À ce qu'on peux lire sur certains forums, écrire à l'écran ne serait pas forcément si lent puisqu'on peut dorénavant facilement copier un sprite à l'écran sans devoir copier tout le gbuf comme on faisait avant...
Aussi, une
petite demo :
Autrement ça discute aussi du premier shell par endroits, mais je me demande si ce serait pas possible de faire un shell qui décompresse (
d'une manière ou d'une autre) les programmes qui sont archivés vers la RAM (voire la RAM cachée, les quelques 128ko) avant de les exécuter ?
Ça vous dit pas de lancer notre propre shell ?
Raah ça m'énerve de savoir qu'il y en a qui sont déjà en train de bosser dessus pendant que nous on doit attendre la sortie officielle
(ils pourraient au moins partager la rom aux développeurs 
) 
edit : un début de TI84pcse.inc :
TI84pcse.inc
; RST ROUTINES
#define rop1toop2 $08
#define rfindsym $10
#define rpushrealo1 $18
#define rmov9toop1 $20
#define rbr_call $28
#define rfpadd $30
#define brt_jump0 $50
; BANKED CALL MACROS
#define bcall(romcall) rst rbr_call\ .dw romcall
#define bcallz(romcall) jr nz,$+5\ rst rbr_call\ .dw romcall
#define bcallnz(romcall) jr z,$+5\ rst rbr_call\ .dw romcall
#define bcallc(romcall) jr nc,$+5\ rst rbr_call\ .dw romcall
#define bcallnc(romcall) jr c,$+5\ rst rbr_call\ .dw romcall
#define bcalldi(romcall) rst rbr_call\ .dw romcall\ di
#define bcalldiz(romcall) jr nz,$+6\ rst rbr_call\ .dw romcall\ di
#define bcalldinz(romcall) jr z,$+6\ rst rbr_call\ .dw romcall\ di
#define bcalldic(romcall) jr nc,$+6\ rst rbr_call\ .dw romcall\ di
#define bcalldinc(romcall) jr c,$+6\ rst rbr_call\ .dw romcall\ di
#define bjump(romcall) call brt_jump0\ .dw romcall
; PAGE $1b ROMCALLS
#define _cphlde $400c
#define _putc $44fb
#define _disphl $44fe
#define _puts $4501
#define _runindicon $4564
#define _runindicoff $4567
#define _getkey $495d
#define _keyscnlnk $4a05
#define _createvar $4e55
#define _enablecursorhook $4f45
#define _disablecursorhook $4f4e
#define _delvararc $4fab
#define _getkeyretoff $4ff0
#define _writetoflash $50b0
#define _disp32 $51af
; PAGE $1f ROMCALLS
#define _checkosvalidated $8117
; COLOR LCD CONTROL REGISTERS & MACROS
#define lcdhigh(x) x >> 8
#define lcdlow(x) x & 255
#define lrsync $00
#define lrdrivercode $00
#define lroutctrl1 $01
#define lrdrivectrl $02
#define lrentrymode $03
#define lrrow $20
#define lrcol $21
#define lrgram $22
#define lrwinrowstart $50
#define lrwinrowend $51
#define lrwincolstart $52
#define lrwincolend $53
#define lrbaseimgdispctrl $61
#define lrhorizscroll $6a
; REGISTER $01 (lroutctrl1) BITFIELDS
#define lcdreversecol $0100
#define lcdreverserow $0400
; REGISTER $02 (lrdrivectrl) BITFIELDS
#define lcdeor $0100
#define lcdbdivc $0200
; REGISTER $03 (lrdispctrl1) BITFIELDS
#define lcdam $0008
#define lcdcurmovehoriz $0008
#define lcdvertinc $0010
#define lcdhorizinc $0020
#define lcdorg $0080
#define lcdbgr $1000
#define lcdtri $4000
#define lcddfm $8000
; REGISTER $61 (lrbaseimgdispctrl) BITFIELDS
#define lcdrev $0001
#define lcdvle $0002
; ERROR HANDLER EQUATES
#define app_push_errorh $59
#define app_pop_errorh $5c
