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<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN">
<HTML>
<HEAD>
<TITLE>compat.h</TITLE>
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<FONT SIZE="5"><B>The <compat.h> Header File</B></FONT>
<HR>
<P><B>Various calc-dependent and AMS-dependent pseudo-constants</B></P>
<P>This header file contains a set of various pseudo-constants (i.e. macros defined to
look and work like constants), dedicated to increase compatibility between the TI-89 and
TI-92 Plus and between AMS versions. These "constants" have different values on the
TI-89 and TI-92 Plus (or on AMS 1.xx and AMS 2.xx). Using these pseudo-constants,
you can, for example, perform keyboard reading and graphic calculations in a more sophisticated way,
check the AMS version and perform some AMS-dependent actions (although this is not recommended
if not really necessary), etc.
<BR><BR>
The following table shows all defined pseudo-constants.
A lot of them are known from DoorsOS, but they are defined here to work in both "nostub"
and "Doors" mode.</P>
<H3><U>Functions</U></H3>
<DL INDENT="20"><DT><B><A HREF="#PSEUDO_CONST_CALC">PSEUDO_CONST_CALC</A></B><DD>A macro to construct a pseudo-constant from calculator-based values.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#PSEUDO_CONST_KBD">PSEUDO_CONST_KBD</A></B><DD>A macro to construct a pseudo-constant from keyboard-based values.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#PSEUDO_CONST_SCREEN">PSEUDO_CONST_SCREEN</A></B><DD>A macro to construct a pseudo-constant from screen-based values.</DL>
<H3><U>Constants</U></H3>
<DL INDENT="20"><DT><B><A HREF="#AMS_1xx">AMS_1xx</A></B><DD><A HREF="alloc.html#Bool">TRUE</A> on AMS 1.xx, <A HREF="alloc.html#Bool">FALSE</A> on AMS 2.xx and AMS 3.xx.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#AMS_2xx">AMS_2xx</A></B><DD><A HREF="alloc.html#Bool">TRUE</A> on AMS 2.xx, <A HREF="alloc.html#Bool">FALSE</A> on AMS 1.xx and AMS 3.xx.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#AMS_3xx">AMS_3xx</A></B><DD><A HREF="alloc.html#Bool">TRUE</A> on AMS 3.xx, <A HREF="alloc.html#Bool">FALSE</A> on AMS 1.xx and AMS 2.xx.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#CALCULATOR">CALCULATOR</A></B><DD>Describes the calculator model.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#HW_VERSION">HW_VERSION</A></B><DD>Describes the hardware version.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#KEY_DIAMOND">KEY_DIAMOND</A></B><DD>The number added to the key code if the Diamond key is pressed with it (see <A HREF="kbd.html#ngetchx">ngetchx</A>).<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#KEY_DOWN">KEY_DOWN</A></B><DD>Key code for the down arrow key (see <A HREF="kbd.html#ngetchx">ngetchx</A>).<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#KEY_DOWNLEFT">KEY_DOWNLEFT</A></B><DD>Key code for simultaneous pressing of the down and left arrow keys (see <A HREF="kbd.html#ngetchx">ngetchx</A>).<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#KEY_LEFT">KEY_LEFT</A></B><DD>Key code for the left arrow key (see <A HREF="kbd.html#ngetchx">ngetchx</A>).<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#KEY_OFF2">KEY_OFF2</A></B><DD>The key code for Diamond+ON (see <A HREF="kbd.html#ngetchx">ngetchx</A>).<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#KEY_RIGHT">KEY_RIGHT</A></B><DD>Key code for the right arrow key (see <A HREF="kbd.html#ngetchx">ngetchx</A>).<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#KEY_SHIFT">KEY_SHIFT</A></B><DD>The number added to the key code if the Shift key is pressed with it (see <A HREF="kbd.html#ngetchx">ngetchx</A>).<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#KEY_UP">KEY_UP</A></B><DD>Key code for the up arrow key (see <A HREF="kbd.html#ngetchx">ngetchx</A>).<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#KEY_UPRIGHT">KEY_UPRIGHT</A></B><DD>Key code for simultaneous pressing on up and right arrow keys (see <A HREF="kbd.html#ngetchx">ngetchx</A>).<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#LCD_HEIGHT">LCD_HEIGHT</A></B><DD>Height of the screen in pixels.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#LCD_LINE_BYTES">LCD_LINE_BYTES</A></B><DD>Number of bytes in the visible part of a screen line.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#LCD_WIDTH">LCD_WIDTH</A></B><DD>Width of the screen in pixels.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#ROM_base">ROM_base</A></B><DD>Base address of the ROM (0x200000 on TI-89 or V200, 0x400000 on TI-92 Plus, 0x800000 on TI-89 Titanium).<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_0">RR_0</A></B><DD>A pseudo-constant pair for the '0' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_1">RR_1</A></B><DD>A pseudo-constant pair for the '1' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_2">RR_2</A></B><DD>A pseudo-constant pair for the '2' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_3">RR_3</A></B><DD>A pseudo-constant pair for the '3' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_4">RR_4</A></B><DD>A pseudo-constant pair for the '4' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_5">RR_5</A></B><DD>A pseudo-constant pair for the '5' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_6">RR_6</A></B><DD>A pseudo-constant pair for the '6' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_7">RR_7</A></B><DD>A pseudo-constant pair for the '7' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_8">RR_8</A></B><DD>A pseudo-constant pair for the '8' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_9">RR_9</A></B><DD>A pseudo-constant pair for the '9' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_2ND">RR_2ND</A></B><DD>A pseudo-constant pair for the '2nd' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_A">RR_A</A></B><DD>A pseudo-constant pair for the 'A' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_ALPHA">RR_ALPHA</A></B><DD>A pseudo-constant pair for the Alpha key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_APPS">RR_APPS</A></B><DD>A pseudo-constant pair for the 'APPS' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_B">RR_B</A></B><DD>A pseudo-constant pair for the 'B' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_BCKSPC">RR_BCKSPC</A></B><DD>A