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Escher's Reptiles

Escher's Reptiles
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2023-03-21 00:02
PolygonVectorGeometric Construction
In collections geometriadinamica.es
This example demonstrates Escher's 'Reptiles' artwork, showcasing how to use geometric transformations and polygons to create this unique artistic effect. Key mathematical concepts include geometric transformations, polygons, and vectors. Using commands like Polygon, Rotate, Vector, and Translate, the pattern of reptiles can be constructed. Suitable for middle school and above students or math and art enthusiasts.

GeoGebra Commands & Parameters

  1. Polygon(A, B, K, L, M, N, O, P, Q, R, S, T, C, U, V, W, Y, Z, A_1, B_1, C_1, D_1, E_1, D, F_1, G_1, H_1, I_1, J_1, K_1, L_1, M_1, N_1, O_1, E, P_1, Q_1, R_1, S_1, T_1, U_1, V_1, W_1, F, G, H, I, J) → Y_1, a, j, k, l, m, n, o, p, q, r, s, b, t, u, v, w, y, z, a_1, b_1, c_1, d_1, c, e_1, f_1, g_1, h_1, i_1, j_1, k_1, l_1, m_1, n_1, d, o_1, p_1, q_1, r_1, s_1, t_1, u_1, v_1, w_1, e, f, g, h, i
  2. Rotate(A, α, A) → A'
  3. Rotate(B, α, A) → B'
  4. Rotate(C, α, A) → C'
  5. Rotate(D, α, A) → D'
  6. Rotate(E, α, A) → E'
  7. Rotate(F, α, A) → F'
  8. Rotate(G, α, A) → G'
  9. Rotate(H, α, A) → H'
  10. Rotate(I, α, A) → I'
  11. Rotate(J, α, A) → J'
  12. Rotate(K, α, A) → K'
  13. Rotate(L, α, A) → L'
  14. Rotate(M, α, A) → M'
  15. Rotate(N, α, A) → N'
  16. Rotate(O, α, A) → O'
  17. Rotate(P, α, A) → P'
  18. Rotate(Q, α, A) → Q'
  19. Rotate(R, α, A) → R'
  20. Rotate(S, α, A) → S'
  21. Rotate(T, α, A) → T'
  22. Rotate(U, α, A) → U'
  23. Rotate(V, α, A) → V'
  24. Rotate(W, α, A) → W'
  25. Rotate(Y, α, A) → Y'
  26. Rotate(Z, α, A) → Z'
  27. Rotate(A_1, α, A) → A_1'
  28. Rotate(B_1, α, A) → B_1'
  29. Rotate(C_1, α, A) → C_1'
  30. Rotate(D_1, α, A) → D_1'
  31. Rotate(E_1, α, A) → E_1'
  32. Rotate(F_1, α, A) → F_1'
  33. Rotate(G_1, α, A) → G_1'
  34. Rotate(H_1, α, A) → H_1'
  35. Rotate(I_1, α, A) → I_1'
  36. Rotate(J_1, α, A) → J_1'
  37. Rotate(K_1, α, A) → K_1'
  38. Rotate(L_1, α, A) → L_1'
  39. Rotate(M_1, α, A) → M_1'
  40. Rotate(N_1, α, A) → N_1'
  41. Rotate(O_1, α, A) → O_1'
  42. Rotate(P_1, α, A) → P_1'
  43. Rotate(Q_1, α, A) → Q_1'
  44. Rotate(R_1, α, A) → R_1'
  45. Rotate(S_1, α, A) → S_1'
  46. Rotate(T_1, α, A) → T_1'
  47. Rotate(U_1, α, A) → U_1'
  48. Rotate(V_1, α, A) → V_1'
  49. Rotate(W_1, α, A) → W_1'
  50. Polygon(A', B', K', L', M', N', O', P', Q', R', S', T', C', U', V', W', Y', Z', A_1', B_1', C_1', D_1', E_1', D', F_1', G_1', H_1', I_1', J_1', K_1', L_1', M_1', N_1', O_1', E', P_1', Q_1', R_1', S_1', T_1', U_1', V_1', W_1', F', G', H', I', J') → PP, a', j', k', l', m', n', o', p', q', r', s', b', t', u', v', w', y', z', a_1', b_1', c_1', d_1', c', e_1', f_1', g_1', h_1', i_1', j_1', k_1', l_1', m_1', n_1', d', o_1', p_1', q_1', r_1', s_1', t_1', u_1', v_1', w_1', e', f', g', h', i'
