------------------------------------------------ ------------------------------------------------ **Averaged processed data** ------------------------------------------------------------------------------------------------ These folders contain the averaged processed data (i.e. means pooled across participants) underlying the figures in the manuscript. Please find explanations concerning the structure of each data matrix below. ------------------------------------------------ ------------------------------------------------ *Manuscript Figures* ------------------------------------------------ ------------------------------------------------ *Note that Figure 1 and Figure 4 of he manuscript figures are model figures and therefore no data is provided.* **Fig_2A_2B_DATA** The means / SEMs for Figure 2A and Figure 2B were extracted from column 5 in ***Fig_2A_2B_DATA.csv*** / ***Fig_2A_2B_SEM.csv*** according to the combination of the saccade target separation (specified in column 2) and the 5 degree saccade landing direction bin (specified in column 4) when a discrimination target was presented (corresponding to a value of 1 in column 3). Overview over variables and conditions contained in the data matrices: *column 1: cueing type* (3) = transient and continuous combined *column 2: saccade target separation* (1) = 30 degree (2) = 90 degree *column 3: discrimination target presence* (1) = discrimination target present (2) = discrimination target absent *column 4: saccade landing direction bin* (1) = 0 ± 2.5 degree (2) = 5 ± 2.5 degree (3) = 10 ± 2.5 degree (4) = 15 ± 2.5 degree ... (70) = 345 ± 2.5 degree (71) = 350 ± 2.5 degree (72) = 355 ± 2.5 degree *column 5: saccade landing direction frequency* *column 6: mean saccade amplitude* *column 7: mean saccade latency* *column 8: mean number of trials* ------------------------------------------------ **Fig 2C / Fig 2D / Fig 2E / Fig 2F / Fig 2G / Fig 2H** The means / SEMs for Figure 2C and Figure 2D (Saccade Direction Landing Frequency - specified in column 5), Figure 2E and Figure 2F (Saccade Latency - specified in column 7) and Figure 2G and Figure 2H (Saccade Amplitude - specified in column 6) were extracted from ***Fig_2C_2D_2E_2F_2G_2H_DATA.csv*** / ***Fig_2C_2D_2E_2F_2G_2H_SEM.csv*** according to the combination of the saccade target separation (specified in column 2) and the 15 degree saccade landing direction bin (specified in column 4) when a discrimination target was presented (corresponding to a value of 1 in column 3). Overview over variables and conditions contained in the data matrices: *column 1: cueing type* (3) = transient and continuous combined *column 2: saccade target separation* (1) = 30 degree (2) = 90 degree *column 3: discrimination target presence* (1) = discrimination target present (2) = discrimination target absent *column 4: saccade landing direction bin* (1) = 0 ± 7.5 degree ==> BTW (in both 30 and 90 degree condition) (2) = 15 ± 7.5 degree ==> ST1 (in 30 degree condition) (3) = 30 ± 7.5 degree (4) = 45 ± 7.5 degree ==> ST1 (in 90 degree condition) ... (22) = 315 ± 7.5 degree ==> ST2 (in 90 degree condition) (23) = 330 ± 7.5 degree (24) = 345 ± 7.5 degree ==> ST2 (in 30 degree condition) *column 5: saccade landing direction frequency* *column 6: mean saccade amplitude* *column 7: mean saccade latency* *column 8: mean number of trials* ------------------------------------------------ **Fig 3A / Fig 3B** The means / SEMs for Figure 3A and Figure 3B were extracted from column 5 in ***Fig_3A_3B_DATA.csv*** / ***Fig_3A_3B_SEM.csv*** according to the combination of the saccade target separation (specified in column 2) and the discrimination target position (specified in column 4) when a discrimination target was presented (corresponding to a value of 1 in column 3). Overview over variables and conditions contained in the data matrices: *column 1: cueing