APEL 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Y7ouRIi8McBqC0w7HCGqT3Aq02M+5uXvKmIeE6LGYbFpPt/79aCY30Qevt/sv3ZhtWS9N5O+FxviJVlTiQtmIZS5cuZcC+vM4BUCW+iTJu0IHc1Jt46qmnyPrkE77ZvJlJtHw1c2gHvEHdYrpKHGjqfEf37bsmfFK5AkCVhO4KZbSl8zXpFQC6QnIK1yA9bEgPGm3pfAJAhYfuSvIrCrYzZN1Wfv7pp1bv+ZrrFh3QlZJUqJaIhh38dBT2JN/W6j2fAFChIbuqbKn7dfM34x49ho3YZJnXeuoVALpqkgrUJd37/edzz5Ez88l2qxeX4HZbJyY6wgEBoCNcFGu02wEBYLutExMd4YAA0BEuijXa7YAAsN3WiYmOcEAA6AgXxRrtdkAA2G7rxERHOCAAdISLYo12OyAAbLd1YqIjHBAAOsJFsUa7HRAAtts6MdERDggAHeGiWKPdDvwfif8VTIJoyw0AAAAASUVORK5CYII=data:image/png;base64,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

fr:vecteur _ _

fr:dessiner _

fr:soit _ = _ _

fr:dessiner X _ _

fr:carré _ _

fr:appliquer _ à _ Reports a new list containing the items of the input list, but in the opposite order.

1inputresult

#11datacountmapmany##1#1data listscount

fr:premier de _

fr:aller à pt: _

fr:polygone _

fr:prochain cyclique après _ dans _

fr:milieu _

fr:début _

fr:fin _

fr:groupe _

fr:soient2 _ = _ , _ = _ _

Compose several transformations, by applying the first, then the second, etc...

Compose several transformations, by applying the last, then the second last, etc...

fr:origine homothety p k creates a homothety of centre p and ratio k.

fr:homothétie _ _ pt

fr:parallélogramme pt: _ pt: _ pt: _

fr:rotation autour de _ de _ °

fr:position souris

fr:aller à gauche de _ pas

fr:aller à droite de _ pas

fr:souris dans le rectangle pt: _ pt: _ ?

fr:dans le rectangle pt: _ pt: _ ?

fr:aller en bas de _ pas

fr:aller en haut de _ pas Reports a new list whose items are the same as in the input list, except that if two or more equal items appear in the input list, only the last one is kept in the result.

1

false