On 12/10/2011 5:40 PM, AceBH wrote:
>
> I have a Nugent I'm fixing up for a relative and I'd like to set the
> sounds to the original frequency / tone if at all possible. Trouble
> is, frequency for TP2, TP3, TP5 on the SB-100 isn't mentioned in the
> manual& there's not many videos on Youtube of the Nugent machine. I
> realize I could adjust these to whatever sounds good but I'd really
> like to get as close to the original sounds if possible.
>
> The Nugent I have currently sounds similar to this (not my machine) --
>
http://www.youtube.com/watch?v=CKg7zfyS4Js
>
> For comparison, here's the Nugent in Visual Pinball (sorry the video
> lags)--
http://www.youtube.com/watch?v=tT9Wog6g-tg ... no idea at all
> if whoever programmed this picked the original frequencies of the
> tones or just what sounded pleasing?
>
> My Nugent appears to have the following values on the SB-100 (but not
> saying in any way these are correct):
> TP2 - 775hz
> TP3 - 313hz
> TP5 - 600hz
> R2 - 3.2k ohm
> R6 - 1.5k ohm
> R13 - 2.6kohm
>
> Also, the kickout hole in the visual pinball shoots the ball the
> opposite way that the actual game does (pops the ball left instead of
> to the right). Assuming that is a mistake but just want confirmation
> that ball should be kicked out to the right& also wondering if ball
> should be flung at the right drop target bank or just kindof plop out
> to the right and then hit the fall into the pop bumpers?
>
> The NUGE thanks you! :)
>
Blah..
Looking at the Visual Pinball game setup code & SB-100 driver code.
From what I can tell, it looks like the code that defines the Nugent
table doesn't set a specific frequency for that game.
The SB-100 driver for Visual Pinball that Oliver Kaegi wrote defines
some frequencies, not sure these are in Hz though.. thinking not. But
kinda looking like it'd use the same frequencies for any games defined
to use the SB-100 driver. I'll have to check with him..
----------
stsnd.c (Pinmame source)
----------
65 // 3 lm324 square wave circuits
66
67 #define ST100_FREQ1 70 // 70 //
68 #define ST100_FREQ2 60 // 140 //
69 #define ST100_FREQ3 120 // 210 // 3 khz
70 #define ST100_FREQ4 35 // (half freq 1)