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Managing Drink Volumes and States in Java Classes

This Java code snippet demonstrates object-oriented programming concepts by managing different drink containers and their states. It utilizes classes like `CupO` and `MugO`, illustrating how to create instances of drink containers, fill them, and handle their volumes. The interaction between different drink objects, such as `PaperCupQ`, is shown by invoking methods to drink specific amounts and check their statuses. The code also highlights the relationships between drinkers and their chosen containers in a fun, party-themed scenario.

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Managing Drink Volumes and States in Java Classes

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  1. CupO ratio 0.8 CupO.setRatio(Float.parseFloat(arg[0]); MugO m1 = new MugO(); volume 250 p1 = new PaperCupQ('B'); MugO c1 = new PaperCupQ("Cindy"); amount 195 PaperCupQ m1.fill().drink(); drinker '?' volume 150 p1.drink(20); mthd stack p2.drink(); PaperCupQ PaperCupQ amount amount 115 100 m1 M drinker drinker 'C' 'B' p1 P c1 C times times 1 1 this C drinker drinker null this this this this this C P P P P this this C C String "Cindy" this this C C Animation of PartyQ … m1.status() … … amount … drinker … … p1.status() … super.status(); … amount … drinker … … times … drinker … … c1.status() … super.status(); … amount … drinker … … times … drinker …

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