type* (3) = collapsed (transient and continuous combined) *column 2: saccade target separation* (1) = 30 degree (2) = 90 degree *column 3: discrimination target presence* (1) = discrimination target present (2) = discrimination target absent *column 4: discrimination target position* (1) = 0 degree ==> BTW (in both 30 and 90 degree condition) (2) = 15 degree ==> ST1 (in 30 degree condition) (3) = 30 degree (4) = 45 degree ==> ST1 (in 90 degree condition) ... (22) = 315 degree ==> ST2 (in 90 degree condition) (23) = 330 degree (24) = 345 degree ==> ST2 (in 30 degree condition) (25) = discrimination target absent *column 5: mean d prime* *column 6: mean performance* *column 7: mean saccade amplitude* *column 8: mean saccade latency* *column 9: mean saccade landing direction angle* *column 10: number of trials* ------------------------------------------------ **Fig 3C / Fig 3D** The means / SEMs for Figure 3C and Figure 3D were extracted from column 6 in ***Fig_3C_3D_DATA.csv*** / ***Fig_3C_3D_SEM.csv*** according to the combination of the saccade target separation (specified in column 2), the 15 degree saccade landing direction bin (specified in column 4) and the discrimination target position (specified in column 5) when a discrimination target was presented (corresponding to a value of 1 in column 3). Overview over variables and conditions contained in the data matrices: *column 1: cueing type* (3) = transient and continuous combined *column 2: saccade target separation* (1) = 30 degree (2) = 90 degree *column 3: discrimination target presence* (1) = discrimination target present (2) = discrimination target absent *column 4: saccade landing direction bin* (1) = 0 ± 7.5 degree ==> BTW (in both 30 and 90 degree condition) (2) = 15 ± 7.5 degree ==> ST1 (in 30 degree condition) (3) = 30 ± 7.5 degree (4) = 45 ± 7.5 degree ==> ST1 (in 90 degree condition) ... (22) = 315 ± 7.5 degree ==> ST2 (in 90 degree condition) (23) = 330 ± 7.5 degree (24) = 345 ± 7.5 degree ==> ST2 (in 30 degree condition) *column 5: discrimination target position* (1) = 0 degree ==> BTW (in both 30 and 90 degree condition) (2) = 15 degree ==> ST1 (in 30 degree condition) (3) = 30 degree (4) = 45 degree ==> ST1 (in 90 degree condition) ... (22) = 315 degree ==> ST2 (in 90 degree condition) (23) = 330 degree (24) = 345 degree ==> ST2 (in 30 degree condition) (25) = discrimination target absent *column 6: mean d'* *column 7: mean performance* *column 8: mean saccade amplitude* *column 9: mean saccade latency* *column 10: mean saccade landing direction angle* *column 11: number of trials* ------------------------------------------------ **Fig 3E / Fig 3F** The values / SEMs for Figure 3E and Figure 3F were extracted from ***Fig_3E_3F_DATA_SEM.csv***. Overview over the structure of the data matrix: *rows: saccade modulation* (1) = saccade modulation effect at saccade targets (ST1/ST2) in the 30 degree condition (2) = saccade modulation effect at intermediate location (BTW) in the 30 degree condition (3) = saccade modulation effect at saccade targets (ST1/ST2) in the 90 degree condition *columns: define the means and SEMs (etc.) for the respective comparisons* (1) = condition 1 (saccaded) (2) = condition 2 (non-saccaded) (3) = mean dprime condition 1 (4) = mean dprime - SEM for condition 1 (5) = mean dprime + SEM for condition 1 (6) = mean dprime condition 2 (7) = mean dprime - SEM for condition 2 (8) = mean dprime + SEM for condition 2 (9) = p-value (10) = decision criterion (0 = not significant ; 1 = significant) ------------------------------------------------ ------------------------------------------------ *Supplementary Figures* ------------------------------------------------ ------------------------------------------------ *Note that Figure S1, Figure S3 and Figure S4 are based on individual data and not averaged processed data and therefore no data is provided here.