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    0°­ ³í¸® OT 10ºÐ
    0°­ µ¶ÇØ OT 38ºÐ
    0°­ ¹®¹ý OT 5ºÐ
    1°­ ±¸¹®»êÃ¥(2) Jump 1~2 ±¸¹®»êÃ¥(2)jump 1.pdf ±¸¹®»êÃ¥(2)jump 1 Çؼ®º».pdf 35ºÐ °íÈ­Áú
    2°­ ±¸¹®»êÃ¥(2) Jump 3~4 36ºÐ
    3°­ ³í¸® ½ºÅ¸Æ® °úÁ¤ ¸®ºä (1~10) start °úÁ¤ ¸®ºä(³í¸®)[3].pdf  45ºÐ
    4°­ ³í¸® ½ºÅ¸Æ® °úÁ¤ ¸®ºä (11~20) 58ºÐ
    5°­ µ¶ÇØ À̷м³¸í 14ºÐ
    6°­ µ¶ÇØ start°úÁ¤ ¸®ºä ¸¶¹«¸® start °úÁ¤ ¸®ºä(µ¶ÇØ)[3].pdf  42ºÐ
    7°­ µ¶ÇØ Transform step 1~2 49ºÐ
    8°­ µ¶ÇØ Transform step 3~4 44ºÐ
    9°­ ³í¸® (T.) step 1 (3~10¹ø) ³í¸® Transform(¾îÈÖº¸ÃæÇÁ¸°Æ® 1)[3].pdf ³í¸® Transform(Çؼ®ÇÁ¸°Æ® 1)[3].pdf 62ºÐ
    10°­ ¹®¹ý (T.) step 1 (1~10¹ø) ¹®¹ý Transform S(S1)[2].pdf ¹®¹ý Transform S(S 2)[2].pdf 45ºÐ
    11°­ ¹®¹ý (T.) step 2 (1~10¹ø) ¹®¹ý Transform S(S 3)[3].pdf  52ºÐ
    12°­ ¹®¹ý (T.) step 3 (1~10¹ø) ¹®¹ý Transform S(S 3)[7].pdf  28ºÐ
    13°­ ±¸¹®»êÃ¥(2) Jump 5~7 ±¸¹®»êÃ¥(2)jump 5.pdf ±¸¹®»êÃ¥(2)jump 5 Çؼ®º».pdf 47ºÐ
    14°­ ±¸¹®»êÃ¥(2) Jump 8~9 36ºÐ
    15°­ ³í¸® step 1 (11~17¹ø) 43ºÐ
    16°­ ³í¸® step 1 (18~20¹ø)/ step (1¹ø~3¹ø) ³í¸® Transform(¾îÈÖº¸ÃæÇÁ¸°Æ® 2).pdf ³í¸® Transform(Çؼ®ÇÁ¸°Æ® 2).pdf 55ºÐ
    17°­ µ¶ÇØ Transform step 5~6 60ºÐ
    18°­ µ¶ÇØ Transform step 7~9(¹®Ç®) 51ºÐ
    19°­ µ¶ÇØ Transform step 9(Á¤µ¶)~11(¹®Ç®) 52ºÐ
    20°­ µ¶ÇØ Transform step 11(Á¤µ¶)~12(Á¤µ¶) 36ºÐ
    21°­ ³í¸® step 2 (4~10¹ø) 50ºÐ
    22°­ ¹®¹ý (T.) step 4 ¹®¹ý Transform S(S 4)[3].pdf  42ºÐ
    23°­ ¹®¹ý (T.) step 5 / step 6 (1¹ø) ¹®¹ý Transform S(S 5)[2].pdf ¹®¹ý Transform S(S 6)[2].pdf 38ºÐ
    24°­ ¹®¹ý (T.) step 6 (2¹ø~10¹ø) 49ºÐ
    25°­ ³í¸® step 2 (4~16¹ø) 49ºÐ
    26°­ ³í¸® step 2 (17~20¹ø) / step 3 (1~3¹ø) ³í¸® Transform(¾îÈÖº¸ÃæÇÁ¸°Æ® 3).pdf ³í¸® Transform(Çؼ®ÇÁ¸°Æ® 3).pdf 40ºÐ
    27°­ ±¸¹®»êÃ¥(2) Jump 10~12 ±¸¹®»êÃ¥(2)jump 10[2].pdf ±¸¹®»êÃ¥(2)jump 10 Çؼ®º»[2].pdf 48ºÐ
    28°­ ±¸¹®»êÃ¥(2) Jump 13~15 37ºÐ
    29°­ µ¶ÇØ Transform step 13~14 58ºÐ
    30°­ µ¶ÇØ Transform step 15 + (T.) step 1 62ºÐ
    31°­ µ¶ÇØ Transform (T.) step 2 ~ step 3 48ºÐ
