New Repitch Node is causing compile errors

[oskarsh]

Trying to compile the latest version yields these errors:

Here are the lines that cause theses errors:
https://github.com/christophhart/HISE/blob/79a0523dd854c23fb3af86df9f58cd64dcd851d8/hi_dsp_library/node_api/nodes/processors.h#L841C2-L862C6

Using MacOS Ventura with XCode 14.3

[oskarsh]

@oskarsh anyone else? Would love to try out the nodes especially random.

[Matt_SF]

@oskarsh same here. I'd love to try them out but I think only @Christoph-Hart can save us

[Christoph Hart]

@Matt_SF Should be fixed now.

[Matt_SF]

@Christoph-Hart Alright thanks, these ones seems to be solved but now these ones are showing up :

But you can leave those for now and fix them next year :beaming_face_with_smiling_eyes:

[oskarsh]

@Matt_SF I can compile just fine. Make sure to clean your build directory

[Matt_SF]

@oskarsh OK thanks, I thought i did but I'll try again tomorrow

[Matt_SF]

Wow, awesome! Thank you very much @Christoph-Hart , you added very nice toys to my playground

[DanH]

@Matt_SF can this repitch in realtime? I had a quick play but not entirely sure what it's meant to be used for, didn't repitch anything as far as I cld tell...

[Matt_SF]

@DanH It's working great ! How did you do it ? Simply load a core.file_player into a container.repitch in a Scriptnode Synth and you're good to go. Open the controls of the container by clicking on the top small knobby icon :

[DanH]

@Matt_SF ah ok, I was hoping it would effect the incoming audio signal, but this makes more sense that it changes a player....

[Christoph Hart]

@DanH said in New Repitch Node is causing compile errors:

I was hoping it would effect the incoming audio signal

It does, but it repitches it back to the original samplerate so it's not a "realtime pitch shifter". You can do some cool stuff with it though, mainly allow changing the frequency response of static effects. I've added some docs here:

https://docs.hise.audio/scriptnode/list/container/repitch.html

Here's a example of how to change the frequency response of a filter without changing the filter coefficients (but beware, it produces a noise as soon as you load the snippet!). This can be applied to all kinds of effects, like resonators, convolution reverbs etc...

Note that the frequency response is inverted, but if you put the sound generator in the chain it would be correct.

HiseSnippet 1583.3ocuXsraaaDEcnkG4ZWmlDjftrP.ciCPpAojrdftvN9gREZsihkqQ1ELgbTDgH4vRRYa0hBTfhBj8cU1kuhh1ME4CHcU+A5htqaxeP68xgTjTTV1RnIz.Fbtyi6495LWpNdBctuuvinr5Iib4Dk0ocG4Dzeu9LSGR68IJeD8Ple.2qjTztibY99bChhRgGhBTVcYR3ya2dWlEyQmmHhPNUXpy+JSayfDoc14KMsrZwL3mXZmZ0U2ostvYOgkXHfmBTUhKSe.647iX3xVhRTJdfgYfvqa.Kf6STVdWgwnt8Em6HW+ol9lOyhiCzHcgCRJtkvx.QLJkrWeSKiNw1sOANkNIdgBRuvcoGZZXNVdh23VgSTJYGo8GJKkEdEx.OsKCdSARJofzxRHcaZWcOS2fjYP77gz1NPvoGCb6oghbsDkWS2S.KvIXSa1.dKOXv3MrQMU06WB92897dCczCLENkDNGIB3OxYi6s12s1pq88qUZxo50apygpwSXYw8l5zXj1aVabCmg1Oi6c+RmwrFxGuPv7y5SKd87o5RqN0BENscLCdjKOZ7rSJHQtM3sut89r.FFThjAqyk6EXhvQYe9YPFtLDsJcet+f.gKjimK9AYNBigVrfroSXMTzDf+HSLDCTN9lAiRWiMG4XpyLG65BwaS6XFn2e5XboofQvS8t.iQUl2fdPudb8fD.tLs0SVzxP0qeYHUp+0hJCAchJe8ngkZ8DsLf3ng1sLsfJM..TEEvVhKIeAMI820i6x73mH5XwFsgOy10heLf56W5YVB8AcM+Vd9ZFWIn1EWwF58YNNbK+Eozp3+SzUjiECCLcd9gr.OyK.6EL9t.ItNeuHzg9fkvpJ4XUbLlozk6XDN3egmnI0F6vfI0hmLUA4Q7fyEdCBCPQuSTVQFM7CcxOs2E.7AeOltprBUcS3OxCrrDmumv10LJQNzvBk1QXMxsuvwTGicx0DC9GXKFB5MxB9Bl+ILSKL2u6PefMw3QNcgEGduGl6cjv.dqXKlN3ZG0gEzGqgP9HHgk6so93D2LnMI2ILqDhBcXdv8dxLHDn3AGe4nz6A3zFcIgWMV.mG8IEjHfJud.T7Y.YE2ijAQ2IDQPxwlIKHS56UnrTbfxxDbDPBrDp0hHOBmbJltEVwDTNjCgPRXQNg48bdfeDspCWWFQBcesMPtTnzHbSi8Cn3aROVJVZMDRJuDBj3QPT+PSmHDDyLswqOjcwjx1oa.2EKzRyx1c.+7HMjRJZaqPkGvDGCg7fgABanPJjVjjJFrNU3qCM7fzpjboEd7MSM8hFBvo.piKhuoZeSeWfQY2g.WozyjQBFmbL3WDWbc.vOX.2FFt83BtLd1ho7rEy6YgHaNO6slSOa1rljSgLaUWcmbp9E+4jp9Uu7k+VdUuyOZ+GaKKSZ4w+lgPQ7nIz+OL3pz+a2NuoqNml95g5uzwXkAI24SleeOnr4z2+PH08clpAt7YTP0oOyeJETuGzcwv1uRT8u7I+z+73e822Np7sHtlDhnoPfJoziWP5Filc06j76JKcETpqSa6eJNqNyJFuQzLx6AS3anT+y5kEr2f1S1Kxl3TYup4pnYlfYItolwulvkfmVVlD3.tbZDZRLsHsLdAcp.JH.d.YoCd2EtHub4lMUqtUsxkqTsQ8FaQlr9MMObAxz02cfCphZ3ilVyxpMK2LkxuCs4lMZhO0zZrUE0x0qjGF0pVWqdCs5UTqskViZgvn.8wYRie8adymlg9X4DHrB8yzZjwlKRCEjOujh8uPtDSQNYxoPoZSwqUQUSEM3lMaTsYcUsHuVWagHnOz4Vrp9X7zTaJepWuV0Fk2pQ4qutqh5dbInDK441WDCZJG5pzCbXPCpFjLKkj4hwLoeKM69C9qoPkS14ZQo7peV8uCoTlrAkbGW19DleNNxbd2xMk+BAthnldmAO6jsPUTF5vZKx0tapoBjbJcZ1P5NAu7FCS2RalVCi6LirHDo6JDCrYgeTwh8A+uO9DHaltm3oQMtiF2GDJAHdbB+ExVkdHNtjF4rI821lFlOUWO6QkaikWzMVYQ2X0Eciasnar1htw5K5Fab0aD+QEiHFvrcntuyAxqPUh43vay9OfsHodN