* **S2A** ***S_2A_DATA_SEM.csv*** contains the means and SEMs used for Figure S2A. Overview over the structure of the data matrix: *rows: means and SEMs* (1) = mean saccade latency (2) = mean saccade deviation (3) = SEM for mean absolute saccade latency (x-error) (4) = SEM for mean absolute saccade deviation (y-error) *columns: saccade latency quartiles* (1) = first quartile (2) = second quartile (3) = third quartile (4) = fourth quartile ------------------------------------------------ **S2B** ***S_2B_DATA_SEM.csv*** contains the means and SEMs used for Figure S2B. Overview over the structure of the data matrix: *rows: means and SEMs* (1) = mean saccade latency (2) = mean saccade deviation (3) = SEM for mean absolute saccade latency (x-error) (4) = SEM for mean absolute saccade deviation (y-error) *columns: saccade latency quartiles* (1) = first quartile (2) = second quartile (3) = third quartile (4) = fourth quartile ------------------------------------------------ **S2C** ***S_2C_DATA_SEM.csv*** contains the means and SEMs used for Figure S2C. Overview over the structure of the data matrix: *rows: define discrimination target location* (1) = discrimination target at ST1 (2) = discrimination target at BTW (3) = discrimination target at ST2 (4) = discrimination target at CTRL *columns: means and SEMs of saccade latency and d prime* 1 through 4: mean saccade latencies for 1st, 2nd, 3rd and fourth quartile 5 through 8: mean d prime for 1st, 2nd, 3rd and 4th quartile 9 through 12: corresponding SEMs for mean saccade latencies (x-error) 13 through 16: corresponding SEMs for mean d primes (y-error) ------------------------------------------------ **S2D** ***S_2D_DATA_SEM.csv*** contains the means and SEMs used for Figure S2D. Overview over the structure of the data matrix: *rows: define discrimination target location* (1) = discrimination target at ST1 (2) = discrimination target at BTW (3) = discrimination target at ST2 (4) = discrimination target at CTRL *columns: means and SEMs of saccade latency and d prime* 1 through 4: mean saccade latencies for 1st, 2nd, 3rd and 4th quartile 5 through 8: mean d prime for 1st, 2nd, 3rd and 4th quartile 9 through 12: corresponding SEMs for mean saccade latencies (x-errorbar) 13 through 16: corresponding SEMs for mean d primes (y-errorbar) ------------------------------------------------ **S5A** The values / SEMs for Figure S5A were extracted from column 5 in ***S5A_DATA.csv / S5A_SEM.csv*** according to the combination of the saccade target separation (specified in column 2) and the 5 degree saccade landing direction bin (specified in column 4) when a discrimination target was presented (corresponding to a value of 1 in column 3). Overview over the structure of the data matrix: *column 1: cueing type* (3) = collapsed (transient and continuous combined) *column 2: saccade target separation* (1) = 30 degree (2) = 90 degree *column 3: discrimination target presence* (1) = discrimination target present (2) = discrimination target absent *column 4: discrimination target position (and saccade landing direction bin)* (1) = 0 ± 2.5 degree (2) = 5 ± 2.5 degree (3) = 10 ± 2.5 degree (4) = 15 ± 2.5 degree ... (70) = 345 ± 2.5 degree (71) = 350 ± 2.5 degree (72) = 355 ± 2.5 degree *column 5: mean corrective saccade landing direction frequency* *column 6: mean corrective saccade offset eccentricity from center of bin* *column 7: mean corrective saccade latency* *column 8: mean number of trials* ------------------------------------------------ **S5B** The values / SEMs for Figure S5B were extracted from column 6 in ***S5B_DATA.csv / S5B_SEM.csv*** according to the combination of the saccade target separation (specified in column 2) and the 15 degree saccade landing direction bin of the initial saccade (corresponding to a value of in column 3) when a discrimination target was presented (corresponding