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- clear
- library "ltent.trc","llogisti.trc","lhenon.trc","lcircle.trc","lmotion.trc","lphase2d.trc","lphase3d.trc","lpoincar.trc","lreadpoi.trc"
- library "lpendsic.trc","linitflo.trc","lbifurca.trc","lreadbif.trc","lbasinpo.trc","lreadbas.trc","lfft.trc","lelpha2d.trc","lexpfft.trc"
- library "sglib.trc","3dlib.trc","framelib.trc","prtlib.trc","lpendlya.trc"
- do
- print"**********************************************************************"
- print"* *"
- print"* CHAOS PROGRAMS *"
- PRINT"* *"
- print"* G.L.Baker and J.P.Gollub *"
- print"* copyright 1988 Bryn Athyn, PA *"
- PRINT"**********************************************************************"
- print
- print
- print
- print
- print"Press any key for menu"
- get key variable
- clear
- print" ***PROGRAMS***"
- print
- PRINT" MAPS"
- PRINT" (1)TENT MAP (2)LOGISTIC MAP (3)HENON MAP (4)CIRCLE MAP"
- PRINT
- PRINT" DYNAMICAL SYSTEMS"
- PRINT" PENDULUM"
- PRINT" (5)MOTION (6)2D-PHASE DIAGRAM (10)READ 2D-PHASE FILE"
- PRINT" (8)3D-PHASE DIAGRAM (9)POINCARE SECTION (10)READ POINCARE FILE"
- PRINT" (11)INIT. ORBITS (12)INIT. BLOCK FLO (13)BIFURCATION DIAG."
- PRINT" (14)READ BIF. FILE (15)BASINS OF ATTRA. (16)READ BASIN FILE"
- PRINT" (17)FAST FOURIER TR. (18)LYAPUONV EXPS."
- PRINT" ELECTRICAL"
- PRINT" (20)L,R,variable C CIRCUIT"
- print
- PRINT" MISC."
- PRINT" (30)FFT OF LINEAR COMBINATION OF SINE WAVES"
- PRINT" (99)EXIT PROGRAM"
- PRINT
- INPUT PROMPT" Input the number corresponding to your choice => ":choice
- PRINT
- if choice < 99 then PRINT"BE PATIENT..."
- if choice=1 then call xtent
- if choice=2 then call xlogisti
- IF CHOICE=3 THEN call xhenon
- if choice=4 then call xcircle
- if choice=5 then call xmotion
- if choice=6 then call xphase2d
- if choice=8 then call xphase3d
- if choice=9 then call xpoincar
- if choice=10 then call xreadpoi
- if choice=11 then call xpendsic
- if choice=12 then call xinitflo
- if choice=13 then call xbifurca
- if choice=14 then call xreadbif
- if choice=15 then call xbasinpo
- if choice=16 then call xreadbas
- if choice=17 then call xfft
- IF CHOICE=18 THEN CALL XPENDLYA
- if choice=20 then call xelpha2d
- if choice = 30 then call xexpfft
- loop until choice=99
- Print"Press <esc> key to finish"
- end
-