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## Set file for cuplamdif.ode on Mon Jan 26 11:18:59 2015
7 Number of equations and auxiliaries
5 Number of parameters
# Numerical stuff
1 nout
40 nullcline mesh
6 Volterra
250 total
0.05 DeltaT
0 T0
249.99 Transient
100 Bound
1e-12 DtMin
1 DtMax
0.001 Tolerance
0.001 Abs. Tolerance
0 Max Delay
100 Eigenvector iterates
0.001 Eigenvector tolerance
0.001 Newton tolerance
0 Poincare plane
1e-05 Boundary value tolerance
1e-05 Boundary value epsilon
20 Boundary value iterates
0 Poincare None
1 Poincare variable
1 Poincare sign
0 Stop on Section
0 Delay flag
0 Current time
250.0000000000226 Last Time
0 MyStart
1 INFLAG
4000 Max points for volterra
# Delays
0.0
0.0
0.0
0.0
# Bndry conds
0
0
0
0
# Old ICs
0 U
0 V
0 U1
0 V1
# Ending ICs
0 U
0 V
0 U1
0 V1
# Parameters
1.5 lam
0.8 q
1 d
1 u0
-0.5 u10
# Graphics
0.7071097251469876 rm
-0.4999999999826661 rm
0.4999958366025516 rm
0.7071038372138505 rm
0.5000041633974482 rm
-0.4999999999826661 rm
0 rm
0.7071038372138505 rm
0.7071097251469876 rm
6
7
1
-4
0
0
1
1
1
0
0
1
1
1
0
0
1
1
1
0
0
1
1
1
0
0
1
1
1
0
0
1
1
1
0
0
1
1
1
0
0
1
1
1
0
0
1
1
1
0
-1000
1000
0
0 3DFlag
0 Timeflag
2 Colorflag
0 Type
3.986556351184845 color scale
-0.6720507740974426 minscale
0.949999988079071 xmax
-0.949999988079071 xmin
4 ymax
1 ymin
12 zmax
-12 zmin
0
1.052631592156154
2.5
0.6666666666666666
0
0.08333333333333333
45 Theta
45 Phi
0 xshft
0 yshft
0 zshft
-0.949999988079071 xlo
1 ylo
0
-1
0.949999988079071 xhi
4 yhi
20
1
# Transpose variables etc
U
2 n columns
1 n rows
1 row skip
1 col skip
1 row 0
# Coupling stuff for H funs
0
0
0
0
# Array plot stuff
1 NCols
0 Row 1
50 NRows
8 RowSkip
0 Zmin
1 Zmax
# Torus information
0 Torus flag 1=ON
6.283185307179586 Torus period
# Range information
lam
-1 eq-range stab col
0 shoot flag 1=on
10 eq-range steps
0 eq_range low
1 eq_range high
u10
d
20 Range steps
0 Cycle color 1=on
0 Reset data 1=on
1 Use old I.C.s 1=yes
-0.95 Par1 low
1 Par2 low
0.95 Par1 high
4 Par2 high
lam
0 BVP side
0 color cycle flag 1=on
10 BVP range steps
0 BVP range low
1 BVP range high
RHS etc ...
dU/dT=U0*EXP(-5*T)+SPI*(INT[.5]{EXP(-T)#F}+INT[.5]{EXP(-T-D/(T+.0001))#F1})
dV/dT=SPI*(INT[.5]{EXP(-T)#G}+INT[.5]{EXP(-T-D/(T+.0001))#G1})
dU1/dT=U10*EXP(-5*T)+SPI*(INT[.5]{EXP(-T)#F1}+INT[.5]{EXP(-T-D/(T+.0001))#F})
dV1/dT=SPI*(INT[.5]{EXP(-T)#G1}+INT[.5]{EXP(-T-D/(T+.0001))#G})
PHI=MOD(TH1-TH2,2*PI)
UI=U10
DD=D
where ...
F = LAM*U-V-(U*U+V*V)*(U+Q*V)
G = LAM*V+U-(U*U+V*V)*(V-Q*U)
F1 = LAM*U1-V1-(U1*U1+V1*V1)*(U1+Q*V1)
G1 = LAM*V1+U1-(U1*U1+V1*V1)*(V1-Q*U1)
TH1 = ATAN2(U,V)
TH2 = ATAN2(U1,V1)
|