  51. Rotate(A', α, A) → A''
  52. Rotate(B', α, A) → B''
  53. Rotate(C', α, A) → C''
  54. Rotate(D', α, A) → D''
  55. Rotate(E', α, A) → E''
  56. Rotate(F', α, A) → F''
  57. Rotate(G', α, A) → G''
  58. Rotate(H', α, A) → H''
  59. Rotate(I', α, A) → I''
  60. Rotate(J', α, A) → J''
  61. Rotate(K', α, A) → K''
  62. Rotate(L', α, A) → L''
  63. Rotate(M', α, A) → M''
  64. Rotate(N', α, A) → N''
  65. Rotate(O', α, A) → O''
  66. Rotate(P', α, A) → P''
  67. Rotate(Q', α, A) → Q''
  68. Rotate(R', α, A) → R''
  69. Rotate(S', α, A) → S''
  70. Rotate(T', α, A) → T''
  71. Rotate(U', α, A) → U''
  72. Rotate(V', α, A) → V''
  73. Rotate(W', α, A) → W''
  74. Rotate(Y', α, A) → Y''
  75. Rotate(Z', α, A) → Z''
  76. Rotate(A_1', α, A) → A_1''
  77. Rotate(B_1', α, A) → B_1''
  78. Rotate(C_1', α, A) → C_1''
  79. Rotate(D_1', α, A) → D_1''
  80. Rotate(E_1', α, A) → E_1''
  81. Rotate(F_1', α, A) → F_1''
  82. Rotate(G_1', α, A) → G_1''
  83. Rotate(H_1', α, A) → H_1''
  84. Rotate(I_1', α, A) → I_1''
  85. Rotate(J_1', α, A) → J_1''
  86. Rotate(K_1', α, A) → K_1''
  87. Rotate(L_1', α, A) → L_1''
  88. Rotate(M_1', α, A) → M_1''
  89. Rotate(N_1', α, A) → N_1''
  90. Rotate(O_1', α, A) → O_1''
  91. Rotate(P_1', α, A) → P_1''
  92. Rotate(Q_1', α, A) → Q_1''
  93. Rotate(R_1', α, A) → R_1''
  94. Rotate(S_1', α, A) → S_1''
  95. Rotate(T_1', α, A) → T_1''
  96. Rotate(U_1', α, A) → U_1''
  97. Rotate(V_1', α, A) → V_1''
  98. Rotate(W_1', α, A) → W_1''
  99. Polygon(A'', B'', K'', L'', M'', N'', O'', P'', Q'', R'', S'', T'', C'', U'', V'', W'', Y'', Z'', A_1'', B_1'', C_1'', D_1'', E_1'', D'', F_1'', G_1'', H_1'', I_1'', J_1'', K_1'', L_1'', M_1'', N_1'', O_1'', E'', P_1'', Q_1'', R_1'', S_1'', T_1'', U_1'', V_1'', W_1'', F'', G'', H'', I'', J'') → PP', a'', j'', k'', l'', m'', n'', o'', p'', q'', r'', s'', b'', t'', u'', v'', w'', y'', z'', a_1'', b_1'', c_1'', d_1'', c'', e_1'', f_1'', g_1'', h_1'', i_1'', j_1'', k_1'', l_1'', m_1'', n_1'', d'', o_1'', p_1'', q_1'', r_1'', s_1'', t_1'', u_1'', v_1'', w_1'', e'', f'', g'', h'', i''
  100. Vector(A, Z_1) → z_1
  101. Translate(A, Vector[(a_2 * z_1)]) → A'_1
  102. Translate(B, Vector[(a_2 * z_1)]) → B'_1
  103. Translate(C, Vector[(a_2 * z_1)]) → C'_1
  104. Translate(D, Vector[(a_2 * z_1)]) → D'_1
  105. Translate(E, Vector[(a_2 * z_1)]) → E'_1
  106. Translate(F, Vector[(a_2 * z_1)]) → F'_1
  107. Translate(G, Vector[(a_2 * z_1)]) → G'_1
  108. Translate(H, Vector[(a_2 * z_1)]) → H'_1
  109. Translate(I, Vector[(a_2 * z_1)]) → I'_1
  110. Translate(J, Vector[(a_2 * z_1)]) → J'_1
  111. Translate(K, Vector[(a_2 * z_1)]) → K'_1
  112. Translate(L, Vector[(a_2 * z_1)]) → L'_1
  113. Translate(M, Vector[(a_2 * z_1)]) → M'_1
  114. Translate(N, Vector[(a_2 * z_1)]) → N'_1
  115. Translate(O, Vector[(a_2 * z_1)]) → O'_1
  116. Translate(P, Vector[(a_2 * z_1)]) → P'_1
  117. Translate(Q, Vector[(a_2 * z_1)]) → Q'_1
