array indexの例文

• Assume that I am using an interpreted programming language where array indexes start at zero.
• It's causing a segfault, presumably because the array index is accessing out-of-bounds.
• An additional possibility is to use an array of characters where the array indexes are the code-points associated with each character.
• Both pointers and array indexes are commonly represented as integers .-- & trade; 03 : 53, 27 January 2008 ( UTC)
• Single-character names are most commonly used only for auxiliary variables; for instance, i, j, k for array index variables.
• The VAX computer has an INDEX assembly instruction for array index checking which takes six operands, all of which can use any VAX addressing mode.
• An alternative to tying them together using array indexes is to use references to tie the portions together, but this can be less efficient in time and space.
• If there is no link at that array index, the " link " variable is undefined and thus calls to " link . href " generate an error.
• Normally, this example would result in a bounds check when the element is read from the array and a second bounds check when the modified element is stored using the same array index.
• Some programming languages start the numbering of array indexes at zero, in which case the entries of an " m "-by-" n " matrix are indexed by and.
• As a result, I'm using an array where the first ( ie, the " zeroeth " ) entry is blank, so the array index number matches the Strong's concordance number.
• :: : : More precisely, it exists because C's pointer dereference operator is prefix, while the other similar operators ( array index, structure access, and function call ) are all postfix.
• Oberon-2 provides built-in run-time support for garbage collection similar to Java and performs bounds and array index checks, etc . that eliminate the potential stack and array bounds overwriting problems and manual memory management issues inherent in C / C + +.
• Once a valid variable has been created, the array index subscripting notation can be used to transform it into an array, so for example the code-" variable list = { 0, 2, 4, 6 }; " will create an array with four elements.
• This is still the conceptually simplest way to construct a queue in a high level language, but it does admittedly slow things down a little, because the array indices must be compared to zero and the array size, which is comparable to the time taken to check whether an array index is out of bounds, which some languages do, but this will certainly be the method of choice for a quick and dirty implementation, or for any high level language that does not have pointer syntax.
• Hence the whole system is ( typically ) just a simple 1D floating point array for the current-state of each neuron, a 2D floating point array for the weighting of each input of each neuron and a 2D integer array containing the array index of the neurons that connects to this input of this neuron ( of course this could instead be a 1D array of structures or classes or something-but performance is the driving factor here-neural networks can take a long time to execute and cache coherency can be a big problem with the largest ones ).