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Words and Meters: Neural Evidence for a Connection Between Individual Differences in Statistical Learning and Rhythmic Ability in Infancy.

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The authors' code

Python · 1,203 lines · 45 KB · no license

  1. # -*- coding: utf-8 -*-
  2. """
  3. Created on Mon May 23 10:28:36 2022
  5. @author: 4295609
  7. Script for 2AFC task pho files and RT task pho files
  8. """
  10. #%%
  11. #testing the range
  12. c = range(1,37)
  13. #for item in c:
  14. # print(item)
  16. print(len(c))
  17. #%%
  19. # RT order files first, 36 files of random orders where each word appears 4 times
  21. # This script generates streams of 16 words
  22. # and makes sure each word occurs 4 times
  23. # and do this 36 times
  25. import random
  26. c = range(1,37)
  28. for o in c:
  30. itemz = str(o)
  32. count1 = 0 #so each word occurs 4 times
  33. count2 = 0
  34. count3 = 0
  35. count4 = 0
  37. values = [1, 2, 3, 4] # options to choose from: 4 words
  39. count_total = list(range(1,16)) # we want 16 words total
  41. numbers = [random.choice(values)] # ya gotta start somewhere
  43. saveit = 0 # variable to store double item and then place it back
  45. last_value = numbers[0] # last value in numbers
  47. for n in count_total:
  48. #print("the last value from the previous round was: " + str(last_value))
  49. if last_value == 1:
  50. count1 += 1
  51. if count1 == 4:
  52. values.remove(1)
  53. count1 += 1
  54. print("I'm all out of 1!")
  55. if last_value == 2:
  56. count2 += 1
  57. if count2 == 4:
  58. values.remove(2)
  59. count2 += 1
  60. print("I'm all out of 2!")
  61. if last_value == 3:
  62. count3 += 1
  63. if count3 == 4:
  64. values.remove(3)
  65. count3 += 1
  66. print("I'm all out of 3!")
  67. if last_value == 4:
  68. count4 += 1
  69. if count4 == 4:
  70. values.remove(4)
  71. count4 += 1
  72. print("I'm all out of 4!")
  73. first_choice = random.choice(values)
  74. #print("I chose on first try: " + str(first_choice))
  75. if first_choice == last_value:
  76. if len(values) == 1: # this is important for the end
  77. second_choice = values[0]
  78. numbers.append(second_choice)
  79. break
  80. else:
  81. saveit = first_choice
  82. #print("saveit: " + str(first_choice))
  83. values.remove(saveit)
  84. #print("new possible values: " + str(values))
  85. second_choice = random.choice(values)
  86. #print("I chose on second try: " + str(second_choice))
  87. values.append(saveit)
  88. #print("new possible values: " + str(values))
  89. numbers.append(second_choice)
  90. last_value = second_choice
  91. #print(numbers)
  92. else:
  93. numbers.append(first_choice)
  94. #print(numbers)
  95. last_value = first_choice
  97. print("the length of the numbers set = " + str(len(numbers)))
  98. print(numbers)
  99. print(values) # there is always one left
  101. # it can happen that the end is 1 2 1 2 1 2 etc. but we can exchange them manually then
  104. # Make sure that each word occurs 4 times!
  105. count_for_sure1 = 0
  106. count_for_sure2 = 0
  107. count_for_sure3 = 0
  108. count_for_sure4 = 0
  110. for i in numbers:
  111. if i == 1:
  112. count_for_sure1 += 1
  113. if i == 2:
  114. count_for_sure2 += 1
  115. if i == 3:
  116. count_for_sure3 += 1
  117. if i == 4:
  118. count_for_sure4 += 1
  121. print("ones: " + str(count_for_sure1))
  123. print("twos: " + str(count_for_sure1))
  125. print("threes: " + str(count_for_sure1))
  127. print("fours: " + str(count_for_sure1))
  132. # write to a file so we don't lose anything. (first)
  133. Order1_liststr = [str(x) for x in numbers]
  134. #print(Order1_liststr)
  136. Order1_str = " "
  137. Order1_str = Order1_str.join(Order1_liststr)
  138. print(Order1_str)
  140. # write it to a .txt file
  141. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "w") as f:
  142. f.write(Order1_str)
  144. # manually made some changes to the file so it doesn't end in 1 2 1 2 etc.
  145. # so I'm going to open it again
  147. #%%
  149. # A1
  151. c = range(1,37)
  153. for o in c:
  154. itemz = str(o)
  156. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  157. #print(Order_def.read())
  159. Order_str = Order_def.read()
  160. print(Order_str)
  162. Order_def.close()
  164. Order_l = Order_str.split(" ")
  165. print(Order_l)
  166. print(len(Order_l))
  168. '''
  169. Now let's substitute the numbers for the things we need in the .pho file
  171. '''
  173. A1_RT = []
  175. for n in Order_l:
  176. if n == "1":
  177. A1_RT.append("\ns 100\nu 200 100 100\nG 100\ni 200 100 100\nt 100\na 200 100 100")
  178. elif n == "2":
  179. A1_RT.append("\nt 100\no 200 100 100\nb 100\na 200 100 100\nm 100\n2 200 100 100")
  180. elif n == "3":
  181. A1_RT.append("\ns 100\ny 200 100 100\nt 100\n2 200 100 100\nb 100\no 200 100 100")
  182. elif n == "4":
  183. A1_RT.append("\nG 100\n2 200 100 100\nb 100\ny 200 100 100\nt 100\ni 200 100 100")
  185. A1_RT.insert(0, "_ 5 100 100")
  186. A1_RT.append("\n_ 5 100 100")
  188. #for h in A1_RT:
  189. # print(h)
  190. # write to a file so we don't lose anything. (A1 Block 1)
  191. A1_Block1_str = " "
  192. A1_Block1_str = A1_Block1_str.join(A1_RT)
  193. print(A1_Block1_str)
  195. # write it to a .txt file
  196. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\A1\pho_A1_RT" + itemz + ".txt", "w") as f:
  197. f.write(A1_Block1_str)
  199. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/RTtaskfiles/A1/pho_A1_RT" + itemz + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_RT_23-05-2022/A1_RT"+itemz+".wav"
  201. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_RT_23-05-2022\mbrola_commands.txt", "a") as g:
  202. g.write(mbrola_command)
  204. print("DONE")
  205. #%%
  207. #A2
  210. c = range(1,37)
  212. for o in c:
  213. itemz = str(o)
  215. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  216. #print(Order_def.read())
  218. Order_str = Order_def.read()