  118. Translate(R, Vector[(a_2 * z_1)]) → R'_1
  119. Translate(S, Vector[(a_2 * z_1)]) → S'_1
  120. Translate(T, Vector[(a_2 * z_1)]) → T'_1
  121. Translate(U, Vector[(a_2 * z_1)]) → U'_1
  122. Translate(V, Vector[(a_2 * z_1)]) → V'_1
  123. Translate(W, Vector[(a_2 * z_1)]) → W'_1
  124. Translate(Y, Vector[(a_2 * z_1)]) → Y'_1
  125. Translate(Z, Vector[(a_2 * z_1)]) → Z'_1
  126. Translate(A_1, Vector[(a_2 * z_1)]) → A_2
  127. Translate(B_1, Vector[(a_2 * z_1)]) → B_2
  128. Translate(C_1, Vector[(a_2 * z_1)]) → C_2
  129. Translate(D_1, Vector[(a_2 * z_1)]) → D_2
  130. Translate(E_1, Vector[(a_2 * z_1)]) → E_2
  131. Translate(F_1, Vector[(a_2 * z_1)]) → F_2
  132. Translate(G_1, Vector[(a_2 * z_1)]) → G_2
  133. Translate(H_1, Vector[(a_2 * z_1)]) → H_2
  134. Translate(I_1, Vector[(a_2 * z_1)]) → I_2
  135. Translate(J_1, Vector[(a_2 * z_1)]) → J_2
  136. Translate(K_1, Vector[(a_2 * z_1)]) → K_2
  137. Translate(L_1, Vector[(a_2 * z_1)]) → L_2
  138. Translate(M_1, Vector[(a_2 * z_1)]) → M_2
  139. Translate(N_1, Vector[(a_2 * z_1)]) → N_2
  140. Translate(O_1, Vector[(a_2 * z_1)]) → O_2
  141. Translate(P_1, Vector[(a_2 * z_1)]) → P_2
  142. Translate(Q_1, Vector[(a_2 * z_1)]) → Q_2
  143. Translate(R_1, Vector[(a_2 * z_1)]) → R_2
  144. Translate(S_1, Vector[(a_2 * z_1)]) → S_2
  145. Translate(T_1, Vector[(a_2 * z_1)]) → T_2
  146. Translate(U_1, Vector[(a_2 * z_1)]) → U_2
  147. Translate(V_1, Vector[(a_2 * z_1)]) → V_2
  148. Translate(W_1, Vector[(a_2 * z_1)]) → W_2
  149. Polygon(A'_1, B'_1, K'_1, L'_1, M'_1, N'_1, O'_1, P'_1, Q'_1, R'_1, S'_1, T'_1, C'_1, U'_1, V'_1, W'_1, Y'_1, Z'_1, A_2, B_2, C_2, D_2, E_2, D'_1, F_2, G_2, H_2, I_2, J_2, K_2, L_2, M_2, N_2, O_2, E'_1, P_2, Q_2, R_2, S_2, T_2, U_2, V_2, W_2, F'_1, G'_1, H'_1, I'_1, J'_1) → Y_1', a'_1, j'_1, k'_1, l'_1, m'_1, n'_1, o'_1, p'_1, q'_1, r'_1, s'_1, b'_1, t'_1, u'_1, v'_1, w'_1, y'_1, z'_1, a_3, b_2, c_2, d_2, c'_1, e_2, f_2, g_2, h_2, i_2, j_2, k_2, l_2, m_2, n_2, d'_1, o_2, p_2, q_2, r_2, s_2, t_2, u_2, v_2, w_2, e'_1, f'_1, g'_1, h'_1, i'_1
  150. Translate(A', Vector[(a_2 * z_1)]) → A''_1
  151. Translate(B', Vector[(a_2 * z_1)]) → B''_1
  152. Translate(C', Vector[(a_2 * z_1)]) → C''_1
  153. Translate(D', Vector[(a_2 * z_1)]) → D''_1
  154. Translate(E', Vector[(a_2 * z_1)]) → E''_1
  155. Translate(F', Vector[(a_2 * z_1)]) → F''_1
  156. Translate(G', Vector[(a_2 * z_1)]) → G''_1
  157. Translate(H', Vector[(a_2 * z_1)]) → H''_1
  158. Translate(I', Vector[(a_2 * z_1)]) → I''_1
  159. Translate(J', Vector[(a_2 * z_1)]) → J''_1
  160. Translate(K', Vector[(a_2 * z_1)]) → K''_1
  161. Translate(L', Vector[(a_2 * z_1)]) → L''_1
  162. Translate(M', Vector[(a_2 * z_1)]) → M''_1
  163. Translate(N', Vector[(a_2 * z_1)]) → N''_1
  164. Translate(O', Vector[(a_2 * z_1)]) → O''_1
  165. Translate(P', Vector[(a_2 * z_1)]) → P''_1
  166. Translate(Q', Vector[(a_2 * z_1)]) → Q''_1
  167. Translate(R', Vector[(a_2 * z_1)]) → R''_1
