\DELAYED MATCHING TO POSITION PROGRAM by Daniel Kueh May 14, 2005
\COUNTERS SUMMARY
\C(0) = DELAY INTERVAL
\C(1) = NUMBER OF TRIALS
\C(2) = NUMBER OF CORRECT TRIALS (REINFORCEMENT)
\C(3) = TRIALS WITH LEFT SAMPLE
\C(4) = TRIALS WITH RIGHT SAMPLE
\C(5) = LEFT CORRECT RESPONSES
\C(6) = RIGHT CORRECT RESPONSES
\C(7) = LEFT CORRECT RESPONSES (0 SEC)
\C(8) = RIGHT CORRECT RESPONSES (0 SEC)
\C(9) = LEFT CORRECT RESPONSES (2 SEC)
\C(10) = RIGHT CORRECT RESPONSES (2 SEC)
\C(11) = LEFT CORRECT RESPONSES (4 SEC)
\C(12) = RIGHT CORRECT RESPONSES (4 SEC)
\C(13) = LEFT CORRECT RESPONSES (8 SEC)
\C(14) = RIGHT CORRECT RESPONSES (8 SEC)
\C(15) = LEFT CORRECT RESPONSES (12 SEC)
\C(16) = RIGHT CORRECT RESPONSES (12 SEC)
\C(17) = LEFT CORRECT RESPONSES (16 SEC)
\C(18) = RIGHT CORRECT RESPONSES (16 SEC)
\C(19) = LEFT CORRECT RESPONSES (24 SEC)
\C(20) = RIGHT CORRECT RESPONSES (24 SEC)
\C(21) = LEFT CORRECT RESPONSES (32 SEC)
\C(22) = RIGHT CORRECT RESPONSES (32 SEC)
\C(23) = LEFT ERROR RESPONSES
\C(24) = RIGHT ERROR RESPONSES
\C(25) = LEFT ERROR RESPONSES (0 SEC)
\C(26) = RIGHT ERROR RESPONSES (0 SEC)
\C(27) = LEFT ERROR RESPONSES (2 SEC)
\C(28) = RIGHT ERROR RESPONSES (2 SEC)
\C(29) = LEFT ERROR RESPONSES (4 SEC)
\C(30) = RIGHT ERROR RESPONSES (4 SEC)
\C(31) = LEFT ERROR RESPONSES (8 SEC)
\C(32) = RIGHT ERROR RESPONSES (8 SEC)
\C(33) = LEFT ERROR RESPONSES (12 SEC)
\C(34) = RIGHT ERROR RESPONSES (12 SEC)
\C(35) = LEFT ERROR RESPONSES (16 SEC)
\C(36) = RIGHT ERROR RESPONSES (16 SEC)
\C(37) = LEFT ERROR RESPONSES (24 SEC)
\C(38) = RIGHT ERROR RESPONSES (24 SEC)
\C(39) = LEFT CORRECT RESPONSES (32 SEC)
\C(40) = RIGHT CORRECT RESPONSES (32 SEC)
\C(41) = PERCENT CORRECT RESPONSES
\C(42) = NUMBER OF HEAD ENTRIES
\VARIABLE SUMMARY
\A = DELAY INTERVAL SELECTION
\E = DATA ARRAY FOR RECORDING LATENCY TO RESPOND TO CHOICE LEVER (O SEC)
\F = DATA ARRAY FOR RECORDING LATENCY TO RESPOND TO CHOICE LEVER (2 SEC)
\G = DATA ARRAY FOR RECORDING LATENCY TO RESPOND TO CHOICE LEVER (4 SEC)
\H = DATA ARRAY FOR RECORDING LATENCY TO RESPOND TO CHOICE LEVER (8 SEC)
\I = DATA ARRAY FOR RECORDING LATENCY TO RESPOND TO CHOICE LEVER (12 SEC)
\R = DATA ARRAY FOR RECORDING LATENCY TO RESPOND TO CHOICE LEVER (16 SEC)
\V = DATA ARRAY FOR RECORDING LATENCY TO RESPOND TO CHOICE LEVER (24 SEC)
\W = DATA ARRAY FOR RECORDING LATENCY TO RESPOND TO CHOICE LEVER (32 SEC)
