl7MpIsJLk.JyeKUxZOk.C+nqygBtRf26dvTBn7Ba66yZSk.zbclMKtR.pZ+o3JAThtBfeskR.E+6d+YwTBPQspGGWIfxJV4zYssR.kSMzP0aQIvAdFbk.ryoU.y1SIvN2ygp2hR.2O.tR.1e6aBl5rkRfz+k20oBlR.JpKc63JAXum2BvrsTBvth6gRwhRft9k3JAnd6oNUVaqDHTncczrXJAnn9v0fqDH8JhOEVaqDfc+6BZiAyW0ciqDPYSa3BXssRfLuyr.qRLTBPsp6EWIPnCtGvLn8TB7bOyeOKlR.JpWe83JAnul6DLCZKk.Cun9AJsMoD3iebbk.gN7WChy1RIfhiA1YVKJA9SaCWI.8FlAH2vVJAX2TpRTrnDXia0hR.uK.LCZKk.CeewOGVLk.TTW+.VTB7k2AHNaKk.z9G5yqGSI.E0t2hEk.y2EHZXKk.zW8qNdVLk.TTqcy3JAxrz28BYssR.1aMIPaYcFL6diVTBb3Z.6hZOk.21wNV8XJAnnNzCYQIf2CBVo7+IJAdqwhR.uEPIfaKJAnm9B.x+Ll8N1Ki+LAt6INcapDHzQm7QxhqDnz8foDfdFNmpcUBjYwWvQspDHjDtR.pmWZl1WIP5y4nasdKJAd+WwhRf07SJBk.Y9cCbRqJAllEk.JObYyrHTBPG6CyZQIPvMfqDX3k03LsuR.k6J4Wj0hRfI7qvUBjQ3Clg8UBP8.6c+0aQIvIddbk.oWejhPIvvexkbv5snD3i2.tR.1Aklt8UBPWxVITBP+f3JAXamaV1WI.0ke8mNqEk.6biVTBD+Mll8UBv9zq8arpDXsaEWIPle3Iqz9JAx7256TYsnDXvWEWIvv6tzYTLJANzgrpDH8SfqDP4It5YYek.omiBfYSJAX6GWI.UEW9TsuRfLK2w+LqEk.Kcs3JATNzibQEgRf2egejUk.qcG3JAxbduzLsuRfPaY0vmFqAyUtVbk.JO41qz9JAxbCe4AyZQI.2qfqDHSKGnHTBj9H07wYsnDHzFwUBvdMvJJilR.PMEDzMWIXoBiGCpG3EfVg1h9I8BKq3grthGxBKdPqD6ZxvmjrGSM+bWPqPqEktPc2SVbwCI8nRhrGruC.KIZpahMCsBkbefW6hfCQRedJKZTW7hK4LP2aP+t1BzJzN1u8OaFvgHomr1HiQaxOTkeNv8lpN9U6BZEZKvOcyP2SVejgr.ICpBYlSk3sgt2TZyqAsx3Y1cmv55jEIYHqRxfJSF5lu4uD3dS0Im85gVgJ5royeZvgHomrTIiQWyuylONz8ld7DuLzJTreu5IljkKYHqWxXz571n98PYQFzuOXrGUxb3McoP58mG8TjzipZFZFmDRuoxlaFROptIcm2UkvgHomrxICpzoRxM7O.t2Tsyz6.ZEJy4ybAybHqdxDHOxAQYNUT9ogt2f9iCybPUPCc3q.F6IKgxPVCkAUDks5K9CgO3IC56YOPqPaUJF.F6IqixPVHkw3oq6K9W.cuA8k8hPqPZC+d2.bSAxhoLjUSYPkSUXuosArxT8zIuSnU5zSO2mCFbHqnxPVRkwn65Vm3gfVQrYOCppJa71gAGxxpLj0UYLdX6KsgS.BNlprNDLywnI6O+pfzSVakgr3JCp5pRGO1eD5dSxXtCnUnXe2QmEbHR5IqvxX7X22jLPjDioZrzcBsBse+ytP3xJxprLjkYYP0YCk4EgaoYpP668HPqPw96+wfzWWdZE5rwttuj7008Db1fThD7gkE5ku.MbOdqu4DCr2JveyIn9pmAqga1CeaSvlMbSMz5mB1idWIE+1wZ3Nz.6cZ1sgakcrZ3yFPm0LxW09rzvsQ0lB0vM7qbO.wqORPy+ksf0vc5qv0wFCeI7v1YQ6s5ZHPjvjjh0sC7FtMtpB1vcY3MbO7Zt3JXwa3trWuS7FtS+QsN7X5Kg+rjEFSL+KLVjHWLoNWoPG713UJRM990XemToOxNdT7EF978GF02NkxvVXPmd+mA6UJJyUtuaB+sSQ2oE7UJ5+omv9uwui3bgSH0dXv6ko16cVY4FQ89VL2e+Yk6bYZGSyPk6c0T85b54x7PEWHhP6gCq81vMeFJp7eMdKhqwWQbM9KhqIPQbMAKhqolh3ZpsfWi1eJdKJkrTbvaJo5.szXtWfUGNLkoS8uAmBWyKA
I've been super lazy lately but last night realized the Expansion system was updated (woops) so I spent the night making a little player to load all of my (previously) Kontakt libraries in a single thing
it has (or will have) uniform ADSR and FX across all libraries, automatic purging/reloading and probably some scriptnode shenanigans, it's also so much easier to make a new expansion (as opposed to making a new Kontakt library)
HISE is the future!