  219. print(Order_str)
  221. Order_def.close()
  223. Order_l = Order_str.split(" ")
  224. print(Order_l)
  225. print(len(Order_l))
  227. '''
  228. Now let's substitute the numbers for the things we need in the .pho file
  230. '''
  232. A2_RT = []
  234. for n in Order_l:
  235. if n == "1":
  236. A2_RT.append("\nt 100\na 200 100 100\ns 100\nu 200 100 100\nG 100\ni 200 100 100")
  237. elif n == "2":
  238. A2_RT.append("\nm 100\n2 200 100 100\nt 100\no 200 100 100\nb 100\na 200 100 100")
  239. elif n == "3":
  240. A2_RT.append("\nb 100\no 200 100 100\ns 100\ny 200 100 100\nt 100\n2 200 100 100")
  241. elif n == "4":
  242. A2_RT.append("\nt 100\ni 200 100 100\nG 100\n2 200 100 100\nb 100\ny 200 100 100")
  244. A2_RT.insert(0, "_ 5 100 100")
  245. A2_RT.append("\n_ 5 100 100")
  247. #for h in A2_RT:
  248. # print(h)
  249. # write to a file so we don't lose anything. (A2 Block 1)
  250. A2_Block1_str = " "
  251. A2_Block1_str = A2_Block1_str.join(A2_RT)
  252. print(A2_Block1_str)
  254. # write it to a .txt file
  255. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\A2\pho_A2_RT" + itemz + ".txt", "w") as f:
  256. f.write(A2_Block1_str)
  258. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/RTtaskfiles/A2/pho_A2_RT" + itemz + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_RT_23-05-2022/A2_RT"+itemz+".wav"
  260. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_RT_23-05-2022\mbrola_commands.txt", "a") as g:
  261. g.write(mbrola_command)
  263. print("DONE")
  265. #%%
  267. #A3
  270. c = range(1,37)
  272. for o in c:
  273. itemz = str(o)
  275. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  276. #print(Order_def.read())
  278. Order_str = Order_def.read()
  279. print(Order_str)
  281. Order_def.close()
  283. Order_l = Order_str.split(" ")
  284. print(Order_l)
  285. print(len(Order_l))
  287. '''
  288. Now let's substitute the numbers for the things we need in the .pho file
  290. '''
  292. A3_RT = []
  294. for n in Order_l:
  295. if n == "1":
  296. A3_RT.append("\nG 100\ni 200 100 100\nt 100\na 200 100 100\ns 100\nu 200 100 100")
  297. elif n == "2":
  298. A3_RT.append("\nb 100\na 200 100 100\nm 100\n2 200 100 100\nt 100\no 200 100 100")
  299. elif n == "3":
  300. A3_RT.append("\nt 100\n2 200 100 100\nb 100\no 200 100 100\ns 100\ny 200 100 100")
  301. elif n == "4":
  302. A3_RT.append("\nb 100\ny 200 100 100\nt 100\ni 200 100 100\nG 100\n2 200 100 100")
  304. A3_RT.insert(0, "_ 5 100 100")
  305. A3_RT.append("\n_ 5 100 100")
  307. #for h in A3_RT:
  308. # print(h)
  309. # write to a file so we don't lose anything. (A3 Block 1)
  310. A3_Block1_str = " "
  311. A3_Block1_str = A3_Block1_str.join(A3_RT)
  312. print(A3_Block1_str)
  314. # write it to a .txt file
  315. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\A3\pho_A3_RT" + itemz + ".txt", "w") as f:
  316. f.write(A3_Block1_str)
  318. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/RTtaskfiles/A3/pho_A3_RT" + itemz + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_RT_23-05-2022/A3_RT"+itemz+".wav"
  320. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_RT_23-05-2022\mbrola_commands.txt", "a") as g:
  321. g.write(mbrola_command)
  323. print("DONE")
  325. #%%
  326. # B1
  329. c = range(1,37)
  331. for o in c:
  332. itemz = str(o)
  334. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  335. #print(Order_def.read())
  337. Order_str = Order_def.read()
  338. print(Order_str)
  340. Order_def.close()
  342. Order_l = Order_str.split(" ")
  343. print(Order_l)
  344. print(len(Order_l))
  346. '''
  347. Now let's substitute the numbers for the things we need in the .pho file
  349. '''
  351. B1_RT = []
  353. for n in Order_l:
  354. if n == "1":
  355. B1_RT.append("\nd 100\na 200 100 100\np 100\n2 200 100 100\nn 100\nu 200 100 100")
  356. elif n == "2":
  357. B1_RT.append("\nd 100\n2 200 100 100\nG 100\no 200 100 100\np 100\ny 200 100 100")
  358. elif n == "3":
  359. B1_RT.append("\nr 100\no 200 100 100\nd 100\ny 200 100 100\ns 100\na 200 100 100")
  360. elif n == "4":
  361. B1_RT.append("\nG 100\ny 200 100 100\nr 100\ni 200 100 100\ns 100\n2 200 100 100")
  363. B1_RT.insert(0, "_ 5 100 100")
  364. B1_RT.append("\n_ 5 100 100")
  366. #for h in B1_RT:
  367. # print(h)
  368. # write to a file so we don't lose anything. (B1 Block 1)
  369. B1_RT_str = " "
  370. B1_RT_str = B1_RT_str.join(B1_RT)
  371. print(B1_RT_str)
  373. # write it to a .txt file
  374. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\B1\pho_B1_RT" + itemz + ".txt", "w") as f:
  375. f.write(B1_RT_str)
  377. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/RTtaskfiles/B1/pho_B1_RT" + itemz + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_RT_23-05-2022/B1_RT"+itemz+".wav"
  379. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_RT_23-05-2022\mbrola_commands.txt", "a") as g:
  380. g.write(mbrola_command)
  382. print("DONE")
  384. #%%
  385. # B2
  388. c = range(1,37)
  390. for o in c:
  391. itemz = str(o)
  393. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  394. #print(Order_def.read())
  396. Order_str = Order_def.read()
  397. print(Order_str)
  399. Order_def.close()
  401. Order_l = Order_str.split(" ")
  402. print(Order_l)
  403. print(len(Order_l))
  405. '''
  406. Now let's substitute the numbers for the things we need in the .pho file
  408. '''
  410. B2_RT = []
  412. for n in Order_l:
  413. if n == "1":
  414. B2_RT.append("\nn 100\nu 200 100 100\nd 100\na 200 100 100\np 100\n2 200 100 100")
  415. elif n == "2":
  416. B2_RT.append("\np 100\ny 200 100 100\nd 100\n2 200 100 100\nG 100\no 200 100 100")
  417. elif n == "3":
  418. B2_RT.append("\ns 100\na 200 100 100\nr 100\no 200 100 100\nd 100\ny 200 100 100")
  419. elif n == "4":
  420. B2_RT.append("\ns 100\n2 200 100 100\nG 100\ny 200 100 100\nr 100\ni 200 100 100")
  422. B2_RT.insert(0, "_ 5 100 100")
  423. B2_RT.append("\n_ 5 100 100")
  425. #for h in B2_RT:
  426. # print(h)
