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Keystroke programming describes a specific way of programming by which each keystroke on a device or application is recorded in some way and then played back so that the recorded key-presses can be repeated multiple times.
Keystroke logging, often referred to as keylogging or keyboard capturing, is the action of recording (logging) the keys struck on a keyboard, [1] [2] typically covertly, so that a person using the keyboard is unaware that their actions are being monitored. Data can then be retrieved by the person operating the logging program.
Calculators supporting such programming were Turing-complete if they supported both conditional statements and indirect addressing of memory. Notable examples of Turing complete calculators were Casio FX-602P series, the HP-41 and the TI-59. Keystroke programming is still used in mid-range calculators like the HP 35s and HP-12C.
Open new program window of pinned program in Quick Launch ⊞ Win+(#) where "#" is the position of the program on the Quick Launch toolbar (Windows Vista, 7+) ⌘ Cmd+A+⇧ Shift: Alt+(#) where "#" is the position of the program on the Shelf Open new program window of the pinned program on the taskbar (if program is already opened)
Though the programming language used on the 41 series is a version of the keystroke programming languages used in all preceding programmable HP calculators, the range of technologies, and programming-related usability and extensibility features available in 41 series models (notably keyboard overlays, a fully remappable keyboard, I/O ...
This calculator program has accepted input in infix notation, and returned the answer , ¯. Here the comma is a decimal separator. Here the comma is a decimal separator. Infix notation is a method similar to immediate execution with AESH and/or AESP, but unary operations are input into the calculator in the same order as they are written on paper.
The majority of the features of the 20S are still present, including keystroke programming support and the typical trigonometric, logarithmic and exponential functions found on most scientific calculators. However, the 21S has several features specifically to support statistical analysis:
Keystroke-programmable with full boolean and program-control command sets and line edit, insert and delete; HP "equation list" equation editor (fully algebraic) in both the stand-alone list as well as in keystroke programs; HP Solver feature (solves equations and functions for one unknown) Function integration feature