Alright.
I've done as much as I can with Karnex.
I don't know how to handle notes, or pretty much anything else about LMMS
synths.
Any ideas would be fantastic.
I have TODO comments and questions in both files.
https://github.com/cubician/Karnex
Thanks guys.
On Fri, Sep 5, 2014 at 7:25 AM, Ian Sannar <ian.san...@gmail.com> wrote:
> Here's the latest version of Growl2, which Karnex is being modeled after.
>
> https://drive.google.com/file/d/0ByeSWzzih0ymazJiLTR0Rk9JUU0/edit?usp=sharing
>
>
> On Fri, Sep 5, 2014 at 7:22 AM, Ian Sannar <ian.san...@gmail.com> wrote:
>
>> Guys, that version of Growl2 I sent is an old one. I'm going to try and
>> find the latest version... I put it somewhere... xD
>>
>>
>> On Thu, Sep 4, 2014 at 9:22 PM, Vesa <dii....@nbl.fi> wrote:
>>
>>> On 09/04/2014 08:29 PM, Ian Sannar wrote:
>>>
>>> Vesa, could you take another look at what I've got so far?
>>> I made some changes to the .cpp also.
>>>
>>>
>>> //What model would I use for a button? BooleanModel? ...wait, boolean
>>> objects are C#... so IntModel?
>>>
>>> BoolModels are for leds and buttons that have a clear on/off state.
>>>
>>> For an automatableButtonGroup which has several states, you'll want an
>>> IntModel.
>>>
>>> //Which of these headers NEED to be included? //Some of them are
>>> included in Karnex.h. If I recall correctly, including a .h file sticks its
>>> contents at the top. //Does that mean that I wouldn't have to include
>>> knob.h or other headers that are included in Karnex.h?
>>>
>>> Yep, they're just plain text replacements. And yes they're recursive, if
>>> you include something in .h you don't need to include it again in .cpp
>>>
>>> You might want to include lmms_math.h and lmms_constants.h, as you'll be
>>> needing pi - lmms_constants has F_PI defined for your convenience, as well
>>> as a couple other pi-based constants. lmms_math gets you some convenience
>>> math functions.
>>>
>>> If you're doing wavetable lookup, you might also want to include
>>> interpolation.h for interpolating the wavetable. There's linear, cosine,
>>> lagrange, cubic... all kinds of interpolation algos available.
>>>
>>>
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>>>
>>>
>>
>
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