  168. Translate(S', Vector[(a_2 * z_1)]) → S''_1
  169. Translate(T', Vector[(a_2 * z_1)]) → T''_1
  170. Translate(U', Vector[(a_2 * z_1)]) → U''_1
  171. Translate(V', Vector[(a_2 * z_1)]) → V''_1
  172. Translate(W', Vector[(a_2 * z_1)]) → W''_1
  173. Translate(Y', Vector[(a_2 * z_1)]) → Y''_1
  174. Translate(Z', Vector[(a_2 * z_1)]) → Z''_1
  175. Translate(A_1', Vector[(a_2 * z_1)]) → A_3
  176. Translate(B_1', Vector[(a_2 * z_1)]) → B_3
  177. Translate(C_1', Vector[(a_2 * z_1)]) → C_3
  178. Translate(D_1', Vector[(a_2 * z_1)]) → D_3
  179. Translate(E_1', Vector[(a_2 * z_1)]) → E_3
  180. Translate(F_1', Vector[(a_2 * z_1)]) → F_3
  181. Translate(G_1', Vector[(a_2 * z_1)]) → G_3
  182. Translate(H_1', Vector[(a_2 * z_1)]) → H_3
  183. Translate(I_1', Vector[(a_2 * z_1)]) → I_3
  184. Translate(J_1', Vector[(a_2 * z_1)]) → J_3
  185. Translate(K_1', Vector[(a_2 * z_1)]) → K_3
  186. Translate(L_1', Vector[(a_2 * z_1)]) → L_3
  187. Translate(M_1', Vector[(a_2 * z_1)]) → M_3
  188. Translate(N_1', Vector[(a_2 * z_1)]) → N_3
  189. Translate(O_1', Vector[(a_2 * z_1)]) → O_3
  190. Translate(P_1', Vector[(a_2 * z_1)]) → P_3
  191. Translate(Q_1', Vector[(a_2 * z_1)]) → Q_3
  192. Translate(R_1', Vector[(a_2 * z_1)]) → R_3
  193. Translate(S_1', Vector[(a_2 * z_1)]) → S_3
  194. Translate(T_1', Vector[(a_2 * z_1)]) → T_3
  195. Translate(U_1', Vector[(a_2 * z_1)]) → U_3
  196. Translate(V_1', Vector[(a_2 * z_1)]) → V_3
  197. Translate(W_1', Vector[(a_2 * z_1)]) → W_3
  198. Polygon(A''_1, B''_1, K''_1, L''_1, M''_1, N''_1, O''_1, P''_1, Q''_1, R''_1, S''_1, T''_1, C''_1, U''_1, V''_1, W''_1, Y''_1, Z''_1, A_3, B_3, C_3, D_3, E_3, D''_1, F_3, G_3, H_3, I_3, J_3, K_3, L_3, M_3, N_3, O_3, E''_1, P_3, Q_3, R_3, S_3, T_3, U_3, V_3, W_3, F''_1, G''_1, H''_1, I''_1, J''_1) → PP'_1, a''_1, j''_1, k''_1, l''_1, m''_1, n''_1, o''_1, p''_1, q''_1, r''_1, s''_1, b''_1, t''_1, u''_1, v''_1, w''_1, y''_1, z''_1, a_4, b_3, c_3, d_3, c''_1, e_3, f_3, g_3, h_3, i_3, j_3, k_3, l_3, m_3, n_3, d''_1, o_3, p_3, q_3, r_3, s_3, t_3, u_3, v_3, w_3, e''_1, f''_1, g''_1, h''_1, i''_1
  199. Translate(A'', Vector[(a_2 * z_1)]) → A'''
  200. Translate(B'', Vector[(a_2 * z_1)]) → B'''
  201. Translate(C'', Vector[(a_2 * z_1)]) → C'''
  202. Translate(D'', Vector[(a_2 * z_1)]) → D'''
  203. Translate(E'', Vector[(a_2 * z_1)]) → E'''
  204. Translate(F'', Vector[(a_2 * z_1)]) → F'''
  205. Translate(G'', Vector[(a_2 * z_1)]) → G'''
  206. Translate(H'', Vector[(a_2 * z_1)]) → H'''
  207. Translate(I'', Vector[(a_2 * z_1)]) → I'''
  208. Translate(J'', Vector[(a_2 * z_1)]) → J'''
  209. Translate(K'', Vector[(a_2 * z_1)]) → K'''
  210. Translate(L'', Vector[(a_2 * z_1)]) → L'''
  211. Translate(M'', Vector[(a_2 * z_1)]) → M'''
  212. Translate(N'', Vector[(a_2 * z_1)]) → N'''
  213. Translate(O'', Vector[(a_2 * z_1)]) → O'''
  214. Translate(P'', Vector[(a_2 * z_1)]) → P'''
  215. Translate(Q'', Vector[(a_2 * z_1)]) → Q'''
