Калькулятор 4

Simple and functional calculator

Highlights parentheses with color

Can wrap an expression in parentheses with one click or change the sign

Calculates on the go

You can write several functions in a row without parentheses, for example lglg10000000000 = 1

NEW in version 1.8.3:

➤Gesting input of clamping functions

➤Reduced number of keyboard buttons and changed their location

➤Some words on the keyboard are replaced with vector icons

NEW in version 1.8.2:

➤Minimum supported Android version increased to 5.0 Lollipop

➤No special changes, mostly code refactoring to make it easier to make changes later :)

➤New interface for resizing buttons

➤ Added launch screen

➤ Presets of settings in dialog boxes

➤New design settings

➤History moved to database

➤ Some themes have been improved

➤The result field is now fully clicked

NEW in version 1.8.1:

➤More themes

➤Undo Manager completed

➤ The function of wrapping in brackets has been completed

➤Added the function of changing the sign (I'll finish it later)

NEW in version 1.8.0:

➤Themes

➤Customizable result format (digit separators and E)

➤UNDO / REDO - undo / redo an action - remembers 100 changes

➤sgn - signum - returns the sign of a number (-1 or 0 or 1)

➤Improved API to 16, now supports android 4.1.1+

IT IS NECESSARY TO DELETE THESE APPLICATIONS to work or uninstall and reinstall

➤Horizontal scrolling response

➤Keyboard text size adjusts to buttons height

➤arc now return degrees if switch = deg

➤Wrap in parentheses button (press several times to place parentheses at a higher level. Press to parenthesize the expression in front of the cursor)

➤Added the ability to erase text by holding down a button

➤Changed expression processing logic:

for example now:

• √9 (9) = √ (9) × (9) = 27 but √9e = √ (9 × e)

• sinπcosπ = (sin (π)) × (cos (π)) but sin2πcosπ = (sin (2 × π)) × (cos (π))

• cos2π = cos (2 × π)

• 2 ^ 2e = 2 ^ (2e) but 2 ^ 2lg100 = 2 ^ 2 × lg100

• √lg10000 (1E5) = √ (log (10000)) × (1E5)

• lg4! 4 = lg (4!) × 4

• lg4! Lg100 = lg (4!) × lg100

In general, if the function argument is an implicit product (unsigned multiply) of numbers, then all numbers are included in the function argument

•••••••••

• 2³! = (2 ^ 3)!

• lg100³ = lg100 ^ 3 = (lg100) ^ 3

• lg100³! = (lg100³)!

➤ many more small visual changes and improvements