相关性与最佳拟合线任务1

GeoGebra 命令及参数

1. Mean(List_1) → a
2. Mean(List_2) → b
3. Ray(B, A) → c
4. Ray(C, A) → d
5. KeepIf(x < a, List_1) → list2
6. Length(list2) → e
7. Take(list1, 1, 1) → list3
8. Element(list1, 1) → D
9. Element(list1, 2) → E
10. Element(list1, 3) → F
11. Element(list1, 4) → G
12. Element(list1, 5) → H
13. Element(list1, 6) → I
14. Element(list1, 7) → J
15. Element(list1, 8) → K
16. Element(list1, 9) → L
17. Element(list1, 10) → M
18. Element(list1, 11) → N
19. Element(list1, 12) → O
20. Element(list1, 13) → P
21. Element(list1, 14) → Q
22. Element(list1, 15) → R
23. Element(list1, 16) → S
24. Element(list1, 17) → T
25. Element(list1, 18) → U
26. Element(list1, 19) → V
27. Element(list1, 20) → W
28. Element(list1, 21) → Z
29. Element(list1, 22) → A_1
30. Element(list1, 23) → B_1
31. Element(list1, 24) → C_1
32. If((x(D) < x(A)) ∧ (y(D) > y(A)), D) → D_1
33. If((x(E) < x(A)) ∧ (y(E) > y(A)), E) → E_1
34. If((x(F) < x(A)) ∧ (y(F) > y(A)), F) → F_1
35. If((x(G) < x(A)) ∧ (y(G) > y(A)), G) → G_1
36. If((x(H) < x(A)) ∧ (y(H) > y(A)), H) → H_1
37. If((x(I) < x(A)) ∧ (y(I) > y(A)), I) → I_1
38. If((x(J) < x(A)) ∧ (y(J) > y(A)), J) → J_1
39. If((x(K) < x(A)) ∧ (y(K) > y(A)), K) → K_1
40. If((x(M) < x(A)) ∧ (y(M) > y(A)), M) → M_1
41. If((x(N) < x(A)) ∧ (y(N) > y(A)), N) → N_1
42. If((x(O) < x(A)) ∧ (y(O) > y(A)), O) → O_1
43. If((x(P) < x(A)) ∧ (y(P) > y(A)), P) → P_1
44. If((x(Q) < x(A)) ∧ (y(Q) > y(A)), Q) → Q_1
45. If((x(R) < x(A)) ∧ (y(R) > y(A)), R) → R_1
46. If((x(S) < x(A)) ∧ (y(S) > y(A)), S) → S_1
47. If((x(T) < x(A)) ∧ (y(T) > y(A)), T) → T_1
48. If((x(U) < x(A)) ∧ (y(U) > y(A)), U) → U_1
49. If((x(V) < x(A)) ∧ (y(V) > y(A)), V) → V_1
50. If((x(W) < x(A)) ∧ (y(W) > y(A)), W) → W_1
51. If((x(Z) < x(A)) ∧ (y(Z) > y(A)), Z) → Z_1
52. If((x(A_1) < x(A)) ∧ (y(A_1) > y(A)), A_1) → A_2
53. If((x(B_1) < x(A)) ∧ (y(B_1) > y(A)), B_1) → B_2
54. If((x(C_1) < x(A)) ∧ (y(C_1) > y(A)), C_1) → C_2
55. If((x(A_1) > x(A)) ∧ (y(A_1) > y(A)), A_1) → A_3
56. If((x(B_1) > x(A)) ∧ (y(B_1) > y(A)), B_1) → B_3
57. If((x(C_1) > x(A)) ∧ (y(C_1) > y(A)), C_1) → C_3
58. If((x(D) > x(A)) ∧ (y(D) > y(A)), D) → D_2
59. If((x(E) > x(A)) ∧ (y(E) > y(A)), E) → E_2
60. If((x(F) > x(A)) ∧ (y(F) > y(A)), F) → F_2
61. If((x(G) > x(A)) ∧ (y(G) > y(A)), G) → G_2
62. If((x(H) > x(A)) ∧ (y(H) > y(A)), H) → H_2
63. If((x(I) > x(A)) ∧ (y(I) > y(A)), I) → I_2
64. If((x(J) > x(A)) ∧ (y(J) > y(A)), J) → J_2
65. If((x(K) > x(A)) ∧ (y(K) > y(A)), K) → K_2
66. If((x(M) > x(A)) ∧ (y(M) > y(A)), M) → M_2
67. If((x(N) > x(A)) ∧ (y(N) > y(A)), N) → N_2
68. If((x(O) > x(A)) ∧ (y(O) > y(A)), O) → O_2
69. If((x(P) > x(A)) ∧ (y(P) > y(A)), P) → P_2
70. If((x(Q) > x(A)) ∧ (y(Q) > y(A)), Q) → Q_2
71. If((x(R) > x(A)) ∧ (y(R) > y(A)), R) → R_2
72. If((x(S) > x(A)) ∧ (y(S) > y(A)), S) → S_2
73. If((x(T) > x(A)) ∧ (y(T) > y(A)), T) → T_2
74. If((x(U) > x(A)) ∧ (y(U) > y(A)), U) → U_2
75. If((x(V) > x(A)) ∧ (y(V) > y(A)), V) → V_2
76. If((x(W) > x(A)) ∧ (y(W) > y(A)), W) → W_2