  216. Translate(R'', Vector[(a_2 * z_1)]) → R'''
  217. Translate(S'', Vector[(a_2 * z_1)]) → S'''
  218. Translate(T'', Vector[(a_2 * z_1)]) → T'''
  219. Translate(U'', Vector[(a_2 * z_1)]) → U'''
  220. Translate(V'', Vector[(a_2 * z_1)]) → V'''
  221. Translate(W'', Vector[(a_2 * z_1)]) → W'''
  222. Translate(Y'', Vector[(a_2 * z_1)]) → Y'''
  223. Translate(Z'', Vector[(a_2 * z_1)]) → Z'''
  224. Translate(A_1'', Vector[(a_2 * z_1)]) → A_1'''
  225. Translate(B_1'', Vector[(a_2 * z_1)]) → B_1'''
  226. Translate(C_1'', Vector[(a_2 * z_1)]) → C_1'''
  227. Translate(D_1'', Vector[(a_2 * z_1)]) → D_1'''
  228. Translate(E_1'', Vector[(a_2 * z_1)]) → E_1'''
  229. Translate(F_1'', Vector[(a_2 * z_1)]) → F_1'''
  230. Translate(G_1'', Vector[(a_2 * z_1)]) → G_1'''
  231. Translate(H_1'', Vector[(a_2 * z_1)]) → H_1'''
  232. Translate(I_1'', Vector[(a_2 * z_1)]) → I_1'''
  233. Translate(J_1'', Vector[(a_2 * z_1)]) → J_1'''
  234. Translate(K_1'', Vector[(a_2 * z_1)]) → K_1'''
  235. Translate(L_1'', Vector[(a_2 * z_1)]) → L_1'''
  236. Translate(M_1'', Vector[(a_2 * z_1)]) → M_1'''
  237. Translate(N_1'', Vector[(a_2 * z_1)]) → N_1'''
  238. Translate(O_1'', Vector[(a_2 * z_1)]) → O_1'''
  239. Translate(P_1'', Vector[(a_2 * z_1)]) → P_1'''
  240. Translate(Q_1'', Vector[(a_2 * z_1)]) → Q_1'''
  241. Translate(R_1'', Vector[(a_2 * z_1)]) → R_1'''
  242. Translate(S_1'', Vector[(a_2 * z_1)]) → S_1'''
  243. Translate(T_1'', Vector[(a_2 * z_1)]) → T_1'''
  244. Translate(U_1'', Vector[(a_2 * z_1)]) → U_1'''
  245. Translate(V_1'', Vector[(a_2 * z_1)]) → V_1'''
  246. Translate(W_1'', Vector[(a_2 * z_1)]) → W_1'''
  247. Polygon(A''', B''', K''', L''', M''', N''', O''', P''', Q''', R''', S''', T''', C''', U''', V''', W''', Y''', Z''', A_1''', B_1''', C_1''', D_1''', E_1''', D''', F_1''', G_1''', H_1''', I_1''', J_1''', K_1''', L_1''', M_1''', N_1''', O_1''', E''', P_1''', Q_1''', R_1''', S_1''', T_1''', U_1''', V_1''', W_1''', F''', G''', H''', I''', J''') → PP'', a''', j''', k''', l''', m''', n''', o''', p''', q''', r''', s''', b''', t''', u''', v''', w''', y''', z''', a_1''', b_1''', c_1''', d_1''', c''', e_1''', f_1''', g_1''', h_1''', i_1''', j_1''', k_1''', l_1''', m_1''', n_1''', d''', o_1''', p_1''', q_1''', r_1''', s_1''', t_1''', u_1''', v_1''', w_1''', e''', f''', g''', h''', i'''
  248. Vector(Y_3, Z_3) → z_3
  249. Translate(A, Vector[(b_4 * z_3)]) → A'_2
  250. Translate(B, Vector[(b_4 * z_3)]) → B'_2
  251. Translate(C, Vector[(b_4 * z_3)]) → C'_2
  252. Translate(D, Vector[(b_4 * z_3)]) → D'_2
  253. Translate(E, Vector[(b_4 * z_3)]) → E'_2
  254. Translate(F, Vector[(b_4 * z_3)]) → F'_2
  255. Translate(G, Vector[(b_4 * z_3)]) → G'_2
  256. Translate(H, Vector[(b_4 * z_3)]) → H'_2
  257. Translate(I, Vector[(b_4 * z_3)]) → I'_2
  258. Translate(J, Vector[(b_4 * z_3)]) → J'_2
  259. Translate(K, Vector[(b_4 * z_3)]) → K'_2
  260. Translate(L, Vector[(b_4 * z_3)]) → L'_2
