source: CGBLisp/examples/alt.result@ 1

>(load "alt")
Loading alt.lisp
------------------- CASE 1 -------------------
Condition:
  Green list: [ X2, X3, Y3 ]
  Red list: [  ]
 Basis: [ ( - 1) * X * V1 + (1) * Y * U1, ( - 1) * X * V2 + (1) * Y * U2, ( - 1) * X * V3 + (1) * Y * U3, ( - 1) * Y * U2 * V3 + (1) * Y * V2 * U3, ( - 1) * Y * U1 * V3 + (1) * Y * V1 * U3, ( - 1) * Y * U1 * V2 + (1) * Y * V1 * U2 ]
------------------- CASE 2 -------------------
Condition:
  Green list: [ X2, X3 ]
  Red list: [ Y3 ]
 Basis: [ ( - 1) * X * V3 + (Y3) * X + (1) * Y * U3 + ( - Y3) * U3, (Y3) * V1, (Y3) * V2, (Y3) * Y * U2, ( - Y3) * Y * U1 ]
------------------- CASE 3 -------------------
Condition:
  Green list: [ X2 ]
  Red list: [ X2 - X3, X3 ]
 Basis: [ (X3) * X * V1 + (Y3) * Y * V1, ( - X3) * X * V2 + ( - Y3) * Y * V2, ( - 1) * X * V3 + (Y3) * X + (1) * Y * U3 + ( - X3) * Y + ( - Y3) * U3 + (X3) * V3, (X3) * U1 + (Y3) * V1, (X3) * U2 + (Y3) * V2, (X3) * Y * V2 * U3 + (Y3) * Y * V2 * V3 + ( - X3^2 - Y3^2) * Y * V2 + ( - X3 * Y3) * V2 * U3 + (X3^2) * V2 * V3, ( - X3) * Y * V1 * U3 + ( - Y3) * Y * V1 * V3 + (X3^2 + Y3^2) * Y * V1 + (X3 * Y3) * V1 * U3 + ( - X3^2) * V1 * V3 ]
------------------- CASE 4 -------------------
Condition:
  Green list: [ X3, Y3 ]
  Red list: [ X2, X2 - X3 ]
 Basis: [ ( - X2) * X * V1, ( - 1) * X * V2 + (1) * Y * U2 + ( - X2) * Y + (X2) * V2, (X2) * X * V3, ( - X2) * U1, (X2) * U3, (X2) * Y * U2 * V3 + ( - X2^2) * Y * V3 + (X2^2) * V2 * V3, ( - X2) * Y * V1 * U2 + (X2^2) * Y * V1 + ( - X2^2) * V1 * V2 ]
------------------- CASE 5 -------------------
Condition:
  Green list: [ X3 ]
  Red list: [ Y3, X2, X2 - X3 ]
 Basis: [ ( - X2) * X * V1 + (Y3) * Y * V1, (X2) * X * V3 + ( - X2 * Y3) * X, ( - X2) * U1 + (Y3) * V1, (Y3) * V2, (X2) * U3, (Y3) * Y * U2 + ( - X2 * Y3) * Y, (X2 * Y3) * Y * V1 * V3 + ( - X2 * Y3^2) * Y * V1 ]
------------------- CASE 6 -------------------
Condition:
  Green list: [ X2 - X3, Y3 ]
  Red list: [ X3, X2 ]
 Basis: [ ( - 1) * X * V1 + (1) * Y * U1, ( - X3) * X * V2 + (X3^2) * V2, (X3) * X * V3 + ( - X3^2) * V3, (X3) * U2 + ( - X3^2), (X3) * U3 + ( - X3^2), (X3) * Y * U1 * V3 + ( - X3^2) * V1 * V3, ( - X3) * Y * U1 * V2 + (X3^2) * V1 * V2 ]
------------------- CASE 7 -------------------
Condition:
  Green list: [ X2 - X3 ]
  Red list: [ Y3, X2, X3 ]
 Basis: [ ( - X3) * X * V2 + ( - Y3) * Y * V2 + (X3^2) * V2, (X3) * X * V3 + ( - X3 * Y3) * X + ( - X3^2) * V3 + (X3^2 * Y3), (Y3) * V1, (X3) * U2 + (Y3) * V2 + ( - X3^2), (X3) * U3 + ( - X3^2), ( - Y3) * Y * U1, ( - X3 * Y3) * Y * V2 * V3 + (X3 * Y3^2) * Y * V2 ]
------------------- CASE 8 -------------------
Condition:
  Green list: [  ]
  Red list: [ X2, Y3, X3, X2 - X3 ]
 Basis: [ ( - X2 + X3) * X * V1 + (Y3) * Y * V1, ( - X3) * X * V2 + ( - Y3) * Y * V2 + (X2 * X3) * V2, (X2) * X * V3 + ( - X2 * Y3) * X + ( - X2 * X3) * V3 + (X2 * X3 * Y3), ( - X2 + X3) * U1 + (Y3) * V1, (X3) * U2 + (Y3) * V2 + ( - X2 * X3), (X2) * U3 + ( - X2 * X3), ( - X2 * Y3) * Y * V2 * V3 + (X2 * Y3^2) * Y * V2 + (X2^2 * X3 - X2 * X3^2) * V2 * V3 + ( - X2^2 * X3 * Y3 + X2 * X3^2 * Y3) * V2, (X2 * Y3) * Y * V1 * V3 + ( - X2 * Y3^2) * Y * V1 + ( - X2^2 * X3 + X2 * X3^2) * V1 * V3 + (X2^2 * X3 * Y3 - X2 * X3^2 * Y3) * V1, ( - X2 * Y3) * Y * V1 * V2 + (X2^2 * X3 - X2 * X3^2) * V1 * V2 ]
------------------- CASE 9 -------------------
Condition:
  Green list: [ Y3 ]
  Red list: [ X2, X3, X2 - X3 ]
 Basis: [ ( - X2 + X3) * X * V1, ( - X3) * X * V2 + (X2 * X3) * V2, (X2) * X * V3 + ( - X2 * X3) * V3, ( - X2 + X3) * U1, (X3) * U2 + ( - X2 * X3), (X2) * U3 + ( - X2 * X3), (X2^2 * X3 - X2 * X3^2) * V2 * V3, ( - X2^2 * X3 + X2 * X3^2) * V1 * V3, (X2^2 * X3 - X2 * X3^2) * V1 * V2 ]
Finished loading alt.lisp
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