to a value of 1 in column 4). Overview over the structure of the data matrix: *column 1: cueing type* (3) = collapsed (transient and continuous combined) *column 2: saccade target separation* (1) = 30 degree (2) = 90 degree *column 3: discrimination target position (and saccade direction landing bin)* (1) = 0 degree ==> BTW (2) = 15 degree ==> ST1 (24) = 345 degree ==> ST2 *column 4: discrimination target presence* (1) = discrimination target present (2) = discrimination target absent *column 5: corrective saccade landing direction bin* (1) = 0 degree ==> BTW (in both 30 and 90 degree condition) (2) = 15 degree ==> ST1 (in 30 degree condition) (3) = 30 degree (4) = 45 degree ==> ST1 (in 90 degree condition) ... (22) = 315 degree ==> ST2 (in 90 degree condition) (23) = 330 degree (24) = 345 degree ==> ST2 (in 30 degree condition) *column 6: mean corrective saccade landing direction frequency* *column 7: mean corrective saccade amplitude* *column 8: mean corrective saccade latency (time from main saccade offset)* *column 9: number of trials* ------------------------------------------------ **S5C** ***S5C_DATA_SEM.csv*** contains the means and SEMs for supplementary figure S5C. Overview over the structure of the data matrix: *rows: corrective saccade modulation (after initial averaging saccade)* 1 = corrective saccade modulation effect at saccade targets (ST1/ST2) 2 = corrective saccade modulation effect at intermediate location (BTW) *columns: define the means and SEMs (etc.) for the respective comparisons* (1) = condition 1 (correctively saccaded) (2) = condition 2 (correctively non-saccaded) (3) = mean dprime condition 1 (4) = mean dprime - SEM for condition 1 (5) = mean dprime + SEM for condition 1 (6) = mean dprime condition 2 (7) = mean dprime - SEM for condition 2 (8) = mean dprime + SEM for condition 2 (9) = p-value (10) = decision criterion (0 = not significant ; 1 = significant) ------------------------------------------------ **S6A** ***S6A_DATA_SEM.csv*** contains the means and SEMs for supplementary figure S6A. Overview over the structure of the data matrix: *rows: define discrimination target position (see legend)* 1 = discrimination target at ST1 2 = discrimination target at BTW 3 = discrimination target ST2 *columns: define the means and SEMs for the saccade landing direction bins* 1 through 3: mean dprime values for the 43 saccade landing direction bins in the following order [+15 deg = ST1 , 0 deg = BTW , -15 deg = ST2] 4 trough 6: corresponding SEMs for the mean dprime values in the following order [+15 deg = ST1 , 0 deg = BTW , -15 deg = ST2] 7 through 9: mean number of trials for the 43 saccade direction bins in the following order [+15 deg = ST1 , 0 deg = BTW , -15 deg = ST2] 10 through 12: corresponding SEMs for the mean number of trials in the following order [+15 deg = ST1 , 0 deg = BTW , -15 deg = ST2] ------------------------------------------------ **S6B** ***S6B_DATA_SEM.csv*** contains the means and SEMs for supplementary figure S6B. Overview over the structure of the data matrix: *rows: define discrimination target position (see legend)* 1 = discrimination target at ST1 2 = discrimination target at BTW 3 = discrimination target ST2 *columns: define the means and SEMs for the saccade landing direction bins* 1 through 43: mean dprime values for the 43 saccade landing direction bins in the following order [21 deg : -1 deg : -21 deg] 44 trough 86: corresponding SEMs for the mean dprime values in the following order [21 deg : -1 deg : -21 deg] 87 through 129: mean number of trials for the 43 saccade direction bins in the following order [21 deg : -1 deg : -21 deg] 130 through 172: corresponding SEMs for the mean number of trials in the following order [21 deg : -1 deg : -21 deg] ------------------------------------------------ **S7A / S7B** The values / SEMs for Figure 7A and Figure 7B were extracted