    32°­ µ¶ÇØ Transform (T.) step 4 (Á¤µ¶) 29ºÐ
    33°­ ¹®¹ý (T.) step 7 ~ step 8 (~5¹ø) ¹®¹ý Transform S(S 7)[3].pdf ¹®¹ý Transform S(S 8)[3].pdf 56ºÐ
    34°­ ¹®¹ý (T.) step 8 (6~10¹ø) ~ step 9 (1~10¹ø) ¹®¹ý Transform S(S 9).pdf  44ºÐ
    35°­ ¹®¹ý (T.) step 10 ~ step 11 (1~5¹ø) ¹®¹ý Transform S(S 10).pdf ¹®¹ý Transform T(S 1).pdf 43ºÐ
    36°­ ³í¸® step 3 (4~11¹ø) 52ºÐ
    37°­ ±¸¹®»êÃ¥(2) Jump 16~17 ±¸¹®»êÃ¥(2)jump 16.pdf ±¸¹®»êÃ¥(2)jump 16 Çؼ®º».pdf 51ºÐ
    38°­ ±¸¹®»êÃ¥(2) Jump 18~20 39ºÐ
    39°­ ³í¸® step 3 (12~19¹ø) 55ºÐ
    40°­ ³í¸® (T.) step 1 (1~5¹ø) ³í¸® Transform(T 1 ¾îÈÖ)[2].pdf  41ºÐ
    41°­ µ¶ÇØ Transform (T.) step 5~6 47ºÐ
    42°­ µ¶ÇØ Transform (T.) step 7~8 46ºÐ
    43°­ µ¶ÇØ Transform (T.) step 9~12 (¹®Ç®) 46ºÐ
    44°­ µ¶ÇØ Transform (T.) step 12(Á¤µ¶)~13(Á¤µ¶) 51ºÐ
    45°­ ³í¸® (T.) step 1 (6~20¹ø) 71ºÐ
    46°­ ¹®¹ý (T.) step 1 ~ step 2 ¹®¹ý Transform T(S 2).pdf  40ºÐ
    47°­ ¹®¹ý (T.) step 3 ~ step 4 ¹®¹ý Transform T(S 3).pdf ¹®¹ý Transform T(S 4).pdf 41ºÐ
    48°­ ¹®¹ý (T.) step 5 ~ step 6 ¹®¹ý Transform T(S 5).pdf ¹®¹ý Transform T(S 6).pdf 27ºÐ
    49°­ µ¶ÇØ Transform (T.) step 14~15 57ºÐ
    50°­ µ¶ÇØ Transform (E.) step 1 44ºÐ
    51°­ µ¶ÇØ Transform (E.) step 2~3 50ºÐ
    52°­ µ¶ÇØ Transform (E.) step 4~5 49ºÐ
    53°­ ³í¸® (T.) step 2 (1~13¹ø) ³í¸® Transform(T 2 ¾îÈÖ).pdf ³í¸® Transform(T 2Çؼ®ÇÁ¸°Æ®).pdf 63ºÐ
    54°­ ¹®¹ý (T.) step 6 ~ step 7 (1~5¹ø) ¹®¹ý Transform T(S 7).pdf  53ºÐ
    55°­ ¹®¹ý (T.) step 7 ~ step 8 ¹®¹ý Transform T(S 8).pdf  43ºÐ
    56°­ ¹®¹ý (T.) step 9 ¹®¹ý Transform T(S 9).pdf  33ºÐ
    57°­ ³í¸® (T.) step 2 (14~20¹ø) ³í¸® Transform(T 2 ¾îÈÖ)[2].pdf ³í¸® Transform(T 2Çؼ®ÇÁ¸°Æ®)[2].pdf 45ºÐ
    58°­ ³í¸® (T.) step 3 (1~12¹ø) ³í¸® Transform(T 3 ¾îÈÖ)[2].pdf ³í¸® Transform(T 3 Çؼ®ÇÁ¸°Æ®)[2].pdf 66ºÐ
    59°­ ±¸¹®»êÃ¥(2) Jump 21~22 ±¸¹®»êÃ¥(2)jump 21.pdf ±¸¹®»êÃ¥(2)jump 21 Çؼ®º».pdf 40ºÐ
    60°­ ±¸¹®»êÃ¥(2) Jump 23~25 40ºÐ
    61°­ µ¶ÇØ Transform (E.) step 7~8 61ºÐ