\J = INCREMENT OF ARRAY E
\K = TIME CONVERSION FOR DELAY
\L = INCREMENT OF ARRAY F
\M = MINUTES IN CLOCK
\N = SECONDS IN CLOCK
\O = INCREMENT OF ARRAY G
\P = INCREMENT OF ARRAY H
\Q = INCREMENT OF ARRAY I
\U = INCREMENT OF ARRAY W
\S = INCREMENT OF ARRAY R
\T = TIME INCREMENT
\X = ONE OF THE LEVERS OF ARRAY D DETERMINED RANDOMLY EACH CYCLE
\Z PULSES
\Z1 = LEFT CORRECT RESPONSES (0 SEC)
\Z2 = RIGHT CORRECT RESPONSES (0 SEC)
\Z3 = LEFT CORRECT RESPONSES (2 SEC)
\Z4 = RIGHT CORRECT RESPONSES (2 SEC)
\Z5 = LEFT CORRECT RESPONSES (4 SEC)
\Z6 = RIGHT CORRECT RESPONSES (4 SEC)
\Z7 = LEFT CORRECT RESPONSES (8 SEC)
\Z8 = RIGHT CORRECT RESPONSES (8 SEC)
\Z9 = LEFT CORRECT RESPONSES (12 SEC)
\Z10 = RIGHT CORRECT RESPONSES (12 SEC)
\Z11 = LEFT CORRECT RESPONSES (16 SEC)
\Z12 = RIGHT CORRECT RESPONSES (16 SEC)
\Z13 = LEFT CORRECT RESPONSES (24 SEC)
\Z14 = RIGHT CORRECT RESPONSES (24 SEC)
\Z15 = LEFT CORRECT RESPONSES (32 SEC)
\Z16 = RIGHT CORRECT RESPONSES (32 SEC)
\Z17 = TIMER
\Z18 = RECORD LATENCY TO RESPOND TO CHOICE LEVER (0 SEC)
\Z19 = RECORD LATENCY TO RESPOND TO CHOICE LEVER (2 SEC)
\Z20 = RECORD LATENCY TO RESPOND TO CHOICE LEVER (4 SEC)
\Z21 = RECORD LATENCY TO RESPOND TO CHOICE LEVER (8 SEC)
\Z22 = RECORD LATENCY TO RESPOND TO CHOICE LEVER (12 SEC)
\Z23 = RECORD LATENCY TO RESPOND TO CHOICE LEVER (16 SEC)
\Z24 = RECORD LATENCY TO RESPOND TO CHOICE LEVER (24 SEC)
\Z25 = RECORD LATENCY TO RESPOND TO CHOICE LEVER (32 SEC)
\ARRAY D
\TWO DIFFERENT PROGRAMS
\1 = LEFT SAMPLE
\2 = RIGHT SAMPLE
\CONSTANTS
\INPUTS
^LEFTR = 1
^RIGHTR = 3
^HE = 6
\OUTPUTS
^LEFT = 1
^RIGHT = 2
^FOOD = 4
^HL = 7
^LLITE = 9
^RLITE = 10
^FAN = 16
LIST D = 1 , 2
LIST A = 0", 2", 4", 8", 12", 16", 24", 32"
DIM C = 43
DIM E = 999
DIM F = 999
DIM G = 999
DIM H = 999
DIM I = 999
DIM R = 999
DIM V = 999
DIM W = 999
\BOXCHECK
S.S.1,
S1,
1": ON ^LEFT, ^RIGHT, ^HL --->S2
S2,
2#R1: ON ^LLITE, ^RLITE, --->S3
S3,
2#R3: OFF ^LLITE, ^RLITE, ^HL; ON ^FOOD --->S4
S4,
#R6: OFF ^FOOD; OFF ^LEFT, ^RIGHT; --->S5
S5,
.5": ---> SX
\MAIN CONTROL
S.S.2,
S1, \START SESSION
#START: ON ^HL, ^FAN; SHOW 2, TRIAL, C(1), 3, HE, C(42), 4, %TOT, C(41), 5, SR+, C(2) ---> S2
S2, \INTERTRIAL INTERVAL
5": ---> S3
S3, \PRESENT SAMPLE LEVER
.01": RANDI X = D;
IF X = 1 [@ONETRUE, @ONEFALSE]
@ONETRUE: ON^LEFT; ADD C(3) ---> S4
