Outrageously Funny Search Suggestion Engine :: Nonlocal

👉 A nonlocal tax is a type of indirect tax that applies to individuals who are located in one state but have no physical presence there. In other words, they pay taxes on their income and expenses in states where they live, rather than paying it all up front when they leave the country or move abroad. Nonlocals can include people living in foreign countries, those who work for companies based outside of their home country, and even individuals who have recently moved to a new state. These individuals may be

nonlocals

👉 In computer programming, a non-local variable is one that cannot be assigned to in an expression or statement within another function. This means that local variables can only be accessed from their own function body and not from other functions. For example: ```python def add(a, b): return a + b def subtract(a, b): return a - b nonlocal x x = 10 print(x) # Output: 10 # The non-local variable

nonlocalizable

👉 The term "non-local" is a technical concept in mathematics and computer science that refers to a function or operation which is not local to its input. This means that if you change the value of one variable, it does not affect the values of other variables that are dependent on that variable. For example, consider the following function: ```python def f(x): return x + 1 print(f(3)) # Output: 4 ``` In this case, "f

nonlocal

👉 In mathematics, a nonlocally defined space (also known as an uncountable locally countably infinite space) is a topological space that has no finite subspaces. That means it can be represented by a union of countably many open sets without any choice. For example: 1. The real line $\mathbb{R}$ is nonlocally defined because there are infinitely many open intervals in the plane $(0, 1)$. 2. The complex numbers $\mathbb{

nonlocally

👉 Non-localized is a term used in computer science and machine learning, which refers to algorithms that are not localized within a specific data structure or memory location. These algorithms operate on a global view of all inputs and outputs without localizing them to any particular data point or variable. For example, consider an algorithm that performs matrix multiplication using the Schur complement method. This algorithm is non-localized because it operates on a global view of all matrices without relying on specific data points or variables. Instead,

nonlocalized