TI-BASIC:One Byte Tokens

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The two tables below show all the one-byte tokens by their hexadecimal value - the column is the first hex-digit, and the row is the second, so something in the 2 column and the F row would correspond to the hexadecimal number 0x2F. 2-byte means that this byte signifies the beginning of a 2-byte token (with a link to the appropriate table); unused means that this token isn't used for any actual command.

!! One-byte tokens by hex code (0x00 - 0x7F)
!! 0 !! 1 !! 2 !! 3 !! 4 !! 5 !! 6 !! 7
0 unused ( RandM( 0 And P 2-byte +
1 ►DMS ) Mean( 1 A Q 2-byte - (sub.)
2 ►Dec Round( Solve( 2 B R 2-byte Ans
3 ►Frac Pxl_Test( seq( 3 C S 2-byte Fix
4 Augment( FnInt( 4 D T Radian Horiz
5 Boxplot - NDeriv( 5 E U Degree Full
6 [ - unused 6 F V Normal Func
7 ] *row( FMin( 7 G W Sci Param
8 { *row+( FMax( 8 H X Eng Polar
9 } Max( (space) 9 I Y Float Seq
A ^^r^^ Min( " . J Z = IndpntAuto
B ° R►Pr( , E K θ < IndpntAsk
C ֿ¹ R►Pθ( I Or L 2-byte > DependAuto
D ² [P►Rx(] ! Xor M 2-byte DependAsk
E ^^T^^ P►Ry CubicReg : N 2-byte 2-byte
F ³ Median( QuartReg newline O Prgm 0Ah LboxIcon.gif mark
!! One-byte tokens by hex code (0x80 - 0xFF)
!! 8 !! 9 !! A !! B !! C !! D !! E !! F
0 0Bh LcrossIcon.gif mark ZoomRcl Pt_Change( - (neg.) Log( Else Output( ^
1 0Ch LdotIcon.gif mark PrintScreen Pxl_On( Int( 10^( While ClrHome ×√
2 * ZoomSto Pxl_Off( Abs( Sin( Repeat Fill( 1_Var_Stats
3 / Text( Pxl_Change( Det( sinֿ¹( For( SortA( 2_Var_Stats
4 Trace NPr Shade( Identity( Cos( End SortD( LinReg(a+bx)
5 ClrDraw NCr Circle( Dim( cosֿ¹( Return DispTable ExpReg
6 ZStandard FnOn Horizontal Sum( Tan( Lbl Menu( LnReg
7 ZTrig FnOff Tangent( Prod( tanֿ¹( Goto Send( PwrReg
8 ZBox StorePic DrawInv Not( Sinh( Pause Get( Med_Med
9 Zoom_In RecallPic DrawF IPart( sinhֿ¹( Stop PlotsOn QuadReg
A Zoom_Out StoreGDB 2-byte FPart( Cosh( [[TI-BASIC:IS>(|IS>(]] PlotsOff ClrList
B ZSquare RecallGDB Rand 2-byte coshֿ¹( [[TI-BASIC:DS<(|DS<(]] ClrTable
C ZInteger Line( π √( Tanh( Input Plot1( Histogram
D ZPrevious Vertical GetKey ³√( tanhֿ¹( Prompt Plot2( xyLine
E ZDecimal Pt_On( ' Ln( If Disp Plot3( Scatter
F ZoomStat Pt_Off( ? e^( Then DispGraph TI-84+ LinReg(ax+b)

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