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This Concept Map, created with IHMC CmapTools, has information related to: ATT_stateMachine_v1, EXT_1stTimeRunning 0 (duration: 1 sequence) (conditioin) the first response is No = ((sequence == 2) && (response_prev == 0)) EXT_INCREMENT 1 (do) -0.5*stepDiff_ext (during this series, applied for all the sequences) sequence ++, EXT_1stTimeRunning 0 (duration: 1 sequence) (conditioin) the first response is Yes = ((sequence == 2) && (response_prev == 1)) EXT_DECREMENT 2 (do) 0.5*stepDiff_ext (during this series, applied for all the sequences) sequence ++, FLX_1stTimeRunning 4 (conditioin) the first response is Yes = ((sequence == 2) && (response_prev == 1)) FLX_DECREMENT 5 (do) - 0.5*stepDiff_flx (during this series, applied for all the sequences) sequence ++, EXT2FLX 3 (do) reset the sequence: sequence = 1. series ++ store: transitionExt_mNm & abs(stepDiff_ext) switchingDirection: 'e' to 'f' (ready transitionFlx_mNm) first time running FLX_1stTimeRunning 4, FLX_1stTimeRunning 4 (condition) the first response is No = ((sequence == 2) && (response_prev == 0)) FLX_INCREMENT 6 (do) 0.5*stepDiff_flx (during this series, applied for all the sequences) sequence ++, EXT_INCREMENT 1 (do) -0.5*stepDiff_ext (during this series, applied for all the sequences) sequence ++ (duration: until following condition met) (condition) response: N -> Y stepDiff_ext < 0 (do) currentStimuli_mNm = 0 EXT2FLX 3 (do) reset the sequence: sequence = 1. series ++ store: transitionExt_mNm & abs(stepDiff_ext) switchingDirection: 'e' to 'f' (ready transitionFlx_mNm), FLX_DECREMENT 5 (do) - 0.5*stepDiff_flx (during this series, applied for all the sequences) sequence ++ (duration: until following condition met) (condition) response: Y -> N stepDiff_flx < 0 (do) currentStimuli_mNm = 0 FLX2EXT 7 (do) reset the sequence: sequence = 1. series ++ store: transitionFlx_mNm & abs(stepDiff_flx) switchingDirection: 'f' to 'e' (apply transitionExt_mNm), FLX_INCREMENT 6 (do) 0.5*stepDiff_flx (during this series, applied for all the sequences) sequence ++ (duration: until following condition met) (condition) response: N -> Y stepDiff_flx > 0 (do) currentStimuli_mNm = 0 FLX2EXT 7 (do) reset the sequence: sequence = 1. series ++ store: transitionFlx_mNm & abs(stepDiff_flx) switchingDirection: 'f' to 'e' (apply transitionExt_mNm), EXT_DECREMENT 2 (do) 0.5*stepDiff_ext (during this series, applied for all the sequences) sequence ++ (duration: until following condition met) (condition) response: Y -> N stepDiff_ext > 0 (do) currentStimuli_mNm = 0 EXT2FLX 3 (do) reset the sequence: sequence = 1. series ++ store: transitionExt_mNm & abs(stepDiff_ext) switchingDirection: 'e' to 'f' (ready transitionFlx_mNm), FLX2EXT 7 (do) reset the sequence: sequence = 1. series ++ store: transitionFlx_mNm & abs(stepDiff_flx) switchingDirection: 'f' to 'e' (apply transitionExt_mNm) first time running EXT_1stTimeRunning 0