@ONEFALSE: ON^RIGHT; ADD C(4) ---> S11
S4,
#R^LEFTR: ---> S5
S5,
.5": OFF ^LEFT ---> S6
S6, \DELAY INTERVAL FOR LEFT
.01": RANDD K = A ---> S7
S7,
K#T: ---> S8
S8, \REGISTER PANEL PRESS FOR LEFT
#R^HE: ADD C(42); SHOW 3, HE, C(42); OFF ^LLITE, ^RLITE ---> S9
S9, \PRESENT CHOICE LEVERS
.01": ON^LEFT, ^RIGHT; Z1; Z3; Z5; Z7; Z9; Z11; Z13; Z15; Z17; ---> S10
S10, \REGISTER CORRECT LEFT RESPONSE
#R^LEFTR: ADD C(5) ---> S18
#R^RIGHTR: ADD C(24) ---> S21
S11,
#R^RIGHTR: ---> S12
S12,
.5": OFF ^RIGHT ---> S13
S13, \DELAY INTERVAL FOR RIGHT
.01": RANDD K = A ---> S14
S14,
K#T: ---> S15
S15, \REGISTER PANEL PRESS FOR RIGHT
#R^HE: ADD C(42); SHOW 3, HE, C(42); OFF ^LLITE, ^RLITE ---> S16
S16, \PRESENT CHOICE LEVERS
.01": ON^LEFT, ^RIGHT; Z2; Z4; Z6; Z8; Z10; Z12; Z14; Z16; Z17 ---> S17
S17, \REGISTER CORRECT RIGHT RESPONSE
#R^RIGHTR: ADD C(6) ---> S18
#R^LEFTR: ADD C(23) ---> S20
S18, \REINFORCEMENT
.5": OFF ^LEFT, ^RIGHT; ON ^LLITE, ^RLITE, ^FOOD; ADD C(2); SHOW 5, SR+, C(2) ---> S19
S19, \COLLECT FOOD
#R^HE: OFF ^FOOD, ^LLITE, ^RLITE ---> S24
S20, \ERROR LEFT
.5": OFF ^LEFT, ^RIGHT, ^HL ---> S22
S21, \ERROR RIGHT
.5": OFF ^LEFT, ^RIGHT, ^HL ---> S23
S22, \LEFT TIMEOUT
5": ---> S25
S23, \RIGHT TIMEOUT
5": ---> S27
S24, \FINISH
1": ---> S2
S25, \CORRECTION FOR ERROR LEFT
5": ON ^HL---> S26
S26, \PRESENT RIGHT LEVER
.01": SET X = 2;
IF X = 2 [@TWOTRUE, @TWOFALSE]
@TWOTRUE: ON^RIGHT; ADD C(4) ---> S11
@TWOFALSE: ON^LEFT; ADD C(3) ---> SX
S27, \CORRECTION FOR ERROR RIGHT
5": ON ^HL ---> S28
S28, \PRESENT LEFT LEVER
.01": SET X = 1;
IF X = 1 [@THREETRUE, @THREEFALSE]
@THREETRUE: ON^LEFT; ADD C(3) ---> S4
@THREEFALSE: ON^RIGHT; ADD C(4) ---> SX
S.S.3,
S1,
#START: SHOW 1, MIN, M---> S2
S2,
1": ADD N; IF N=60 [@FOURTRUE, @FOURFALSE]
@FOURTRUE: ADD M; SET N=0; SHOW 1, MIN, M --->SX
@FOURFALSE: SHOW 1, MIN, M --->SX
S.S.4,
S1,
#START: ---> S2
S2,
.01": IF C(5)+C(6)>0 [@FIVETRUE,@FIVEFALSE]
@FIVETRUE:SET C(41)= ((C(5)+C(6))/(C(5)+C(6)+C(23)+C(24))) * 100; SHOW 4, %TOT, C(41) --->SX
@FIVETRUE:SET C(41)= -999 --->SX
S.S.5,
S1,
#START: ---> S2
S2,
40': SET C(41)= ((C(5)+C(6))/(C(5)+C(6)+C(23)+C(24))) * 100 ---> S3
S3,
.01": ALERTON ---> STOPABORTFLUSH
S.S.6,
S1,
#START: ---> S2
S2,
.01": SET C(1)= C(3)+C(4); SHOW 2, TRIAL, C(1) ---> SX
S.S.7, \LEFT CORRECT RESPONSES (0 SEC)
S1,
#START: ---> S2
S2,
#Z1: IF K = 0" [@SIXTRUE, @SIXFALSE]
