% 2007-06-05:  Role of the history weight H  --------------------
% History weight H can be reduced all the way down to 0 and
% there is still assimilation *regardless of feedback*.
% For large history weights (H=.100), the scatter without
% feedback increases considerably, and the interaction effect
% goes *against* the empirical trend -- there is slightly *less*
% assimilation with feedback than without.   
% Overall: The history weight does not seem to be very important
% for fitting INST to these data. (Unlike in ANCHOR, where it is a
% critical parameter that determines the balance b/n assimilation
% and compensation.)

Params: H=0.040, T=0.040, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.59, nofb1 = +0.74, f-n = -0.15   % fdbk 1st
Blue line: nofb2 = +0.43, fdbk2 = +0.59, f-n = +0.16   % nofb 1st
Interactn: first = +0.15, secnd = -0.15, TTL = +0.01

Params: H=0.030, T=0.040, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.57, nofb1 = +0.69, f-n = -0.13   % fdbk 1st
Blue line: nofb2 = +0.40, fdbk2 = +0.54, f-n = +0.14   % nofb 1st
Interactn: first = +0.17, secnd = -0.16, TTL = +0.01

Params: H=0.020, T=0.040, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.51, nofb1 = +0.64, f-n = -0.13   % fdbk 1st
Blue line: nofb2 = +0.42, fdbk2 = +0.54, f-n = +0.11   % nofb 1st
Interactn: first = +0.09, secnd = -0.11, TTL = -0.02

Params: H=0.010, T=0.040, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.50, nofb1 = +0.63, f-n = -0.13   % fdbk 1st
Blue line: nofb2 = +0.40, fdbk2 = +0.50, f-n = +0.10   % nofb 1st
Interactn: first = +0.10, secnd = -0.13, TTL = -0.03

Params: H=0.000, T=0.040, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.49, nofb1 = +0.63, f-n = -0.13   % fdbk 1st
Blue line: nofb2 = +0.33, fdbk2 = +0.47, f-n = +0.14   % nofb 1st
Interactn: first = +0.17, secnd = -0.16, TTL = +0.01

Params: H=0.050, T=0.040, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.59, nofb1 = +0.76, f-n = -0.17   % fdbk 1st
Blue line: nofb2 = +0.39, fdbk2 = +0.59, f-n = +0.20   % nofb 1st
Interactn: first = +0.20, secnd = -0.17, TTL = +0.03

Params: H=0.080, T=0.040, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.66, nofb1 = +0.88, f-n = -0.21   % fdbk 1st
Blue line: nofb2 = +0.51, fdbk2 = +0.67, f-n = +0.16   % nofb 1st
Interactn: first = +0.15, secnd = -0.21, TTL = -0.06

Params: H=0.100, T=0.040, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.68, nofb1 = +0.90, f-n = -0.22   % fdbk 1st
Blue line: nofb2 = +0.64, fdbk2 = +0.73, f-n = +0.10   % nofb 1st
Interactn: first = +0.05, secnd = -0.17, TTL = -0.13

Params: H=0.120, T=0.040, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.71, nofb1 = +0.82, f-n = -0.11   % fdbk 1st
Blue line: nofb2 = +0.61, fdbk2 = +0.74, f-n = +0.13   % nofb 1st
Interactn: first = +0.10, secnd = -0.09, TTL = +0.02



% 2007-06-05:  Role of the temperature T  -----------------------
% Lowering the temperature makes the model more deterministic and
% more prone to context and sequence effects. The variability in
% the no-feedback condition increases substantially.
% The context-by-feedback interaction becomes very strong at low
% temperatures, but goes *againts* the empirical trend -- there
% is *less* assimilation without feedback that with feedback.

Params: H=0.040, T=0.030, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.60, nofb1 = +0.74, f-n = -0.14   % fdbk 1st
Blue line: nofb2 = +0.54, fdbk2 = +0.64, f-n = +0.10   % nofb 1st
Interactn: first = +0.06, secnd = -0.10, TTL = -0.05

Params: H=0.040, T=0.020, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.64, nofb1 = +0.93, f-n = -0.30   % fdbk 1st
Blue line: nofb2 = +0.68, fdbk2 = +0.70, f-n = +0.02   % nofb 1st
Interactn: first = -0.04, secnd = -0.23, TTL = -0.27

Params: H=0.080, T=0.020, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.66, nofb1 = +0.82, f-n = -0.16   % fdbk 1st
Blue line: nofb2 = +0.59, fdbk2 = +0.69, f-n = +0.11   % nofb 1st
Interactn: first = +0.07, secnd = -0.13, TTL = -0.05

Params: H=0.040, T=0.010, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.66, nofb1 = +1.28, f-n = -0.62   % fdbk 1st
Blue line: nofb2 = +1.09, fdbk2 = +0.73, f-n = -0.36   % nofb 1st
Interactn: first = -0.43, secnd = -0.55, TTL = -0.97

Params: H=0.040, T=0.050, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.57, nofb1 = +0.74, f-n = -0.17   % fdbk 1st
Blue line: nofb2 = +0.43, fdbk2 = +0.56, f-n = +0.13   % nofb 1st
Interactn: first = +0.14, secnd = -0.18, TTL = -0.04

