Basic Features
- 2 panel skins: dark and bright;
- Minimal positive number: 1E-99;
- Max. positive number: 9.(999)E+99;
- Double-precision (15 decimal places);
- Animation of keystrokes (simplifies navigation);
- 3 modes of angle calculations: degrees, radians, grads;
- Indication of memory cell, current angle unit and function mode;
- Support of "simplified" form for binary operations (see "Usage" section for details);
- Easy and fast "just-one-click" interface. To do an elementary operation, just need one keystroke. To do a scientific operation, need two keystrokes.
Usage
Although interface of NiceCalc is quite easy, there is some specific that may be not very clear during the first use. For example, joystick buttons are not used for navigation instead they are used as operation keys. Specific key bindings are:
- Joystick Left button: division operation;
- Joystick Right button: multiplication operation;
- Joystick Up button: addition operation;
- Joystick Down button: subtraction operation;
- Joystick OK button: equal (calculation) operation;
- Pencil button: switch to Function mode (Fn button on NiceCalc panel);
- Call termination button (Red phone key): clear (C button on NiceCalc panel).
Almost all buttons have two assigned labels. To enter the number or operation displayed on some button, just press the button. To enter the operation displayed above some button, switch to the function mode first (press the button Fn), then press the button itself. Function mode is automatically switched off just after the operation is completed. Actually this is some kind of standard behavior of real scientific calculators, so should not confuse.
There are two sorts of operations: unary operations (require 1 argument) and binary operations (require 2 arguments). All binary operations have the same priority, i.e. [2] [+] [3] [*] [4] = 20 and not 24 as it should be according to mathematical rules. This is standard behavior for calculators too, although there are exceptions (standard PC Windows's calculator, for example). Unary operations always have higher priority than binary operations. So [2] [+] [3] [x2] = 11, but [2] [+] [3] [xy] [2] = 25, because [x2] is unary operation, and [xy] is binary operation.
NiceCalc supports so-called "simplified" form of binary operations. For example, to calculate 3 • 3 on NiceCalc, it's enough to enter [3] [*] [=]. To repeat the operation (i.e. multiply the result, 9, by 3), just press [=] again etc. This feature is quite helpful and it is regular for majority of real calculators, but not implemented in standard S60 calculator for some unknown reason.
Compatibility. System Requirements
Application requires up to 100kb of ROM to install and up to 50 kb of RAM to operate.
Symbian OS v.6.1 UI S60 v.1.0
Nokia 7650 Nokia 3650 Nokia 3660 Nokia N-GAGE Nokia N-GAGE QD Siemens SX1 Sendo X Sendo X2
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Symbian OS v.7.0s UI S60 v.2.0
Nokia 3230 Nokia 6260 Nokia 6600 Nokia 6620 Nokia 6670 Nokia 7610 Panasonic x700 Panasonic x800 Samsung D700 Samsung D710 Samsung D720 Samsung D730
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Symbian OS v.8.0 UI S60 v.2.1
Nokia 6630 Nokia 6680 Nokia 6681 Lenovo P930
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Please, always try applications BEFORE buy.
Installation
- Transfer the downloaded "NiceCalc_v.1.1.sis" file to your mobile handheld;
- Open folder where it was stored. ("Inbox", by default);
- Start and complete installation dialog;
- Start the application.
User Guides
No User's manual currently available.
Localization
NiceCalc interface supports next languages:
Trial period
While NiceCalc is in the demo mode next restrictions apply:
- After some (random) number of operations, output is locked with the text UNREGISTERED: locked. To unlock the output, user needs to press Clear (red phone button).
Technical Support
VerySoft Support Team is always ready to assist you with any question concerning software products.
To force obtaining necessary information please follow the advices from the Support page.
FAQ and Discussion
NiceCalc has a separate thread in VerySoft Forum. Visit it to access friendly community, find FAQ and share your opinion.