  427. # write to a file so we don't lose anything. (B2 Block 1)
  428. B2_RT_str = " "
  429. B2_RT_str = B2_RT_str.join(B2_RT)
  430. print(B2_RT_str)
  432. # write it to a .txt file
  433. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\B2\pho_B2_RT" + itemz + ".txt", "w") as f:
  434. f.write(B2_RT_str)
  436. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/RTtaskfiles/B2/pho_B2_RT" + itemz + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_RT_23-05-2022/B2_RT"+itemz+".wav"
  438. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_RT_23-05-2022\mbrola_commands.txt", "a") as g:
  439. g.write(mbrola_command)
  441. print("DONE")
  443. #%%
  444. # B3
  447. c = range(1,37)
  449. for o in c:
  450. itemz = str(o)
  452. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  453. #print(Order_def.read())
  455. Order_str = Order_def.read()
  456. print(Order_str)
  458. Order_def.close()
  460. Order_l = Order_str.split(" ")
  461. print(Order_l)
  462. print(len(Order_l))
  464. '''
  465. Now let's substitute the numbers for the things we need in the .pho file
  467. '''
  469. B3_RT = []
  471. for n in Order_l:
  472. if n == "1":
  473. B3_RT.append("\np 100\n2 200 100 100\nn 100\nu 200 100 100\nd 100\na 200 100 100")
  474. elif n == "2":
  475. B3_RT.append("\nG 100\no 200 100 100\np 100\ny 200 100 100\nd 100\n2 200 100 100")
  476. elif n == "3":
  477. B3_RT.append("\nd 100\ny 200 100 100\ns 100\na 200 100 100\nr 100\no 200 100 100")
  478. elif n == "4":
  479. B3_RT.append("\nr 100\ni 200 100 100\ns 100\n2 200 100 100\nG 100\ny 200 100 100")
  481. B3_RT.insert(0, "_ 5 100 100")
  482. B3_RT.append("\n_ 5 100 100")
  484. #for h in B3_RT:
  485. # print(h)
  486. # write to a file so we don't lose anything. (B3 Block 1)
  487. B3_RT_str = " "
  488. B3_RT_str = B3_RT_str.join(B3_RT)
  489. print(B3_RT_str)
  491. # write it to a .txt file
  492. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\B3\pho_B3_RT" + itemz + ".txt", "w") as f:
  493. f.write(B3_RT_str)
  495. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/RTtaskfiles/B3/pho_B3_RT" + itemz + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_RT_23-05-2022/B3_RT"+itemz+".wav"
  497. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_RT_23-05-2022\mbrola_commands.txt", "a") as g:
  498. g.write(mbrola_command)
  500. print("DONE")
  502. #%%
  503. # A1
  506. c = range(1,37)
  508. for o in c:
  509. itemz = str(o)
  511. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  512. #print(Order_def.read())
  514. Order_str = Order_def.read()
  515. print(Order_str)
  517. Order_def.close()
  519. Order_l = Order_str.split(" ")
  520. print(Order_l)
  521. print(len(Order_l))
  523. '''
  524. Now let's substitute the numbers for the things we need in the .pho file
  526. '''
  528. A1_RT = []
  530. for n in Order_l:
  531. if n == "1":
  532. A1_RT.append("soe gie taa")
  533. elif n == "2":
  534. A1_RT.append("too baa meu")
  535. elif n == "3":
  536. A1_RT.append("suu teu boo")
  537. elif n == "4":
  538. A1_RT.append("geu buu tie")
  540. #for h in A1_RT:
  541. # print(h)
  542. # write to a file so we don't lose anything. (A1 Block 1)
  543. A1_RT_str = " "
  544. A1_RT_str = A1_RT_str.join(A1_RT)
  545. print(A1_RT_str)
  547. # write it to a .txt file
  548. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\A1_RT_words" + itemz + ".txt", "w") as f:
  549. f.write(A1_RT_str)
  551. print("DONE")
  557. #%%
  558. # A2
  561. c = range(1,37)
  563. for o in c:
  564. itemz = str(o)
  566. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  567. #print(Order_def.read())
  569. Order_str = Order_def.read()
  570. print(Order_str)
  572. Order_def.close()
  574. Order_l = Order_str.split(" ")
  575. print(Order_l)
  576. print(len(Order_l))
  578. '''
  579. Now let's substitute the numbers for the things we need in the .pho file
  581. '''
  583. A2_RT = []
  585. for n in Order_l:
  586. if n == "1":
  587. A2_RT.append("taa soe gie")
  588. elif n == "2":
  589. A2_RT.append("meu too baa")
  590. elif n == "3":
  591. A2_RT.append("boo suu teu")
  592. elif n == "4":
  593. A2_RT.append("tie geu buu")
  595. #for h in A2_RT:
  596. # print(h)
  597. # write to a file so we don't lose anything. (A2 Block 1)
  598. A2_RT_str = " "
  599. A2_RT_str = A2_RT_str.join(A2_RT)
  600. print(A2_RT_str)
  602. # write it to a .txt file
  603. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\A2_RT_words" + itemz + ".txt", "w") as f:
  604. f.write(A2_RT_str)
  606. print("DONE")
  612. #%%
  613. # A3
  616. c = range(1,37)
  618. for o in c:
  619. itemz = str(o)
  621. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  622. #print(Order_def.read())
  624. Order_str = Order_def.read()
  625. print(Order_str)
  627. Order_def.close()
  629. Order_l = Order_str.split(" ")
  630. print(Order_l)
  631. print(len(Order_l))
  633. '''
  634. Now let's substitute the numbers for the things we need in the .pho file
  636. '''
  638. A3_RT = []
  640. for n in Order_l:
  641. if n == "1":
  642. A3_RT.append("gie taa soe")
  643. elif n == "2":
  644. A3_RT.append("baa meu too")
  645. elif n == "3":
  646. A3_RT.append("teu boo suu")
  647. elif n == "4":
  648. A3_RT.append("buu tie geu")
  650. #for h in A3_RT:
  651. # print(h)
  652. # write to a file so we don't lose anything. (A3 Block 1)
  653. A3_RT_str = " "
  654. A3_RT_str = A3_RT_str.join(A3_RT)
  655. print(A3_RT_str)
  657. # write it to a .txt file
  658. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\A3_RT_words" + itemz + ".txt", "w") as f:
  659. f.write(A3_RT_str)
  661. print("DONE")
  667. #%%
  668. # B1
  671. c = range(1,37)
  673. for o in c:
  674. itemz = str(o)
  676. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  677. #print(Order_def.read())
  679. Order_str = Order_def.read()
  680. print(Order_str)
  682. Order_def.close()
  684. Order_l = Order_str.split(" ")
  685. print(Order_l)
  686. print(len(Order_l))
  688. '''