Params: H=0.040, T=0.070, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.61, nofb1 = +0.69, f-n = -0.08   % fdbk 1st
Blue line: nofb2 = +0.37, fdbk2 = +0.56, f-n = +0.19   % nofb 1st
Interactn: first = +0.24, secnd = -0.13, TTL = +0.11

Params: H=0.040, T=0.080, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.62, nofb1 = +0.73, f-n = -0.11   % fdbk 1st
Blue line: nofb2 = +0.39, fdbk2 = +0.51, f-n = +0.13   % nofb 1st
Interactn: first = +0.24, secnd = -0.22, TTL = +0.02

Params: H=0.040, T=0.005, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.65, nofb1 = +1.24, f-n = -0.59   % fdbk 1st
Blue line: nofb2 = +0.93, fdbk2 = +0.70, f-n = -0.23   % nofb 1st
Interactn: first = -0.28, secnd = -0.53, TTL = -0.81

Params: H=0.040, T=0.030, d=0.40, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.56, nofb1 = +0.73, f-n = -0.17   % fdbk 1st
Blue line: nofb2 = +0.46, fdbk2 = +0.58, f-n = +0.12   % nofb 1st
Interactn: first = +0.10, secnd = -0.15, TTL = -0.05

Params: H=0.040, T=0.020, d=0.40, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.60, nofb1 = +0.85, f-n = -0.25   % fdbk 1st
Blue line: nofb2 = +0.61, fdbk2 = +0.67, f-n = +0.06   % nofb 1st
Interactn: first = -0.01, secnd = -0.19, TTL = -0.20

Params: H=0.040, T=0.010, d=0.40, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.66, nofb1 = +1.15, f-n = -0.49   % fdbk 1st
Blue line: nofb2 = +0.97, fdbk2 = +0.77, f-n = -0.20   % nofb 1st
Interactn: first = -0.30, secnd = -0.38, TTL = -0.69

Params: H=0.040, T=0.000, d=0.40, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.69, nofb1 = +1.33, f-n = -0.64   % fdbk 1st
Blue line: nofb2 = +1.08, fdbk2 = +0.74, f-n = -0.34   % nofb 1st
Interactn: first = -0.39, secnd = -0.60, TTL = -0.99



% 2007-06-05:  Role of the decay parameter d  -------------------
% Does not seem to have much effect on the group means.
% Lower decay values lead to higher variability without feedback.

Params: H=0.040, T=0.040, d=0.50, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.58, nofb1 = +0.74, f-n = -0.16   % fdbk 1st
Blue line: nofb2 = +0.48, fdbk2 = +0.60, f-n = +0.12   % nofb 1st
Interactn: first = +0.09, secnd = -0.13, TTL = -0.04

Params: H=0.040, T=0.040, d=0.40, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.55, nofb1 = +0.72, f-n = -0.17   % fdbk 1st
Blue line: nofb2 = +0.44, fdbk2 = +0.55, f-n = +0.12   % nofb 1st
Interactn: first = +0.12, secnd = -0.17, TTL = -0.05

Params: H=0.040, T=0.040, d=0.30, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.54, nofb1 = +0.71, f-n = -0.17   % fdbk 1st
Blue line: nofb2 = +0.41, fdbk2 = +0.55, f-n = +0.14   % nofb 1st
Interactn: first = +0.13, secnd = -0.16, TTL = -0.03

Params: H=0.040, T=0.040, d=0.20, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.52, nofb1 = +0.67, f-n = -0.15   % fdbk 1st
Blue line: nofb2 = +0.36, fdbk2 = +0.52, f-n = +0.16   % nofb 1st
Interactn: first = +0.16, secnd = -0.16, TTL = +0.01

Params: H=0.040, T=0.040, d=0.10, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.51, nofb1 = +0.62, f-n = -0.11   % fdbk 1st
Blue line: nofb2 = +0.38, fdbk2 = +0.53, f-n = +0.15   % nofb 1st
Interactn: first = +0.13, secnd = -0.09, TTL = +0.04

Params: H=0.040, T=0.040, d=0.00, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.47, nofb1 = +0.59, f-n = -0.12   % fdbk 1st
Blue line: nofb2 = +0.36, fdbk2 = +0.50, f-n = +0.15   % nofb 1st
Interactn: first = +0.11, secnd = -0.08, TTL = +0.03

Params: H=0.040, T=0.040, d=0.60, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.60, nofb1 = +0.74, f-n = -0.14   % fdbk 1st
Blue line: nofb2 = +0.48, fdbk2 = +0.61, f-n = +0.12   % nofb 1st
Interactn: first = +0.11, secnd = -0.13, TTL = -0.02

Params: H=0.040, T=0.040, d=0.80, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.63, nofb1 = +0.80, f-n = -0.17   % fdbk 1st
Blue line: nofb2 = +0.51, fdbk2 = +0.64, f-n = +0.13   % nofb 1st
Interactn: first = +0.12, secnd = -0.16, TTL = -0.04

Params: H=0.040, T=0.040, d=1.00, c=[-2.4 -0.8 0.8 2.4], 100 runs
-----------------------------------------------------------------
Red line:  fdbk1 = +0.67, nofb1 = +0.88, f-n = -0.21   % fdbk 1st
Blue line: nofb2 = +0.51, fdbk2 = +0.65, f-n = +0.15   % nofb 1st
Interactn: first = +0.16, secnd = -0.22, TTL = -0.06
