* Encoding: UTF-8. *Syntax Experimetn 2 - for more details, see the manuscript *VISUAL MODALITY *first step: Subtract the length of the main computer screen (1920 Pixel) from all varialbes to get the Pixel values on the touchscreen compute n_v_links_con_central = v_links_con_central - 1920. compute n_v_links_con_outer = v_links_con_outer - 1920. compute n_v_links_incon_central = v_links_incon_central - 1920. compute n_v_links_incon_outer = v_links_incon_outer - 1920. compute n_v_rechts_con_central = v_rechts_con_central - 1920. compute n_v_rechts_con_outer = v_rechts_con_outer - 1920. compute n_v_rechts_incon_central = v_rechts_incon_central - 1920. compute n_v_rechts_incon_outer = v_rechts_incon_outer - 1920. execute. compute n_v_@1205_50 = v_@1205_50 - 1920. compute n_v_@1205_51 = v_@1205_51 - 1920. compute n_v_@1205_52 = v_@1205_52 - 1920. compute n_v_@840_50 = v_@840_50 - 1920. compute n_v_@840_51 = v_@840_51 - 1920. compute n_v_@840_52 = v_@840_52 - 1920. compute n_v_@475_50 = v_@475_50 - 1920. compute n_v_@475_51 = v_@475_51 - 1920. compute n_v_@475_52 = v_@475_52 - 1920. execute. *compute mean of each baseline location (independent of location of irrelevant stimulus) compute v_@1205 = mean(n_v_@1205_50, n_v_@1205_51, n_v_@1205_52). compute v_@840 = mean(n_v_@840_50, n_v_@840_51, n_v_@840_52). compute v_@475 = mean(n_v_@475_50, n_v_@475_51, n_v_@475_52). execute. *compute forward displacement compute cfs_v_links_con_central = v_@840-n_v_links_con_central. compute cfs_v_links_con_outer = v_@475-n_v_links_con_outer. compute cfs_v_links_incon_central = v_@840-n_v_links_incon_central. compute cfs_v_links_incon_outer = v_@475-n_v_links_incon_outer. compute cfs_v_rechts_con_central =n_v_rechts_con_central-v_@840. compute cfs_v_rechts_con_outer = n_v_rechts_con_outer-v_@1205. compute cfs_v_rechts_incon_central = n_v_rechts_incon_central-v_@840. compute cfs_v_rechts_incon_outer = n_v_rechts_incon_outer-v_@1205. execute. compute cfs_v_links_con = mean(cfs_v_links_con_central, cfs_v_links_con_outer). compute cfs_v_links_incon = mean(cfs_v_links_incon_central, cfs_v_links_incon_outer). compute cfs_v_rechts_con = mean(cfs_v_rechts_con_central, cfs_v_rechts_con_outer). compute cfs_v_rechts_incon = mean(cfs_v_rechts_incon_central, cfs_v_rechts_incon_outer). execute. compute cfs_v_all = mean(cfs_v_links_con, cfs_v_links_incon, cfs_v_rechts_con, cfs_v_rechts_incon). execute. *TACTILE MODALITY *first step: Subtract the length of the main computer screen (1920 Pixel) from all varialbes to get the Pixel values on the touchscreen compute n_t_links_con_central = t_links_con_central - 1920. compute n_t_links_con_outer = t_links_con_outer - 1920. compute n_t_links_incon_central = t_links_incon_central - 1920. compute n_t_links_incon_outer = t_links_incon_outer - 1920. compute n_t_rechts_con_central = t_rechts_con_central - 1920. compute