  689. Now let's substitute the numbers for the things we need in the .pho file
  691. '''
  693. B1_RT = []
  695. for n in Order_l:
  696. if n == "1":
  697. B1_RT.append("daa peu noe")
  698. elif n == "2":
  699. B1_RT.append("deu goo puu")
  700. elif n == "3":
  701. B1_RT.append("roo duu saa")
  702. elif n == "4":
  703. B1_RT.append("guu rie seu")
  705. #for h in B1_RT:
  706. # print(h)
  707. # write to a file so we don't lose anything. (B1 Block 1)
  708. B1_RT_str = " "
  709. B1_RT_str = B1_RT_str.join(B1_RT)
  710. print(B1_RT_str)
  712. # write it to a .txt file
  713. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\B1_RT_words" + itemz + ".txt", "w") as f:
  714. f.write(B1_RT_str)
  716. print("DONE")
  722. #%%
  723. # B2
  726. c = range(1,37)
  728. for o in c:
  729. itemz = str(o)
  731. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  732. #print(Order_def.read())
  734. Order_str = Order_def.read()
  735. print(Order_str)
  737. Order_def.close()
  739. Order_l = Order_str.split(" ")
  740. print(Order_l)
  741. print(len(Order_l))
  743. '''
  744. Now let's substitute the numbers for the things we need in the .pho file
  746. '''
  748. B2_RT = []
  750. for n in Order_l:
  751. if n == "1":
  752. B2_RT.append("noe daa peu")
  753. elif n == "2":
  754. B2_RT.append("puu deu goo")
  755. elif n == "3":
  756. B2_RT.append("saa roo duu")
  757. elif n == "4":
  758. B2_RT.append("seu guu rie")
  760. #for h in B2_RT:
  761. # print(h)
  762. # write to a file so we don't lose anything. (B2 Block 1)
  763. B2_RT_str = " "
  764. B2_RT_str = B2_RT_str.join(B2_RT)
  765. print(B2_RT_str)
  767. # write it to a .txt file
  768. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\B2_RT_words" + itemz + ".txt", "w") as f:
  769. f.write(B2_RT_str)
  771. print("DONE")
  776. #%%
  777. # B3
  780. c = range(1,37)
  782. for o in c:
  783. itemz = str(o)
  785. Order_def = open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\RT" + itemz + ".txt", "r")
  786. #print(Order_def.read())
  788. Order_str = Order_def.read()
  789. print(Order_str)
  791. Order_def.close()
  793. Order_l = Order_str.split(" ")
  794. print(Order_l)
  795. print(len(Order_l))
  797. '''
  798. Now let's substitute the numbers for the things we need in the .pho file
  800. '''
  802. B3_RT = []
  804. for n in Order_l:
  805. if n == "1":
  806. B3_RT.append("peu noe daa")
  807. elif n == "2":
  808. B3_RT.append("goo puu deu")
  809. elif n == "3":
  810. B3_RT.append("duu saa roo")
  811. elif n == "4":
  812. B3_RT.append("rie seu guu")
  814. #for h in B3_RT:
  815. # print(h)
  816. # write to a file so we don't lose anything. (B3 Block 1)
  817. B3_RT_str = " "
  818. B3_RT_str = B3_RT_str.join(B3_RT)
  819. print(B3_RT_str)
  821. # write it to a .txt file
  822. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\RTtaskfiles\B3_RT_words" + itemz + ".txt", "w") as f:
  823. f.write(B3_RT_str)
  825. print("DONE")
  830. #%%
  832. # AND NOW FOR THE 2AFC TASK
  834. # WORDS
  836. A1 = []
  837. A1_part = []
  838. A2 = []
  839. A2_part = []
  840. A3 = []
  841. A3_part = []
  842. B1 = []
  843. B1_part =[]
  844. B2 = []
  845. B2_part = []
  846. B3 = []
  847. B3_part = []
  848. foils_A = []
  849. foils_B = []
  851. # A1 words
  852. A1.append("\ns 100\nu 200 100 100\nG 100\ni 200 100 100\nt 100\na 200 100 100")
  853. A1.append("\nt 100\no 200 100 100\nb 100\na 200 100 100\nm 100\n2 200 100 100")
  854. A1.append("\ns 100\ny 200 100 100\nt 100\n2 200 100 100\nb 100\no 200 100 100")
  855. A1.append("\nG 100\n2 200 100 100\nb 100\ny 200 100 100\nt 100\ni 200 100 100")
  857. A1_part.append("\nt 100\na 200 100 100\nt 100\no 200 100 100\nb 100\na 200 100 100")
  858. A1_part.append("\nt 100\n2 200 100 100\nb 100\no 200 100 100\nG 100\n2 200 100 100")
  860. A2.append("\nt 100\na 200 100 100\ns 100\nu 200 100 100\nG 100\ni 200 100 100")
  861. A2.append("\nm 100\n2 200 100 100\nt 100\no 200 100 100\nb 100\na 200 100 100")
  862. A2.append("\nb 100\no 200 100 100\ns 100\ny 200 100 100\nt 100\n2 200 100 100")
  863. A2.append("\nt 100\ni 200 100 100\nG 100\n2 200 100 100\nb 100\ny 200 100 100")
  865. A2_part.append("\nG 100\ni 200 100 100\nm 100\n2 200 100 100\nt 100\no 200 100 100")
  866. A2_part.append("\ns 100\ny 200 100 100\nt 100\n2 200 100 100\nt 100\ni 200 100 100")
  868. A3.append("\nG 100\ni 200 100 100\nt 100\na 200 100 100\ns 100\nu 200 100 100")
  869. A3.append("\nb 100\na 200 100 100\nm 100\n2 200 100 100\nt 100\no 200 100 100")
  870. A3.append("\nt 100\n2 200 100 100\nb 100\no 200 100 100\ns 100\ny 200 100 100")
  871. A3.append("\nb 100\ny 200 100 100\nt 100\ni 200 100 100\nG 100\n2 200 100 100")
  873. A3_part.append("\ns 100\nu 200 100 100\nb 100\na 200 100 100\nm 100\n2 200 100 100")
  874. A3_part.append("\nb 100\no 200 100 100\ns 100\ny 200 100 100\nb 100\ny 200 100 100")
  876. B1.append("\nd 100\na 200 100 100\np 100\n2 200 100 100\nn 100\nu 200 100 100")
  877. B1.append("\nd 100\n2 200 100 100\nG 100\no 200 100 100\np 100\ny 200 100 100")
  878. B1.append("\nr 100\no 200 100 100\nd 100\ny 200 100 100\ns 100\na 200 100 100")
  879. B1.append("\nG 100\ny 200 100 100\nr 100\ni 200 100 100\ns 100\n2 200 100 100")
  881. B1_part.append("\nn 100\nu 200 100 100\nd 100\n2 200 100 100\nG 100\no 200 100 100")
  882. B1_part.append("\nd 100\ny 200 100 100\ns 100\na 200 100 100\nG 100\ny 200 100 100")
  884. B2.append("\nn 100\nu 200 100 100\nd 100\na 200 100 100\np 100\n2 200 100 100")
  885. B2.append("\np 100\ny 200 100 100\nd 100\n2 200 100 100\nG 100\no 200 100 100")
  886. B2.append("\ns 100\na 200 100 100\nr 100\no 200 100 100\nd 100\ny 200 100 100")
  887. B2.append("\ns 100\n2 200 100 100\nG 100\ny 200 100 100\nr 100\ni 200 100 100")
  889. B2_part.append("\np 100\n2 200 100 100\np 100\ny 200 100 100\nd 100\n2 200 100 100")
  890. B2_part.append("\nr 100\no 200 100 100\nd 100\ny 200 100 100\ns 100\n2 200 100 100")
  892. B3.append("\np 100\n2 200 100 100\nn 100\nu 200 100 100\nd 100\na 200 100 100")
