//
// Supporting material for lecture 4
// - cooking meat
// - tell them when to put it in the oven!
//
import FormatIO.*;


public class Cooking {
    public static void main(String[] args){

     
    }

}
//
// The algorithm (what's an algorithm?)
// 
// (1) get the cooking algorithm
// (1.1) minutes per kilogram (minPerKg)
// (1.2) additional time (addTime)
// (1.3) assume that data is integer
//
// (2) get time to be ready (readyTime)
// (2.1) read time in 24 hour notation HHMM
// (2.2) again assume integer (i.e. no parts of a minute)
//
// (3) get weight of meat (weight)
// (3.1) assume double/float
//
// NOTE: could reorder steps 1, 2, and 3
//
// (4) compute start time (startTime)
// (4.1) convert readyTime from HHMM to just minutes
// (4.1.1) hours = readtyTime /100, mins = readyTime % 100
// (4.1.2) timeInMins = ??? or just put it back into readyTime?
// (4.2) compute cooking time (cookTime)
// (4.2.1) weight * minPerKg + addTime
// (4.2.2) woops! is this an integer or double?
// (4.3) startTime = readyTime - cookTime
// (4.4) Now convert startTime to HHMM
//
// NOTE: 
// - could startTime go negative?
// - what would that mean?
// - can we fix this
//