比较箱线图

GeoGebra 命令及参数

1. Element(BDtSq, Data) → BDat
2. Q3(BDat) → BQ3
3. Q1(BDat) → BQ1
4. KeepIf(BLF ≤ x ≤ BUF, BDat) → BGD
5. Max(BGD) → BNMax
6. Min(BGD) → BNMin
7. If(BRWL / BLWL < 1, BLWL / BRWL, BRWL / BLWL) → BWR
8. Median(BDat) → BMed
9. If(BRBL / BLBL < 1, BLBL / BRBL, BRBL / BLBL) → BBR
10. Min(BDat) → BMin
11. Max(BDat) → BMax
12. Element(ADatSq, Data) → ADat
13. Median(ADat) → AMed
14. Min(ADat) → AMin
15. Min(AMin, BMin) → CMin
16. Max(ADat) → AMax
17. Max(AMax, BMax) → CMax
18. If(5 * LBScl ≤ UBScl, 5 * LBScl, If[2 * LBScl ≤ UBScl, 2 * LBScl, LBScl]) → Scl
19. Q1(ADat) → AQ1
20. Q3(ADat) → AQ3
21. If(ARBL / ALBL < 1, ALBL / ARBL, ARBL / ALBL) → ABR
22. KeepIf(ALF ≤ x ≤ AUF, ADat) → AGD
23. Min(AGD) → ANMin
24. Max(AGD) → ANMax
25. If(ARWL / ALWL < 1, ALWL / ARWL, ARWL / ALWL) → AWR
26. Element(AcSq, Data) → Acc
27. Sequence(k, k, CMin, CMax, 10^(-Acc)) → CDomain
28. Sort(Intersection[CDomain, BDat]) → BRange
29. Sequence(k, k, BLF, BUF, 10^(-Acc)) → BMiddle
30. CountIf(x < BLF, BRange) → BLOC
31. CountIf(x ≤ BMax, BRange) → BCount
32. Segment(LfEP, RtEP) → nmbln
33. Segment(BNMin3, BNMin1) → newmin1
34. Midpoint(newmin1) → BNMin2
35. Segment(BQ13, BQ11) → qlo3
36. Segment(BMed2, BMed1) → med2
37. Midpoint(qlo3) → BQ12
38. Segment(BNMin2, BQ12) → lwh
39. Segment(BQ33, BQ31) → qhi3
40. Segment(BQ13, BQ33) → boxtop2
41. Segment(BQ11, BQ31) → boxbot
42. Segment(BNMax3, BNMax1) → newmax2
43. Midpoint(newmax2) → BNMax2
44. Midpoint(qhi3) → BQ32
45. Segment(BQ32, BNMax2) → rwh2
46. Segment(ANMin3, ANMin1) → min4
47. Segment(AQ11, AQ13) → qlo4
48. Segment(AMed2, AMed1) → med4
49. Segment(AQ33, AQ31) → qhi4
50. Segment(AMax3, AMax1) → max4
51. Segment(AQ11, AQ33) → boxtop4
52. Segment(AQ13, AQ31) → boxbot4
53. Midpoint(min4) → ANMin2
54. Midpoint(qlo4) → AQ12
55. Midpoint(qhi4) → AQ32
56. Midpoint(max4) → AMax2
57. Segment(ANMin2, AQ12) → lwh4
58. Segment(AQ32, AMax2) → rwh4
59. KeepIf(x < BLF, BRange) → BLO
60. Sequence((adapt(Element[BLO, k]), -0.8), k, 1, BLOC) → BLO2
61. Element(GrpSeqA, Data) → GrpA
62. Element(GrpSeqB, Data) → GrpB
63. KeepIf(x < ALF, ADat) → ALO
64. KeepIf(x > AUF, ADat) → ARO
65. KeepIf(x > BUF, BDat) → BRO
66. Sort(Intersection[CDomain, ADat]) → ARng
67. Union(ARng, BRange) → CRange
68. CountIf(x ≤ AMax, ARng) → ACount
69. CountIf(x < ALF, ARng) → ALOC
70. CountIf(x > BUF, BRange) → BROC
71. CountIf(x > AUF, ARng) → AROC
72. Sequence(k, k, ALF, AUF, 10^(-Acc)) → AMid
73. Sequence(k, k, BLE, BLF - 10^(-Acc), 10^(-Acc)) → BLeft
74. Element(DesSeq, Data) → DD0
75. Element(LabSeq, Data) → DtLb
76. If(AMax > BMax, 1, If[AMax < BMax, 2, 3]) → AnMax
77. If(AMin > BMin, 1, If[AMin < BMin, 2, 3]) → AnMin
78. Element(QsSqSq, Mod[Seed, 6] + 1) → QsNmSq
79. If(AWR > BWR + 0.05, 1, If[BWR > ABR + 0.05, 2, If[ABR > BBR + 0.05, 1, If[BBR > ABR + 0.05, 2, 3]]]) → AnSkw
80. Element(AnSkwSq, AnSkw) → ExtAnSkw
81. If(AMed > BMed, 1, If[BMed > AMed, 2, 3]) → AnMed
82. If(ARng_1 > BRng + DF, 1, If[BRng > ARng_1 + DF, 2, 3]) → AnRng
83. If(AIQR > BIQR + DF, 1, If[BIQR > AIQR + DF, 2, 3]) → AnIQR
84. Element(QsSq, Element[QsNmSq, 1]) → QA
85. Element(QsSq, Element[QsNmSq, 2]) → QB
86. Element(QsSq, Element[QsNmSq, 3]) → QC
87. Element(QsSq, Element[QsNmSq, 4]) → QD
88. Element(QsSq, Element[QsNmSq, 5]) → QE
89. Element(QsSq, Element[QsNmSq, 6]) → QF
90. Element(AnMaxSq, AnMax) → ExtAnMax
91. Element(AnMinSq, AnMin) → ExtAnMin
92. Element(AnMedSq, AnMed) → ExtAnMed
93. Element(AnRngSq, AnRng) → ExtAnRng
94. Element(AnIQRSq, AnIQR) → ExtAnIQR
95. Element(ExtAnSeq, Element[QsNmSq, 1]) → ExtAnA
96. Element(ExtAnSeq, Element[QsNmSq, 2]) → ExtAnB
97. Element(ExtAnSeq, Element[QsNmSq, 3]) → ExtAnC
98. Element(ExtAnSeq, Element[QsNmSq, 4]) → ExtAnD
99. Element(ExtAnSeq, Element[QsNmSq, 5]) → ExtAnE
100. Element(ExtAnSeq, Element[QsNmSq, 6]) → ExtAnF
101. Sequence(Text[k, (adapt(k) - 1, -1.14)], k, AxMin, AxMax, Scl) → NmbLbSq
102. Sequence(Segment[(k * Stretch + 4, -1.08), (k * Stretch + 4, -1.06)], k, 0, AxMax - AxMin, Scl) → TicSq