  261. Translate(M, Vector[(b_4 * z_3)]) → M'_2
  262. Translate(N, Vector[(b_4 * z_3)]) → N'_2
  263. Translate(O, Vector[(b_4 * z_3)]) → O'_2
  264. Translate(P, Vector[(b_4 * z_3)]) → P'_2
  265. Translate(Q, Vector[(b_4 * z_3)]) → Q'_2
  266. Translate(R, Vector[(b_4 * z_3)]) → R'_2
  267. Translate(S, Vector[(b_4 * z_3)]) → S'_2
  268. Translate(T, Vector[(b_4 * z_3)]) → T'_2
  269. Translate(U, Vector[(b_4 * z_3)]) → U'_2
  270. Translate(V, Vector[(b_4 * z_3)]) → V'_2
  271. Translate(W, Vector[(b_4 * z_3)]) → W'_2
  272. Translate(Y, Vector[(b_4 * z_3)]) → Y'_2
  273. Translate(Z, Vector[(b_4 * z_3)]) → Z'_2
  274. Translate(A_1, Vector[(b_4 * z_3)]) → A_4
  275. Translate(B_1, Vector[(b_4 * z_3)]) → B_4
  276. Translate(C_1, Vector[(b_4 * z_3)]) → C_4
  277. Translate(D_1, Vector[(b_4 * z_3)]) → D_4
  278. Translate(E_1, Vector[(b_4 * z_3)]) → E_4
  279. Translate(F_1, Vector[(b_4 * z_3)]) → F_4
  280. Translate(G_1, Vector[(b_4 * z_3)]) → G_4
  281. Translate(H_1, Vector[(b_4 * z_3)]) → H_4
  282. Translate(I_1, Vector[(b_4 * z_3)]) → I_4
  283. Translate(J_1, Vector[(b_4 * z_3)]) → J_4
  284. Translate(K_1, Vector[(b_4 * z_3)]) → K_4
  285. Translate(L_1, Vector[(b_4 * z_3)]) → L_4
  286. Translate(M_1, Vector[(b_4 * z_3)]) → M_4
  287. Translate(N_1, Vector[(b_4 * z_3)]) → N_4
  288. Translate(O_1, Vector[(b_4 * z_3)]) → O_4
  289. Translate(P_1, Vector[(b_4 * z_3)]) → P_4
  290. Translate(Q_1, Vector[(b_4 * z_3)]) → Q_4
  291. Translate(R_1, Vector[(b_4 * z_3)]) → R_4
  292. Translate(S_1, Vector[(b_4 * z_3)]) → S_4
  293. Translate(T_1, Vector[(b_4 * z_3)]) → T_4
  294. Translate(U_1, Vector[(b_4 * z_3)]) → U_4
  295. Translate(V_1, Vector[(b_4 * z_3)]) → V_4
  296. Translate(W_1, Vector[(b_4 * z_3)]) → W_4
  297. Polygon(A'_2, B'_2, K'_2, L'_2, M'_2, N'_2, O'_2, P'_2, Q'_2, R'_2, S'_2, T'_2, C'_2, U'_2, V'_2, W'_2, Y'_2, Z'_2, A_4, B_4, C_4, D_4, E_4, D'_2, F_4, G_4, H_4, I_4, J_4, K_4, L_4, M_4, N_4, O_4, E'_2, P_4, Q_4, R_4, S_4, T_4, U_4, V_4, W_4, F'_2, G'_2, H'_2, I'_2, J'_2) → Y_4, a'_2, j'_2, k'_2, l'_2, m'_2, n'_2, o'_2, p'_2, q'_2, r'_2, s'_2, b'_2, t'_2, u'_2, v'_2, w'_2, y'_2, z'_2, a_5, b_5, c_4, d_4, c'_2, e_4, f_4, g_4, h_4, i_4, j_4, k_4, l_4, m_4, n_4, d'_2, o_4, p_4, q_4, r_4, s_4, t_4, u_4, v_4, w_4, e'_2, f'_2, g'_2, h'_2, i'_2
  298. Translate(A', Vector[(b_4 * z_3)]) → A''_2
  299. Translate(B', Vector[(b_4 * z_3)]) → B''_2
  300. Translate(C', Vector[(b_4 * z_3)]) → C''_2
  301. Translate(D', Vector[(b_4 * z_3)]) → D''_2
  302. Translate(E', Vector[(b_4 * z_3)]) → E''_2
  303. Translate(F', Vector[(b_4 * z_3)]) → F''_2
  304. Translate(G', Vector[(b_4 * z_3)]) → G''_2
  305. Translate(H', Vector[(b_4 * z_3)]) → H''_2
  306. Translate(I', Vector[(b_4 * z_3)]) → I''_2
  307. Translate(J', Vector[(b_4 * z_3)]) → J''_2
  308. Translate(K', Vector[(b_4 * z_3)]) → K''_2
  309. Translate(L', Vector[(b_4 * z_3)]) → L''_2
  310. Translate(M', Vector[(b_4 * z_3)]) → M''_2
