KApplication KGlobalSettings KColorScheme KLocale The foreground color of the display. KColorScheme schemeView(QPalette::Active, KColorScheme::View); QColor defaultColor = schemeView.foreground().color(); defaultColor The background color of the display. defaultColor = schemeView.background().color(); defaultColor The color of number buttons. KColorScheme schemeButtons(QPalette::Active, KColorScheme::Button); QColor defaultButtonColor = schemeButtons.background().color(); defaultButtonColor The color of function buttons. defaultButtonColor The color of statistical buttons. defaultButtonColor The color of hex buttons. defaultButtonColor The color of memory buttons. defaultButtonColor The color of operation buttons. defaultButtonColor The font to use for the buttons. KGlobalSettings::generalFont() The font to use in the display. QFont(KGlobalSettings::generalFont().family(), 14, QFont::Bold) Maximum number of digits displayed. KCalc can compute with many more digits than the number that fits on the display. This setting gives the maximum number of digits displayed, before KCalc starts using scientific notation, i.e. notation of the type 2.34e12. 12 8 200 Number of fixed decimal digits. 2 Whether to use fixed decimal places. false Whether to beep on error. true Whether to show the result in the window title. false Whether to group digits. true Whether to use Two's Complement for non-decimal numbers. Select to use Two's Complement notation for Binary, Octal and Hexidecimal numbers. This is a common notation to represent negative numbers in computers. true Easy Calculator Mode A very simple mode where only the basic calculator buttons are shown Science Calculator Mode Mode with science buttons and optional constants buttons Statistic Calculator Mode Mode with additional statistics buttons and optional constants buttons Numeral System Mode Mode with logic buttons and selectable base. Optional bit edit available. Whether to show the bit edit widget. false Whether to show constant buttons. false Degrees, radians or grads 0 Numeric base 10 Binary figures will be separated by a whitespace after every Xth digit. For easier readability it's possible to visible group the individual digits into pairs for example instead of 10111001 you can display 1011 1001, by setting the setting to 4, thus inserting a whitespace after every 4th digit. 4 Octal figures will be separated by a whitespace after every Xth digit. For easier readability it's possible to visible group the individual digits into pairs for example instead of 42140213 you can display 4214 0213, by setting the setting to 4, thus inserting a whitespace after every 4th digit. 4 Hexadecimal figures will be separated by a whitespace after every Xth digit. For easier readability it's possible to visible group the individual digits into pairs for example instead of AF1C42 you can display AF 1C 42, by setting the setting to 2, thus inserting a whitespace after every 2nd digit. 2 Name of the user programmable constants. QString nameConstant0 = i18nc("Name of the user programmable constant", "C1"); QString nameConstant1 = i18nc("Name of the user programmable constant", "C2"); QString nameConstant2 = i18nc("Name of the user programmable constant", "C3"); QString nameConstant3 = i18nc("Name of the user programmable constant", "C4"); QString nameConstant4 = i18nc("Name of the user programmable constant", "C5"); QString nameConstant5 = i18nc("Name of the user programmable constant", "C6"); nameConstant0 nameConstant1 nameConstant2 nameConstant3 nameConstant4 nameConstant5 List of user programmable constants 0 0 0 0 0 0