  893. B3.append("\nG 100\no 200 100 100\np 100\ny 200 100 100\nd 100\n2 200 100 100")
  894. B3.append("\nd 100\ny 200 100 100\ns 100\na 200 100 100\nr 100\no 200 100 100")
  895. B3.append("\nr 100\ni 200 100 100\ns 100\n2 200 100 100\nG 100\ny 200 100 100")
  897. B3_part.append("\nd 100\na 200 100 100\nG 100\no 200 100 100\np 100\ny 200 100 100")
  898. B3_part.append("\ns 100\na 200 100 100\nr 100\no 200 100 100\nr 100\ni 200 100 100")
  900. foils_A.append("\nt 100\n2 200 100 100\nm 100\n2 200 100 100\ns 100\nu 200 100 100")
  901. foils_A.append("\nt 100\ni 200 100 100\nG 100\ni 200 100 100\nb 100\no 200 100 100")
  903. foils_B.append("\np 100\n2 200 100 100\nG 100\ny 200 100 100\nd 100\ny 200 100 100")
  904. foils_B.append("\nr 100\ni 200 100 100\nG 100\no 200 100 100\nn 100\nu 200 100 100")
  906. #%%
  908. # A1 words
  910. index = 1
  912. for item in A1:
  913. tijdelijk = ["_ 5 100 100"]
  914. tijdelijk_str = ""
  915. #print(item)
  916. tijdelijk.append(item)
  917. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  918. tijdelijk.append("\n_ 5 100 100")
  919. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  920. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\A1_word" + str(index) + ".txt", "w") as f:
  921. f.write(tijdelijk_str)
  922. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/A1_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/A1_word"+str(index)+".wav"
  923. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  924. g.write(mbrola_command)
  925. index = index + 1
  926. print("DONE")
  928. #%%
  930. # A1_part words
  932. index = 1
  934. for item in A1_part:
  935. tijdelijk = ["_ 5 100 100"]
  936. tijdelijk_str = ""
  937. #print(item)
  938. tijdelijk.append(item)
  939. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  940. tijdelijk.append("\n_ 5 100 100")
  941. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  942. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\A1_part_word" + str(index) + ".txt", "w") as f:
  943. f.write(tijdelijk_str)
  944. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/A1_part_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/A1_part_word"+str(index)+".wav"
  945. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  946. g.write(mbrola_command)
  947. index = index + 1
  948. print("DONE")
  950. #%%
  952. # A2 words
  954. index = 1
  956. for item in A2:
  957. tijdelijk = ["_ 5 100 100"]
  958. tijdelijk_str = ""
  959. #print(item)
  960. tijdelijk.append(item)
  961. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  962. tijdelijk.append("\n_ 5 100 100")
  963. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  964. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\A2_word" + str(index) + ".txt", "w") as f:
  965. f.write(tijdelijk_str)
  966. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/A2_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/A2_word"+str(index)+".wav"
  967. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  968. g.write(mbrola_command)
  969. index = index + 1
  970. print("DONE")
  973. #%%
  975. # A3 words
  977. index = 1
  979. for item in A3:
  980. tijdelijk = ["_ 5 100 100"]
  981. tijdelijk_str = ""
  982. #print(item)
  983. tijdelijk.append(item)
  984. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  985. tijdelijk.append("\n_ 5 100 100")
  986. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  987. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\A3_word" + str(index) + ".txt", "w") as f:
  988. f.write(tijdelijk_str)
  989. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/A3_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/A3_word"+str(index)+".wav"
  990. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  991. g.write(mbrola_command)
  992. index = index + 1
  993. print("DONE")
  995. #%%
  996. # B1 words
  998. index = 1
  1000. for item in B1:
  1001. tijdelijk = ["_ 5 100 100"]
  1002. tijdelijk_str = ""
  1003. #print(item)
  1004. tijdelijk.append(item)
  1005. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  1006. tijdelijk.append("\n_ 5 100 100")
  1007. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  1008. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\B1_word" + str(index) + ".txt", "w") as f:
  1009. f.write(tijdelijk_str)
  1010. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/B1_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/B1_word"+str(index)+".wav"
  1011. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  1012. g.write(mbrola_command)
  1013. index = index + 1
  1014. print("DONE")
  1016. #%%
  1017. # B2 words
  1019. index = 1
  1021. for item in B2:
  1022. tijdelijk = ["_ 5 100 100"]
  1023. tijdelijk_str = ""
  1024. #print(item)
  1025. tijdelijk.append(item)
  1026. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  1027. tijdelijk.append("\n_ 5 100 100")
  1028. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  1029. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\B2_word" + str(index) + ".txt", "w") as f:
  1030. f.write(tijdelijk_str)
  1031. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/B2_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/B2_word"+str(index)+".wav"
  1032. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  1033. g.write(mbrola_command)
  1034. index = index + 1
  1035. print("DONE")
  1037. #%%
  1038. # B3 words
  1040. index = 1
  1042. for item in B3:
  1043. tijdelijk = ["_ 5 100 100"]
  1044. tijdelijk_str = ""
  1045. #print(item)
  1046. tijdelijk.append(item)
  1047. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  1048. tijdelijk.append("\n_ 5 100 100")
  1049. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  1050. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\B3_word" + str(index) + ".txt", "w") as f:
  1051. f.write(tijdelijk_str)
  1052. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/B3_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/B3_word"+str(index)+".wav"
