TI 83 Plus Assembly/Appendix C

The following tables show all the key codes that can be accessed with GetKey or GetSCS. These may also be found inside ti83plus.inc.

GetKey Codes

Accessed with B_Call(_GetKey). After the command, the key code is stored into the accumulator and (KeyExtend). Alpha-Alpha Function Keys must be enabled with the following system flag:

	SET	LwrCaseActive,(IY+AppLwrCaseFlag)

Primary Function Keys

Key	Equate	Value	Key	Equate	Value	Key	Equate	Value
[Y=]	`kYEqu`	$49	[MODE]	`kMode`	$45	[X,T,θ,n]	`kVarX`	$B4
[WINDOW]	`kWindow`	$48	[DEL]	`kDel`	$0A	[STAT]	`kStat`	$31
[ZOOM]	`kZoom`	$2E	<	`kLeft`	$02	V	`kDown`	$04
[TRACE]	`kTrace`	$5A	Λ	`kUp`	$03
[GRAPH]	`kGraph`	$44	>	`kRight`	$01

[MATH]	`kMath`	$32	[x^-1]	`kInv`	$86	[x²]	`kSquare`	$BD
[APPS]	`kAppsMenu`	$2C	[SIN]	`kSin`	$B7	[,]	`kComma`	$8B
[PRGM]	`kPrgm`	$2D	[COS]	`kCos`	$B9	[(]	`kLParen`	$85
[VARS]	`kVars`	$35	[TAN]	`kTan`	$BB	[)]	`kRParen`	$86
[CLEAR]	`kClear`	$09	[^]	`kExpon`	`84`	[÷]	`kDiv`	$83

[LOG]	`kLog`	$C1	[LN]	`kLn`	$BF	[STO=>]	`kStore`	$8A
[7]	`k7`	$95	[4]	`k4`	$92	[1]	`k1`	$8F
[8]	`k8`	$96	[5]	`k5`	$93	[2]	`k2`	$90
[9]	`k9`	$97	[6]	`k6`	$94	[3]	`k3`	$91
[×]	`kMul`	$82	[-]	`kSub`	$81	[+]	`kAdd`	$80

[0]	`k0`	$8E
[.]	`kDecPnt`	$8D
[(-)]	`kChs`	$8C
[ENTER]	`kEnter`	$05

Second-Function Keys

Key	Equate	Value	Key	Equate	Value	Key	Equate	Value
[STAT PLOT]	`kStatEd`	$43	[QUIT]	`kQuit`	$40	[LINK]	`kLinkIO`	$41
[TBLSET]	`kTblSet`	$4B	[INS]	`kIns`	$0B	[LIST]	`kList`	$3A
[FORMAT]	`kFormat`	$57	[2nd] + <	`kBOL`	$0E
[CALC]	`kCalc`	$3B	[2nd] + >	`kEOL`	$0F
[TABLE]	`kTable`	$4A

[TEST]	`kTest`	$33	[MATRX]	`kMatrix`	$37	[Ö`]	`kSqrt`	$BE
[ANGLE]	`kAngle`	$39	[SIN^-1]	`kASin`	$B8	[EE]	`kEE`	$98
[DRAW]	`kDraw`	$2F	[COS^-1]	`kACos`	$BA	[{]	`kLBrace`	$EC
[DISTR]	`kDist`	$38	[TAN^-1]	`kATan`	$BC	[}]	`kRBrace`	$ED
			[p]	`kPi`	$B5	[e]	`kCONSTeA`	$EF

[10^x]	`kALog`	$C2	[e^x]	`kExp`	$C0	[RCL]	`kRecall`	$0C
[u]	`kUnA`	$F9	[L4]	`kL4A`	$F6	[L1]	`kL1A`	$F3
[v]	`kVnA`	$FA	[L5]	`kL5A`	$F7	[L2]	`kL2A`	$F4
[w]	`kWnA`	$FB	[L6]	`kL6A`	$F8	[L3]	`kL3A`	$F5
[[]	`kLBrack`	$87	[]]	`kRBrack`	$88	[MEM]	`kMem`	$36

[OFF]	`kOff`	$3F
[CATALOG]	`kCatalog`	$3E
[i]	`kI`	$EE
[ANS]	`kAns`	$C5
[ENTRY]	`kLastEnt`	$0D

