- Vst Plugin Analyser By Christian Budde Online
- Vst Plugin Analyser By Christian Budde Music
- Vst Plugin Analyser By Christian Budde Full
VST Plug-in Analyser 2.0
While initially the VST Plug-in Analyser received negative receptions, there are still some users asking for an up-to-date version. For my own needs I have developed the tool further, but as it integrates very deep into my tool-chain, this version can’t be released easily.
Vst Plugin Analyser By Christian Budde Online
- Vst Plugin Analyser By Christian Budde Download Youtube Dynamics measurement is available too, with a ramping signal used to test compression or expansion, or an attack-release signal to check a compressor’s attack and decay response.
- THANKS go to Antress (for generously shared tube overdrive algorithm, FET compressor “circuits”, low and hi shelf eq circuits and GUI knobs, Christian W. Budde for his awesome VST Plugin Analyzer, David Gibson for showing the classic delay trick used in “VeeWide” plug.
- VST Plug-in Analyser 2.0 While initially the VST Plug-in Analyser received negative receptions, there are still some users asking for an up-to-date version. For my own needs I have developed the tool further, but as it integrates very deep into my tool-chain, this version can’t be released easily.
VST Plugin Analyser is a measurement tool for VST Plugins. It can be used by plugin developers for debugging and as a quality control tool. VST Plugin Analyser by Christian Budde - Related Products. Vst Plugin Analyser By Christian Budde Download Youtube. Dynamics measurement is available too, with a ramping signal used to test compression or expansion, or an attack-release signal to check a compressor’s attack and decay response. Latency can be analyzed in detail, letting you know how many milliseconds are spent in your plug-in’s.
The only consequence to get new features (such as x64 support) built-in is to write a new version 2.0 from scratch. Although the code for initial version is still available, the structure can’t be reused, especially if a future move to OSX is also planned.
So far, I have started to collect features and requests. Based on this a preliminary specification has been written and the basic application framework was already developed. However, the application with all the new features) itself is yet missing!
Since I need to pay my bills, I can’t just spend weeks and months developing this while receiving no income in the meantime. This is why I decided to have the project crowdfunded. I still plan to carry the main development costs myself (the final application will not be free anymore, except for crowdfunders!). The development costs overall are about 18000 € (3 months, part time work = 4 hours a day, 5 days a week with an hourly cost of 75€/hr). 15000 € I plan to donate my self (by spending development time). 1500 € will already be covered by interested companies/persons and only 1500€ still remain missing. This is only 10% of what I “pay” and I really require to get this money at least to get things started!
If you want to support this project, feel free to contact me with the amount of money you are willing to invest. There’s no need to pay the money immediately, but I want to get an idea of how much support I can expect. If you wish, your name will be added to a public list, so that anyone can see that you support the project.
Hello,
I’d like to share my first creation in the VST world.
It’s meant to be an emulation of a famous EQ (sure you can guess…)
I just passed two weeks to check, tweak, compare, try and read forums and since I am totally unable to write (or even read) one line of code, this release is a kind of patchwork (see the credits). I just made my brain on fire to find some creative way to put this together and to fix common issues with EQ designing (Nyquist freq warping, phase issues,…)
So I hope you’ll enjoy this even if it’s not this revolutionary 😉
*SPECS*
– Carefully matched EQ curves with gain-dependant variable Q.
– No oversampling but (quite) corrected curves near nyquist frequency (only for 44.1 & 48 kHz samplerates).
– Soft clip (odd harmonics) & tube (even & odd) distortion section.
– No warped phase behavior in the high range.
– Double precision with a SNR of 125dB.
*CREDITS*
Big thanks to these guys (which are « real » developers !! 😉
Vst Plugin Analyser By Christian Budde Music
– « tor » for his double precision version of biquad filters.
Check his website for great free VST gems: http://www.audioteknikk.net
– Christian-W. Budde for his awesome « VST Plugin Analyzer »: http://www.savioursofsoul.de/Christian/
EDIT:
– About weird phase behaviour in the Hi range:
This is a common problem with oversampling in Synthmaker, generally you get this:
This result in hi-freq roll off (even leaving all parameters at zero) when you insert the plugin in a track of a multitrack recording, really disturbing 😦
So, choosing not to use oversampling avoid this kind of effect. But this creates another issue: warped frequency curve while approaching nyquist frequency.
-About the corrected curve near nyquist:
What is done here is an automatic correction of the Q depending on the frequency, it starts operating after 10000 Hz, and only for samplerates under 48000 Hz.
If you’re working at higher samplerates, there is no need of this correction because the Nyquist frequency is much higher.
If you watch carefully, you can see that the curve is not totally corrected, but the left part of the bell nearly match the original curve.
(I am currently working on way to develop a better correction)
Below is a comparison between not corrected Q without oversampling and the correction included in the plugin (also without oversampling):
Not corrected:
Corrected:
Below, is the harmonic distortion depending on settings:
Clean:
Soft Clip:
Vst Plugin Analyser By Christian Budde Full
Tube: