Datasets:

fegounna

/

GMP

like 0

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p40:v74:d303:t107 p72:v78:d40:t1 p69:v75:d45:t103 p64:v63:d93:t114 [/INST] p72:v80:d38:t2 p69:v78:d40:t2 p60:v70:d65:t1 p57:v69:d70:t105 p52:v72:d44:t134 p72:v84:d63:t3 p69:v81:d45:t98 p64:v71:d52:t3 p60:v67:d84:t4 p36:v83:d38:t114 p72:v74:d37:t2 p69:v79:d45:t111 p47:v86:d344:t1 p35:v88:d345:t123 p64:v81:d139:t109 p68:v84:d107:t96 p71:v81:d58:t5 p59:v77:d49:t7 p56:v71:d57:t0 p62:v71:d103:t8 p47:v64:d65:t97 p52:v74:d43:t0 p76:v84:d43:t0 p64:v72:d40:t107 p74:v78:d130:t104 p56:v77:d34:t2 p72:v75:d108:t3 p44:v79:d35:t3 p63:v62:d63:t105 p71:v76:d48:t116 p45:v76:d111:t1 p57:v75:d133:t0 p69:v82:d32:t229

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p76:v82:d29:t250 p57:v73:d173:t3 p81:v80:d27:t1 p69:v73:d49:t1 [/INST] p76:v82:d28:t154 p64:v73:d50:t97 p63:v70:d47:t101 p64:v67:d85:t107 p65:v72:d63:t0 p45:v57:d295:t110 p64:v61:d43:t121 p76:v71:d310:t2 p69:v70:d123:t108 p57:v76:d41:t1 p60:v75:d36:t110 p52:v57:d118:t117 p64:v56:d83:t105 p48:v55:d52:t1 p63:v61:d47:t100 p64:v61:d98:t111 p47:v56:d178:t1 p65:v67:d96:t117 p59:v68:d38:t0 p64:v64:d40:t3 p56:v62:d37:t114 p76:v81:d279:t1 p68:v71:d121:t96 p59:v70:d39:t0 p56:v66:d36:t110 p47:v55:d227:t69 p68:v29:d127:t76 p64:v63:d63:t82 p59:v65:d43:t3 p56:v61:d47:t2 p47:v54:d56:t7 p63:v62:d51:t114

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p65:v64:d72:t0 p64:v58:d83:t2 p52:v58:d104:t107 p56:v71:d41:t0 [/INST] p59:v73:d38:t1 p68:v70:d37:t0 p52:v63:d39:t0 p64:v64:d41:t122 p74:v82:d116:t115 p71:v83:d138:t5 p56:v61:d41:t1 p68:v62:d6:t1 p59:v68:d33:t93 p50:v65:d132:t3 p68:v88:d120:t115 p64:v74:d38:t21 p59:v37:d65:t91 p62:v77:d45:t0 p59:v72:d33:t1 p56:v70:d37:t98 p61:v73:d70:t117 p60:v69:d113:t6 p48:v52:d143:t117 p64:v62:d88:t0 p69:v70:d46:t2 p57:v59:d41:t5 p52:v61:d33:t209 p52:v69:d38:t0 p69:v67:d68:t1 p57:v68:d42:t114 p48:v64:d215:t1 p60:v62:d214:t107 p69:v82:d108:t122 p52:v64:d38:t1 p57:v53:d10:t1 p68:v69:d82:t103

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p50:v58:d64:t4 p65:v75:d470:t111 p53:v71:d39:t1 p57:v71:d36:t0 [/INST] p69:v82:d47:t115 p74:v83:d287:t122 p57:v57:d134:t2 p53:v58:d33:t101 p50:v72:d228:t2 p62:v64:d267:t126 p72:v67:d179:t83 p51:v76:d219:t9 p69:v61:d86:t108 p65:v67:d42:t115 p71:v68:d210:t2 p64:v78:d208:t1 p52:v73:d69:t103 p69:v82:d98:t0 p57:v57:d93:t114 p72:v81:d256:t0 p64:v56:d36:t108 p57:v67:d69:t1 p60:v64:d67:t122 p52:v68:d180:t134 p72:v81:d55:t106 p60:v60:d31:t2 p57:v54:d30:t2 p71:v72:d99:t107 p70:v58:d29:t101 p35:v81:d331:t2 p71:v78:d252:t112 p59:v63:d144:t104 p63:v65:d115:t100 p47:v62:d60:t6 p66:v57:d53:t120

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p47:v80:d49:t1 p71:v76:d113:t110 p75:v73:d76:t123 p51:v69:d29:t0 [/INST] p39:v78:d31:t1 p83:v74:d149:t123 p81:v54:d28:t99 p52:v81:d80:t0 p40:v81:d103:t1 p80:v79:d148:t148 p47:v75:d36:t3 p88:v84:d37:t3 p52:v68:d48:t2 p80:v72:d29:t2 p76:v78:d30:t6 p83:v65:d46:t188 p47:v81:d126:t1 p83:v76:d202:t4 p80:v70:d129:t91 p52:v83:d29:t3 p88:v85:d32:t0 p40:v81:d74:t1 p76:v80:d57:t124 p64:v72:d50:t102 p40:v55:d169:t2 p63:v69:d40:t2 p52:v59:d4:t107 p64:v60:d38:t109 p45:v75:d263:t1 p65:v87:d43:t0 p57:v72:d278:t118 p64:v65:d134:t109 p76:v79:d374:t1 p69:v78:d381:t100 p57:v68:d104:t0 p60:v71:d46:t119 p52:v68:d118:t135

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p64:v77:d46:t98 p48:v63:d43:t3 p63:v72:d40:t107 p64:v70:d55:t109 [/INST] p65:v87:d82:t2 p47:v69:d164:t110 p64:v78:d48:t2 p59:v75:d48:t2 p56:v70:d50:t115 p76:v79:d416:t0 p68:v78:d193:t120 p59:v56:d56:t0 p56:v50:d55:t107 p47:v65:d193:t3 p59:v53:d216:t114 p64:v77:d68:t114 p59:v63:d39:t0 p56:v58:d45:t1 p63:v74:d53:t114 p64:v67:d71:t107 p52:v77:d151:t0 p65:v87:d54:t110 p59:v65:d40:t0 p56:v65:d44:t5 p64:v73:d74:t131 p74:v91:d81:t108 p56:v67:d54:t1 p71:v87:d54:t0 p59:v71:d48:t1 p68:v77:d47:t111 p50:v71:d275:t4 p68:v90:d134:t114 p64:v78:d44:t114 p56:v69:d39:t1 p71:v65:d72:t0 p59:v71:d39:t0 p62:v73:d48:t116

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p48:v62:d133:t0 p60:v76:d140:t112 p52:v71:d44:t4 p64:v81:d34:t1 [/INST] p69:v83:d38:t0 p57:v68:d40:t239 p64:v65:d43:t4 p52:v68:d39:t1 p69:v72:d113:t1 p57:v65:d39:t110 p60:v78:d75:t0 p48:v71:d244:t115 p69:v86:d130:t120 p68:v79:d56:t0 p52:v76:d57:t1 p57:v71:d58:t123 p67:v76:d48:t118 p53:v71:d293:t1 p65:v81:d134:t109 p69:v83:d39:t118 p86:v78:d11:t0 p74:v84:d203:t2 p65:v76:d94:t131 p57:v75:d55:t2 p69:v68:d55:t1 p62:v74:d52:t108 p53:v76:d49:t131 p74:v83:d34:t0 p69:v83:d34:t115 p53:v72:d41:t0 p41:v77:d46:t124 p74:v70:d39:t1 p69:v73:d44:t132 p52:v74:d346:t1 p40:v79:d400:t127 p72:v75:d151:t0

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p64:v68:d86:t129 p57:v73:d57:t2 p60:v77:d70:t2 p72:v78:d45:t2 [/INST] p69:v81:d42:t117 p52:v72:d41:t140 p72:v82:d157:t1 p69:v80:d43:t115 p36:v77:d40:t1 p64:v72:d101:t0 p48:v69:d41:t138 p72:v80:d44:t3 p69:v79:d41:t127 p47:v81:d406:t0 p35:v82:d407:t149 p64:v83:d146:t117 p68:v86:d141:t125 p71:v81:d83:t2 p59:v67:d78:t13 p56:v67:d67:t0 p62:v64:d71:t111 p76:v88:d82:t4 p52:v75:d77:t140 p74:v81:d104:t173 p72:v73:d58:t4 p44:v80:d47:t0 p56:v78:d44:t2 p63:v59:d7:t119 p71:v73:d88:t163 p45:v77:d240:t1 p69:v88:d231:t2 p57:v77:d237:t347 p52:v76:d90:t2 p76:v83:d83:t329 p57:v77:d219:t2 p81:v85:d30:t1

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p64:v68:d86:t129 p57:v73:d57:t2 p60:v77:d70:t2 p72:v78:d45:t2 [/INST] p69:v81:d42:t117 p52:v72:d41:t140 p72:v82:d157:t1 p69:v80:d43:t115 p36:v77:d40:t1 p64:v72:d101:t0 p48:v69:d41:t138 p72:v80:d44:t3 p69:v79:d41:t127 p47:v81:d406:t0 p35:v82:d407:t149 p64:v83:d146:t117 p68:v86:d141:t125 p71:v81:d83:t2 p59:v67:d78:t13 p56:v67:d67:t0 p62:v64:d71:t111 p76:v88:d82:t4 p52:v75:d77:t140 p74:v81:d104:t173 p72:v73:d58:t4 p44:v80:d47:t0 p56:v78:d44:t2 p63:v59:d7:t119 p71:v73:d88:t163 p45:v77:d240:t1 p69:v88:d231:t2 p57:v77:d237:t347 p52:v76:d90:t2 p76:v83:d83:t329 p57:v77:d219:t2 p81:v85:d30:t1

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p57:v38:d212:t15 p69:v41:d327:t11 p65:v31:d319:t22 p53:v32:d87:t92 [/INST] p53:v41:d79:t76 p57:v36:d111:t12 p53:v38:d168:t103 p57:v42:d34:t71 p58:v49:d201:t1 p53:v35:d200:t4 p55:v34:d81:t89 p55:v30:d307:t114 p58:v34:d239:t4 p53:v28:d158:t31 p65:v32:d1264:t131 p53:v40:d96:t9 p60:v49:d87:t11 p57:v37:d76:t82 p60:v48:d309:t2 p53:v40:d177:t3 p57:v36:d696:t181 p53:v30:d277:t131 p60:v44:d77:t86 p60:v43:d290:t71 p53:v33:d104:t110 p53:v47:d117:t114 p60:v43:d225:t7 p53:v38:d103:t1 p57:v26:d1646:t109 p53:v31:d208:t114 p60:v37:d509:t101 p53:v37:d193:t5 p65:v45:d80:t91 p65:v45:d281:t102

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p65:v56:d643:t30 p60:v45:d974:t40 p58:v42:d274:t1 p53:v35:d81:t8 [/INST] p61:v46:d288:t83 p53:v35:d174:t185 p53:v28:d381:t6 p58:v37:d113:t21 p61:v31:d116:t103 p58:v31:d274:t21 p61:v29:d411:t152 p65:v39:d262:t76 p64:v52:d171:t8 p53:v40:d101:t25 p58:v31:d138:t80 p53:v37:d134:t63 p64:v58:d716:t17 p65:v50:d170:t25 p57:v43:d106:t38 p53:v44:d191:t33 p60:v47:d219:t47 p57:v40:d449:t37 p65:v50:d235:t78 p53:v31:d288:t69 p60:v40:d311:t94 p65:v41:d563:t134 p53:v29:d582:t42 p57:v32:d264:t50 p60:v29:d498:t223 p57:v28:d275:t120 p65:v44:d140:t149 p65:v47:d275:t2 p53:v39:d342:t9 p60:v41:d310:t4

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p65:v46:d55:t73 p53:v50:d382:t20 p64:v58:d297:t10 p60:v44:d285:t16 [/INST] p58:v46:d312:t323 p58:v50:d381:t5 p46:v48:d415:t10 p62:v49:d36:t8 p53:v52:d356:t39 p62:v49:d316:t381 p48:v47:d760:t2 p53:v52:d750:t19 p57:v48:d708:t250 p60:v55:d67:t70 p60:v56:d281:t118 p61:v48:d9:t92 p62:v51:d52:t78 p60:v53:d131:t135 p60:v53:d96:t12 p59:v46:d328:t380 p60:v56:d357:t475 p36:v34:d1018:t2 p48:v38:d1339:t9 p64:v45:d1222:t28 p72:v54:d1102:t8 p69:v50:d948:t7 p58:v46:d1114:t1165 p65:v41:d1466:t21 p64:v46:d85:t17 p60:v24:d107:t44 p57:v33:d1222:t23 p52:v39:d9:t0 p53:v40:d1077:t1830 p57:v34:d361:t645 p58:v36:d560:t262

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p57:v31:d542:t1 p53:v37:d211:t216 p53:v34:d332:t167 p60:v37:d488:t167 [/INST] p57:v20:d613:t3 p53:v36:d1869:t326 p60:v42:d284:t274 p65:v43:d1331:t19 p60:v30:d160:t1 p57:v24:d1249:t164 p60:v34:d179:t179 p48:v37:d2289:t9 p60:v40:d99:t49 p69:v59:d2269:t58 p60:v49:d522:t532 p60:v43:d251:t5 p58:v43:d668:t12 p67:v43:d1670:t245 p60:v50:d1402:t2 p57:v46:d1392:t2 p53:v43:d1405:t65 p65:v51:d350:t354 p65:v43:d1033:t1043 p65:v46:d1311:t40 p46:v39:d806:t0 p58:v44:d813:t0 p55:v38:d825:t16 p64:v50:d778:t291 p67:v32:d11:t85 p62:v44:d356:t299 p67:v37:d149:t67 p62:v50:d90:t67 p60:v46:d115:t41

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p57:v45:d2415:t78 p60:v40:d739:t749 p60:v50:d497:t79 p65:v47:d503:t225 [/INST] p64:v59:d1445:t84 p53:v41:d432:t44 p62:v47:d11:t70 p60:v46:d771:t115 p62:v48:d126:t107 p55:v42:d702:t11 p48:v42:d1705:t2 p52:v38:d1227:t543 p60:v46:d300:t72 p58:v50:d59:t64 p58:v49:d110:t18 p55:v45:d292:t96 p58:v48:d111:t68 p57:v43:d980:t74 p53:v41:d215:t221 p53:v40:d1177:t1144 p57:v31:d386:t39 p53:v39:d340:t343 p61:v53:d434:t7 p55:v46:d151:t1 p57:v41:d165:t6 p52:v39:d363:t154 p55:v40:d259:t9 p57:v41:d204:t208 p57:v42:d118:t40 p53:v44:d1115:t3 p62:v50:d1043:t1 p50:v43:d3408:t86 p57:v42:d634:t643 p57:v32:d229:t236

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p62:v48:d217:t67 p57:v37:d242:t3 p53:v34:d377:t156 p62:v42:d198:t89 [/INST] p57:v31:d113:t120 p62:v53:d918:t71 p64:v54:d256:t6 p55:v41:d2185:t101 p61:v48:d111:t117 p61:v43:d478:t38 p64:v33:d224:t234 p64:v54:d1803:t125 p57:v53:d150:t85 p61:v55:d114:t71 p57:v48:d132:t74 p65:v51:d1870:t8 p62:v45:d42:t48 p62:v46:d163:t12 p57:v45:d351:t158 p62:v45:d1245:t200 p57:v36:d1022:t1018 p53:v35:d1210:t8 p57:v42:d933:t27 p62:v34:d553:t240 p68:v49:d144:t151 p68:v49:d492:t10 p65:v52:d428:t161 p62:v49:d198:t207 p62:v49:d69:t70 p60:v50:d743:t10 p55:v37:d533:t642 p55:v44:d498:t235 p67:v43:d9:t1

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p60:v42:d245:t255 p60:v33:d190:t2 p55:v39:d1463:t82 p67:v37:d1411:t115 [/INST] p60:v32:d1220:t9 p64:v35:d725:t371 p53:v42:d828:t15 p59:v54:d379:t56 p65:v45:d8:t333 p59:v44:d443:t1 p62:v39:d373:t379 p62:v40:d61:t113 p60:v43:d419:t8 p72:v46:d411:t11 p52:v32:d400:t4 p48:v32:d396:t400 p48:v35:d364:t5 p52:v36:d367:t0 p72:v43:d359:t1 p60:v38:d105:t110 p60:v38:d325:t258 p48:v28:d382:t1 p72:v42:d59:t3 p52:v29:d378:t60 p72:v40:d1078:t8 p60:v32:d203:t208 p60:v32:d440:t108 p52:v32:d332:t5 p48:v25:d327:t332 p60:v39:d79:t0 p48:v31:d410:t6 p52:v31:d396:t78 p60:v39:d541:t323 p52:v27:d410:t13 p48:v25:d712:t2

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p60:v36:d170:t3 p62:v37:d6:t177 p60:v37:d321:t11 p52:v35:d310:t37 [/INST] p64:v47:d1594:t281 p52:v33:d322:t3 p60:v33:d96:t0 p48:v33:d703:t103 p60:v34:d270:t224 p52:v35:d99:t57 p60:v37:d1041:t53 p52:v28:d227:t239 p52:v34:d357:t34 p48:v33:d331:t25 p72:v50:d4177:t307 p52:v40:d352:t4 p48:v37:d1700:t269 p64:v54:d432:t84 p52:v42:d3513:t7 p65:v47:d11:t2 p62:v47:d3504:t28 p60:v41:d319:t315 p64:v47:d342:t9 p60:v43:d341:t0 p67:v44:d2046:t337 p64:v40:d303:t9 p60:v39:d317:t300 p64:v41:d347:t24 p60:v40:d331:t320 p48:v41:d341:t8 p64:v41:d341:t10 p60:v42:d331:t332 p48:v45:d2019:t9 p64:v52:d459:t1

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p60:v50:d348:t135 p64:v48:d206:t210 p64:v58:d333:t8 p60:v55:d325:t15 [/INST] p67:v51:d1708:t318 p64:v50:d338:t3 p60:v47:d343:t343 p64:v48:d1052:t4 p60:v51:d357:t362 p60:v48:d363:t2 p63:v47:d116:t123 p63:v46:d538:t217 p48:v52:d2663:t26 p60:v51:d333:t336 p69:v55:d581:t7 p60:v54:d90:t2 p65:v51:d331:t92 p60:v45:d288:t107 p67:v42:d143:t146 p67:v48:d127:t15 p64:v53:d104:t25 p60:v45:d356:t35 p70:v58:d2779:t55 p64:v49:d105:t4 p67:v45:d262:t107 p64:v49:d155:t159 p67:v48:d357:t0 p64:v51:d365:t5 p60:v41:d360:t356 p67:v45:d388:t8 p64:v50:d387:t3 p60:v43:d384:t388 p67:v45:d403:t2 p64:v49:d378:t4

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p64:v45:d387:t16 p67:v35:d433:t1 p60:v27:d440:t427 p52:v32:d466:t8 [/INST] p64:v43:d481:t2 p67:v37:d556:t12 p60:v20:d513:t459 p65:v38:d484:t55 p69:v48:d414:t9 p60:v40:d128:t7 p53:v37:d1957:t133 p60:v34:d349:t271 p69:v31:d3742:t18 p65:v26:d1827:t66 p60:v31:d278:t288 p60:v22:d344:t353 p60:v37:d352:t69 p58:v39:d260:t5 p67:v36:d278:t260 p58:v41:d240:t23 p67:v43:d187:t1 p60:v45:d216:t190 p67:v52:d2469:t33 p60:v41:d285:t4 p58:v44:d2432:t237 p57:v43:d1419:t16 p53:v47:d1341:t33 p60:v42:d448:t257 p65:v32:d268:t202 p60:v24:d350:t70 p65:v33:d426:t288 p60:v25:d491:t144 p65:v31:d217:t221

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p53:v34:d244:t2 p60:v34:d111:t54 p57:v35:d165:t63 p60:v36:d340:t112 [/INST] p57:v21:d535:t17 p53:v31:d464:t221 p60:v30:d312:t255 p53:v18:d2338:t61 p60:v42:d695:t75 p48:v38:d3808:t626 p60:v54:d2352:t55 p62:v48:d1091:t333 p64:v59:d1104:t88 p58:v39:d271:t247 p65:v49:d293:t28 p58:v39:d80:t90 p58:v38:d244:t20 p55:v40:d255:t160 p65:v49:d2137:t69 p58:v48:d417:t35 p55:v39:d385:t391 p58:v49:d53:t65 p53:v43:d2322:t4 p41:v42:d2290:t9 p57:v43:d2317:t762 p60:v40:d933:t940 p60:v44:d581:t618 p62:v48:d89:t40 p55:v38:d218:t15 p48:v39:d2085:t20 p46:v37:d2090:t20 p62:v50:d163:t168 p62:v51:d218:t5

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p62:v45:d180:t78 p55:v47:d1229:t108 p62:v63:d1538:t76 p69:v55:d2361:t1449 [/INST] p48:v39:d2263:t5 p36:v36:d907:t6 p33:v40:d10:t1328 p60:v50:d748:t83 p65:v47:d717:t784 p64:v55:d633:t12 p55:v43:d61:t52 p48:v52:d2059:t12 p60:v52:d442:t5 p55:v48:d276:t93 p67:v48:d1941:t187 p55:v45:d254:t161 p60:v46:d242:t118 p64:v63:d1498:t74 p65:v58:d1424:t23 p57:v55:d680:t31 p60:v56:d280:t284 p60:v53:d395:t405 p60:v55:d368:t2 p58:v56:d672:t725 p57:v50:d1782:t9 p60:v52:d1865:t20 p53:v48:d1830:t2018 p55:v49:d2485:t23 p62:v48:d1387:t4 p72:v64:d169:t10 p67:v46:d1373:t145 p58:v53:d114:t20 p72:v65:d493:t102

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p72:v60:d290:t294 p72:v63:d2354:t95 p70:v61:d300:t307 p70:v60:d2796:t7 [/INST] p65:v54:d747:t6 p62:v52:d364:t2 p67:v54:d385:t374 p62:v56:d1194:t16 p67:v54:d1823:t456 p57:v53:d1452:t4 p60:v54:d1624:t0 p48:v54:d2193:t1370 p67:v41:d2359:t64 p65:v42:d710:t196 p60:v39:d1208:t536 p55:v44:d134:t30 p64:v51:d642:t8 p48:v43:d150:t107 p55:v52:d2401:t47 p48:v50:d1724:t485 p60:v52:d171:t2 p64:v53:d1859:t99 p69:v60:d2651:t82 p60:v51:d96:t100 p60:v52:d57:t64 p60:v52:d462:t472 p60:v46:d105:t116 p60:v48:d304:t313 p48:v48:d690:t0 p60:v48:d167:t2 p58:v51:d553:t169 p60:v38:d373:t379 p60:v43:d1522:t28 p53:v43:d188:t10

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p57:v40:d1453:t189 p53:v36:d1287:t1945 p57:v32:d500:t637 p58:v42:d146:t197 [/INST] p57:v37:d2226:t9 p60:v49:d343:t32 p53:v40:d1025:t315 p60:v37:d241:t248 p60:v33:d493:t471 p53:v36:d1235:t0 p65:v44:d6:t26 p60:v36:d395:t345 p65:v52:d872:t57 p60:v50:d569:t5 p69:v60:d2254:t517 p67:v42:d323:t58 p60:v39:d235:t8 p58:v45:d173:t22 p79:v56:d182:t118 p57:v46:d87:t88 p53:v44:d1588:t3 p60:v45:d2192:t1 p57:v41:d2199:t3 p65:v47:d253:t264 p65:v41:d1152:t1147 p67:v39:d816:t27 p64:v44:d74:t0 p55:v36:d190:t25 p46:v35:d736:t8 p58:v42:d722:t53 p64:v53:d280:t115 p55:v32:d250:t172 p64:v53:d400:t28 p62:v46:d362:t57

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p60:v44:d296:t0 p48:v38:d2416:t6 p53:v33:d59:t31 p57:v43:d1580:t39 [/INST] p53:v40:d642:t231 p60:v46:d626:t418 p53:v29:d823:t213 p60:v42:d587:t15 p65:v46:d595:t182 p64:v54:d651:t135 p62:v48:d143:t265 p60:v44:d550:t8 p52:v37:d166:t1 p55:v38:d157:t169 p55:v28:d127:t4 p52:v30:d1275:t133 p55:v24:d343:t239 p60:v44:d672:t106 p58:v44:d113:t3 p55:v36:d223:t114 p58:v44:d134:t97 p57:v38:d1335:t41 p53:v38:d1333:t1300 p57:v34:d386:t42 p53:v42:d270:t342 p61:v55:d337:t8 p55:v47:d222:t5 p57:v41:d365:t3 p52:v38:d350:t7 p49:v41:d10:t360 p57:v40:d87:t0 p53:v43:d87:t6 p62:v48:d1057:t0 p50:v42:d89:t89

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p53:v43:d1019:t8 p50:v38:d3557:t621 p57:v29:d237:t247 p57:v31:d136:t94 [/INST] p62:v48:d410:t46 p57:v35:d265:t9 p53:v35:d268:t266 p57:v30:d88:t95 p62:v50:d832:t75 p64:v54:d119:t7 p55:v43:d511:t121 p64:v50:d360:t370 p64:v52:d1672:t26 p55:v35:d248:t101 p57:v52:d101:t112 p57:v44:d43:t49 p57:v49:d1430:t64 p65:v52:d1373:t11 p62:v45:d49:t60 p62:v48:d1296:t1372 p53:v37:d734:t4 p57:v40:d867:t37 p62:v33:d550:t240 p69:v57:d632:t0 p68:v49:d556:t160 p65:v54:d4:t159 p62:v49:d283:t276 p60:v50:d590:t10 p55:v36:d511:t583 p55:v39:d143:t154 p55:v50:d273:t76 p64:v59:d795:t19 p60:v44:d774:t187 p55:v47:d798:t586

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p59:v43:d890:t126 p53:v43:d757:t86 p55:v39:d678:t166 p62:v40:d174:t179 [/INST] p62:v34:d180:t189 p62:v32:d152:t101 p48:v35:d389:t14 p52:v35:d383:t41 p60:v40:d480:t340 p48:v24:d378:t8 p52:v31:d370:t143 p60:v36:d212:t221 p60:v30:d352:t13 p48:v26:d362:t4 p52:v30:d358:t340 p60:v29:d432:t23 p48:v27:d363:t4 p52:v32:d382:t366 p48:v27:d777:t24 p52:v30:d369:t23 p60:v42:d131:t138 p60:v38:d162:t166 p60:v37:d195:t47 p52:v33:d386:t157 p60:v34:d60:t71 p62:v44:d320:t0 p60:v35:d274:t161 p48:v37:d750:t7 p52:v39:d382:t9 p76:v43:d4321:t107 p60:v33:d128:t139 p60:v27:d119:t124 p60:v38:d364:t10

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p60:v31:d68:t1 p48:v30:d389:t4 p52:v29:d378:t72 p60:v37:d313:t311 [/INST] p52:v33:d363:t8 p60:v43:d294:t4 p48:v35:d351:t295 p60:v49:d64:t37 p64:v47:d12:t24 p52:v33:d2822:t4 p48:v37:d352:t6 p60:v49:d200:t205 p60:v33:d149:t144 p53:v38:d5:t7 p48:v37:d743:t1 p65:v46:d5:t3 p60:v34:d247:t111 p65:v44:d6:t1 p67:v38:d5:t144 p60:v30:d214:t2 p65:v44:d5:t101 p65:v51:d2023:t27 p67:v50:d1198:t89 p60:v44:d272:t274 p48:v40:d320:t4 p60:v41:d331:t325 p48:v39:d713:t6 p64:v45:d267:t9 p60:v41:d368:t372 p60:v43:d334:t333 p48:v43:d369:t7 p60:v48:d347:t44 p64:v57:d272:t278 p64:v45:d200:t32 p60:v48:d175:t17

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p65:v47:d129:t127 p60:v56:d355:t35 p67:v47:d5:t324 p60:v54:d196:t7 [/INST] p64:v50:d4:t197 p60:v42:d145:t152 p60:v51:d346:t3 p64:v45:d6:t328 p63:v46:d319:t21 p60:v49:d293:t394 p60:v57:d107:t2 p64:v56:d274:t107 p67:v49:d375:t3 p60:v50:d164:t202 p65:v41:d170:t2 p60:v50:d168:t172 p67:v46:d472:t2 p65:v52:d1276:t5 p60:v50:d265:t258 p64:v56:d383:t17 p60:v48:d413:t1 p70:v57:d2570:t198 p67:v50:d152:t159 p67:v50:d362:t14 p64:v50:d793:t45 p60:v47:d372:t307 p67:v47:d426:t46 p63:v48:d11:t28 p60:v42:d375:t362 p67:v48:d405:t16 p64:v44:d404:t8 p60:v41:d321:t392 p67:v44:d158:t9 p60:v39:d394:t5 p64:v41:d374:t152

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p65:v28:d4:t22 p67:v35:d428:t6 p60:v27:d514:t1 p63:v40:d475:t617 [/INST] p69:v48:d1217:t5 p60:v35:d252:t59 p65:v40:d1149:t201 p60:v28:d146:t156 p60:v26:d281:t292 p60:v34:d553:t583 p67:v36:d98:t12 p58:v35:d201:t7 p60:v35:d209:t88 p67:v45:d137:t110 p58:v35:d195:t17 p60:v42:d178:t19 p67:v48:d221:t95 p53:v42:d349:t70 p60:v43:d409:t1 p58:v44:d101:t60 p67:v46:d287:t50 p58:v35:d153:t215 p57:v39:d99:t21 p65:v41:d308:t10 p53:v40:d521:t57 p60:v39:d1332:t16 p57:v36:d332:t231 p65:v34:d708:t107 p57:v26:d509:t120 p53:v24:d881:t485 p65:v32:d265:t269 p65:v34:d2346:t107 p57:v32:d695:t7

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p53:v34:d3036:t681 p57:v26:d1863:t42 p60:v41:d370:t56 p58:v37:d275:t116 [/INST] p48:v32:d1174:t168 p58:v30:d667:t40 p60:v34:d374:t380 p60:v42:d785:t31 p62:v41:d278:t226 p58:v33:d305:t62 p62:v45:d1195:t11 p64:v50:d332:t241 p58:v33:d237:t101 p64:v57:d858:t64 p65:v52:d172:t60 p60:v34:d749:t19 p58:v37:d707:t98 p65:v46:d125:t133 p65:v55:d507:t62 p67:v54:d414:t442 p57:v45:d2315:t1 p41:v42:d2287:t3 p60:v44:d391:t3 p53:v45:d2308:t7 p65:v47:d2283:t387 p60:v43:d1904:t1942 p62:v50:d4610:t6 p34:v40:d4282:t15 p46:v34:d4328:t8 p55:v42:d580:t591 p55:v38:d3768:t1560 p48:v47:d2261:t2 p57:v43:d2144:t21

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p60:v49:d924:t71 p65:v47:d719:t783 p64:v55:d630:t12 p55:v42:d65:t54 [/INST] p48:v51:d1931:t14 p60:v51:d151:t8 p55:v46:d527:t94 p67:v48:d487:t60 p60:v47:d273:t281 p60:v45:d115:t118 p64:v62:d1418:t8 p60:v50:d104:t59 p65:v57:d99:t25 p67:v51:d1441:t9 p57:v55:d172:t16 p60:v57:d610:t53 p65:v50:d303:t115 p57:v51:d1056:t199 p65:v54:d934:t254 p60:v53:d65:t61 p58:v59:d670:t14 p60:v58:d358:t737 p69:v62:d2110:t73 p60:v53:d1876:t5 p53:v55:d2009:t0 p57:v50:d2025:t2101 p72:v66:d323:t33 p46:v37:d2087:t40 p62:v47:d173:t0 p55:v52:d189:t1 p67:v50:d1631:t177 p62:v50:d1040:t21 p55:v46:d243:t62 p72:v66:d557:t190

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p58:v50:d1431:t40 p55:v52:d85:t92 p55:v53:d3012:t144 p72:v69:d1992:t86 [/INST] p70:v65:d186:t197 p70:v66:d89:t94 p70:v69:d789:t26 p62:v64:d322:t330 p62:v55:d422:t3 p65:v53:d438:t78 p67:v58:d441:t346 p58:v48:d141:t1 p62:v48:d86:t69 p48:v53:d2145:t13 p57:v50:d1579:t20 p67:v48:d1346:t17 p60:v52:d2187:t1399 p65:v46:d434:t148 p57:v24:d156:t291 p65:v40:d241:t246 p65:v42:d46:t103 p55:v47:d514:t2 p64:v57:d74:t74 p48:v44:d656:t11 p64:v51:d638:t117 p60:v47:d134:t139 p60:v38:d417:t177 p55:v33:d205:t250 p60:v51:d1365:t1375 p60:v52:d524:t2 p58:v50:d525:t667 p64:v43:d43:t15 p53:v32:d2762:t16

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p58:v50:d1431:t40 p55:v52:d85:t92 p55:v53:d3012:t144 p72:v69:d1992:t86 [/INST] p70:v65:d186:t197 p70:v66:d89:t94 p70:v69:d789:t26 p62:v64:d322:t330 p62:v55:d422:t3 p65:v53:d438:t78 p67:v58:d441:t346 p58:v48:d141:t1 p62:v48:d86:t69 p48:v53:d2145:t13 p57:v50:d1579:t20 p67:v48:d1346:t17 p60:v52:d2187:t1399 p65:v46:d434:t148 p57:v24:d156:t291 p65:v40:d241:t246 p65:v42:d46:t103 p55:v47:d514:t2 p64:v57:d74:t74 p48:v44:d656:t11 p64:v51:d638:t117 p60:v47:d134:t139 p60:v38:d417:t177 p55:v33:d205:t250 p60:v51:d1365:t1375 p60:v52:d524:t2 p58:v50:d525:t667 p64:v43:d43:t15 p53:v32:d2762:t16

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p76:v68:d1034:t631 p45:v43:d1816:t409 p76:v68:d639:t52 p52:v48:d1102:t353 [/INST] p55:v50:d526:t239 p76:v72:d479:t47 p59:v48:d1519:t247 p55:v47:d1272:t189 p76:v78:d664:t35 p52:v50:d1048:t251 p45:v52:d801:t388 p76:v71:d412:t414 p74:v61:d298:t4 p45:v42:d1761:t305 p74:v64:d2126:t19 p53:v47:d1137:t258 p57:v46:d511:t230 p60:v47:d1620:t290 p57:v47:d1330:t310 p76:v77:d1020:t58 p53:v51:d962:t254 p77:v86:d708:t47 p45:v49:d312:t316 p79:v87:d2324:t1 p45:v47:d349:t355 p45:v57:d347:t295 p76:v65:d513:t35 p55:v49:d977:t264 p59:v62:d475:t209 p43:v46:d5:t10 p76:v72:d433:t32 p62:v49:d1486:t234

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p59:v40:d1144:t71 p76:v78:d634:t55 p55:v52:d1020:t238 p45:v59:d771:t351 [/INST] p76:v77:d458:t405 p74:v68:d314:t21 p45:v55:d1745:t305 p74:v69:d1079:t30 p54:v41:d1133:t236 p60:v46:d582:t252 p64:v53:d1747:t341 p60:v50:d1406:t231 p74:v84:d1195:t85 p54:v41:d1090:t236 p76:v77:d854:t33 p45:v51:d772:t386 p79:v88:d2797:t392 p45:v60:d1668:t290 p69:v73:d633:t37 p53:v51:d1080:t200 p57:v22:d1869:t191 p58:v46:d474:t210 p69:v69:d456:t49 p62:v31:d1418:t223 p58:v49:d1194:t191 p69:v75:d638:t23 p53:v44:d982:t261 p45:v51:d377:t358 p69:v68:d363:t30 p45:v38:d350:t352 p67:v59:d313:t2 p45:v55:d1670:t322

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p51:v49:d1027:t263 p55:v46:d480:t253 p60:v44:d1370:t233 p55:v57:d94:t99 [/INST] p55:v36:d1036:t131 p67:v81:d904:t53 p51:v47:d851:t261 p69:v79:d637:t32 p45:v45:d770:t391 p72:v82:d1431:t387 p45:v55:d2296:t355 p67:v58:d2536:t17 p50:v47:d1593:t329 p69:v72:d781:t25 p53:v49:d786:t328 p72:v71:d1838:t38 p58:v48:d1800:t401 p69:v65:d426:t30 p53:v41:d1379:t401 p69:v63:d341:t48 p50:v41:d920:t303 p69:v63:d312:t27 p45:v42:d554:t294 p69:v71:d3087:t264 p45:v57:d1455:t294 p52:v50:d900:t242 p55:v48:d451:t234 p59:v53:d1450:t222 p55:v54:d1229:t207 p52:v48:d1021:t262 p45:v54:d732:t743 p45:v68:d956:t263

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p55:v71:d883:t140 p59:v80:d482:t157 p62:v82:d1659:t332 p59:v69:d1328:t160 [/INST] p69:v89:d1167:t99 p55:v56:d1069:t267 p52:v66:d801:t454 p76:v88:d680:t331 p48:v79:d2199:t356 p76:v85:d446:t4 p55:v70:d1102:t195 p58:v72:d700:t137 p62:v73:d371:t117 p76:v89:d408:t28 p65:v68:d1363:t236 p62:v68:d1128:t154 p76:v90:d566:t37 p58:v66:d935:t208 p55:v72:d729:t329 p76:v92:d401:t401 p74:v74:d274:t29 p46:v60:d2411:t254 p74:v79:d2154:t33 p53:v58:d1333:t171 p57:v64:d924:t140 p60:v69:d515:t169 p64:v74:d1643:t351 p60:v60:d1291:t179 p76:v94:d1113:t90 p57:v60:d1023:t209 p77:v95:d814:t33 p53:v60:d779:t382

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p45:v69:d1370:t268 p76:v70:d464:t15 p52:v61:d1217:t184 p55:v67:d788:t137 [/INST] p59:v70:d405:t133 p76:v81:d449:t34 p62:v64:d1467:t249 p59:v61:d1219:t174 p76:v71:d667:t67 p55:v54:d117:t128 p55:v41:d849:t120 p52:v61:d728:t357 p76:v79:d374:t387 p74:v70:d284:t19 p43:v45:d2519:t270 p74:v67:d2248:t4 p50:v48:d1312:t194 p53:v54:d834:t146 p57:v62:d427:t162 p60:v67:d1743:t271 p57:v67:d1472:t200 p76:v86:d1271:t66 p53:v59:d1225:t269 p79:v94:d937:t15 p50:v59:d922:t431 p81:v92:d1125:t407 p41:v71:d2319:t294 p72:v79:d577:t32 p48:v61:d1252:t242 p51:v62:d780:t167 p55:v62:d413:t142 p72:v76:d440:t34

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p55:v53:d1161:t168 p72:v81:d597:t28 p51:v59:d964:t232 p48:v69:d732:t0 [/INST] p70:v52:d6:t346 p72:v76:d388:t406 p70:v69:d284:t5 p39:v53:d2521:t288 p46:v57:d1296:t2 p70:v71:d956:t177 p49:v54:d833:t138 p53:v61:d434:t172 p56:v72:d1742:t272 p53:v63:d1487:t204 p70:v86:d1268:t51 p49:v50:d1215:t284 p72:v80:d933:t5 p46:v57:d926:t447 p75:v86:d1372:t391 p37:v52:d528:t316 p70:v70:d2563:t19 p44:v50:d1921:t195 p48:v53:d1403:t92 p72:v76:d812:t102 p51:v59:d779:t268 p75:v71:d1887:t46 p54:v40:d1842:t406 p72:v70:d451:t66 p51:v52:d1370:t395 p72:v68:d351:t33 p48:v49:d941:t327 p72:v66:d321:t2 p44:v41:d626:t330

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p36:v51:d2170:t270 p43:v51:d1240:t184 p46:v57:d841:t138 p50:v57:d442:t168 [/INST] p53:v54:d1497:t278 p50:v52:d1219:t267 p46:v51:d952:t212 p43:v41:d740:t662 p36:v57:d4139:t273 p43:v60:d1346:t162 p46:v68:d969:t135 p50:v71:d520:t154 p53:v73:d1103:t370 p50:v47:d994:t320 p46:v49:d912:t209 p43:v39:d895:t208 p53:v53:d856:t265 p50:v42:d791:t240 p46:v48:d781:t188 p43:v37:d785:t174 p53:v56:d964:t195 p50:v61:d1153:t173 p41:v36:d5:t1 p72:v85:d4604:t56 p46:v50:d1177:t191 p43:v50:d1193:t305 p76:v91:d4360:t50 p53:v44:d999:t387 p50:v45:d843:t249 p46:v48:d809:t214 p43:v44:d795:t159 p53:v50:d835:t229

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p46:v50:d1099:t198 p43:v38:d425:t201 p53:v47:d1283:t229 p50:v45:d1300:t5 [/INST] p43:v32:d120:t123 p69:v83:d473:t1 p43:v40:d641:t346 p46:v40:d1117:t131 p69:v73:d287:t173 p43:v23:d114:t122 p43:v31:d691:t3 p69:v62:d235:t159 p53:v38:d237:t85 p69:v61:d160:t160 p50:v45:d1047:t0 p53:v37:d975:t5 p69:v62:d133:t139 p69:v60:d102:t106 p69:v82:d80:t39 p43:v42:d272:t6 p46:v45:d780:t43 p69:v70:d77:t88 p69:v67:d88:t93 p69:v72:d72:t52 p43:v53:d1226:t31 p69:v65:d74:t78 p69:v75:d80:t85 p69:v81:d64:t73 p69:v72:d208:t97 p67:v81:d478:t49 p53:v57:d821:t245 p62:v80:d559:t101 p50:v53:d457:t89

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p69:v82:d1895:t35 p46:v57:d839:t237 p43:v55:d786:t215 p53:v61:d763:t207 [/INST] p50:v65:d779:t191 p46:v69:d826:t184 p43:v73:d965:t187 p53:v76:d1430:t223 p50:v87:d1204:t243 p46:v79:d972:t26 p62:v79:d936:t97 p67:v68:d839:t61 p69:v77:d778:t74 p74:v86:d77:t65 p43:v89:d639:t18 p77:v69:d9:t1 p74:v84:d619:t90 p79:v86:d479:t81 p81:v82:d449:t88 p86:v90:d363:t319 p88:v92:d605:t2 p79:v80:d611:t0 p76:v89:d603:t31 p36:v83:d2292:t0 p24:v89:d488:t477 p43:v87:d1804:t101 p88:v89:d263:t4 p76:v84:d259:t1 p81:v78:d258:t1 p79:v77:d257:t44 p50:v66:d1660:t101 p57:v61:d312:t86 p52:v76:d1472:t30 p79:v82:d388:t0

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p81:v89:d393:t0 p76:v87:d1430:t47 p55:v71:d1421:t80 p62:v76:d1111:t76 [/INST] p57:v76:d75:t86 p57:v64:d1154:t106 p91:v95:d1058:t1 p60:v88:d957:t0 p79:v92:d1039:t2 p81:v89:d479:t483 p90:v95:d303:t1 p81:v86:d302:t0 p78:v95:d302:t39 p82:v51:d524:t271 p81:v82:d246:t0 p78:v90:d353:t2 p90:v88:d282:t48 p62:v60:d214:t115 p60:v64:d94:t84 p88:v86:d296:t0 p76:v84:d296:t6 p81:v78:d1454:t25 p86:v49:d749:t39 p52:v86:d1388:t70 p59:v69:d1318:t85 p62:v66:d1008:t76 p88:v92:d640:t1 p79:v81:d1139:t4 p76:v88:d282:t11 p83:v68:d1142:t6 p67:v84:d1136:t269 p84:v92:d867:t2 p72:v86:d866:t4 p76:v61:d343:t191

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p74:v87:d670:t34 p85:v42:d924:t123 p88:v98:d1024:t4 p76:v87:d1035:t142 [/INST] p66:v81:d367:t151 p62:v87:d235:t191 p64:v92:d1148:t308 p59:v89:d838:t341 p86:v95:d498:t4 p74:v88:d493:t450 p81:v80:d346:t3 p69:v81:d351:t34 p48:v68:d202:t86 p55:v66:d2435:t100 p59:v64:d2097:t134 p81:v82:d496:t2 p64:v86:d2189:t0 p69:v82:d494:t296 p79:v85:d1650:t2 p67:v78:d1648:t204 p81:v82:d929:t2 p69:v82:d927:t181 p84:v88:d1505:t4 p72:v84:d1501:t1 p76:v79:d1500:t144 p57:v80:d313:t324 p57:v80:d1034:t278 p81:v83:d279:t2 p69:v82:d277:t30 p52:v64:d286:t252 p81:v82:d469:t0 p69:v77:d468:t43 p52:v67:d425:t188 p79:v83:d225:t2

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p59:v68:d217:t210 p79:v78:d587:t0 p67:v79:d587:t22 p48:v62:d1013:t0 [/INST] p57:v56:d903:t1 p55:v58:d1012:t208 p76:v79:d179:t0 p64:v84:d179:t184 p76:v85:d463:t2 p64:v88:d461:t141 p54:v64:d477:t36 p79:v89:d441:t2 p67:v83:d439:t101 p52:v63:d358:t191 p76:v81:d805:t1 p64:v83:d804:t47 p57:v54:d1087:t358 p55:v55:d757:t257 p50:v77:d499:t150 p76:v88:d355:t1 p64:v90:d350:t305 p74:v85:d469:t2 p62:v83:d467:t17 p52:v73:d1229:t7 p57:v73:d934:t255 p59:v83:d941:t0 p71:v86:d967:t193 p74:v89:d774:t3 p62:v80:d770:t169 p76:v87:d602:t3 p64:v86:d598:t155 p54:v79:d444:t167 p57:v81:d277:t255 p59:v86:d472:t480

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p79:v91:d1409:t3 p67:v81:d1406:t615 p57:v68:d591:t2 p52:v69:d789:t332 [/INST] p54:v56:d458:t100 p74:v76:d3175:t2 p62:v74:d355:t162 p57:v61:d193:t170 p71:v81:d1563:t64 p59:v74:d374:t301 p81:v75:d1197:t1 p69:v67:d1196:t76 p59:v60:d679:t261 p76:v74:d2377:t1 p64:v79:d857:t220 p57:v66:d638:t208 p59:v75:d442:t388 p62:v71:d722:t730 p62:v54:d1095:t569 p81:v80:d1804:t3 p69:v60:d1809:t508 p76:v47:d1276:t275 p59:v47:d327:t0 p54:v45:d327:t336 p59:v59:d664:t2 p54:v46:d663:t270 p83:v86:d1493:t5 p71:v78:d1496:t368 p78:v65:d1550:t196 p62:v60:d317:t4 p52:v62:d306:t317 p52:v59:d578:t1 p62:v55:d702:t4

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p59:v47:d7:t210 p81:v91:d1632:t3 p69:v79:d1618:t357 p76:v58:d750:t204 [/INST] p59:v57:d285:t4 p54:v50:d281:t290 p59:v62:d763:t2 p54:v62:d762:t254 p86:v89:d518:t1 p76:v70:d156:t7 p74:v73:d499:t24 p77:v56:d476:t134 p84:v72:d341:t2 p76:v61:d166:t0 p72:v74:d339:t160 p83:v79:d2241:t10 p76:v64:d1478:t6 p71:v71:d1538:t256 p66:v57:d487:t2 p56:v57:d485:t490 p66:v49:d790:t1 p56:v52:d789:t356 p81:v83:d1573:t2 p69:v61:d1561:t375 p76:v59:d1211:t211 p59:v59:d255:t1 p54:v58:d254:t260 p59:v66:d715:t0 p54:v58:d714:t276 p83:v88:d2460:t5 p71:v80:d1495:t341 p78:v69:d1692:t187 p62:v70:d237:t1 p52:v66:d244:t248

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p52:v70:d702:t243 p81:v92:d1517:t296 p76:v76:d714:t202 p59:v76:d228:t1 [/INST] p54:v72:d227:t231 p59:v73:d773:t5 p54:v82:d782:t274 p88:v94:d495:t10 p76:v72:d485:t0 p78:v77:d129:t138 p74:v83:d347:t2 p78:v62:d143:t146 p85:v83:d1049:t1 p78:v76:d909:t0 p73:v84:d1048:t219 p68:v83:d322:t2 p58:v78:d320:t326 p68:v79:d812:t5 p58:v75:d809:t219 p88:v96:d587:t5 p76:v76:d583:t138 p78:v79:d134:t0 p74:v81:d445:t138 p85:v83:d948:t1 p78:v82:d678:t1 p73:v86:d305:t206 p69:v79:d98:t3 p59:v81:d130:t134 p67:v76:d842:t2 p59:v72:d102:t106 p59:v84:d732:t1 p66:v84:d734:t224 p88:v95:d506:t5 p76:v87:d502:t0

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p86:v89:d386:t1 p74:v92:d385:t130 p78:v93:d256:t1 p73:v90:d255:t23 [/INST] p85:v73:d247:t252 p68:v83:d802:t1 p92:v94:d806:t5 p58:v86:d46:t0 p80:v82:d819:t1 p85:v86:d326:t169 p58:v73:d150:t1 p66:v80:d630:t154 p73:v90:d256:t0 p58:v81:d263:t1 p65:v82:d262:t6 p85:v84:d249:t257 p73:v84:d212:t2 p85:v81:d209:t8 p65:v82:d201:t1 p58:v81:d200:t115 p63:v79:d87:t106 p62:v84:d2647:t0 p82:v86:d751:t1 p70:v86:d158:t308 p89:v103:d2342:t1 p77:v95:d2340:t449 p82:v91:d1927:t0 p70:v91:d1892:t370 p56:v87:d919:t573 p53:v75:d948:t354 p56:v91:d594:t388 p73:v75:d206:t7 p65:v66:d266:t1 p58:v71:d3091:t0 p85:v71:d198:t127

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p82:v80:d773:t1 p62:v81:d1933:t4 p70:v80:d292:t11 p56:v46:d1256:t303 [/INST] p89:v92:d2689:t2 p77:v84:d2687:t464 p82:v79:d2231:t3 p70:v75:d2282:t496 p56:v80:d1713:t631 p53:v57:d1081:t435 p61:v71:d645:t502 p68:v62:d1170:t4 p58:v72:d2303:t502 p65:v58:d994:t345 p73:v68:d910:t325 p68:v65:d892:t331 p65:v50:d984:t265 p73:v64:d995:t301 p68:v56:d675:t428 p65:v51:d1326:t151 p54:v71:d1152:t474 p73:v61:d701:t550 p61:v74:d919:t474 p64:v45:d496:t231 p73:v61:d84:t95 p73:v26:d174:t129 p71:v61:d634:t0 p61:v61:d589:t247 p64:v51:d389:t186 p68:v59:d204:t162 p75:v78:d1127:t1 p61:v69:d500:t208

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p68:v64:d481:t135 p61:v84:d561:t11 p73:v71:d666:t191 p64:v68:d417:t149 [/INST] p68:v73:d267:t214 p61:v80:d837:t1 p76:v65:d841:t322 p75:v61:d522:t61 p59:v70:d342:t123 p68:v64:d1179:t197 p78:v67:d982:t33 p59:v64:d949:t191 p76:v61:d744:t159 p75:v69:d138:t148 p75:v68:d297:t167 p73:v66:d315:t138 p75:v70:d135:t127 p61:v86:d777:t60 p73:v59:d716:t178 p71:v73:d449:t75 p62:v86:d463:t108 p68:v67:d356:t276 p71:v64:d244:t4 p64:v85:d726:t324 p68:v52:d246:t195 p71:v62:d206:t148 p61:v73:d502:t31 p75:v62:d974:t191 p71:v57:d780:t154 p68:v59:d310:t132 p61:v70:d432:t27 p73:v68:d297:t162 p68:v60:d281:t140

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p61:v79:d544:t39 p68:v44:d267:t154 p71:v68:d370:t149 p68:v71:d221:t206 [/INST] p61:v76:d764:t1 p66:v60:d432:t269 p63:v60:d483:t89 p59:v74:d320:t81 p66:v64:d313:t221 p70:v63:d364:t25 p59:v74:d953:t211 p66:v55:d801:t133 p70:v68:d456:t165 p73:v75:d501:t157 p71:v75:d343:t140 p70:v76:d147:t153 p59:v84:d417:t5 p70:v81:d373:t193 p68:v67:d585:t84 p61:v80:d499:t102 p70:v79:d398:t300 p64:v87:d697:t293 p73:v67:d430:t201 p78:v70:d203:t152 p54:v78:d569:t48 p76:v61:d1097:t200 p69:v67:d490:t156 p73:v74:d472:t162 p80:v85:d1101:t12 p54:v62:d436:t170 p69:v73:d435:t137 p73:v79:d436:t135 p54:v78:d547:t4

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p69:v82:d437:t141 p73:v86:d297:t239 p81:v79:d796:t1 p54:v84:d793:t301 [/INST] p80:v76:d492:t68 p52:v76:d364:t108 p73:v79:d648:t239 p83:v74:d298:t27 p52:v71:d966:t231 p81:v76:d719:t157 p80:v76:d155:t161 p80:v84:d286:t167 p78:v79:d288:t128 p80:v75:d844:t132 p52:v84:d761:t34 p78:v76:d726:t192 p76:v62:d447:t76 p54:v78:d458:t114 p73:v71:d343:t268 p76:v53:d581:t25 p57:v77:d1454:t344 p73:v59:d811:t217 p76:v61:d379:t168 p52:v73:d767:t12 p80:v65:d882:t204 p76:v60:d547:t80 p54:v79:d529:t141 p73:v74:d327:t293 p57:v71:d1399:t6 p78:v68:d604:t338 p73:v59:d458:t117 p54:v66:d333:t155 p78:v70:d781:t189

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p73:v60:d355:t191 p76:v66:d401:t93 p54:v62:d270:t79 p73:v67:d227:t176 [/INST] p71:v73:d330:t21 p54:v63:d2053:t171 p68:v63:d522:t148 p71:v70:d251:t136 p75:v70:d1561:t125 p71:v72:d344:t122 p68:v61:d429:t105 p73:v70:d1209:t126 p71:v71:d1087:t94 p70:v72:d311:t108 p68:v74:d326:t106 p63:v72:d351:t102 p70:v78:d675:t125 p68:v73:d549:t130 p63:v78:d332:t150 p61:v72:d268:t190 p63:v75:d268:t213 p61:v68:d203:t191 p56:v78:d314:t276 p63:v77:d587:t590 p63:v56:d737:t684 p66:v87:d962:t437 p61:v52:d526:t201 p63:v57:d327:t259 p80:v89:d738:t3 p73:v91:d678:t7 p78:v83:d679:t30 p64:v66:d695:t231 p63:v54:d469:t171

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p82:v87:d625:t5 p73:v82:d505:t2 p78:v79:d503:t14 p54:v73:d505:t302 [/INST] p64:v63:d202:t107 p63:v70:d97:t85 p83:v87:d544:t1 p73:v82:d470:t3 p78:v82:d475:t29 p61:v64:d517:t250 p54:v73:d812:t196 p80:v84:d645:t2 p73:v88:d535:t2 p78:v83:d625:t32 p64:v71:d581:t121 p63:v74:d460:t121 p61:v72:d339:t269 p75:v82:d628:t0 p73:v86:d666:t33 p56:v66:d615:t334 p71:v78:d261:t25 p66:v63:d256:t117 p64:v64:d141:t122 p78:v76:d964:t1 p71:v74:d963:t2 p75:v70:d961:t30 p63:v60:d685:t242 p56:v65:d666:t214 p82:v84:d448:t33 p66:v59:d416:t106 p64:v71:d310:t101 p63:v77:d235:t195 p80:v80:d647:t4 p76:v85:d635:t1

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p56:v74:d669:t261 p74:v95:d408:t20 p64:v76:d388:t134 p62:v72:d254:t207 [/INST] p76:v91:d665:t7 p80:v81:d589:t23 p61:v67:d607:t316 p58:v74:d300:t256 p73:v88:d478:t4 p82:v81:d531:t1 p80:v79:d473:t10 p68:v72:d519:t136 p66:v72:d384:t108 p65:v79:d277:t223 p85:v89:d1048:t5 p73:v89:d475:t2 p80:v80:d473:t5 p77:v70:d1044:t4 p58:v71:d487:t265 p68:v76:d765:t104 p66:v77:d663:t103 p73:v87:d522:t0 p80:v87:d557:t3 p65:v75:d555:t232 p58:v82:d321:t297 p73:v88:d612:t1 p75:v80:d572:t31 p66:v52:d557:t142 p64:v70:d416:t151 p71:v79:d248:t4 p63:v69:d262:t249 p78:v78:d508:t2 p71:v78:d531:t0 p75:v76:d1038:t3

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p66:v73:d239:t106 p64:v76:d133:t120 p82:v88:d1167:t2 p63:v71:d497:t231 [/INST] p56:v85:d934:t227 p80:v90:d719:t3 p73:v89:d714:t25 p64:v72:d689:t124 p63:v79:d565:t126 p76:v93:d439:t18 p61:v73:d422:t361 p78:v101:d770:t6 p83:v76:d697:t34 p54:v68:d730:t396 p64:v67:d332:t116 p63:v66:d217:t156 p69:v94:d594:t3 p83:v92:d591:t26 p61:v58:d818:t335 p54:v64:d706:t235 p69:v85:d440:t3 p83:v86:d437:t33 p64:v66:d434:t107 p63:v67:d327:t115 p61:v62:d215:t187 p83:v89:d610:t4 p69:v82:d529:t27 p54:v58:d490:t233 p64:v69:d258:t116 p63:v71:d141:t157 p78:v84:d649:t0 p69:v78:d674:t20 p61:v59:d653:t362

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p52:v63:d281:t266 p67:v71:d951:t2 p78:v77:d565:t22 p62:v63:d496:t116 [/INST] p61:v59:d374:t111 p59:v71:d267:t230 p81:v86:d434:t21 p52:v62:d412:t248 p62:v68:d164:t94 p61:v69:d974:t112 p67:v85:d873:t4 p78:v85:d889:t3 p59:v74:d871:t298 p69:v86:d568:t1 p52:v69:d566:t361 p72:v78:d1076:t2 p79:v74:d2014:t2 p76:v72:d2012:t19 p60:v67:d334:t136 p58:v71:d127:t126 p57:v67:d709:t250 p50:v69:d538:t235 p60:v65:d305:t111 p58:v68:d194:t124 p57:v62:d573:t288 p50:v63:d1127:t270 p67:v72:d863:t297 p69:v80:d564:t321 p72:v72:d1171:t2 p77:v73:d2279:t5 p74:v67:d1571:t1 p58:v66:d237:t122 p56:v68:d131:t130

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p48:v59:d546:t261 p58:v62:d286:t103 p56:v66:d184:t135 p55:v60:d1271:t300 [/INST] p48:v56:d967:t261 p67:v69:d706:t346 p69:v63:d360:t300 p76:v61:d2499:t0 p72:v65:d2246:t6 p57:v56:d210:t157 p55:v57:d214:t172 p54:v58:d502:t424 p47:v56:d1621:t1475 p81:v72:d1655:t16 p69:v49:d1639:t7 p55:v52:d310:t0 p72:v46:d526:t246 p53:v55:d104:t112 p53:v34:d248:t192 p52:v56:d1083:t879 p88:v81:d1201:t21 p76:v54:d1204:t1 p84:v55:d1203:t9 p79:v54:d1201:t7 p45:v58:d2039:t709 p40:v39:d1432:t464 p88:v65:d858:t19 p48:v58:d1730:t1 p84:v47:d854:t1 p76:v42:d837:t4 p79:v41:d841:t467 p43:v49:d1403:t370 p88:v66:d872:t7

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p79:v51:d873:t1 p45:v57:d918:t3 p84:v50:d869:t411 p40:v44:d1505:t451 [/INST] p88:v76:d983:t1 p52:v78:d1052:t9 p76:v64:d980:t3 p48:v67:d1037:t3 p79:v63:d1034:t1 p84:v62:d1037:t477 p43:v60:d558:t500 p88:v87:d1094:t7 p76:v68:d1080:t16 p59:v78:d181:t12 p45:v66:d1046:t572 p86:v80:d418:t8 p74:v65:d418:t6 p40:v57:d456:t415 p86:v77:d1658:t7 p74:v66:d1641:t2 p59:v60:d771:t4 p83:v57:d161:t6 p50:v57:d1637:t426 p43:v55:d1216:t344 p59:v75:d859:t32 p45:v57:d838:t423 p40:v51:d458:t382 p88:v89:d898:t3 p76:v76:d951:t6 p79:v72:d889:t20 p59:v68:d907:t10 p50:v68:d911:t418 p89:v95:d1117:t4 p77:v86:d492:t35

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p91:v88:d1134:t2 p84:v73:d1071:t1 p88:v81:d1062:t0 p79:v81:d1070:t44 [/INST] p59:v57:d28:t3 p45:v62:d1075:t579 p57:v73:d436:t33 p40:v50:d461:t414 p57:v58:d872:t0 p88:v78:d796:t4 p84:v63:d792:t3 p76:v66:d804:t1 p79:v66:d795:t0 p48:v60:d818:t455 p43:v53:d1332:t337 p88:v71:d910:t5 p84:v51:d905:t9 p79:v55:d903:t7 p76:v54:d896:t9 p45:v65:d964:t1 p48:v42:d925:t415 p40:v48:d552:t471 p84:v68:d2082:t1 p88:v83:d875:t6 p79:v67:d2159:t0 p76:v68:d869:t29 p59:v83:d248:t8 p48:v69:d694:t436 p60:v85:d245:t24 p43:v66:d221:t215 p45:v76:d1392:t320 p88:v70:d1074:t9 p81:v69:d1080:t1 p76:v69:d1061:t7

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p86:v78:d411:t8 p74:v72:d418:t17 p40:v54:d445:t392 p86:v83:d1660:t14 [/INST] p74:v68:d1654:t6 p59:v70:d803:t9 p84:v55:d57:t3 p50:v68:d1667:t448 p43:v58:d1239:t353 p59:v76:d850:t14 p45:v60:d871:t415 p40:v51:d452:t405 p86:v86:d972:t9 p74:v78:d962:t1 p83:v76:d962:t2 p78:v78:d958:t12 p59:v68:d922:t13 p50:v67:d934:t407 p88:v93:d463:t5 p76:v81:d523:t24 p43:v62:d499:t439 p91:v87:d1109:t6 p88:v82:d1118:t4 p84:v74:d1130:t2 p79:v81:d1103:t26 p59:v59:d42:t7 p45:v63:d1072:t584 p57:v68:d449:t24 p40:v50:d463:t416 p81:v74:d839:t13 p77:v59:d841:t7 p57:v63:d1786:t3 p74:v54:d831:t3 p48:v57:d1788:t458

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p81:v65:d911:t12 p74:v49:d915:t2 p77:v49:d913:t4 p45:v50:d945:t11 [/INST] p73:v42:d7:t395 p40:v51:d544:t499 p81:v80:d1002:t7 p69:v69:d995:t2 p77:v60:d1008:t6 p74:v62:d887:t30 p57:v69:d643:t2 p48:v74:d638:t437 p59:v83:d204:t13 p43:v67:d191:t183 p45:v82:d353:t327 p71:v67:d1091:t0 p81:v75:d1093:t2 p76:v55:d1045:t3 p69:v68:d1085:t25 p62:v90:d1060:t0 p45:v56:d1060:t596 p79:v82:d413:t2 p67:v78:d427:t7 p74:v46:d456:t7 p40:v49:d448:t407 p79:v79:d1703:t9 p76:v58:d1479:t5 p67:v67:d1697:t6 p52:v69:d831:t16 p50:v58:d1698:t480 p43:v51:d1640:t344 p52:v71:d874:t26 p45:v51:d1785:t436 p40:v47:d1387:t387

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p76:v68:d1019:t4 p67:v72:d992:t22 p52:v74:d924:t5 p50:v63:d428:t399 [/INST] p81:v94:d482:t2 p69:v82:d555:t22 p43:v49:d534:t14 p50:v44:d519:t447 p84:v82:d1102:t1 p81:v75:d1103:t6 p72:v77:d1395:t6 p78:v69:d1091:t33 p52:v62:d1072:t1 p45:v73:d1057:t565 p50:v73:d437:t17 p40:v48:d476:t424 p50:v64:d1785:t15 p48:v55:d1763:t519 p43:v45:d1276:t440 p45:v52:d835:t0 p67:v65:d836:t0 p55:v61:d836:t2 p64:v54:d1861:t8 p60:v44:d402:t397 p69:v75:d581:t6 p57:v74:d423:t4 p60:v48:d387:t0 p40:v54:d1462:t388 p72:v75:d6:t5 p60:v71:d1047:t3 p48:v67:d1066:t3 p50:v73:d1071:t422 p52:v73:d2868:t7 p43:v61:d612:t499

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p45:v52:d1969:t643 p40:v42:d1710:t461 p55:v55:d1741:t36 p48:v41:d1736:t438 [/INST] p57:v56:d1858:t4 p43:v44:d1854:t383 p50:v67:d4106:t3 p60:v64:d1929:t11 p45:v52:d1956:t367 p52:v75:d522:t17 p40:v54:d3708:t489 p55:v83:d1444:t20 p52:v48:d3199:t11 p48:v51:d1052:t559 p57:v49:d1185:t5 p43:v52:d1203:t460 p60:v49:d981:t33 p48:v30:d356:t4 p45:v45:d360:t362 p55:v50:d797:t2 p48:v40:d611:t6 p45:v38:d320:t322 p57:v53:d674:t10 p45:v40:d273:t14 p43:v51:d658:t233 p60:v58:d586:t30 p48:v36:d195:t1 p45:v51:d547:t185 p55:v54:d501:t19 p48:v44:d343:t191 p57:v56:d160:t3 p43:v52:d426:t161 p48:v43:d127:t0

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p60:v59:d388:t4 p57:v52:d261:t127 p55:v62:d364:t0 p48:v56:d349:t144 [/INST] p57:v58:d320:t1 p43:v57:d312:t116 p60:v61:d303:t3 p45:v56:d300:t92 p48:v61:d208:t14 p55:v57:d110:t97 p43:v59:d258:t8 p57:v63:d258:t9 p55:v49:d165:t86 p60:v59:d240:t2 p45:v59:d245:t1 p48:v52:d68:t73 p48:v54:d171:t8 p55:v62:d240:t79 p43:v67:d238:t9 p57:v60:d229:t76 p60:v62:d215:t3 p48:v55:d73:t1 p45:v64:d218:t79 p48:v61:d216:t4 p55:v66:d74:t71 p43:v69:d202:t6 p57:v61:d204:t4 p55:v58:d131:t58 p60:v66:d196:t7 p45:v59:d204:t70 p55:v68:d203:t0 p48:v66:d203:t64 p43:v78:d208:t6 p57:v66:d202:t60 p60:v72:d212:t15 p45:v66:d212:t67

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p48:v72:d203:t68 p43:v77:d205:t0 p57:v73:d627:t64 p60:v71:d71:t14 [/INST] p45:v78:d180:t62 p55:v73:d280:t3 p48:v73:d277:t1 p60:v63:d114:t70 p43:v83:d206:t49 p60:v77:d157:t5 p45:v84:d520:t158 p48:v77:d201:t2 p43:v87:d130:t0 p55:v86:d276:t2 p60:v82:d197:t132 p43:v65:d142:t75 p48:v61:d236:t1 p57:v60:d473:t0 p60:v58:d158:t77 p43:v66:d396:t0 p55:v72:d150:t83 p45:v68:d167:t5 p60:v75:d77:t69 p55:v67:d116:t11 p48:v72:d166:t1 p60:v63:d50:t55 p60:v70:d110:t33 p45:v76:d300:t23 p55:v62:d108:t59 p48:v64:d126:t3 p60:v65:d108:t56 p55:v75:d113:t8 p43:v69:d1165:t1 p57:v70:d150:t46 p60:v78:d104:t17

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p55:v74:d102:t50 p45:v67:d291:t1 p60:v71:d113:t1 p57:v71:d112:t1 [/INST] p48:v66:d119:t61 p55:v70:d104:t58 p60:v64:d115:t3 p57:v70:d227:t1 p48:v67:d88:t52 p55:v77:d105:t46 p48:v79:d128:t24 p60:v69:d96:t42 p55:v71:d116:t10 p45:v75:d175:t48 p60:v77:d127:t11 p57:v68:d116:t0 p48:v76:d193:t58 p55:v80:d127:t64 p45:v67:d178:t4 p60:v70:d143:t0 p57:v71:d297:t70 p55:v66:d143:t7 p48:v65:d182:t71 p60:v69:d149:t32 p45:v57:d186:t43 p55:v55:d143:t40 p48:v56:d188:t40 p60:v66:d140:t4 p57:v54:d151:t65 p45:v53:d179:t3 p55:v62:d145:t79 p60:v61:d158:t2 p48:v58:d179:t11 p57:v56:d1051:t59 p55:v58:d155:t5

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p45:v45:d202:t67 p60:v54:d150:t21 p48:v53:d129:t47 p55:v57:d151:t71 [/INST] p45:v52:d180:t15 p48:v46:d165:t8 p60:v54:d318:t68 p55:v56:d158:t99 p45:v49:d559:t1 p48:v45:d89:t69 p55:v54:d166:t24 p48:v44:d50:t56 p48:v45:d132:t6 p60:v52:d180:t84 p55:v56:d203:t53 p48:v42:d219:t47 p60:v53:d219:t109 p55:v48:d248:t71 p48:v38:d215:t44 p60:v58:d271:t4 p45:v43:d275:t9 p57:v44:d289:t125 p55:v44:d287:t44 p48:v35:d97:t100 p60:v55:d304:t1 p48:v44:d149:t6 p45:v39:d312:t18 p57:v36:d2644:t129 p55:v46:d342:t3 p48:v38:d162:t154 p60:v46:d400:t14 p45:v35:d1100:t5 p48:v33:d166:t170 p55:v43:d449:t2

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p60:v45:d657:t1 p48:v32:d664:t231 p55:v26:d1577:t13 p43:v25:d1587:t417 [/INST] p60:v48:d1284:t10 p48:v33:d1274:t39 p45:v35:d783:t788 p45:v27:d449:t321 p55:v65:d819:t22 p43:v42:d781:t684 p57:v67:d710:t20 p45:v50:d777:t541 p60:v66:d2439:t28 p48:v46:d2396:t2238 p57:v57:d780:t25 p45:v44:d763:t763 p57:v50:d514:t8 p45:v43:d506:t511 p57:v49:d525:t4 p45:v42:d536:t531 p57:v45:d2932:t17 p45:v39:d2915:t2003 p33:v34:d4606:t1009 p61:v43:d3743:t320 p66:v46:d3423:t190 p69:v52:d3233:t187 p76:v55:d3046:t238 p80:v57:d2808:t270 p85:v58:d2538:t566 p88:v64:d1972:t11113 p70:v72:d1157:t64 p46:v32:d1931:t777

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p68:v73:d798:t193 p70:v75:d766:t42 p52:v42:d778:t476 p61:v47:d305:t92 [/INST] p68:v76:d211:t161 p70:v80:d149:t13 p47:v66:d1194:t113 p68:v75:d668:t167 p70:v83:d862:t22 p58:v57:d896:t375 p54:v51:d520:t111 p68:v81:d216:t119 p66:v77:d290:t45 p63:v48:d243:t61 p68:v79:d184:t140 p70:v87:d123:t30 p49:v64:d1090:t118 p75:v86:d133:t102 p73:v63:d100:t41 p75:v82:d829:t37 p58:v60:d792:t29 p73:v84:d238:t134 p72:v76:d212:t115 p73:v81:d514:t6 p54:v53:d508:t102 p72:v74:d219:t115 p65:v62:d291:t0 p70:v76:d235:t112 p72:v73:d180:t129 p70:v73:d171:t26 p51:v61:d1407:t117 p63:v74:d237:t194 p70:v72:d863:t38

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p58:v52:d703:t320 p72:v63:d385:t15 p66:v45:d369:t140 p70:v66:d230:t155 [/INST] p68:v65:d125:t26 p53:v53:d1423:t109 p67:v62:d128:t147 p65:v63:d26:t7 p58:v60:d276:t240 p65:v74:d35:t8 p55:v58:d911:t248 p65:v75:d238:t6 p63:v62:d655:t240 p65:v73:d419:t26 p51:v56:d1303:t138 p70:v72:d205:t214 p70:v70:d682:t25 p60:v51:d622:t337 p56:v57:d681:t247 p72:v83:d411:t34 p65:v50:d600:t112 p73:v82:d280:t152 p75:v82:d173:t34 p53:v58:d1154:t105 p73:v78:d104:t115 p72:v77:d30:t21 p58:v66:d913:t84 p70:v78:d37:t94 p68:v73:d128:t24 p55:v60:d711:t41 p70:v71:d109:t75 p68:v61:d111:t42 p70:v67:d555:t78 p68:v64:d476:t92

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p63:v55:d381:t155 p65:v72:d219:t224 p65:v58:d72:t9 p51:v52:d1249:t280 [/INST] p65:v69:d39:t19 p60:v50:d950:t237 p65:v71:d341:t41 p56:v46:d673:t121 p70:v70:d164:t173 p70:v70:d1204:t15 p65:v52:d363:t295 p49:v68:d1019:t273 p72:v77:d752:t49 p58:v53:d699:t106 p73:v80:d592:t126 p75:v84:d465:t14 p54:v61:d453:t99 p77:v85:d212:t113 p78:v89:d241:t2 p63:v55:d239:t107 p77:v87:d131:t122 p80:v81:d957:t10 p48:v70:d945:t131 p78:v83:d815:t114 p58:v68:d701:t1 p77:v80:d311:t100 p75:v84:d119:t126 p75:v81:d154:t19 p55:v57:d455:t74 p77:v82:d414:t72 p75:v85:d173:t78 p70:v80:d231:t1 p63:v72:d230:t98

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p77:v81:d329:t17 p46:v76:d1012:t320 p77:v79:d292:t16 p61:v69:d675:t199 [/INST] p56:v86:d475:t82 p77:v83:d396:t52 p78:v84:d341:t65 p65:v83:d278:t1 p80:v78:d276:t33 p82:v77:d242:t78 p84:v87:d166:t78 p85:v83:d87:t106 p87:v83:d813:t6 p44:v90:d808:t155 p85:v80:d651:t107 p63:v83:d544:t0 p84:v84:d545:t96 p82:v80:d448:t103 p58:v81:d345:t1 p80:v82:d345:t101 p78:v85:d242:t82 p77:v83:d161:t1 p66:v77:d160:t89 p75:v88:d100:t104 p75:v85:d134:t2 p42:v93:d79:t62 p77:v70:d424:t76 p75:v69:d79:t32 p78:v78:d759:t55 p75:v81:d146:t20 p63:v84:d683:t43 p70:v69:d640:t91 p75:v86:d549:t116 p60:v82:d433:t0 p77:v95:d267:t270

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p77:v98:d640:t190 p41:v102:d1226:t115 p80:v80:d1176:t90 p82:v87:d1086:t72 [/INST] p61:v88:d1009:t2 p84:v87:d1007:t75 p85:v81:d932:t57 p87:v91:d492:t50 p89:v93:d343:t62 p58:v92:d762:t6 p92:v101:d760:t182 p90:v100:d576:t94 p66:v91:d482:t10 p89:v92:d472:t96 p87:v98:d69:t80 p87:v92:d298:t241 p94:v105:d1030:t8 p39:v72:d1038:t0 p27:v86:d923:t336 p87:v99:d195:t202 p87:v93:d483:t23 p68:v79:d462:t2 p65:v69:d457:t2 p60:v69:d455:t155 p85:v88:d302:t105 p84:v81:d196:t89 p82:v82:d70:t75 p82:v91:d218:t69 p89:v92:d647:t1 p49:v83:d644:t5 p37:v80:d642:t152 p82:v77:d99:t108 p82:v86:d383:t3

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p67:v68:d372:t1 p63:v65:d372:t103 p80:v78:d267:t90 p79:v78:d178:t90 [/INST] p77:v84:d59:t68 p77:v89:d68:t70 p84:v94:d702:t9 p48:v81:d692:t2 p36:v74:d701:t157 p77:v78:d91:t98 p77:v81:d438:t0 p65:v67:d438:t4 p62:v65:d434:t115 p75:v86:d319:t88 p74:v82:d230:t94 p72:v80:d76:t83 p72:v86:d54:t88 p79:v87:d811:t15 p46:v72:d851:t0 p34:v66:d857:t155 p72:v69:d103:t112 p72:v79:d583:t10 p64:v64:d571:t0 p60:v57:d574:t7 p55:v48:d566:t107 p70:v77:d460:t103 p69:v72:d355:t100 p67:v73:d87:t92 p67:v72:d164:t155 p74:v71:d1020:t34 p33:v46:d988:t1 p45:v44:d985:t213 p67:v61:d122:t131 p67:v63:d520:t9 p60:v62:d633:t1

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p55:v52:d633:t2 p64:v51:d9:t207 p72:v76:d424:t122 p70:v70:d303:t100 [/INST] p69:v74:d199:t1 p46:v69:d199:t3 p34:v66:d214:t79 p67:v72:d73:t81 p67:v73:d37:t87 p74:v85:d644:t1 p48:v80:d640:t0 p36:v75:d649:t156 p67:v66:d109:t115 p57:v72:d373:t4 p67:v72:d90:t0 p62:v71:d366:t1 p55:v64:d5:t1 p52:v56:d365:t94 p67:v70:d273:t121 p72:v80:d153:t112 p70:v80:d183:t82 p50:v91:d364:t4 p38:v87:d356:t2 p69:v83:d355:t101 p67:v76:d79:t84 p67:v85:d170:t150 p77:v82:d678:t1 p72:v79:d228:t31 p51:v84:d655:t0 p39:v74:d654:t208 p72:v85:d143:t153 p72:v87:d128:t132 p72:v80:d119:t123 p72:v82:d426:t99 p65:v63:d311:t0

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p67:v77:d111:t116 p67:v77:d110:t116 p67:v76:d109:t117 p60:v59:d334:t1 [/INST] p67:v77:d344:t2 p57:v59:d327:t125 p65:v69:d102:t113 p65:v74:d87:t77 p53:v56:d89:t17 p57:v53:d32:t6 p62:v77:d37:t114 p62:v75:d497:t91 p57:v58:d412:t5 p60:v49:d447:t3 p65:v76:d99:t110 p65:v76:d297:t99 p69:v83:d195:t0 p51:v74:d834:t6 p55:v80:d810:t95 p67:v76:d99:t124 p72:v76:d179:t0 p77:v85:d591:t21 p60:v87:d570:t1 p69:v58:d603:t165 p72:v86:d130:t138 p72:v76:d108:t117 p72:v80:d106:t114 p72:v84:d35:t102 p67:v80:d39:t6 p60:v68:d537:t12 p65:v45:d271:t98 p67:v67:d104:t115 p67:v73:d97:t108 p67:v75:d303:t23 p57:v57:d326:t6

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p65:v74:d103:t112 p65:v72:d64:t88 p53:v51:d103:t7 p62:v81:d37:t17 [/INST] p57:v55:d87:t102 p62:v75:d108:t110 p65:v79:d113:t2 p57:v54:d702:t0 p60:v63:d275:t118 p65:v77:d157:t120 p69:v76:d549:t98 p62:v62:d374:t2 p60:v58:d441:t23 p67:v71:d403:t121 p65:v70:d120:t127 p65:v72:d178:t99 p57:v61:d67:t9 p53:v48:d100:t4 p62:v69:d50:t165 p62:v68:d40:t128 p60:v56:d1115:t6 p65:v65:d212:t1 p57:v51:d1107:t216 p65:v65:d891:t293 p69:v73:d598:t502 p74:v66:d567:t2 p72:v61:d565:t16 p56:v62:d1006:t554 p74:v68:d387:t2 p72:v65:d385:t100 p63:v90:d354:t295 p74:v63:d197:t1 p67:v80:d737:t0 p72:v65:d419:t1

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p74:v68:d318:t1 p72:v62:d310:t100 p65:v81:d202:t213 p65:v68:d934:t7 [/INST] p77:v69:d282:t1 p72:v63:d281:t4 p74:v61:d284:t144 p63:v75:d778:t121 p62:v81:d234:t16 p77:v72:d456:t5 p72:v62:d221:t1 p75:v61:d627:t6 p74:v57:d828:t85 p60:v80:d236:t127 p62:v82:d340:t7 p72:v69:d233:t0 p82:v71:d425:t110 p60:v74:d306:t123 p55:v74:d184:t3 p77:v69:d297:t1 p72:v57:d177:t104 p62:v79:d207:t188 p60:v81:d541:t11 p77:v60:d62:t266 p58:v74:d295:t0 p67:v62:d433:t120 p53:v75:d228:t159 p55:v76:d1145:t10 p70:v62:d152:t11 p75:v55:d348:t2 p72:v54:d346:t148 p70:v43:d198:t202 p72:v64:d795:t1 p70:v59:d802:t2

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p62:v96:d546:t8 p69:v68:d250:t1 p79:v68:d717:t6 p77:v67:d530:t252 [/INST] p69:v71:d278:t2 p60:v84:d278:t110 p53:v84:d173:t200 p55:v84:d820:t3 p70:v70:d367:t371 p76:v73:d403:t5 p70:v74:d444:t2 p74:v74:d404:t92 p62:v96:d348:t302 p69:v96:d696:t11 p76:v72:d275:t6 p74:v70:d330:t383 p76:v68:d308:t5 p74:v65:d303:t107 p67:v77:d196:t200 p79:v68:d273:t1 p67:v71:d475:t0 p76:v62:d280:t4 p74:v60:d230:t146 p65:v73:d325:t128 p64:v82:d197:t5 p79:v69:d192:t4 p76:v67:d208:t1 p74:v61:d222:t99 p62:v81:d88:t127 p64:v84:d272:t0 p84:v82:d480:t0 p74:v74:d234:t114 p62:v81:d303:t123 p57:v77:d184:t0 p79:v78:d274:t3

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p74:v68:d180:t105 p64:v82:d178:t170 p62:v93:d63:t2 p69:v73:d253:t3 [/INST] p79:v69:d250:t0 p76:v68:d549:t258 p79:v72:d383:t3 p69:v70:d142:t1 p60:v85:d180:t1 p72:v62:d263:t111 p55:v81:d181:t149 p57:v84:d543:t7 p77:v77:d280:t2 p72:v69:d286:t4 p74:v68:d282:t286 p77:v80:d272:t1 p72:v76:d256:t1 p74:v69:d263:t275 p71:v69:d341:t4 p81:v69:d743:t13 p64:v93:d700:t332 p71:v70:d403:t20 p62:v69:d337:t151 p57:v66:d225:t225 p59:v70:d510:t1 p74:v67:d38:t4 p69:v54:d328:t330 p74:v66:d259:t3 p69:v55:d249:t143 p67:v63:d171:t158 p64:v73:d296:t12 p57:v70:d43:t286 p57:v67:d118:t127 p55:v75:d186:t150

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p74:v78:d35:t3 p69:v67:d30:t272 p69:v72:d118:t3 p74:v71:d195:t122 [/INST] p67:v73:d67:t144 p79:v84:d917:t4 p74:v79:d176:t1 p64:v85:d35:t148 p73:v77:d226:t116 p71:v75:d563:t2 p64:v79:d126:t121 p62:v80:d136:t143 p59:v86:d451:t1 p69:v78:d37:t2 p74:v75:d40:t243 p74:v89:d241:t1 p69:v84:d142:t123 p66:v80:d119:t178 p81:v81:d684:t4 p76:v84:d673:t16 p66:v90:d305:t150 p75:v84:d506:t136 p73:v74:d987:t24 p66:v69:d364:t131 p64:v78:d215:t197 p61:v72:d624:t9 p82:v66:d657:t157 p79:v67:d457:t134 p77:v74:d327:t99 p68:v78:d229:t175 p85:v80:d576:t3 p75:v73:d547:t24 p70:v75:d527:t118 p78:v75:d404:t123 p80:v74:d282:t111

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p82:v84:d595:t13 p77:v73:d259:t9 p62:v63:d543:t0 p67:v56:d573:t135 [/INST] p79:v70:d412:t124 p77:v72:d290:t1 p70:v69:d290:t115 p72:v76:d174:t157 p75:v82:d70:t81 p77:v71:d520:t75 p75:v76:d437:t55 p74:v76:d229:t63 p72:v75:d316:t57 p70:v68:d262:t67 p67:v69:d195:t50 p74:v81:d142:t123 p84:v74:d361:t4 p82:v73:d541:t1 p63:v73:d523:t144 p81:v77:d378:t106 p79:v87:d277:t89 p70:v90:d385:t167 p87:v91:d541:t1 p77:v84:d522:t14 p72:v87:d508:t121 p80:v81:d387:t114 p82:v87:d274:t103 p70:v81:d174:t150 p84:v87:d513:t8 p79:v79:d260:t17 p69:v72:d865:t2 p64:v74:d486:t137 p81:v77:d347:t115 p79:v83:d233:t7

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p74:v82:d117:t130 p77:v86:d128:t57 p79:v73:d488:t78 p77:v79:d411:t50 [/INST] p76:v80:d212:t69 p74:v82:d290:t63 p72:v79:d228:t56 p69:v80:d347:t34 p76:v84:d140:t140 p86:v97:d735:t3 p81:v90:d293:t1 p71:v83:d732:t12 p66:v74:d720:t21 p85:v60:d5:t130 p83:v83:d569:t134 p81:v71:d409:t5 p74:v69:d427:t119 p76:v80:d311:t183 p79:v82:d128:t113 p81:v72:d120:t84 p79:v78:d74:t89 p78:v77:d231:t68 p76:v66:d281:t57 p74:v73:d224:t62 p71:v65:d163:t54 p78:v85:d128:t92 p81:v79:d75:t79 p83:v74:d54:t70 p81:v77:d379:t69 p80:v81:d218:t60 p78:v74:d256:t49 p76:v73:d197:t67 p73:v75:d157:t52 p80:v86:d92:t74

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p85:v78:d127:t66 p83:v77:d169:t58 p82:v86:d126:t69 p80:v74:d257:t48 [/INST] p78:v78:d168:t56 p75:v83:d187:t58 p82:v86:d133:t78 p84:v86:d67:t76 p86:v82:d86:t65 p84:v77:d260:t60 p83:v86:d223:t67 p81:v79:d284:t59 p79:v79:d235:t58 p76:v72:d193:t45 p83:v89:d136:t69 p84:v85:d71:t75 p86:v75:d211:t64 p84:v81:d254:t58 p83:v85:d212:t68 p81:v73:d127:t54 p79:v83:d72:t50 p76:v76:d86:t51 p83:v88:d61:t69 p84:v87:d127:t70 p86:v82:d479:t67 p84:v83:d415:t57 p83:v85:d225:t71 p81:v81:d286:t51 p79:v83:d237:t57 p76:v77:d180:t51 p83:v95:d130:t102 p88:v94:d88:t89 p90:v91:d203:t79 p88:v88:d386:t50 p87:v82:d213:t59

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p83:v77:d159:t50 p80:v83:d233:t58 p87:v102:d274:t86 p84:v90:d142:t77 [/INST] p86:v85:d433:t69 p84:v86:d149:t61 p83:v80:d204:t48 p81:v77:d301:t59 p79:v80:d247:t49 p76:v80:d198:t52 p83:v92:d164:t75 p90:v94:d136:t74 p92:v83:d315:t72 p90:v86:d650:t62 p89:v84:d204:t52 p87:v85:d690:t56 p85:v79:d280:t40 p82:v81:d317:t61 p89:v103:d494:t86 p84:v85:d132:t75 p86:v85:d518:t66 p84:v83:d436:t55 p83:v85:d205:t51 p81:v79:d327:t51 p79:v85:d278:t57 p76:v82:d221:t50 p83:v92:d170:t84 p92:v96:d142:t80 p94:v87:d107:t68 p92:v85:d194:t54 p91:v86:d193:t54 p90:v90:d106:t59 p88:v88:d165:t57 p85:v84:d116:t55

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p96:v96:d134:t70 p98:v93:d279:t73 p96:v89:d283:t63 p95:v84:d189:t54 [/INST] p93:v87:d174:t66 p91:v82:d223:t60 p88:v79:d201:t49 p95:v94:d267:t69 p96:v85:d129:t68 p98:v74:d299:t69 p96:v83:d261:t71 p95:v74:d182:t57 p93:v79:d149:t64 p91:v76:d131:t64 p88:v80:d143:t46 p95:v88:d312:t101 p96:v78:d150:t71 p98:v84:d509:t86 p96:v80:d592:t60 p95:v73:d325:t76 p93:v72:d425:t88 p91:v77:d368:t85 p88:v84:d344:t80 p95:v79:d518:t194 p69:v82:d716:t20 p96:v69:d250:t154 p98:v80:d549:t102 p96:v73:d470:t55 p95:v72:d277:t72 p93:v76:d322:t79 p91:v79:d245:t36 p67:v81:d208:t34 p88:v60:d174:t60 p95:v74:d111:t109

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p96:v87:d158:t78 p98:v81:d487:t91 p96:v84:d427:t52 p95:v73:d244:t55 [/INST] p93:v86:d296:t86 p91:v79:d226:t17 p67:v77:d191:t20 p88:v75:d170:t73 p95:v84:d331:t91 p69:v81:d310:t37 p96:v81:d157:t73 p98:v78:d269:t45 p67:v82:d180:t44 p96:v78:d187:t50 p95:v73:d85:t68 p69:v89:d115:t1 p93:v79:d122:t80 p91:v79:d265:t47 p88:v71:d256:t48 p95:v92:d293:t104 p96:v91:d143:t70 p98:v83:d157:t48 p67:v85:d263:t34 p96:v83:d413:t44 p95:v82:d254:t65 p93:v88:d300:t9 p65:v93:d290:t76 p91:v83:d216:t46 p88:v79:d171:t0 p67:v83:d169:t62 p95:v89:d107:t122 p96:v93:d173:t2 p69:v84:d356:t78 p98:v88:d269:t68

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p96:v88:d173:t29 p95:v65:d143:t22 p72:v77:d83:t49 p93:v81:d149:t38 [/INST] p72:v87:d287:t51 p91:v78:d144:t79 p88:v84:d288:t21 p71:v87:d275:t54 p91:v83:d167:t86 p95:v85:d480:t5 p72:v80:d882:t81 p91:v72:d125:t49 p88:v88:d146:t4 p71:v74:d287:t82 p91:v76:d129:t64 p69:v77:d295:t1 p88:v86:d133:t68 p91:v69:d518:t76 p88:v83:d150:t1 p71:v75:d461:t83 p86:v81:d151:t72 p88:v86:d424:t3 p69:v68:d398:t80 p86:v79:d180:t89 p83:v73:d229:t7 p62:v56:d1076:t95 p86:v83:d327:t131 p69:v64:d872:t0 p83:v74:d303:t147 p81:v70:d333:t165 p83:v72:d535:t175 p81:v78:d364:t310 p78:v92:d735:t262 p54:v39:d619:t8 p68:v60:d619:t189

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p69:v59:d396:t1 p62:v52:d395:t0 p59:v54:d394:t117 p76:v89:d277:t166 [/INST] p78:v95:d522:t138 p56:v64:d555:t0 p70:v78:d630:t136 p71:v81:d419:t14 p64:v63:d405:t0 p61:v61:d406:t97 p76:v87:d260:t142 p78:v91:d167:t121 p58:v64:d619:t3 p76:v81:d601:t7 p72:v70:d263:t198 p78:v82:d687:t1 p66:v62:d405:t5 p73:v63:d396:t2 p63:v57:d395:t392 p59:v82:d429:t1 p76:v86:d240:t137 p74:v85:d289:t16 p64:v70:d275:t0 p67:v63:d275:t92 p76:v87:d183:t125 p78:v92:d61:t98 p83:v85:d548:t7 p61:v66:d538:t77 p81:v81:d88:t98 p81:v93:d251:t4 p69:v70:d359:t1 p66:v66:d357:t123 p80:v90:d230:t131 p81:v79:d104:t109 p63:v71:d501:t2

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p78:v79:d252:t27 p71:v53:d348:t0 p68:v61:d342:t87 p80:v79:d254:t144 [/INST] p78:v84:d363:t124 p71:v75:d857:t2 p64:v66:d855:t245 p78:v77:d611:t27 p68:v55:d583:t6 p73:v48:d577:t514 p80:v77:d1020:t8 p70:v65:d1015:t127 p53:v67:d886:t139 p60:v67:d748:t109 p79:v77:d639:t18 p63:v68:d621:t176 p77:v74:d388:t30 p67:v63:d415:t156 p72:v66:d259:t211 p77:v64:d49:t124 p53:v73:d963:t58 p59:v77:d854:t66 p63:v78:d837:t48 p66:v101:d789:t2 p78:v89:d154:t66 p80:v71:d720:t96 p78:v70:d625:t58 p77:v76:d287:t65 p75:v77:d503:t82 p73:v77:d419:t60 p70:v76:d362:t86 p77:v88:d273:t122 p69:v80:d153:t111 p59:v81:d42:t1

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p55:v83:d42:t2 p62:v82:d43:t1 p76:v86:d45:t138 p69:v84:d38:t121 [/INST] p69:v81:d31:t118 p69:v85:d36:t122 p69:v83:d72:t110 p64:v83:d42:t124 p64:v79:d36:t117 p64:v89:d31:t320 p80:v73:d1088:t1 p70:v75:d1091:t109 p51:v71:d978:t145 p56:v70:d835:t108 p79:v81:d726:t32 p60:v64:d695:t189 p77:v75:d399:t31 p67:v58:d476:t159 p72:v71:d317:t217 p77:v71:d101:t100 p49:v72:d894:t58 p56:v82:d833:t62 p59:v80:d739:t57 p78:v88:d160:t1 p66:v97:d710:t78 p80:v71:d637:t85 p78:v74:d547:t61 p77:v76:d258:t60 p75:v81:d425:t78 p73:v76:d352:t49 p70:v74:d305:t74 p77:v90:d224:t97 p69:v78:d134:t104 p64:v92:d46:t2

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p50:v81:d52:t3 p55:v75:d56:t4 p76:v83:d57:t141 p69:v79:d32:t121 [/INST] p69:v80:d34:t118 p69:v78:d32:t129 p69:v78:d30:t108 p67:v79:d32:t6 p64:v73:d26:t7 p62:v57:d33:t106 p67:v83:d35:t114 p67:v86:d36:t123 p67:v81:d63:t6 p62:v76:d32:t3 p59:v76:d47:t107 p64:v82:d35:t123 p64:v84:d32:t108 p67:v79:d35:t5 p64:v69:d49:t0 p62:v68:d28:t115 p67:v75:d41:t112 p71:v89:d35:t3 p67:v74:d29:t7 p64:v76:d43:t0 p62:v73:d43:t103 p71:v77:d30:t100 p74:v83:d30:t85 p69:v78:d177:t53 p62:v88:d200:t3 p57:v87:d206:t0 p65:v82:d198:t0 p48:v85:d206:t4 p53:v83:d193:t127 p69:v66:d65:t117 p69:v87:d38:t122 p69:v76:d41:t124

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p67:v81:d35:t8 p62:v67:d27:t1 p60:v69:d31:t108 p67:v81:d43:t117 [/INST] p67:v80:d39:t122 p67:v84:d87:t2 p60:v77:d62:t2 p57:v76:d26:t114 p64:v82:d37:t128 p64:v79:d32:t99 p60:v79:d43:t0 p67:v80:d40:t2 p64:v72:d36:t113 p67:v76:d46:t115 p71:v87:d41:t6 p67:v68:d33:t2 p64:v77:d30:t110 p71:v82:d30:t110 p74:v88:d41:t118 p74:v91:d80:t8 p64:v78:d26:t0 p60:v78:d31:t115 p71:v82:d36:t122 p71:v82:d32:t108 p74:v82:d38:t0 p67:v58:d31:t3 p64:v61:d27:t117 p74:v79:d77:t120 p67:v52:d32:t3 p71:v51:d32:t1 p78:v79:d38:t151 p78:v78:d33:t177 p81:v66:d45:t283 p85:v77:d324:t1 p66:v70:d1244:t338 p71:v66:d761:t121

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p73:v65:d480:t202 p85:v76:d747:t6 p76:v68:d568:t305 p75:v70:d264:t114 [/INST] p71:v71:d150:t142 p73:v64:d286:t2 p66:v51:d1076:t133 p83:v77:d156:t119 p85:v84:d72:t2 p68:v61:d265:t117 p71:v79:d144:t2 p83:v83:d148:t131 p82:v82:d104:t6 p75:v81:d605:t117 p83:v79:d158:t127 p82:v83:d153:t5 p73:v70:d640:t115 p80:v80:d202:t4 p68:v73:d173:t132 p82:v74:d519:t2 p63:v69:d487:t125 p80:v80:d231:t117 p68:v76:d252:t1 p75:v84:d140:t118 p80:v83:d145:t0 p70:v71:d226:t166 p82:v78:d298:t19 p75:v55:d187:t6 p73:v60:d303:t280 p82:v82:d753:t13 p72:v67:d722:t108 p68:v70:d463:t119 p70:v78:d495:t121 p80:v84:d374:t122

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p65:v65:d256:t108 p68:v78:d144:t1 p77:v88:d141:t131 p60:v79:d1393:t0 [/INST] p79:v81:d205:t124 p77:v90:d234:t116 p65:v70:d356:t2 p72:v81:d331:t122 p77:v87:d176:t3 p67:v69:d224:t163 p79:v78:d281:t19 p70:v61:d324:t273 p79:v84:d371:t2 p69:v55:d425:t103 p65:v72:d119:t127 p67:v73:d333:t116 p77:v82:d161:t122 p76:v77:d108:t3 p62:v63:d114:t113 p74:v78:d139:t4 p65:v55:d167:t133 p57:v65:d1588:t3 p76:v75:d129:t121 p74:v78:d97:t133 p62:v59:d156:t1 p69:v58:d406:t127 p74:v75:d159:t15 p64:v64:d224:t159 p76:v67:d54:t29 p67:v53:d327:t318 p76:v74:d687:t24 p66:v49:d174:t128 p62:v64:d173:t196

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p83:v82:d196:t159 p59:v64:d236:t13 p86:v76:d136:t134 p62:v62:d88:t3 [/INST] p81:v75:d43:t137 p81:v79:d38:t7 p64:v75:d30:t139 p81:v77:d44:t140 p81:v78:d30:t3 p71:v72:d26:t134 p81:v77:d30:t132 p81:v76:d36:t6 p74:v73:d30:t131 p83:v84:d64:t139 p69:v66:d23:t1 p81:v83:d28:t120 p81:v81:d31:t140 p81:v86:d94:t3 p69:v68:d26:t126 p88:v99:d105:t133 p81:v82:d36:t4 p69:v68:d30:t125 p81:v81:d31:t144 p69:v72:d36:t0 p81:v78:d39:t128 p83:v83:d157:t137 p79:v83:d39:t4 p69:v63:d30:t115 p79:v84:d47:t120 p81:v86:d138:t27 p79:v76:d188:t3 p69:v74:d28:t139 p78:v83:d99:t127 p76:v73:d36:t6 p71:v72:d29:t123 p76:v83:d32:t132

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p76:v75:d65:t125 p78:v78:d139:t128 p67:v77:d32:t0 p76:v77:d44:t142 [/INST] p76:v61:d54:t34 p69:v70:d32:t77 p76:v76:d89:t3 p67:v81:d35:t153 p81:v81:d89:t119 p66:v69:d26:t2 p74:v78:d36:t130 p74:v80:d33:t133 p64:v80:d28:t1 p76:v74:d41:t128 p78:v77:d27:t130 p64:v71:d26:t2 p76:v70:d38:t127 p76:v76:d31:t127 p76:v75:d35:t4 p64:v76:d25:t120 p84:v82:d71:t135 p66:v90:d33:t0 p79:v78:d71:t121 p74:v77:d62:t136 p76:v79:d33:t1 p64:v81:d26:t128 p76:v73:d51:t123 p64:v80:d27:t6 p76:v66:d49:t131 p76:v76:d34:t127 p76:v80:d42:t19 p64:v44:d23:t104 p76:v79:d47:t128 p76:v78:d30:t0 p72:v85:d33:t129

[INST] <<SYS>> A piece of music is a set of music notes that are represented by quadruplets. Within each, the 4 variables(separated by ":") are p (pitch), d (duration),v (velocity) and t (time), followed by their value (example p52:v5:d1895:t212). p corresponds to the pitch of the note (example p60 for a C3). The pitch difference between 2 notes is the number of semitones that separate them / v the velocity note, the volume of the played note / d duration note, the duration (in milliseconds) of the note to be heard / t the time that separates the instant when the note is played from the instant when the next note will be played. Your job is to complete the composition of <</SYS>> p67:v77:d26:t1 p76:v74:d36:t126 p78:v73:d28:t124 p62:v71:d27:t2 [/INST] p74:v74:d29:t121 p74:v81:d43:t121 p64:v84:d57:t3 p74:v73:d56:t139 p73:v75:d36:t1 p66:v67:d32:t125 p62:v79:d28:t3 p71:v73:d45:t119 p71:v81:d33:t2 p62:v75:d34:t138 p62:v76:d34:t0 p81:v84:d31:t140 p61:v65:d29:t2 p76:v68:d28:t118 p76:v70:d36:t7 p59:v66:d49:t115 p59:v75:d27:t1 p78:v78:d32:t131 p74:v79:d36:t1 p69:v77:d33:t129 p73:v79:d41:t13 p64:v70:d25:t115 p64:v75:d31:t0 p71:v73:d31:t120 p81:v84:d100:t4 p66:v79:d38:t132 p76:v74:d31:t1 p62:v70:d36:t121 p78:v80:d49:t1 p61:v67:d30:t123 p74:v78:d60:t13 p59:v71:d24:t109