Bug Report: MIDIPlayer ClearSequences can't be connected to a front-end GUI element.
https://forum.hise.audio/topic/4228/midiplayer-clearsequences?_=1623430795549
@musictop Here's as far as I got (simple gain):
// Set the parameters here
template <int P> void setParameter(double v)
{
/*We declared "gain" outside of the templates, now we connect it to our Parameter slider*/
if(P == 0) //The 0 value is the index of the parameter.
gain = (float)v; //v is the value of the parameter.
}
// Process the signal as frame here
template <int C> void processFrame(span<float, C>& data)
{
for(auto& s: data)
{
s *= gain;
}
}
There's way more to it that I don't understand until Christoph gets the chance to write up a best practices or something, but it works for now
Yep, just tested in a FL20 demo and had ~6ms delay using Edison to record On Play.
Looks like they might have fixed it
Just a quick HISE (and PluginDoctor) appreciation post. I've been making some "analog" effects, loosely based on other stuff on the market. This is more aimed at beginners or people that want to learn how to make "analog" plugins using HISE.
PluginDoctor lets you take any plugin (or hardware unit) you like, analyze it and figure out what makes it work, then recreate it or incorporate aspects that you like into your own HISE stuff.
Obviously I don't recommend just straight copying competitors, for legal reasons. But this combination is a great way to learn why something sounds good, and then use those tools and techniques to improve your own products. My own skillset has noticably improved since I got PD, so any of you DSP guys or girls out there, I can't recommend it enough.
(And yes the two compressor sound pretty similar).
Note: GUI/DSP aren't final, I plan on modifying stuff so it's not just a straight 1-1 copy. 
This is a quick FET-style compressor which emulates the classic hardware unit, noted for it's super aggressive compression style, saturation and frequency response.
All I did for this:
Some other random quick things I've picked up:
Macro controls for the Parametric EQ. Analog units have complex frequency responses, not just a straight high shelf or basic notch.
You can add a "Circuit A / Circuit B" type of switch, just using 2 different Para EQs with different settings.
Some analog units and plugins gently roll off the high-end frequencies. This helps give that "warm vibe".
Saturation is very important for the "sound". ScriptNode has both a tanh() and a pow() node, for odd and even-order harmonics, respectively. These waveshaping functions are also what the big companies refer to as "non-linearities".
If adding saturation, put it in an Oversample node!
Powerful high-shelf boost + compress high frequencies = "air" button
Transient Shaper node on low-end = "Punch" button
You don't have to actually model a real unit. Just taking the concept of analog into the digital domain can help make great-sounding plugins (airwindows does something similar to this iirc).
A lot of the marketing hype for these types of plugins are actually very simple things like EQ, compression, saturation, stereo-widening etc. They just blur the definitions by using terms like "warm, punchy, vibe, smooth musical curves, etc".
Some companies are sneaky and have found a way to hide their DSP from PluginDoctor. These companies are very sneaky sneakers 
DSP is only part of the equation, your plugin needs a really clean interface and great marketing/support.
That's me done celebrating and hyping up HISE & PD hope everyone had a great new years.
Would something like this be overly difficult to implement?
https://magenta.tensorflow.org/ddsp
https://github.com/magenta/ddsp
There's already some people making synths with Magenta + JUCE:
no idea how one would approach such a task
@MikeB Oh also if it's in a loop you can use local variables
@MikeB If that's a for loop for each slider in the sliderpack, the code I posted above should still work.
var chance; //use reg if it's during playback stuff
for (i=0; i<sliderpacklength; i++)
{
chance = Math.random();
if (chance > .5)
SliderPack3.setSliderAtIndex(i, 99);
else
SliderPack3.setSliderAtIndex(i, 0);
}
@MikeB something like
var myValue = 0;
var chance = Math.random();
if (chance > .5)
myValue = 99;
else
myValue = 0;
@ustk @d-healey So I opened it in the sampler workspace and the name was in all lowercase, I think I messed up my naming conventions somewhere down the line and didn't realize it - seems to be fixed now
Cheers
Still can't get this working, has anyone else experienced missing images like this?
@ustk The image name format is "bg_expansion.png" and this particular one is "bg_Oracle2.png", but all the other ones export just fine, which is why it's so confusing
//Setting BG Image
backgroundImage = ("{EXP::Oracle2}bg_Oracle2.png");
Image_BG.setAlpha(1);
Image_BG.set("fileName", backgroundImage);
I've just copy-pasted this from the other expansion loading callbacks and changed the file name string, and it's worked every other time except for this one, like it's cursed or something
If I move an image from another expansion and export it/call that, it works perfectly, so confusing
Got a weird one today, one of my expansions refuses to export the image.
I've tried:
The image is formatted the same as other expansions, same dimensions and similar file size. But I just can't get it to work in the exported plugin. I'm sure it's something dumb that I've forgotten to do, as it's been a while since I've exported an expansion.
Master branch.
Now at risk of being dumb twice in 20 minutes, what's the best way to "update" Factory Presets when moving old GUI to new GUI?
I assume bulk-editing the references in a text file editor...