  311. Translate(N', Vector[(b_4 * z_3)]) → N''_2
  312. Translate(O', Vector[(b_4 * z_3)]) → O''_2
  313. Translate(P', Vector[(b_4 * z_3)]) → P''_2
  314. Translate(Q', Vector[(b_4 * z_3)]) → Q''_2
  315. Translate(R', Vector[(b_4 * z_3)]) → R''_2
  316. Translate(S', Vector[(b_4 * z_3)]) → S''_2
  317. Translate(T', Vector[(b_4 * z_3)]) → T''_2
  318. Translate(U', Vector[(b_4 * z_3)]) → U''_2
  319. Translate(V', Vector[(b_4 * z_3)]) → V''_2
  320. Translate(W', Vector[(b_4 * z_3)]) → W''_2
  321. Translate(Y', Vector[(b_4 * z_3)]) → Y''_2
  322. Translate(Z', Vector[(b_4 * z_3)]) → Z''_2
  323. Translate(A_1', Vector[(b_4 * z_3)]) → A_5
  324. Translate(B_1', Vector[(b_4 * z_3)]) → B_5
  325. Translate(C_1', Vector[(b_4 * z_3)]) → C_5
  326. Translate(D_1', Vector[(b_4 * z_3)]) → D_5
  327. Translate(E_1', Vector[(b_4 * z_3)]) → E_5
  328. Translate(F_1', Vector[(b_4 * z_3)]) → F_5
  329. Translate(G_1', Vector[(b_4 * z_3)]) → G_5
  330. Translate(H_1', Vector[(b_4 * z_3)]) → H_5
  331. Translate(I_1', Vector[(b_4 * z_3)]) → I_5
  332. Translate(J_1', Vector[(b_4 * z_3)]) → J_5
  333. Translate(K_1', Vector[(b_4 * z_3)]) → K_5
  334. Translate(L_1', Vector[(b_4 * z_3)]) → L_5
  335. Translate(M_1', Vector[(b_4 * z_3)]) → M_5
  336. Translate(N_1', Vector[(b_4 * z_3)]) → N_5
  337. Translate(O_1', Vector[(b_4 * z_3)]) → O_5
  338. Translate(P_1', Vector[(b_4 * z_3)]) → P_5
  339. Translate(Q_1', Vector[(b_4 * z_3)]) → Q_5
  340. Translate(R_1', Vector[(b_4 * z_3)]) → R_5
  341. Translate(S_1', Vector[(b_4 * z_3)]) → S_5
  342. Translate(T_1', Vector[(b_4 * z_3)]) → T_5
  343. Translate(U_1', Vector[(b_4 * z_3)]) → U_5
  344. Translate(V_1', Vector[(b_4 * z_3)]) → V_5
  345. Translate(W_1', Vector[(b_4 * z_3)]) → W_5
  346. Polygon(A''_2, B''_2, K''_2, L''_2, M''_2, N''_2, O''_2, P''_2, Q''_2, R''_2, S''_2, T''_2, C''_2, U''_2, V''_2, W''_2, Y''_2, Z''_2, A_5, B_5, C_5, D_5, E_5, D''_2, F_5, G_5, H_5, I_5, J_5, K_5, L_5, M_5, N_5, O_5, E''_2, P_5, Q_5, R_5, S_5, T_5, U_5, V_5, W_5, F''_2, G''_2, H''_2, I''_2, J''_2) → PP'_2, a''_2, j''_2, k''_2, l''_2, m''_2, n''_2, o''_2, p''_2, q''_2, r''_2, s''_2, b''_2, t''_2, u''_2, v''_2, w''_2, y''_2, z''_2, a_6, b_6, c_5, d_5, c''_2, e_5, f_5, g_5, h_5, i_5, j_5, k_5, l_5, m_5, n_5, d''_2, o_5, p_5, q_5, r_5, s_5, t_5, u_5, v_5, w_5, e''_2, f''_2, g''_2, h''_2, i''_2
  347. Translate(A'', Vector[(b_4 * z_3)]) → A'''_1
  348. Translate(B'', Vector[(b_4 * z_3)]) → B'''_1
  349. Translate(C'', Vector[(b_4 * z_3)]) → C'''_1
  350. Translate(D'', Vector[(b_4 * z_3)]) → D'''_1
  351. Translate(E'', Vector[(b_4 * z_3)]) → E'''_1
  352. Translate(F'', Vector[(b_4 * z_3)]) → F'''_1
  353. Translate(G'', Vector[(b_4 * z_3)]) → G'''_1
  354. Translate(H'', Vector[(b_4 * z_3)]) → H'''_1
  355. Translate(I'', Vector[(b_4 * z_3)]) → I'''_1
  356. Translate(J'', Vector[(b_4 * z_3)]) → J'''_1
  357. Translate(K'', Vector[(b_4 * z_3)]) → K'''_1
  358. Translate(L'', Vector[(b_4 * z_3)]) → L'''_1