  1053. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  1054. g.write(mbrola_command)
  1055. index = index + 1
  1056. print("DONE")
  1058. #%%
  1059. # A2_part words
  1061. index = 1
  1063. for item in A2_part:
  1064. tijdelijk = ["_ 5 100 100"]
  1065. tijdelijk_str = ""
  1066. #print(item)
  1067. tijdelijk.append(item)
  1068. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  1069. tijdelijk.append("\n_ 5 100 100")
  1070. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  1071. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\A2_part_word" + str(index) + ".txt", "w") as f:
  1072. f.write(tijdelijk_str)
  1073. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/A2_part_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/A2_part_word"+str(index)+".wav"
  1074. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  1075. g.write(mbrola_command)
  1076. index = index + 1
  1077. print("DONE")
  1079. #%%
  1080. # A3_part words
  1082. index = 1
  1084. for item in A3_part:
  1085. tijdelijk = ["_ 5 100 100"]
  1086. tijdelijk_str = ""
  1087. #print(item)
  1088. tijdelijk.append(item)
  1089. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  1090. tijdelijk.append("\n_ 5 100 100")
  1091. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  1092. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\A3_part_word" + str(index) + ".txt", "w") as f:
  1093. f.write(tijdelijk_str)
  1094. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/A3_part_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/A3_part_word"+str(index)+".wav"
  1095. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  1096. g.write(mbrola_command)
  1097. index = index + 1
  1098. print("DONE")
  1100. #%%
  1101. # B1_part words
  1103. index = 1
  1105. for item in B1_part:
  1106. tijdelijk = ["_ 5 100 100"]
  1107. tijdelijk_str = ""
  1108. #print(item)
  1109. tijdelijk.append(item)
  1110. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  1111. tijdelijk.append("\n_ 5 100 100")
  1112. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  1113. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\B1_part_word" + str(index) + ".txt", "w") as f:
  1114. f.write(tijdelijk_str)
  1115. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/B1_part_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/B1_part_word"+str(index)+".wav"
  1116. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  1117. g.write(mbrola_command)
  1118. index = index + 1
  1119. print("DONE")
  1121. #%%
  1122. # B2_part words
  1124. index = 1
  1126. for item in B2_part:
  1127. tijdelijk = ["_ 5 100 100"]
  1128. tijdelijk_str = ""
  1129. #print(item)
  1130. tijdelijk.append(item)
  1131. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  1132. tijdelijk.append("\n_ 5 100 100")
  1133. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  1134. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\B2_part_word" + str(index) + ".txt", "w") as f:
  1135. f.write(tijdelijk_str)
  1136. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/B2_part_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/B2_part_word"+str(index)+".wav"
  1137. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  1138. g.write(mbrola_command)
  1139. index = index + 1
  1140. print("DONE")
  1142. #%%
  1143. # B3_part words
  1145. index = 1
  1147. for item in B3_part:
  1148. tijdelijk = ["_ 5 100 100"]
  1149. tijdelijk_str = ""
  1150. #print(item)
  1151. tijdelijk.append(item)
  1152. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  1153. tijdelijk.append("\n_ 5 100 100")
  1154. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  1155. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\B3_part_word" + str(index) + ".txt", "w") as f:
  1156. f.write(tijdelijk_str)
  1157. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/B3_part_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/B3_part_word"+str(index)+".wav"
  1158. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  1159. g.write(mbrola_command)
  1160. index = index + 1
  1161. print("DONE")
  1163. #%%
  1164. # foils_A words
  1166. index = 1
  1168. for item in foils_A:
  1169. tijdelijk = ["_ 5 100 100"]
  1170. tijdelijk_str = ""
  1171. #print(item)
  1172. tijdelijk.append(item)
  1173. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  1174. tijdelijk.append("\n_ 5 100 100")
  1175. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  1176. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\foils_A_word" + str(index) + ".txt", "w") as f:
  1177. f.write(tijdelijk_str)
  1178. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/foils_A_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/foils_A_word"+str(index)+".wav"
  1179. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  1180. g.write(mbrola_command)
  1181. index = index + 1
  1182. print("DONE")
  1184. #%%
  1185. # foils_B words
  1187. index = 1
  1189. for item in foils_B:
  1190. tijdelijk = ["_ 5 100 100"]
  1191. tijdelijk_str = ""
  1192. #print(item)
  1193. tijdelijk.append(item)
  1194. #tijdelijk = tijdelijk.insert(0, "_ 5 100 100")
  1195. tijdelijk.append("\n_ 5 100 100")
  1196. tijdelijk_str = tijdelijk_str.join(tijdelijk)
  1197. with open(r"O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\2AFCfiles\foils_B_word" + str(index) + ".txt", "w") as f:
  1198. f.write(tijdelijk_str)
  1199. mbrola_command = "\n"+ r"mbrola /usr/share/mbrola/nl2/nl2 /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/2AFCfiles/foils_B_word" + str(index) + r".pho /mnt/symbolic/O-Drive/Research/GW/Projects/Phase_locking_project/Promotietraject_labfolder/Experiments/EXPERIMENT_1/Stimuli/MBROLA_2AFC_23-05-2022/foils_B_word"+str(index)+".wav"
  1200. with open("O:\Research\GW\Projects\Phase_locking_project\Promotietraject_labfolder\Experiments\EXPERIMENT_1\Stimuli\MBROLA_2AFC_23-05-2022\mbrola_commands.txt", "a") as g:
  1201. g.write(mbrola_command)
  1202. index = index + 1
  1203. print("DONE")