n_t_rechts_con_outer = t_rechts_con_outer - 1920. compute n_t_rechts_incon_central = t_rechts_incon_central - 1920. compute n_t_rechts_incon_outer = t_rechts_incon_outer - 1920. execute. compute n_t_@50_1205 = t_@50_1205 - 1920. compute n_t_@50_840 = t_@50_840 - 1920. compute n_t_@50_475 = t_@50_475 - 1920. compute n_t_@51_1205 = t_@51_1205 - 1920. compute n_t_@51_840 = t_@51_840 - 1920. compute n_t_@51_475 = t_@51_475 - 1920. compute n_t_@52_1205 = t_@52_1205 - 1920. compute n_t_@52_840 = t_@52_840 - 1920. compute n_t_@52_475 = t_@52_475 - 1920. execute. compute t_@50 = mean(n_t_@50_1205, n_t_@50_840, n_t_@50_475). compute t_@51 = mean(n_t_@51_1205, n_t_@51_840, n_t_@51_475). compute t_@52 = mean(n_t_@52_1205, n_t_@52_840, n_t_@52_475). execute. *compute forward displacement compute cfs_t_links_con_central = t_@51-n_t_links_con_central. compute cfs_t_links_con_outer = t_@52-n_t_links_con_outer. compute cfs_t_links_incon_central = t_@51-n_t_links_incon_central. compute cfs_t_links_incon_outer = t_@52-n_t_links_incon_outer. compute cfs_t_rechts_con_central = n_t_rechts_con_central-t_@51. compute cfs_t_rechts_con_outer = n_t_rechts_con_outer-t_@50. compute cfs_t_rechts_incon_central = n_t_rechts_incon_central-t_@51. compute cfs_t_rechts_incon_outer = n_t_rechts_incon_outer-t_@50. execute. compute cfs_t_links_con = mean(cfs_t_links_con_central, cfs_t_links_con_outer). compute cfs_t_links_incon = mean(cfs_t_links_incon_central, cfs_t_links_incon_outer). compute cfs_t_rechts_con = mean(cfs_t_rechts_con_central, cfs_t_rechts_con_outer). compute cfs_t_rechts_incon = mean(cfs_t_rechts_incon_central, cfs_t_rechts_incon_outer). execute. compute cfs_t_all = mean(cfs_t_links_con, cfs_t_links_incon, cfs_t_rechts_con, cfs_t_rechts_incon). execute. *Transform all values in mm (104.3307 Pixel equal on cm). compute cfs_mm_v_links_con = cfs_v_links_con/104.3307*10. compute cfs_mm_v_links_incon = cfs_v_links_incon/104.3307*10. compute cfs_mm_v_rechts_con = cfs_v_rechts_con/104.3307*10. compute cfs_mm_v_rechts_incon = cfs_v_rechts_incon/104.3307*10. compute cfs_mm_t_links_con = cfs_t_links_con/104.3307*10. compute cfs_mm_t_links_incon = cfs_t_links_incon/104.3307*10. compute cfs_mm_t_rechts_con = cfs_t_rechts_con/104.3307*10. compute cfs_mm_t_rechts_incon = cfs_t_rechts_incon/104.3307*10. compute cfs_mm_v_all = cfs_v_all/104.3307*10. compute cfs_mm_t_all = cfs_t_all/104.3307*10. execute. *Filter subject 2 as he/she is a outlier (for the reasons, see the manuscript). USE ALL. COMPUTE filter_$=(Subject ~= 2). VARIABLE LABELS filter_$ 'Subject ~= 2 (FILTER)'. VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'. FORMATS filter_$ (f1.0). FILTER BY filter_$. EXECUTE. ***main analysis GLM cfs_mm_v_links_con cfs_mm_v_links_incon cfs_mm_v_rechts_con cfs_mm_v_rechts_incon cfs_mm_t_links_con cfs_mm_t_links_incon cfs_mm_t_rechts_con