from column 5 ***S_7A_7B_DATA.csv / S_7A_7B_SEM.csv*** according to the combination of the saccade target separation (specified in column 2) and the discrimination target position (specified in column 4) when a discrimination target was presented (corresponding to a value of 1 in column 3). Overview over variables and conditions contained in the data matrix: *column 1: cueing type* (3) = collapsed (transient and continuous combined) *column 2: saccade target separation* (1) = 30 degree (2) = 90 degree *column 3: discrimination target presence* (1) = discrimination target present (2) = discrimination target absent *column 4: discrimination target position* (1) = 0 degree ==> BTW (in both 30 and 90 degree condition) (2) = 15 degree ==> ST1 (in 30 degree condition) (3) = 30 degree (4) = 45 degree ==> ST1 (in 90 degree condition) ... (22) = 315 degree ==> ST2 (in 90 degree condition) (23) = 330 degree (24) = 345 degree ==> ST2 (in 30 degree condition) (25) = discrimination target absent *column 5: mean d prime* *column 6: mean performance* *column 7: mean saccade amplitude* *column 8: mean saccade latency* *column 9: mean saccade landing direction angle* *column 10: number of trials* ------------------------------------------------ **S7C / S7D** The values / SEMs for Figure 3C and Figure 3D were extracted from column 6 in ***S_7C_7D_DATA.csv / S_7C_7D_SEM.csv*** according to the combination of the saccade target separation (specified in column 2), the 15 degree saccade landing bin (specified in column 4) and the discrimination target position (specified in column 5) when a discrimination target was presented (corresponding to a value of 1 in column 3). Overview over variables and conditions contained in the data matrix: *column 1: cueing type* (3) = collapsed (transient and continuous combined) *column 2: saccade target separation* (1) = 30 degree (2) = 90 degree *column 3: discrimination target presence* (1) = discrimination target present (2) = discrimination target absent *column 4: saccade landing bin* (1) = 0 ± 7.5 degree ==> BTW (in both 30 and 90 degree condition) (2) = 15 ± 7.5 degree ==> ST1 (in 30 degree condition) (3) = 30 ± 7.5 degree (4) = 45 ± 7.5 degree ==> ST1 (in 90 degree condition) ... (22) = 315 ± 7.5 degree ==> ST2 (in 90 degree condition) (23) = 330 ± 7.5 degree (24) = 345 ± 7.5 degree ==> ST2 (in 30 degree condition) *column 5: discrimination target position* (1) = 0 degree ==> BTW (in both 30 and 90 degree condition) (2) = 15 degree ==> ST1 (in 30 degree condition) (3) = 30 degree (4) = 45 degree ==> ST1 (in 90 degree condition) ... (22) = 315 degree ==> ST2 (in 90 degree condition) (23) = 330 degree (24) = 345 degree ==> ST2 (in 30 degree condition) (25) = discrimination target absent *column 6: mean d prime* *column 7: mean performance* *column 8: mean saccade amplitude* *column 9: mean saccade latency* *column 10: mean saccade landing direction angle* *column 11: number of trials* ------------------------------------------------ **S7E / S7F** The values / SEMs for Figure S7E and Figure S7F were extracted from ***Fig_7E_7F_DATA_SEM.csv***. Overview over the structure of the data matrix: *rows: saccade modulation* (1) = saccade modulation effect at saccade targets (ST1/ST2) in the 30 degree condition (2) = saccade modulation effect at intermediate location (BTW) in the 30 degree condition (3) = saccade modulation effect at saccade targets (ST1/ST2) in the 90 degree condition *columns: define the means and SEMs (etc.) for the respective comparisons* (1) = condition 1 (saccaded) (2) = condition 2 (non-saccaded) (3) = mean dprime condition 1 (4) = mean dprime - SEM for condition 1 (5) = mean dprime + SEM for condition 1 (6) = mean dprime condition 2 (7) = mean dprime - SEM for condition 2 (8) = mean dprime + SEM for condition 2 (9) = p-value (10) = decision criterion (0 = not significant ; 1 = significant)