    62°­ µ¶ÇØ Transform (E.) step 9~10 51ºÐ
    63°­ µ¶ÇØ Transform (E.) step 11~13 43ºÐ
    64°­ µ¶ÇØ Transform (E.) step 14~15 34ºÐ
    65°­ ³í¸® (T.) step 3 + (E.) step 1 (~5¹ø) ³í¸® Transform(E 1 ¾îÈÖ).pdf  65ºÐ
    66°­ ¹®¹ý (T.) step 10 (1~10¹ø) ¹®¹ý Transform T(S 10).pdf  39ºÐ
    67°­ ¹®¹ý (T.) step 11 + step 12 (~5¹ø) 51ºÐ
    68°­ ¹®¹ý (T.) step 12 (~10¹ø) + step 13 (~5¹ø) 40ºÐ
    69°­ ±¸¹®»êÃ¥(2) Jump 26~28 (1) ±¸¹®»êÃ¥(2)jump 26.pdf ±¸¹®»êÃ¥(2)jump 26 Çؼ®º».pdf 54ºÐ
    70°­ ±¸¹®»êÃ¥(2) Jump 28(2)~30 42ºÐ
    71°­ ³í¸® (E.) step 1 (6~18¹ø) ³í¸® Transform(E 1 ¾îÈÖ)[2].pdf ³í¸® Transform(E 2 ¾îÈÖ).pdf 55ºÐ
    72°­ ³í¸® (E.) step 1 (~20¹ø) + step 2 (1~7¹ø) ³í¸® Transform(E 1 Çؼ®ÇÁ¸°Æ®).pdf ³í¸® Transform(E 2 ¾îÈÖ)[4].pdf 45ºÐ
    73°­ µ¶ÇØ Transform (P.) step 1~2 48ºÐ
    74°­ µ¶ÇØ Transform (P.) step 3~4 41ºÐ
    75°­ µ¶ÇØ Transform (P.) step 5~6 56ºÐ
    76°­ µ¶ÇØ Transform (P.) step 7~8 36ºÐ
    77°­ ³í¸® (E.) step 2 (8~19¹ø) ³í¸® Transform(E 2 Çؼ®ÇÁ¸°Æ®).pdf  64ºÐ
    78°­ ¹®¹ý (E.) step 3 (6~10¹ø) / step 4 40ºÐ
    79°­ ¹®¹ý (E.) step 5 / step 6 38ºÐ
    80°­ ¹®¹ý (E.) step 7 / step 8 33ºÐ
    81°­ ±¸¹®»êÃ¥(2) Jump 3 / ~32 ±¸¹®»êÃ¥(2)jump 31.pdf ±¸¹®»êÃ¥(2)jump 31 Çؼ®º»[2].pdf 51ºÐ
    82°­ ±¸¹®»êÃ¥(2) Jump 33 ~ 51ºÐ
    83°­ ³í¸® (E.) step 2 (20¹ø) / step 3 (1~9¹ø) ³í¸® Transform(E 3 ¾îÈÖ)[3].pdf  42ºÐ
    84°­ ³í¸® (E.) step 3 (10~20¹ø) ³í¸® Transform(E 3 Çؼ®ÇÁ¸°Æ®).pdf  43ºÐ
    85°­ µ¶ÇØ Transform (P.) step 9~10 52ºÐ
    86°­ µ¶ÇØ Transform (P.) step 10~12 47ºÐ
    87°­ µ¶ÇØ Transform (P.) step 12~14 42ºÐ
    88°­ µ¶ÇØ Transform (P.) step 14~15 40ºÐ
    89°­ ³í¸® (P.) step 1 (1~7¹ø) ³í¸® Transform(P 1¾îÈÖ).pdf ³í¸® Transform(P 1 Çؼ®ÇÁ¸°Æ®).pdf 65ºÐ
    90°­ ¹®¹ý (E.) step 9 41ºÐ
    91°­ ¹®¹ý (E.) step 10 / step 8 ¹®¹ý Transform P(´äÁö¿Í Çؼ³)[5].pdf  49ºÐ
    92°­ ±¸¹®»êÃ¥(2) Jump 36~37 ±¸¹®»êÃ¥(2)jump 36.pdf ±¸¹®»êÃ¥(2)jump 36 Çؼ®º».pdf 44ºÐ
    93°­ ±¸¹®»êÃ¥(2) Jump 38~40 43ºÐ
    94°­ ³í¸® (P.) step 1 (8~16¹ø) 40ºÐ
    95°­ ³í¸® (P.) step 1 (17~20¹ø) 38ºÐ