cfs_mm_t_rechts_incon /WSFACTOR=Modality 2 Polynomial Direction 2 Polynomial Congruency 2 Polynomial /METHOD=SSTYPE(3) /EMMEANS=TABLES(OVERALL) /EMMEANS=TABLES(Modality) /EMMEANS=TABLES(Direction) /EMMEANS=TABLES(Congruency) /EMMEANS=TABLES(Modality*Direction) /EMMEANS=TABLES(Modality*Congruency) /EMMEANS=TABLES(Direction*Congruency) /EMMEANS=TABLES(Modality*Direction*Congruency) /PRINT=DESCRIPTIVE ETASQ /CRITERIA=ALPHA(.05) /WSDESIGN=Modality Direction Congruency Modality*Direction Modality*Congruency Direction*Congruency Modality*Direction*Congruency. T-TEST /TESTVAL=0 /MISSING=ANALYSIS /VARIABLES=cfs_mm_v_all cfs_mm_t_all /CRITERIA=CI(.95). *collapse across target direction to further analyse the target modality x directional congruency interaction compute cfs_mm_t_con = mean(cfs_mm_t_rechts_con, cfs_mm_t_links_con). compute cfs_mm_t_incon = mean(cfs_mm_t_rechts_incon, cfs_mm_t_links_incon). compute cfs_mm_v_con = mean(cfs_mm_v_rechts_con, cfs_mm_v_links_con). compute cfs_mm_v_incon = mean(cfs_mm_v_rechts_incon, cfs_mm_v_links_incon). *collapse across directional congruency to further analyse the target modality x target direction interaction compute cfs_mm_t_rechts = mean(cfs_mm_t_rechts_con, cfs_mm_t_rechts_incon). compute cfs_mm_t_links = mean(cfs_mm_t_links_con, cfs_mm_t_links_incon). compute cfs_mm_v_rechts = mean(cfs_mm_v_rechts_con, cfs_mm_v_rechts_incon). compute cfs_mm_v_links = mean(cfs_mm_v_links_con, cfs_mm_v_links_incon). execute. T-TEST PAIRS=cfs_mm_t_con cfs_mm_t_rechts cfs_mm_v_con cfs_mm_v_rechts WITH cfs_mm_t_incon cfs_mm_t_links cfs_mm_v_incon cfs_mm_v_links (PAIRED) /CRITERIA=CI(.9500) /MISSING=ANALYSIS. *********** Appendix ***Vision *Distance location B and D compute diff_v_mm_B_D = (v_@1205 - v_@475)/104.3307*10. execute. T-TEST /TESTVAL=70 /MISSING=ANALYSIS /VARIABLES=diff_v_mm_B_D /CRITERIA=CI(.95). *General localization bias compute diff_@1205 = v_@1205-1205. compute diff_@840 = v_@840-840. compute diff_@475 = v_@475-475. execute. * General localization bias in mm compute diff_mm_@1205 = diff_@1205/104.3307*10. compute diff_mm_@840 = diff_@840/104.3307*10. compute diff_mm_@475 = diff_@475/104.3307*10. execute. T-TEST /TESTVAL=0 /MISSING=ANALYSIS /VARIABLES=diff_mm_@1205 diff_mm_@840 diff_mm_@475 /CRITERIA=CI(.95). *touch compute diff_t_mm_B_D = (t_@50 - t_@52)/104.3307*10. execute. T-TEST /TESTVAL=70 /MISSING=ANALYSIS /VARIABLES=diff_t_mm_B_D /CRITERIA=CI(.95). *Crossmodal influences - ventrilloquism *transform into mm compute mm_@1205_50 = n_v_@1205_50/104.3307*10. compute mm_@1205_51 = n_v_@1205_51/104.3307*10. compute mm_@1205_52 = n_v_@1205_52/104.3307*10. compute mm_@840_50 = n_v_@840_50/104.3307*10. compute mm_@840_51 = n_v_@840_51/104.3307*10. compute mm_@840_52 = n_v_@840_52/104.3307*10. compute mm_@475_50 = n_v_@475_50/104.3307*10. compute mm_@475_51 = n_v_@475_51/104.3307*10. compute