2AFC_RT_phogenerator.py, no license · at the source

Overview

Authors: Iris van der Wulp1, Marijn Struiksma (Marijn)1, Frank Wijnen (Frank)1
ORCID iDs: Iris van der Wulp, Marijn Struiksma (Marijn), Frank Wijnen (Frank)
  1. Department of Languages, Literature and Communication, Institute for Language Sciences, Utrecht University, Utrecht, the Netherlands
Institutions: Utrecht University (Netherlands)
Journal: Developmental science, volume 29, issue 2, article e70116
Dates: received 19 May 2025; accepted 7 December 2025; published online 31 December 2025; in print March 2026
Type: Research article · Language: English
License: CC BY
Identifiers: DOI 10.1111/desc.70116 · PMID 41472612 · PMCID PMC12754635 · OpenAlex W7117678791
Open access: hybrid, a free copy (OpenAlex)
Status: code verified
Categories: EEG (modality), human (organism)
Methods: Spectral & time-frequency, Preprocessing, Statistics, Connectivity
Keywords: EEG, individual differences, infants, neural entrainment, rhythmic ability, statistical learning
MeSH: Individuality*, Language Development*, Learning*, Music*, Speech Perception*, Acoustic Stimulation, Auditory Perception, Electroencephalography, Female, Humans, Infant, Male, Periodicity (* major topic)
Topic: Neuroscience and Music Perception (Cognitive Neuroscience, Neuroscience), according to OpenAlex
Funding: Dutch Research Council (NWO) (PGW.21.007)
Citations: cited by 2 papers (Europe PMC); 64 references in the paper