; MEMORY EQUATES
#define ramstart $8000
#define appdata $8000
#define ramcode $8100
#define tempswaparea $82b3
#define op1 $84ae
#define flags $8b26
#define statvars $8c1c
#define pagedcount $9e15
#define pagedgetptr $9e17
#define pagedbuf $9e1b
#define locallanguage $9e54
#define cursorhookblockptr $9e5d
#define usermem $a60b
; CRYSTAL TIMER EQUATES
#define tmroff $00
#define tmr11000hz $40
#define tmr1000hz $41
#define tmr100hz $42
#define tmr10hz $43
#define tmr32768hz $44
#define tmr2048hz $45
#define tmr1$28z $46
#define tmr8hz $47
#define tmrcpu $80
#define tmrcpudiv2 $81
#define tmrcpudiv4 $82
#define tmrcpudiv8 $84
#define tmrcpudiv16 $88
#define tmrcpudiv32 $90
#define tmrcpudiv64 $a0
#define tmrnullack $00
#define tmrloop $01
#define tmrint $02
#define tmrloopandint $03
; HARDWARE PORTS
#define plink $00
#define pkey $01
#define pstatus $02
#define pintmask $03
#define pintid $04
#define pmmaptmrfreq $04
#define pmpagec $05
#define plnkastberead $05
#define pmpagea $06
#define pmpageb $07
#define plnkastseenable $08
#define plnkastsestatus $09
#define plnkastseinbuf $0a
#define plnkastsecfg $0a
#define plnkastsercvtimeout $0b
#define plnkastsesndtimeout $0c
#define plnkastseoutbuf $0d
#define pmpageahighbits $0e
#define pmpagebhighbits $0f
#define plcdcmd $10
#define plcddata $11
#define pprotctrl $14
#define pasicid $15
#define pcpuspeed $20
#define pflashtyperammask $21
#define pflashexeclowerlimit $22
#define pflashexecupperlimit $23
#define pflashexecexecoverride $24
#define pramexeclowerlimit $25
#define pramexecupperlimit $26
#define pblockmremapc $27
#define pblockmremapb $28
#define plcddelay0 $29
#define plcddelay1 $2a
#define plcddelay2 $2b
#define plcddelay3 $2c
#define punknown2d $2d
#define pmemdelay $2e
#define plcdgendelay $2f
#define ptmr1freq $30
#define ptmr1cfg $31
#define ptmr1count $32
#define ptmr2freq $33
#define ptmr2cfg $34
#define ptmr2count $35
#define ptmr3freq $36
#define ptmr3cfg $37
#define ptmr3count $38
#define pusbunkoldflg $39
#define pusbunkoldflg2 $3a
#define prtcctrl $40
#define prtcset0 $41
#define prtcset1 $42
#define prtcset2 $43
#define prtcset3 $44
#define prtc0 $45
#define prtc1 $46
#define prtc2 $47
#define prtc3 $48
; PORT $02 (pstatus) BITFIELDS
#define stbattgood $01
#define stlcdready $02
#define stflashunlocked $04
#define stisnot83pse $05
#define stissemodel $07
; PORT $03 (pintmask) BITFIELDS
#define intmaskonkey $01
#define intmasktmr1 $02
#define intmasktmr2 $04
#define intdisablelowpowermode $08
#define intmasklinkport $10
#define intmasknormal intmaskonkey+intmasktmr1+intdisablelowpowermode
; PORT $04 (pmmaptmrfreq) BITFIELDS
#define intidonkey $01
#define intidtmr1 $02
#define intidtmr2 $04
#define intidonkeydown $08
#define intidlinkport $16
#define intidcrstltmr1 $32
#define intidcrstltmr2 $64
#define intidcrstltmr3 $128
#define memmapmode0 $00
#define memmapmode1 $01
#define tmrfreq0 $00
#define tmrfreq1 $02
#define tmrfreq2 $04
#define tmrfreq3 $06
#define battvoltage0 $00
#define battvoltage1 $64
#define battvoltage2 $128
#define battvoltage3 $192
; PORT $08 (plnkastseenable) BITFIELDS
