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Ratios from the same spin species are used for the electron density reconstruction, whereas spin mixed ratios are sensitive to electron temperature changes. The different line ratios can be used together with a collisional-radiative model (CRM) to reconstruct the underlying electron temperature and density. This enabled the measurement of the line resolved emission intensities of seven He I lines for different plasma scenarios in AUG. For the thermal helium beam emission line ratio spectroscopy, neutral helium is locally injected into the plasma by a piezo valve. The helium beam is built to measure the electron density n e and temperature T e simultaneously with high spatial and temporal resolution in order to investigate steady-state as well as fast transport processes in the plasma edge region.
#Haro bicycle zero stabilizer used 65.00 upgrade#
the ASDEX Upgrade TeamĪ new thermal helium beam diagnostic has been implemented as plasma edge diagnostic at the ASDEX Upgrade (AUG) tokamak. Var kind = key.OpenSubKey(item).OpenSubKey(subAttribute).GetValueKind(attribute) Īttributes.Qualification and implementation of line ratio spectroscopy on helium as plasma edge diagnostic at ASDEX Upgrade Var value = key.OpenSubKey(item).OpenSubKey(subAttribute).GetValue(attribute) RegistryKey attributes = voice.CreateSubKey(subAttribute) įoreach (var attribute in key.OpenSubKey(item).OpenSubKey(subAttribute).GetValueNames()) Var kind = key.OpenSubKey(item).GetValueKind(subKey) įoreach (var subAttribute in key.OpenSubKey(item).GetSubKeyNames()) If (value is string) value = (value as "%windir%") Var value = key.OpenSubKey(item).GetValue(subKey) RegistryKey voice = newKey.CreateSubKey(item) įoreach (var subKey in key.OpenSubKey(item).GetValueNames()) Using (RegistryKey key = (RegistryKey newKey = RegistryRights.FullControl))

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This is a c# code example for copy the Speech_OnceCore Registry entry to Speech Registry entry (to be used with as SAPI Voice): public List CopySpeechRegistryEntryFromOneCore() "407"="Microsoft Stefan - German (Germany)"
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Windows Registry Editor Version Stefan - German (Germany)" With the modifications it should look like this (take special notice to the key paths): Remove the entire line for the attributed called SayAsSupport, it is not needed by SAPI. All you have to do is change both references from Speech_OneCore to Speech. Both will make a reference to the key Speech_OneCore. Open the exported file with Notepad or similar. The easiest thing is to right click the voice key (MSTTS_V110_deDE_StefanM) and from the context menu select Export to save the entire voice structure to a file (this will later allow you to easily replicate all these steps into a couple of clicks if you want to do this in another computer). The German male voice in my case is called MSTTS_V110_deDE_StefanM. There you will find each WinRT voice registered under its own key. HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Speech_OneCore\Voices\Tokens

But after studying the Windows registry and a couple of files referenced in there, I noticed that both APIs use the same data files so I copied the registry keys from the German male voice registered in WinRT API into the corresponding SAPI section. In Windows 8+ there are two speech synthesis programming interfaces (like explained by Eric Brown).
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Works for 32 and 64 bit programs (natively or WOW). So I did this "hack" and surprisingly worked right away (Windows 10 version 1803). I needed to make a desktop (not universal app) program in C# that utilized the male voice but it was not available through SAPI.
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In my case, under Windows 10, I installed the German language with TTS package and it installed a female voice (WinRT and SAPI) plus a male voice (WinRT only). I managed to fix this issue by modifying the Windows registry.
