Aint Talkin Bout Love U, S Van Halen Patch with flanger, delay, PEQ1, and MVerb. WTFoley SAP, INF/MIDI 
Dont Tell Me U, S This patch emulates Eddie Van Halen's post-OU812 guitar tone. Right after Eddie started using his Ernie Ball Music Man guitar, his tone changed drastically. Program this patch, then drop your low E-string to D and play the opening riff of "Don't Tell Me (What Love Can Do)." The sound comes pretty close, no?  Tom Hespos SAP 


This patch was programmed by Curtis Pastor as per
the SAP file submitted by WTFoley3@aol.com
8/30/96

This program will automatically store itself into 
program number 100.

Note that it uses a custom algorithm.


It is a recreation of Halen's Aint' Talkin bout love
flange and delay sound.


This SysEx file was filtered by Sys2101.Exe,
a specialized sysex utility designed for
the GSP-2101 and the use of sysex data,
And was further modified (name, alg name,
and program number) by the software.

clpastor@aol.com
clpastor@ee.tamu.edu

http://ee.tamu.edu/~clpastor

# Aint Talkin bout love 
#
# Good old fashioned EVH sound
#HEADER SECTION
#
GSP-2101  #Device ID
2.01.01.a #Software version
Talkin' 'Bout Love #Program name
U6 #Algorithm number
#
# *Talkin 'Bout Love
# WTFoley3@aol.com
#
#MODULE PARAMETERS SECTION
#
Compr (Bypass)
Distr (On, Saturated Tube, 11.0, 11.0)
EQ (+12, +8, 0, +4, -2 [CC4 -2 to 4], +8 [CC4 +8 to 10], +12)
MVol (-8)
FxL (Bypass)
SNgt (On, -74, 6, 30, 0, 70, 54, 4.0)
SFla (On, 100, 1.1, 25 [CC4 25 to 60], .30, 7.25, Sine)
2TDly0.5 (On, .100, .300, 10, 50 [CC4 50 to 55], Off)
Dly0.5 (Off [CC4 Off to On], 0.100, 40, 60, Off)
PEQ1 (20000, 1.25, 0, 100)
7x2 (60 [CC4 60 to 100], -50, 60 [CC4 60-100], 50, 100, -15, 100, 15, 100,
-26, 100, -11, 100, 11, 100, 100)
2x1 (100,100,100)
MVerb (On, 30, 80, 10, 10000, 8000 [CC4 8000 to 20000], 10, 2.00, 10 [CC4 10
to 15])
4x2 (100, -50, 100, 50, 100, -50, 100, 50, 100, 100)
D:W (0%:100%)
#
#ALGORITHM LINK SECTION
#
SFla <-(Left In, Right In)
2TDly0.5 <-(Left In)
Dly0.5 <-(Right In)
PEQ1 <-(Left In)
7x2 <-(SFla Output 1, SFla Output 2, 2TDly0.5 Output 1, 2TDly0.5 Output 2,
Dly0.5 Output 1, PEQ1 Output 1, Right In)
2x1 <-(7x2 Output 1, 7x2 Output 2)
MVerb <-(2x1 Output 1)
4x2 <-(MVerb Output 1, MVerb Output 2, 7x2 Output 1, 7x2 Output 2)
L Out <-(4x2 Output 1)
R Out <-(4x2 Output 2)
#