  359. Translate(M'', Vector[(b_4 * z_3)]) → M'''_1
  360. Translate(N'', Vector[(b_4 * z_3)]) → N'''_1
  361. Translate(O'', Vector[(b_4 * z_3)]) → O'''_1
  362. Translate(P'', Vector[(b_4 * z_3)]) → P'''_1
  363. Translate(Q'', Vector[(b_4 * z_3)]) → Q'''_1
  364. Translate(R'', Vector[(b_4 * z_3)]) → R'''_1
  365. Translate(S'', Vector[(b_4 * z_3)]) → S'''_1
  366. Translate(T'', Vector[(b_4 * z_3)]) → T'''_1
  367. Translate(U'', Vector[(b_4 * z_3)]) → U'''_1
  368. Translate(V'', Vector[(b_4 * z_3)]) → V'''_1
  369. Translate(W'', Vector[(b_4 * z_3)]) → W'''_1
  370. Translate(Y'', Vector[(b_4 * z_3)]) → Y'''_1
  371. Translate(Z'', Vector[(b_4 * z_3)]) → Z'''_1
  372. Translate(A_1'', Vector[(b_4 * z_3)]) → A_6
  373. Translate(B_1'', Vector[(b_4 * z_3)]) → B_6
  374. Translate(C_1'', Vector[(b_4 * z_3)]) → C_6
  375. Translate(D_1'', Vector[(b_4 * z_3)]) → D_6
  376. Translate(E_1'', Vector[(b_4 * z_3)]) → E_6
  377. Translate(F_1'', Vector[(b_4 * z_3)]) → F_6
  378. Translate(G_1'', Vector[(b_4 * z_3)]) → G_6
  379. Translate(H_1'', Vector[(b_4 * z_3)]) → H_6
  380. Translate(I_1'', Vector[(b_4 * z_3)]) → I_6
  381. Translate(J_1'', Vector[(b_4 * z_3)]) → J_6
  382. Translate(K_1'', Vector[(b_4 * z_3)]) → K_6
  383. Translate(L_1'', Vector[(b_4 * z_3)]) → L_6
  384. Translate(M_1'', Vector[(b_4 * z_3)]) → M_6
  385. Translate(N_1'', Vector[(b_4 * z_3)]) → N_6
  386. Translate(O_1'', Vector[(b_4 * z_3)]) → O_6
  387. Translate(P_1'', Vector[(b_4 * z_3)]) → P_6
  388. Translate(Q_1'', Vector[(b_4 * z_3)]) → Q_6
  389. Translate(R_1'', Vector[(b_4 * z_3)]) → R_6
  390. Translate(S_1'', Vector[(b_4 * z_3)]) → S_6
  391. Translate(T_1'', Vector[(b_4 * z_3)]) → T_6
  392. Translate(U_1'', Vector[(b_4 * z_3)]) → U_6
  393. Translate(V_1'', Vector[(b_4 * z_3)]) → V_6
  394. Translate(W_1'', Vector[(b_4 * z_3)]) → W_6
  395. Polygon(A'''_1, B'''_1, K'''_1, L'''_1, M'''_1, N'''_1, O'''_1, P'''_1, Q'''_1, R'''_1, S'''_1, T'''_1, C'''_1, U'''_1, V'''_1, W'''_1, Y'''_1, Z'''_1, A_6, B_6, C_6, D_6, E_6, D'''_1, F_6, G_6, H_6, I_6, J_6, K_6, L_6, M_6, N_6, O_6, E'''_1, P_6, Q_6, R_6, S_6, T_6, U_6, V_6, W_6, F'''_1, G'''_1, H'''_1, I'''_1, J'''_1) → PP''_1, a'''_1, j'''_1, k'''_1, l'''_1, m'''_1, n'''_1, o'''_1, p'''_1, q'''_1, r'''_1, s'''_1, b'''_1, t'''_1, u'''_1, v'''_1, w'''_1, y'''_1, z'''_1, a_7, b_7, c_6, d_6, c'''_1, e_6, f_6, g_6, h_6, i_6, j_6, k_6, l_6, m_6, n_6, d'''_1, o_6, p_6, q_6, r_6, s_6, t_6, u_6, v_6, w_6, e'''_1, f'''_1, g'''_1, h'''_1, i'''_1

AI Drawing Prompt Reference

Draw a pattern made of multiple squares that form a reptile-like shape through rotation and connection. Include additional points to maintain structural stability. The construction order starts with a basic square, then rotates other squares, and finally connects them to form the complete pattern.
The prompt above was compiled from the original drawing commands and is for reference only.