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identifying components of problems benefits
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representing the components of a problem
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procedurally
2.1 - thinking procedurally
| Term | Definition |
|---|---|
| identifying components of problems benefits | allows the solver to break the problem down into smaller/more manageable chunks, making the solution easier to make and reducing the waste of resources |
| representing the components of a problem | using a top-down modular design/structure diagram and using stepwise refinement to break down 1 task into multiple parts that can be broken down themselves if needed |
| benefits of using a structure diagram | since each sub-problem is represented visually, they can easily be allocated to different people if needed for a more efficient process |
| producing a solution | producing a solution to each sub-problem often individually (can be done via visually representing the final output and working backwards), before combining them to solve the problem (along with debugging iteratively and terminally) |
| identifying the steps to a solution | since most programs are event driven, flowcharts or pseudocode can be used to decide the order of events and its linearity |
| identifying sub-routines | each sub-problem can be addressed with a function (or similar), with the parameters (and/or return values) known. this can also be used to identify when code can be reused, repurposed or remade to make the process more efficient across sub-problems |
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