![]() The RPN Solver on the HP-32S allowed the user to enter a program which accepted multiple variables and computed f(a, b, c. To use the root finder the user wrote a function that accepted x, and left f(x) in the X register. The HP-34C had introduced the first built-in root-finder which could solve for f(x) = 0 expressed as an RPN program. ![]() The HP-32S featured to the first RPN solver. Integer, fraction, rounding, absolute value.Labeled Input/Output via the INPUT and VIEW commands.(Although the calculator optimized integer numbers from 1 to 99 into 1.5 Byte lines.) Any number fit on one code line but those code lines require 9.5 Bytes. Most program lines required 1.5 Bytes of memory but the calculator used fully merged keycodes - including numbers. (In fact, in large program listings, HP typically listed a checksum every dozen or so lines so the user could find mistakes quickly.) This gave the user assurance that the program was entered correctly. The index could be stored with STO i, and an indirect store could be done via STO (i).Īnother new feature was the program checksum. Indirection was available via the i variable which was distinct from the I variable. Unlike most previous models, this one checked for duplicate labels and produced an error message. (Like A01.) For very long functions, the next 100 lines were displayed as A.01-A.99 and the next hundred as A,01-A,99. To aid in navigating programs, line numbers began with the most recent label followed by two digits. The calculator used label addressing and allowed subroutine nesting to seven levels deep. The programming features were impressive for a calculator of its price. This was handy for debugging since it didn't affect the stack. A single variable could be displayed without entering it on the stack by pressing VIEW followed by the letter. All the variables could be scanned with the VAR command. The letters A-Z where printed to the sides of the keys. When RCL or STO was pressed, an A.Z annunciator appeared. The lettered variables were not allocated from memory until used and they could be individually deallocated by simply storing 0 in them. While these variables were used in much the same way as numeric registers, they were more than just a relabeling. The calculator used the 27 lettered variables A-Z and i (indirection) rather than numbered variables. The Functions that could be prefixed with CMPLX were:īecause there was no complex "mode" and no "complex stack" as on the HP-15C, complex numbers were each entered into two levels of the normal stack. Instead of the HP-15C's complex mode, the HP-32S had just one mode but allowed the CMPLX key to be used as a prefix to the other functions in much the same way other calculators used HYP or ARC prefixes on trigonometric functions. Obvious error messages (like Divide By 0.).Variables instead of numbered registers (see below.).Complex Arithmetic functions (see below.).(With windowing to view long binary numbers.) Binary, octal, decimal and hexadecimal bases.Numeric integration (of RPN functions.).Like us: Follow us: Basic scientific functions including hyperbolic functions. Easy setting up number format, decimal point, calculation mode (Alg or Chain), and so on via in-app settingsįeel free to email us at whenever you need help.One-click access to user manual and customer support within the app.Easy data entry in Cash Flow, Stats, TVM calculation with spreadsheet-like worksheets.N, I/YR, PV, PMT and FV values displayed right above buttons.Scientific capabilities, including log, exponent, power etc.Choice of Chain and Algebraic Calculation Mode.Interest Rate Conversion between Nominal and Annual Effective Interest Rates.Business percentage calculation like Cost, Price, Margin, and Markup.Cash flow analysis: Net Present Value (NPV), and Internal Rate of Return (IRR).It allows you to easily calculate time value of money, amortization, investment value, mortgage and loan payments, interest rates, and more using powerful and intuitive worksheets. With more than 120 functions for financial analysis, business, statistics, and mathematics, and modeled on the popular HP 10bII Financial Calculator, 10bii Financial Calculator app combines precise mathematics, intuitive display, and ease-of-use in one package. It is a powerful emulator for HP 10bII Financial Calculator on iPhone, iPad, and Apple Watch, which supports all functions of HP 10bII Financial Calculator and beyond with many intuitive worksheets.
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