High Precision Calculator
該應用程序允許用戶以任意精度計算數學表達式。
應用信息
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應用描述
Android應用分析和審查：High Precision Calculator，由Tinku Tara開發。在教育類別中列出。當前版本為2.4，在 14/11/2024 上更新。根據用戶在Google Play上的評論：High Precision Calculator。超過1 千的安裝。 High Precision Calculator目前有26評論，平均評分為3.0星
該應用是一個任意的精度計算器。您可以計算大量，階段root和Decimal指數。
可以將結果復製到剪貼板中以在其他應用中使用。
您還可以使用最多三個參數來定義函數以進行重複計算。
我們目前正在提供2.4版本。這是我們最新，最優化的版本。它適用於許多不同的設備。從Google Play商店或我們託管的其他版本中免費下載Apk。此外，您可以在不註冊的情況下下載且無需登錄。
我們擁有超過2000+的Samsung, Xiaomi, Huawei, Oppo, Vivo, Motorola, LG, Google, OnePlus, Sony, Tablet ...設備，並提供了許多選項，您可以輕鬆選擇適合您設備的遊戲或軟件。
如果在Google App Store上有任何國家限製或設備側面受到任何限制，它可能會派上用場。
什麼是新的
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最近的評論
A Google user
Great app. Loved it. Just improve UI - Material design, night theme.
A Google user
Crashes when increasing scale factor using sqr root function
A Google user
But , you need to improve this calculator design , or put themes. You also need to improve the number value example : if i input 9999^9999 the calculator will stop working . You also have to improve the calculator speed example : when i input 9999^900 the calculation is very slow so i have to wait for it. So please improve this and get a better design for the calculator and i will rate 5 stars !
A Google user
The arbitrary precision capability seems to work as advertised: I was able to get a division of two real numbers calculated to more than 300 significant digits. But with only the four basic arithmetic functions, plus square root, exponents, and factorial, the calculator is severely limited. There are no irrational number constants like Pi built in, and no trig or log functions. If the author were to upgrade this app with at least trig and log functions, and some standard constants like Pi to a high precision, say 500 decimal places, and still have the arbitrary precision output, I would re-install this app.
A Google user
Its a very nice app but you should give an option to give output in root also; like if we write [sqrt(2) x sqrt(3)] it should give sqrt(6) instead of a decimal number
A Google user
Dont do again!!!
A Google user
Thanks for the update, save does more than what I asked for. The three variable function saved me time in a long complicated, nested sum over calculation. The only thing I could think of asking for now is comparing x,y, and, z (<,=,>,<=,>=,<>).
A Google user
Please add up trigonometric functions.Thanks :)