@SIXTRUE: ---> S3
@SIXFALSE: ---> SX
S3,
#R^LEFTR: ADD C(7); Z18 ---> S2
#R^RIGHTR: ADD C(26); Z18 ---> S2
S.S.8, \RIGHT CORRECT RESPONSES (0 SEC)
S1,
#START: ---> S2
S2,
#Z2: IF K = 0" [@SEVENTRUE, @SEVENFALSE]
@SEVENTRUE: ---> S3
@SEVENFALSE: ---> SX
S3,
#R^RIGHTR: ADD C(8); Z18 ---> S2
#R^LEFTR: ADD C(25); Z18 ---> S2
S.S.9, \LEFT CORRECT RESPONSES (2 SEC)
S1,
#START: ---> S2
S2,
#Z3: IF K = 2" [@EIGHTTRUE, @EIGHTFALSE]
@EIGHTTRUE: ---> S3
@EIGHTFALSE: ---> SX
S3,
#R^LEFTR: ADD C(9); Z19 ---> S2
#R^RIGHTR: ADD C(28); Z19 ---> S2
S.S.10, \RIGHT CORRECT RESPONSES (2 SEC)
S1,
#START: ---> S2
S2,
#Z4: IF K = 2" [@NINETRUE, @NINEFALSE]
@NINETRUE: ---> S3
@NINEFALSE: ---> SX
S3,
#R^RIGHTR: ADD C(10); Z19 ---> S2
#R^LEFTR: ADD C(27); Z19 ---> S2
S.S.11, \LEFT CORRECT RESPONSES (4 SEC)
S1,
#START: ---> S2
S2,
#Z5: IF K = 4" [@TENTRUE, @TENFALSE]
@TENTRUE: ---> S3
@TENFALSE: ---> SX
S3,
#R^LEFTR: ADD C(11); Z20 ---> S2
#R^RIGHTR: ADD C(30); Z20 ---> S2
S.S.12, \RIGHT CORRECT RESPONSES (4 SEC)
S1,
#START: ---> S2
S2,
#Z6: IF K = 4" [@ELEVENTRUE, @ELEVENFALSE]
@ELEVENTRUE: ---> S3
@ELEVENFALSE: ---> SX
S3,
#R^RIGHTR: ADD C(12); Z20 ---> S2
#R^LEFTR: ADD C(29); Z20 ---> S2
S.S.13, \LEFT CORRECT RESPONSES (8 SEC)
S1,
#START: ---> S2
S2,
#Z7: IF K = 8" [@TWELVETRUE, @TWELVEFALSE]
@TWELVETRUE: ---> S3
@TWELVEFALSE: ---> SX
S3,
#R^LEFTR: ADD C(13); Z21 ---> S2
#R^RIGHTR: ADD C(32); Z21 ---> S2
S.S.14, \RIGHT CORRECT RESPONSES (8 SEC)
S1,
#START: ---> S2
S2,
#Z8: IF K = 8" [@THIRTEENTRUE, @THIRTEENFALSE]
@THIRTEENTRUE: ---> S3
@THIRTEENFALSE: ---> SX
S3,
#R^RIGHTR: ADD C(14); Z21 ---> S2
#R^LEFTR: ADD C(31); Z21 ---> S2
S.S.15, \LEFT CORRECT RESPONSES (12 SEC)
S1,
#START: ---> S2
S2,
#Z9: IF K = 12" [@TWELVETRUE, @TWELVEFALSE]
@TWELVETRUE: ---> S3
@TWELVEFALSE: ---> SX
S3,
#R^LEFTR: ADD C(15); Z22 ---> S2
#R^RIGHTR: ADD C(34); Z22 ---> S2
S.S.16, \RIGHT CORRECT RESPONSES (12 SEC)
S1,
#START: ---> S2
S2,
#Z10: IF K = 12" [@THIRTEENTRUE, @THIRTEENFALSE]
@THIRTEENTRUE: ---> S3
@THIRTEENFALSE: ---> SX
S3,
#R^RIGHTR: ADD C(16); Z22 ---> S2
#R^LEFTR: ADD C(33); Z22 ---> S2
S.S.17, \LEFT CORRECT RESPONSES (16 SEC)
S1,
#START: ---> S2
S2,
#Z11: IF K = 16" [@FOURTEENTRUE, @FOURTEENFALSE]
@FOURTEENTRUE: ---> S3
@FOURTEENFALSE: ---> SX
S3,
#R^LEFTR: ADD C(17); Z23 ---> S2
#R^RIGHTR: ADD C(36); Z23 ---> S2
