3 modes : TRADITIONAL - use it as a normal calculator :) with buttons OR KEYPAD - use the keypad ^^ (NEW) (caution -> "suppr" is delete / "backspace" is "annul") / _x ≠ x-y OR COMMANDES (not useful -> done for debugging ;) ) (this mode is done for me, but if you feel like using it tou can ^^) - enter commandes in the text box : it presses the buttons for you ;) example : "(2+3)/5|sto|A|enter|(A+3)/5|sto|A|enter|(A+3)/5|sto|A|enter|(A+3)/5|sto|A|enter|" list the of commandes : -> constants : |#pi| example : 2|#pi|R |#e| example : |#e|^X oppreators : + example : 10+12 - example : 12-6 <- CAUTION * example : 8*4 / example : 44/2 _ example : _5 <- CAUTION compartors : = example : A=.5+.5 |!=| example : A|!=|1 > example : A>2.5 |>=| example : A|>=|5 < example : A<2.5 |<=| example : A|<=|5 |¤5_and| example : A|>=|0|¤5_and|A<10 |¤4_or| example : A=0|¤4_or|B=0 |¤5_xor| example : A=0|¤5_xor|B=0 |¤4_f_not_(n)| example : |¤4_f_not_(n)|A=0) -> useful : |sto| example : 145|sto|A |^-1| example : 4.5*10|^-1| |¤2_f_racine_carré_(n)| example : |¤2_f_racine_carré_(n)|25) |¤3_#rep| example : |¤3_#rep|+10 -> functions : |¤4_f_cos_(n)| example : |¤4_f_cos_(n)|45) |¤4_f_sin_(n)| example : |¤4_f_sin_(n)|45) |¤4_f_tan_(n)| example : |¤4_f_tan_(n)|45) |¤7_f_acos_(n)| example : |¤7_f_acos_(n)|0.5) |¤7_f_asin_(n)| example : |¤7_f_asin_(n)|0.5) |¤7_f_atan_(n)| example : |¤7_f_atan_(n)|1) |¤4_f_log_(n)| example : |¤4_f_log_(n)|1000) |¤3_f_10^x_(n)| example : |¤3_f_10^x_(n)|3) |¤3_f_ln_(n)| example : |¤3_f_ln_(n)|2) |¤3_f_e^x_(n)| example : |¤3_f_e^x_(n)|X) PRGM functions : |¤5_F1_1_1_disp| example : |¤5_F1_1_1_disp|"TEXT" |¤4_F1_1_0_prgm| example : |¤4_F1_1_0_prgm|TEST |¤9_F1_1_0_edit_prgm| example : |¤9_F1_1_0_edit_prgm|TEST |¤4_STOP| example : |¤4_STOP| |¤6_RETURN| example : |¤6_RETURN| |¤3_END| example : |¤3_END| |¤4_ELSE| example : |¤4_ELSE| |¤4_THEN| example : |¤4_THEN| |¤3_IF| example : |¤3_IF|A=1 |¤6_WHILE| example : |¤6_WHILE|A=1 |¤7_REPEAT| example : |¤7_REPEAT|A=0 |¤4_FOR(| example : |¤4_FOR(|B,1,10,1)
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