#define lnkseintrcv $01
#define lnkseintsnd $02
#define lnkseinterr $04
#define lnkseintdisable $128
#define lnksercving $08
#define lnksercvd $16
#define lnksesndready $32
#define lnksnderr $64
#define lnksnding $128
; PORT $14 (pprotctrl) BITFIELDS
#define protlockflash $00
#define protunlockflash $01
; PORT $15 (pasicid) BITFIELDS
#define asic83pta2 $33
#define asic84pta2 $44
#define asic84pta3 $45
#define asic84pta1 $55
; PORT $20 (pcpuspeed) BITFIELDS
#define cpu6MHz $00
#define cpu15MHz $01
#define cpu15MHz2 $02
#define cpu15MHz3 $03
; PORT $21 (pflashtyperammask) BITFIELDS
#define flashtypemask $03
#define flashtype1mb $00
#define flashtype2mb $01
#define flashtype4mb $04
#define flashtyle8mb $08
#define ramexecmodemask $30
#define ramexecmode0 $00
#define ramexecmode1 $10
#define ramexecmode2 $20
#define ramexecmode3 $30
; PORT $24 (pflashexecexecoverride) BITFIELDS
#define flashallowexecall $01
#define flashforbidexecall $02
; PORTS $29-$2c (plcddelay0-3) BITFIELDS
#define delayflashenable $01
#define delayramenable $02
#define delaycyclecountmask $fc
#define delaycyclecountshift $02
; PORT $2e (pmemdelay) BITFIELDS
#define delayflashexec $01
#define delayflashread $02
#define delayflashwrite $04
#define delayramexec $10
#define delayramread $20
#define delayramwrite $40
; PORT 2f (plcdgendelay) BITFIELDS
#define cpu1lcddelay48 $00
#define cpu1lcddelay112 $01
#define cpu1lcddelay176 $02
#define cpu1lcddelay240 $03
#define cpu2lcddelay48 $00
#define cpu2lcddelay112 $04
#define cpu2lcddelay176 $08
#define cpu2lcddelay240 $12
#define cpu2lcddelay304 $16
#define cpu2lcddelay368 $20
#define cpu2lcddelay432 $24
#define cpu2lcddelay496 $28
#define cpu3lcddelay48 $00
#define cpu3lcddelay112 $32
#define cpu3lcddelay176 $64
#define cpu3lcddelay240 $96
#define cpu3lcddelay304 $128
#define cpu3lcddelay368 $160
#define cpu3lcddelay432 $192
#define cpu3lcddelay496 $224
; TOKENS
#define texttok $ef
; MATHPRINT TOKENS
#define tzquadrant $17
#define tzfrachalf $18
#define tzfracthird $19
#define tzfracfourth $1a
#define tzfracfifth $1b
#define tzfraceighth $1c
#define tzfractenth $1d
#define tfracslash $2e
#define tfracmixednum $2f
#define tswapimproper $30
#define tswapfracdec $31
#define tremainder $32
#define tsummationsigma $33
#define tlogbase $34
#define trandintnorep $35
#define tmathprint $37
#define tclassic $38
#define tautoanswer $3b
#define tdecanswer $3c
#define tfracanswer $3d
; TI 84+ C SE TOKENS
#define tblue $41
#define tred $42
#define tblack $43
#define tmagenta $44
#define tgreen $45
#define torange $46
#define tbrown $47
#define tnavy $48
#define tltblue $49
#define tyellow $4a
#define twhite $4b
#define tltgray $4c
#define tmedgray $4d
#define tgray $4e
#define tdarkgray $4f
#define tgraphcolor $65
#define ttextcolor $67
#define tbackgroundon $5b
#define tbackgroundoff $64
#define tthin $74
#define tasm84cprgm $68
#define tasm84ccmp $69
#define tbordercolor $6c
Pour l'instant il n'y a que
_cphlde qui n'a pas bougé, et il y a bien sûr de nouveaux tokens propres à cette TI.
). En tout cas on va voir !
)...
) 
