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DeadMG
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They're not that closely related. For programming, it is important to know about mathematics- especially those branches pertaining to, for example, algorithm performance, but the simple fact is that there is no branch of mathematics that will tell you that Singletons are a horrifically bad idea, for example, or when to favour inheritance over composition, or whether or not you're really going to need that flexibility, and not to repeat yourself, and dozens of other core programming necessities.

Mathematics might be able to express what your program does, but it most certainly cannot tell you the most maintainable, human-readable, feasible way to go about it.

They're not that closely related. For programming, it is important to know about mathematics- especially those branches pertaining to, for example, algorithm performance, but the simple fact is that there is no branch of mathematics that will tell you that Singletons are a horrifically bad idea, for example, or when to favour inheritance over composition, or whether or not you're really going to need that flexibility, and not to repeat yourself, and dozens of other core programming necessities.

They're not that closely related. For programming, it is important to know about mathematics- especially those branches pertaining to, for example, algorithm performance, but the simple fact is that there is no branch of mathematics that will tell you that Singletons are a horrifically bad idea, for example, or when to favour inheritance over composition, or whether or not you're really going to need that flexibility, and not to repeat yourself, and dozens of other core programming necessities.

Mathematics might be able to express what your program does, but it most certainly cannot tell you the most maintainable, human-readable, feasible way to go about it.

Source Link
DeadMG
  • 36.9k
  • 8
  • 73
  • 141

They're not that closely related. For programming, it is important to know about mathematics- especially those branches pertaining to, for example, algorithm performance, but the simple fact is that there is no branch of mathematics that will tell you that Singletons are a horrifically bad idea, for example, or when to favour inheritance over composition, or whether or not you're really going to need that flexibility, and not to repeat yourself, and dozens of other core programming necessities.