FX-603P programable calculator

Martin Krischik

Mayelana nalolu hlelo lokusebenza

I-FX-603P Simulator ukulingisa okunemba kakhulu kwe-classic ye-FX-603P wokubala okuhleliwe nakho konke okukuyo izesekeli. Lokhu kulingisa akuyona ithoyizi kepha izici ezigcwele zokufaniswa kokusebenza cishe kwe-calculator yasekuqaleni futhi kungasetshenziswa njengesibali sokubala sesayensi esigcwele esigcwele.

Isetshenziswa njengesibali i-simulator ye-FX-603P izodlula ezinye izinto zokubala eziningi ezitholakalayo. I-simulator ye-FX-603P isekela zonke izibalo, i-trigonometric, i-logarithmic, i-hyperbolic, imisebenzi yezibalo nazo zonke izinketho zokubonisa ze-alphanumeric zesibali sokuqala.

Futhi okokugcina, le simulator ye-FX-603P ihlelwe ngokuphelele. Ungabhala kuze kufike ezinhlelweni ezingama-20, usebenzisa amarejista ayi-110.

Ngokwakhiwa kwe-FA-6 cassette interface simulation ungagcina futhi ulayishe izinhlelo nedatha kudrayivu yakho ye-thump ukuze isetshenziswe kamuva. Noma imiphumela yokuphrinta nge-FP-10 thermal sekulingisa bese uyikopisha / unamathisele kwezinye izinhlelo zokusebenza.

Vakashela iwebhusayithi yethu ye-FX-603P noma ibhulogi lapho ungalanda khona i-Manual yangempela ye-Calculator. Khumbula ukuthi iMakethe-Amazwana ayinayo impendulo yomsebenzi futhi angikwazi ukukusiza uma uthumela lapho.

IMISEBENZI ESEKELWE YE-ANDROID:

• Imiphumela yokubala ingaba amakhophi ebhodini lokunamathisela.
• Ingafakwa kwi-SD-Card.
• Ubamba iqhaza kuma-Android akha ekwakheni isipele nokubuyisa.
• Ithebhulethi iyahambisana.
• Iphrinta eyengeziwe yamathebulethi.

EZIPHUMA BASIC:

• Ukucaciswa: Ukusebenza kwe-Arithmetic (ukwengeza, ukususa, ukubuyabuyelela nokuhlukanisa, ukukhuphula amandla nezimpande - konke ukwahlulela okusemqoka kokusebenza) ama-umbers amabi, i-exponent, ama-parentheses angama-33 emazingeni ayi-11 nokusebenza njalo.

• Imisebenzi Yesayensi: Imisebenzi yeTrigonometric kanye ne-inverse trigonometric (enama-engeli ngama-degree, ama-radians noma ama-gradients), imisebenzi ye-hyperbolic kanye ne-inverse hyperbolic, imisebenzi ye-logarithmic neye-exponential. okuphambene. I-factorial, impande eyisikwele, isikwele, idesimali ⇔ ihora, iminithi, ukuguqulwa kwesibili, ukuxhumanisa uguquko, inani eliphelele, ukususa ingxenye ephelele, ukususa ingxenye yeqembu, amaphesenti, izinombolo ezingahleliwe, π.

• Imisebenzi yezibalo Ukuphambuka okujwayelekile (izinhlobo ezi-2), kusho, isamba, isikwele, inani lemininingwane.

• Imemori: imemori engu-5 eyimfihlo eyi-110 irejista (engaguquguquki).

• Ububanzi benombolo: ± 1 × 10⁻⁹⁹ kuye ku- ± 9.999999999 × 10⁹⁹ no-0, imisebenzi yangaphakathi isebenzisa amadijithi ayi-18 mantissa.

• Idesimali Iphuzu ledesimali eligcwele elintantayo le-arithmetic nge-underflow (ukuboniswa okungenzeka kwamadesimali obunjiniyela).

• Ukubalwa ngezingxenyana: izingxenyana ezilula nezixubekile

• Izibalo ze-Base-N (Binary, Octal, Decimal, Hexadecimal): i-inverse, i-bitwise futhi, i-bitwise noma, i-bitwise kuphela noma

IZICI EZIPHUMA:

• Inombolo Yezinyathelo: Izinyathelo ezingama-999 (ezingashintshi)

• Eqa: Ukuziphonsa okungenamibandela (GOTO), kufika ngazimbili ku-10, ukweqa kwesimo (x = 0, x≥0, x = F, x≥F), ukubala ukweqa (ISZ, DSZ), i-subroutine (GSP) kuze kufike kuma-subroutines ayi-9 , kuze kufike ekujuleni okungu-9.

• Inombolo yezinhlelo ezinhlelekile: Kuze kufike ku-20 (P0 kuye ku-P19)

• Ukuhlola Nokuhlela Imisebenzi Hlola, ukulungisa iphutha, ukungezwa kokususwa, njll.

• Ukubhekiswa okungaqondile kwe-M-rejista, indawo lapho kuzongena khona, ukubiza imigwaqo engaphansi.

Imisebenzi ehlukahlukene: I-Manual Jump (GOTO), ukumiswa okwesikhashana kokubulawa (PAUSE), ikhodi yomyalo nenombolo yesinyathelo ekhonjiswe ngesikhathi sesheke, i-adaptha ye-FA-6 eyenziwe, iphrinta ye-simulatord FP-40.

EZIPHUMA EZIPHUMA:

Njengamanje i-VER, PEEK, POKE ayisetshenziswanga.

IZIMVUME:

• WRITE_EXTERNAL_STORAGE: Isetshenziselwa ukonga nokulayisha isimo sohlelo. Isiqondisi esisethwe kokuncamelayo kuphela esifinyelelwayo.

Yini entsha

Bug #20 x^(1/y) with x=0
Bug #21 Sezimal-Sexagesimal-conversion für -1>x>0
Bug #22 Rounding 0.99999…8 was to aggressive affecting all rounding operations ending on …998 - including just a single 8.
Bug #23: -12.4 [RND] [2] resulted in +12
Bug #24: Improve timings for executions and PAUSE to make the simulator speed more like the original.