Test | Status | Code Input and Output |
---|---|---|
1 | Pass |
hotels =["CityLights";"SeaView";"MarketPlace";"ResortSpa";"Nightingale";"Clubadub";"SkylineView";"MarinaBay";"ComfortFirst";"VillageValley"];
ratings = [7.2;8.7;6.5;9.3;4.3;6.9;8.8;5.9;7.4;9.1];
cutoff = 8;
good_correct = ["SeaView";"ResortSpa";"SkylineView";"VillageValley"];
assert(isequal(find_good_hotels(hotels,ratings,cutoff),good_correct))
|
2 | Pass |
hotels = ["ComfortFirst";"CityLights";"Clubadub";"Nightingale";"MarketPlace";"MarinaBay";"ResortSpa";"VillageValley";"SkylineView";"SeaView"];
ratings = [8.8000;7.2000;9.3000;8.7000;6.9000;7.4000;6.5000;4.3000;5.9000;9.1000];
cutoff = 9;
good_correct = ["Clubadub";"SeaView"];
assert(isequal(find_good_hotels(hotels,ratings,cutoff),good_correct))
|
3 | Pass |
hotels = ["Nightingale";"VillageValley";"SeaView";"CityLights";"ResortSpa";"ComfortFirst";"SkylineView";"Clubadub";"MarinaBay";"MarketPlace"];
ratings = [7.2000;8.7000;6.5000;7.4000;9.3000;9.1000;6.9000;8.8000;5.9000;4.3000];
cutoff = 7;
good_correct = ["Nightingale";"VillageValley";"CityLights";"ResortSpa";"ComfortFirst";"Clubadub"];
assert(isequal(find_good_hotels(hotels,ratings,cutoff),good_correct))
|
4 | Pass |
hotels = ["Nightingale";"VillageValley";"SeaView";"CityLights";"ResortSpa";"ComfortFirst";"SkylineView";"Clubadub";"MarinaBay";"MarketPlace"];
ratings = [7.2000;8.7000;6.5000;7.4000;9.3000;9.1000;6.9000;8.8000;5.9000;4.3000];
cutoff = 7.2000;
good_correct = ["Nightingale";"VillageValley";"CityLights";"ResortSpa";"ComfortFirst";"Clubadub"];
assert(isequal(find_good_hotels(hotels,ratings,cutoff),good_correct))
|
Find the largest value in the 3D matrix
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