mm_@475_52 = n_v_@475_52/104.3307*10. compute mm_@50_1205 = n_t_@50_1205/104.3307*10. compute mm_@50_840 = n_t_@50_840/104.3307*10. compute mm_@50_475 = n_t_@50_475/104.3307*10. compute mm_@51_1205 = n_t_@51_1205/104.3307*10. compute mm_@51_840 = n_t_@51_840/104.3307*10. compute mm_@51_475 = n_t_@51_475/104.3307*10. compute mm_@52_1205 = n_t_@52_1205/104.3307*10. compute mm_@52_840 = n_t_@52_840/104.3307*10. compute mm_@52_475 = n_t_@52_475/104.3307*10. execute. GLM mm_@1205_50 mm_@1205_51 mm_@1205_52 mm_@840_50 mm_@840_51 mm_@840_52 mm_@475_50 mm_@475_51 mm_@475_52 mm_@50_1205 mm_@50_840 mm_@50_475 mm_@51_1205 mm_@51_840 mm_@51_475 mm_@52_1205 mm_@52_840 mm_@52_475 /WSFACTOR=target_modality 2 Polynomial target_location 3 Polynomial irrelevant_location 3 Polynomial /METHOD=SSTYPE(3) /EMMEANS=TABLES(OVERALL) /EMMEANS=TABLES(target_modality) /EMMEANS=TABLES(target_location) /EMMEANS=TABLES(irrelevant_location) /EMMEANS=TABLES(target_modality*target_location) /EMMEANS=TABLES(target_modality*irrelevant_location) /EMMEANS=TABLES(target_location*irrelevant_location) /EMMEANS=TABLES(target_modality*target_location*irrelevant_location) /PRINT=DESCRIPTIVE ETASQ /CRITERIA=ALPHA(.05) /WSDESIGN=target_modality target_location irrelevant_location target_modality*target_location target_modality*irrelevant_location target_location*irrelevant_location target_modality*target_location*irrelevant_location. ****************Syntax for Data set Experiment 2_aggregated for analsis_central_filter compute fscs_t_links_con = t_@51_840 - t_links_con. compute fscs_t_links_incon = t_@51_840 - t_links_incon. compute fscs_t_rechts_con = t_rechts_con - t_@51_840. compute fscs_t_rechts_incon = t_rechts_incon - t_@51_840. execute. compute fscs_v_links_con = v_@840_51 - v_links_con. compute fscs_v_links_incon = v_@840_51 - v_links_incon. compute fscs_v_rechts_con = v_rechts_con - v_@840_51. compute fscs_v_rechts_incon = v_rechts_incon - v_@840_51. execute. *ausschluss USE ALL. COMPUTE filter_$=(Subject ~= 2). VARIABLE LABELS filter_$ 'Subject ~= 2 (FILTER)'. VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'. FORMATS filter_$ (f1.0). FILTER BY filter_$. EXECUTE. *main analysis GLM fscs_t_links_con fscs_t_links_incon fscs_t_rechts_con fscs_t_rechts_incon fscs_v_links_con fscs_v_links_incon fscs_v_rechts_con fscs_v_rechts_incon /WSFACTOR=Modality 2 Polynomial Direction 2 Polynomial Congruency 2 Polynomial /METHOD=SSTYPE(3) /EMMEANS=TABLES(OVERALL) /EMMEANS=TABLES(Modality) /EMMEANS=TABLES(Direction) /EMMEANS=TABLES(Congruency) /EMMEANS=TABLES(Modality*Direction) /EMMEANS=TABLES(Modality*Congruency) /EMMEANS=TABLES(Direction*Congruency) /EMMEANS=TABLES(Modality*Direction*Congruency) /PRINT=DESCRIPTIVE ETASQ /CRITERIA=ALPHA(.05) /WSDESIGN=Modality Direction Congruency Modality*Direction Modality*Congruency Direction*Congruency Modality*Direction*Congruency.