Abstract

Music and language are both hierarchically structured: syllables combine into words, and meters are groupings of musical beats. Statistical learning (SL) supports speech segmentation through computation of transitional probabilities between syllables, and individual differences in SL ability were found predictive of further language development. The current study investigated whether rhythmic ability (RA; the ability to perceive the beat and infer the meter in a rhythmic stimulus auditory input) correlated with SL in 6‐ to 9‐month‐old infants. We further explored whether RA of the parents predicted infant RA and/or SL. We used EEG to measure infants’ neural entrainment in two conditions: (1) a speech segmentation SL condition in which transitional probabilities between syllables were the only cue to segment the speech stream into words; (2) a RA condition exposing infants to a syncopated rhythm in a quadruple meter. We correlated neural entrainment to the words in the SL condition with entrainment to the meter in the RA condition. Parents completed behavioral tasks measuring their RA and were asked about their engagement with music. Results revealed a correlation between neural entrainment indexing SL and RA in infants, which was unaffected by infant age. This correlation was specific to neural entrainment to words and meters, suggesting similarity between processing items at hierarchically corresponding levels. We found no evidence that parental RA predicted infant RA or SL. However, frequency of parent–child joint musical engagement appeared to have a positive effect on infant RA.

Reproduced under the paper's license (CC BY), from the paper cited above.

Repository

Its files are read in the Code ↔ Paper reader above.

OSF wfdkr

License: none: the authors keep all their rights
State: the link answers, verified on 30 September 2026
Evidence: files inventoried
Languages: Python (3)
Size: 47 files, 3 scripts
Software Heritage: not checked
Found in: the references
Not found: README, license file, CITATION.cff, environment file, tests, continuous integration, documentation
Availability: 1 check, the latest on 30 September 2026: the link answers (HTTP 200)
  • 30 September 2026: the link answers (HTTP 200)
3 files
At the source:

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Data

Datasets cited

Data Availability Statement

The data are openly available through https://doi.org/10.24416/UU01‐ZJHU40 (https://doi.org/10.24416/UU01-ZJHU40)

Reproduced under the paper's license (CC BY), from the paper cited above.

Versions

The history of this record: each version stored by the harvester or made by a correction of its authors or of the maintainers of its code, and what changed in its facts. The texts of the paper (its abstract, its availability statements) are not part of it; versions that changed only those are not listed.

Version 1, 30 September 2026: the first record

Recorded: type, language, journal, volume, issue, pages, dates, 3 authors, 6 keywords, 13 MeSH terms, 1 funder, 58 references.

Cite

This paper

van der Wulp, I., Struiksma (Marijn), M., & Wijnen (Frank), F. (2026). Words and Meters: Neural Evidence for a Connection Between Individual Differences in Statistical Learning and Rhythmic Ability in Infancy. Developmental science, 29(2), e70116. https://doi.org/10.1111/desc.70116

BibTeX

@article{vanderwulp2026words,
author = {van der Wulp, Iris and Struiksma (Marijn), Marijn and Wijnen (Frank), Frank},
title = {{Words and Meters: Neural Evidence for a Connection Between Individual Differences in Statistical Learning and Rhythmic Ability in Infancy}},
journal = {Developmental science},
year = {2026},
month = mar,
volume = {29},
number = {2},
pages = {e70116},
publisher = {Wiley},
issn = {1363-755X},
doi = {10.1111/desc.70116},
url = {https://doi.org/10.1111/desc.70116},
pmid = {41472612},
pmcid = {PMC12754635}
}

RIS

TY - JOUR
AU - van der Wulp, Iris
AU - Struiksma (Marijn), Marijn
AU - Wijnen (Frank), Frank
TI - Words and Meters: Neural Evidence for a Connection Between Individual Differences in Statistical Learning and Rhythmic Ability in Infancy
T2 - Developmental science
J2 - Dev Sci
PY - 2026
DA - 2026/03/01
VL - 29
IS - 2
SP - e70116
SN - 1363-755X
PB - Wiley
DO - 10.1111/desc.70116
UR - https://doi.org/10.1111/desc.70116
LA - en
ER -

CSL-JSON

{
"id": "10.1111/desc.70116",
"type": "article-journal",
"title": "Words and Meters: Neural Evidence for a Connection Between Individual Differences in Statistical Learning and Rhythmic Ability in Infancy",
"container-title": "Developmental science",
"author": [
{
"family": "van der Wulp",
"given": "Iris"
},
{
"family": "Struiksma (Marijn)",
"given": "Marijn"
},
{
"family": "Wijnen (Frank)",
"given": "Frank"
}
],
"container-title-short": "Dev Sci",
"volume": "29",
"issue": "2",
"page": "e70116",
"DOI": "10.1111/desc.70116",
"PMID": "41472612",
"PMCID": "PMC12754635",
"ISSN": "1363-755X",
"publisher": "Wiley",
"URL": "https://doi.org/10.1111/desc.70116",
"language": "en",
"issued": {
"date-parts": [
[
2026,
3,
1
]
]
}
}

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