57 lines
1.3 KiB
Racket
57 lines
1.3 KiB
Racket
#lang racket
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(require "group-scheduling.rkt")
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;; define your group
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(define some-group '("Fidelia" "Marcus" "Donnette" "Garrett" "Lida" "Reagan" "Myrta" "Ginny" "Juliann" "Maxwell" "Serena" "Chante" "Wen" "Malcom" "Lizbeth" "Aleida"))
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;; the 'print-rounds' function determines if a particular arrangement of meetings
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;; will nable everyon ein th egrouo to have met once.
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;; it's given a group (i.e. a list of names) and the number of rounds of 2, 3 or 4
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;; first. number of rounds of pairs
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;; second. number of rounds of 3 person groups
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;; third. number of rounds of 4 person groups
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;; show the scenario for week 1
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(print-test-rounds some-group 2 1 1)
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;; begin with seting up the meetings
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(start-meetings some-group)
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;; make a few rounds...
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(print-rounds-of-2 some-group 2)
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(print-rounds-of-3 some-group 2)
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(print-rounds-of-4 some-group 1)
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(print-all-meetings some-group)
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;; and again...
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(reset-meetings some-group)
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(print-rounds-of-2 some-group 2)
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(print-all-meetings some-group)
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;; ...and by end of week 2
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(printf "\nweek 1 & week 2 (scenario 1)\n\n")
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(print-test-rounds some-group 5 2 1)
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(printf "\nweek 1 & week 2 (scenario 2)\n\n")
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(print-test-rounds some-group 4 3 1)
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(printf "\nweek 1 & week 2 (scenario 3)\n\n")
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(print-test-rounds some-group 4 2 2)
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(printf "\nweek 1 & week 2 (scenario 4)\n\n")
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(print-test-rounds some-group 4 1 3)
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