Alpha-Function Keys

Key	Equate	Value	Key	Equate	Value	Key	Equate	Value
Page Up	`kAlphaUp`	$07	[A]	`kCapA`	$9A	[D]	`kCapD`	$9D
Page Down	`kAlphaDown`	$08	[B]	`kCapB`	$9B	[E]	`kCapE`	$9E
			[C]	`kCapC`	$9C	[F]	`kCapF`	$9F
						[G]	`kCapG`	$A0
						[H]	`kCapH`	$A1

[I]	`kCapI`	$A2	[N]	`kCapN`	$A7	[S]	`kCapS`	$AC
[J]	`kCapJ`	$A3	[O]	`kCapO`	$A8	[T]	`kCapT`	$AD
[K]	`kCapK`	$A4	[P]	`kCapP`	$A9	[U]	`kCapU`	$AE
[L]	`kCapL`	$A5	[Q]	`kCapQ`	$AA	[V]	`kCapV`	$AF
[M]	`kCapM`	$A6	[R]	`kCapR`	$AB	[W]	`kCapW`	$B0

[X]	`kCapX`	$B1
[Y]	`kCapY`	$B2	[_]	`kSpace`	$99
[Z]	`kCapZ`	$B3	[:]	`kColon`	$C6
[θ]	`kThetA`	$CC	[?]	`kQuest`	$CA
["]	`kQuotE`	$CB	[SOLVE]	`kAlphaEnter`	$06

Alpha-Alpha-Function Keys

Key	Equate	Value	Key	Equate	Value	Key	Equate	Value
[a]	`kLa`	$E2	[d]	`kLd`	$E5	[i]	`kLi`	$EA
[b]	`kLb`	$E3	[e]	`kLe`	$E6	[j]	`kLj`	$EB
[c]	`kLc`	$E4	[f]	`kLf`	$E7	[k]	`kLk`	$EC
			[g]	`kLg`	$E8	[l]	`kLl`	$ED
			[h]	`kLh`	$E9	[m]	`kLm`	$EE

[n]	`kLSmalln`	$EF	[s]	`kLs`	$F4	[x]	`kLx`	$F9
[o]	`kLo`	$F0	[t]	`kLt`	$F5	[y]	`kLy`	$FA
[p]	`kLp`	$F1	[u]	`kLu`	$F6	[z]	`kLz`	$FB
[q]	`kLq`	$F2	[v]	`kLv`	$F7
[r]	`kLSmallr`	$F3	[w]	`kLw`	$F8

GetCSC (Scan Key) Codes

These KeyCodes are returned from the B_Call(_GetSCS) call. Note that the [APPS] key is equated to skMatrix for portability to the TI-83.

Key	Equate	Value	Key	Equate	Value	Key	Equate	Value
[Y=]	`skYEqu`	$35	[2nd]	`sk2nd`	$36	[ALPHA]	`skAlpha`	$30
[WINDOW]	`skWindow`	$34	[MODE]	`skMode`	$37	[X,T,θ,n]	`skGraphVar`	$28
[ZOOM]	`skZoom`	$33	[DEL]	`skDel`	$38	[STAT]	`skStat`	$20
[TRACE]	`skTrace`	$32	<	`skLeft`	$02	V	`skDown`	$01
[GRAPH]	`skGraph`	$31	Λ	`skUp`	$04	>	`skRight`	$03

[MATH]	`skMath`	$2F	[x^-1]	`skRecip`	$2E	[x²]	`skSquare`	$2D
[APPS]	`skMatrix`	$27	[SIN]	`skSin`	$26	[,]	`skComma`	$25
[PRGM]	`skPrgm`	$1F	[COS]	`skCos`	$1E	[(]	`skLParen`	$1D
[VARS]	`skVars`	$17	[TAN]	`skTan`	$16	[)]	`skRParen`	$15
[CLEAR]	`skClear`	$0F	[^]	`skPower`	$0E	[÷]	`skDiv`	$0D

[LOG]	`skLog`	$2C	[LN]	`skLn`	$2B	[STO=>]	`skStore`	$2A
[7]	`sk7`	$24	[4]	`sk4`	$23	[1]	`sk1`	$22
[8]	`sk8`	$1C	[5]	`sk5`	$1B	[2]	`sk2`	$1A
[9]	`sk9`	$14	[6]	`sk6`	$13	[3]	`sk3`	$12
[×]	`skMul`	$0C	[-]	`skSub`	$0B	[+]	`skAdd`	$0A

[0]	`sk0`	$21
[.]	`skDecPnt`	$19
[(-)]	`skChs`	$11
[ENTER]	`skEnter`	$09