S.S.18, \RIGHT CORRECT RESPONSES (16 SEC)
S1,
#START: ---> S2
S2,
#Z12: IF K = 16" [@FIFTHTEENTRUE, @FIFTHTEENFALSE]
@FIFTHTEENTRUE: ---> S3
@FIFTHTEENFALSE: ---> SX
S3,
#R^RIGHTR: ADD C(18); Z23 ---> S2
#R^LEFTR: ADD C(35); Z23 ---> S2
S.S.19, \LEFT CORRECT RESPONSES (24 SEC)
S1,
#START: ---> S2
S2,
#Z13: IF K = 24" [@SIXTEENTRUE, @SIXTEENFALSE]
@SIXTEENTRUE: ---> S3
@SIXTEENFALSE: ---> SX
S3,
#R^LEFTR: ADD C(19); Z24 ---> S2
#R^RIGHTR: ADD C(38); Z24 ---> S2
S.S.20, \RIGHT CORRECT RESPONSES (24 SEC)
S1,
#START: ---> S2
S2,
#Z14: IF K = 24" [@SEVENTEENTRUE, @SEVENTEENFALSE]
@SEVENTEENTRUE: ---> S3
@SEVENTEENFALSE: ---> SX
S3,
#R^RIGHTR: ADD C(20); Z24 ---> S2
#R^LEFTR: ADD C(37); Z24 ---> S2
S.S.21, \LEFT CORRECT RESPONSES (32 SEC)
S1,
#START: ---> S2
S2,
#Z15: IF K = 32" [@EIGHTTEENTRUE, @EIGHTTEENFALSE]
@EIGHTTEENTRUE: ---> S3
@EIGHTTEENFALSE: ---> SX
S3,
#R^LEFTR: ADD C(21); Z25 ---> S2
#R^RIGHTR: ADD C(40); Z25 ---> S2
S.S.22, \RIGHT CORRECT RESPONSES (32 SEC)
S1,
#START: ---> S2
S2,
#Z16: IF K = 32" [@NINETEENTRUE, @NINETEENFALSE]
@NINETEENTRUE: ---> S3
@NINETEENFALSE: ---> SX
S3,
#R^RIGHTR: ADD C(22); Z25 ---> S2
#R^LEFTR: ADD C(39); Z25 ---> S2
S.S.23,
S1,
#START: ---> S2
S2,
.01": SET C(0)= 32 ---> SX
#Z17: SET T = 0 --->SX
S.S.24,
S1,
#Z17:SET T = 0 ---> S2
S2,
.1": SET T = (T + 0.1) ---> SX
S.S.25, \RECORD LATENCY TO RESPOND TO CHOICE LEVER (0 SEC)
S1,
#Z18: SET E(J) = T; ADD J; SET E(J) = -987.987 ---> SX
S.S.26, \RECORD LATENCY TO RESPOND TO CHOICE LEVER (2 SEC)
S1,
#Z19: SET F(L) = T; ADD L; SET F(L) = -987.987 ---> SX
S.S.27, \RECORD LATENCY TO RESPOND TO CHOICE LEVER (4 SEC)
S1,
#Z20: SET G(O) = T; ADD O; SET G(O) = -987.987 ---> SX
S.S.28, \RECORD LATENCY TO RESPOND TO CHOICE LEVER (8 SEC)
S1,
#Z21: SET H(P) = T; ADD P; SET H(P) = -987.987 ---> SX
S.S.29, , \RECORD LATENCY TO RESPOND TO CHOICE LEVER (12 SEC)
S1,
#Z22: SET I(U) = T; ADD U; SET I(U) = -987.987 ---> SX
S.S.30, \RECORD LATENCY TO RESPOND TO CHOICE LEVER (16 SEC)
S1,
#Z23: SET R(Q) = T; ADD Q; SET R(Q) = -987.987 ---> SX
S.S.31, \RECORD LATENCY TO RESPOND TO CHOICE LEVER (24 SEC)
S1,
#Z24: SET V(S) = T; ADD S; SET V(S) = -987.987 --->SX
S.S.32, \RECORD LATENCY TO RESPOND TO CHOICE LEVER (32 SEC)
S1,
#Z25: SET W(B) = T; ADD B; SET W(B) = -987.987 ---> SX
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