77. If((x(Z) > x(A)) ∧ (y(Z) > y(A)), Z) → Z_2
78. Defined(D_1) → D1
79. Defined(E_1) → D2
80. Defined(F_1) → D3
81. Defined(G_1) → D4
82. Defined(H_1) → D5
83. Defined(I_1) → D6
84. Defined(J_1) → D7
85. Defined(K_1) → D8
86. Defined(M_1) → D9
87. Defined(N_1) → D10
88. Defined(O_1) → D11
89. Defined(P_1) → D12
90. Defined(Q_1) → D13
91. Defined(R_1) → D14
92. Defined(S_1) → D15
93. Defined(T_1) → D16
94. Defined(U_1) → D17
95. Defined(V_1) → D18
96. Defined(W_1) → D19
97. FitLineY(list1) → h
98. If((x(D) > x(A)) ∧ (y(D) < y(A)), D) → D_3
99. If((x(F) > x(A)) ∧ (y(F) < y(A)), F) → F_3
100. If((x(E) > x(A)) ∧ (y(E) < y(A)), E) → E_3
101. If((x(G) > x(A)) ∧ (y(G) < y(A)), G) → G_3
102. If((x(H) > x(A)) ∧ (y(H) < y(A)), H) → H_3
103. If((x(I) > x(A)) ∧ (y(I) < y(A)), I) → I_3
104. If((x(J) > x(A)) ∧ (y(J) < y(A)), J) → J_3
105. If((x(K) > x(A)) ∧ (y(K) < y(A)), K) → K_3
106. If((x(M) > x(A)) ∧ (y(M) < y(A)), M) → M_3
107. If((x(N) > x(A)) ∧ (y(N) < y(A)), N) → N_3
108. If((x(O) > x(A)) ∧ (y(O) < y(A)), O) → O_3
109. If((x(P) > x(A)) ∧ (y(P) < y(A)), P) → P_3
110. If((x(Q) > x(A)) ∧ (y(Q) < y(A)), Q) → Q_3
111. If((x(R) > x(A)) ∧ (y(R) < y(A)), R) → R_3
112. If((x(S) > x(A)) ∧ (y(S) < y(A)), S) → S_3
113. If((x(T) > x(A)) ∧ (y(T) < y(A)), T) → T_3
114. If((x(U) > x(A)) ∧ (y(U) < y(A)), U) → U_3
115. If((x(V) > x(A)) ∧ (y(V) < y(A)), V) → V_3
116. If((x(W) > x(A)) ∧ (y(W) < y(A)), W) → W_3
117. If((x(Z) > x(A)) ∧ (y(Z) < y(A)), Z) → Z_3
118. If((x(A_1) > x(A)) ∧ (y(A_1) < y(A)), A_1) → A_4
119. If((x(B_1) > x(A)) ∧ (y(B_1) < y(A)), B_1) → B_4
120. If((x(C_1) > x(A)) ∧ (y(C_1) < y(A)), C_1) → C_4
121. If((x(D) < x(A)) ∧ (y(D) < y(A)), D) → D_4
122. If((x(E) < x(A)) ∧ (y(E) < y(A)), E) → E_4
123. If((x(F) < x(A)) ∧ (y(F) < y(A)), F) → F_4
124. If((x(G) < x(A)) ∧ (y(G) < y(A)), G) → G_4
125. If((x(H) < x(A)) ∧ (y(H) < y(A)), H) → H_4
126. If((x(I) < x(A)) ∧ (y(I) < y(A)), I) → I_4
127. If((x(J) < x(A)) ∧ (y(J) < y(A)), J) → J_4
128. If((x(K) < x(A)) ∧ (y(K) < y(A)), K) → K_4
129. If((x(M) < x(A)) ∧ (y(M) < y(A)), M) → M_4
130. If((x(N) < x(A)) ∧ (y(N) < y(A)), N) → N_4
131. If((x(O) < x(A)) ∧ (y(O) < y(A)), O) → O_4
132. If((x(P) < x(A)) ∧ (y(P) < y(A)), P) → P_4
133. If((x(Q) < x(A)) ∧ (y(Q) < y(A)), Q) → Q_4
134. If((x(R) < x(A)) ∧ (y(R) < y(A)), R) → R_4
135. If((x(S) < x(A)) ∧ (y(S) < y(A)), S) → S_4
136. If((x(T) < x(A)) ∧ (y(T) < y(A)), T) → T_4
137. If((x(U) < x(A)) ∧ (y(U) < y(A)), U) → U_4
138. If((x(V) < x(A)) ∧ (y(V) < y(A)), V) → V_4
139. If((x(W) < x(A)) ∧ (y(W) < y(A)), W) → W_4
140. If((x(Z) < x(A)) ∧ (y(Z) < y(A)), Z) → Z_4
141. If((x(A_1) < x(A)) ∧ (y(A_1) < y(A)), A_1) → A_5
142. If((x(B_1) < x(A)) ∧ (y(B_1) < y(A)), B_1) → B_5
143. If((x(C_1) < x(A)) ∧ (y(C_1) < y(A)), C_1) → C_5
144. If((x(L) < x(A)) ∧ (y(L) > y(A)), L) → L_1
145. If((x(L) > x(A)) ∧ (y(L) > y(A)), L) → L_2
146. If((x(L) > x(A)) ∧ (y(L) < y(A)), L) → L_3
147. If((x(L) < x(A)) ∧ (y(L) < y(A)), L) → L_4
148. PMCC(list1) → n