Closest Point to Moving Target
I have a target which is constantly moving, and only its current position is ever known. I also have about one hundred objects surrounding it, and for each of these only the current position is known.
Closest Point to Moving Target
I have a target which is constantly moving, and only its current position is ever known. I also have about one hundred objects surrounding it, and for each of these only the current position is known.
What benefit is there to using recursive binary search over iterative binary search or vice versa?
In a recent assignment for my programming 2 class we tested the efficiency of searches by populating a java ArrayList with 13,040 strings. The sequential search was obviously slower than the binary searches due to the complexity difference and the amount of times the code actually has to loop through the code.
Efficient way to map changes in a filesystem hierarchy
I’m currently working on a project that will enable file searching based on metadata found in the file.
timed events to modulation of real-time audio
I am new very to audio programming and am having trouble figuring out the right kind of algorithm for converting control events (e.g. like MIDI) to real-time sound genesis with a buffer.
timed events to modulation of real-time audio
I am new very to audio programming and am having trouble figuring out the right kind of algorithm for converting control events (e.g. like MIDI) to real-time sound genesis with a buffer.
timed events to modulation of real-time audio
I am new very to audio programming and am having trouble figuring out the right kind of algorithm for converting control events (e.g. like MIDI) to real-time sound genesis with a buffer.
Which way is more efficient for getting the space count?
I have just started reading Cracking the Coding Interview. One of the problems (specifically 1.4) after solving and then looking at the answer made me question the way it is done and decided to post it up here to see if I am missing something.
Comparing path strings against list of rules
I am trying to find a way to enhance a filtering algorithm. I am developing a backup software that enables users to specify custom filters to exclude unwanted files/directories.
Currently when trying to check if a file should be taken into backup, the path of the file is compared against a list of rules.
Comparing path strings against list of rules
I am trying to find a way to enhance a filtering algorithm. I am developing a backup software that enables users to specify custom filters to exclude unwanted files/directories.
Currently when trying to check if a file should be taken into backup, the path of the file is compared against a list of rules.