pseudo-constant pair for the backspace key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_C">RR_C</A></B><DD>A pseudo-constant pair for the 'C' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_CATALOG">RR_CATALOG</A></B><DD>A pseudo-constant pair for the 'CATALOG' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_CLEAR">RR_CLEAR</A></B><DD>A pseudo-constant pair for the 'CLEAR' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_COMMA">RR_COMMA</A></B><DD>A pseudo-constant pair for the ',' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_COS">RR_COS</A></B><DD>A pseudo-constant pair for the 'COS' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_D">RR_D</A></B><DD>A pseudo-constant pair for the 'D' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_DIAMOND">RR_DIAMOND</A></B><DD>A pseudo-constant pair for the Diamond key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_DIVIDE">RR_DIVIDE</A></B><DD>A pseudo-constant pair for the '/' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_DOT">RR_DOT</A></B><DD>A pseudo-constant pair for the '.' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_DOWN">RR_DOWN</A></B><DD>A pseudo-constant pair for the down arrow key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_E">RR_E</A></B><DD>A pseudo-constant pair for the 'E' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_EE">RR_EE</A></B><DD>A pseudo-constant pair for the 'EE' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_ENTER1">RR_ENTER1</A></B><DD>A pseudo-constant pair for the first 'ENTER' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_ENTER2">RR_ENTER2</A></B><DD>A pseudo-constant pair for the second 'ENTER' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_ENTER">RR_ENTER</A></B><DD>A pseudo-constant pair for the 'ENTER' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_EQUALS">RR_EQUALS</A></B><DD>A pseudo-constant pair for the '=' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_ESC">RR_ESC</A></B><DD>A pseudo-constant pair for the 'ESC' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_F1">RR_F1</A></B><DD>A pseudo-constant pair for the 'F1' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_F2">RR_F2</A></B><DD>A pseudo-constant pair for the 'F2' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_F3">RR_F3</A></B><DD>A pseudo-constant pair for the 'F3' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_F4">RR_F4</A></B><DD>A pseudo-constant pair for the 'F4' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_F5">RR_F5</A></B><DD>A pseudo-constant pair for the 'F5' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_F6">RR_F6</A></B><DD>A pseudo-constant pair for the 'F6' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_F7">RR_F7</A></B><DD>A pseudo-constant pair for the 'F7' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_F8">RR_F8</A></B><DD>A pseudo-constant pair for the 'F8' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_F">RR_F</A></B><DD>A pseudo-constant pair for the 'F' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_G">RR_G</A></B><DD>A pseudo-constant pair for the 'G' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_H">RR_H</A></B><DD>A pseudo-constant pair for the 'H' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_HAND">RR_HAND</A></B><DD>A pseudo-constant pair for the Hand key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_HOME">RR_HOME</A></B><DD>A pseudo-constant pair for the 'HOME' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_I">RR_I</A></B><DD>A pseudo-constant pair for the 'I' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_J">RR_J</A></B><DD>A pseudo-constant pair for the 'J' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_K">RR_K</A></B><DD>A pseudo-constant pair for the 'K' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_L">RR_L</A></B><DD>A pseudo-constant pair for the 'L' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_LEFT">RR_LEFT</A></B><DD>A pseudo-constant pair for the left arrow key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_LN">RR_LN</A></B><DD>A pseudo-constant pair for the 'LN' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_M">RR_M</A></B><DD>A pseudo-constant pair for the 'M' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_MINUS">RR_MINUS</A></B><DD>A pseudo-constant pair for the '-' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_MODE">RR_MODE</A></B><DD>A pseudo-constant pair for the 'MODE' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_MULTIPLY">RR_MULTIPLY</A></B><DD>A pseudo-constant pair for the '*' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_N">RR_N</A></B><DD>A pseudo-constant pair for the 'N' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_NEGATE">RR_NEGATE</A></B><DD>A pseudo-constant pair for the negation key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_NO_KEY">RR_NO_KEY</A></B><DD>A constant which means that a specific key does not exist.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_O">RR_O</A></B><DD>A pseudo-constant pair for the 'O' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_P">RR_P</A></B><DD>A pseudo-constant pair for the 'P' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_PAREN_CLOSE">RR_PAREN_CLOSE</A></B><DD>A pseudo-constant pair for the ')' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_PAREN_OPEN">RR_PAREN_OPEN</A></B><DD>A pseudo-constant pair for the '(' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_PLUS">RR_PLUS</A></B><DD>A pseudo-constant pair for the '+' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_POWER">RR_POWER</A></B><DD>A pseudo-constant pair for the '^' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_Q">RR_Q</A></B><DD>A pseudo-constant pair for the 'Q' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_R">RR_R</A></B><DD>A pseudo-constant pair for the 'R' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_RIGHT">RR_RIGHT</A></B><DD>A pseudo-constant pair for the right arrow key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_S">RR_S</A></B><DD>A pseudo-constant pair for the 'S' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_SHIFT">RR_SHIFT</A></B><DD>A pseudo-constant pair for the Shift key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_SIN">RR_SIN</A></B><DD>A pseudo-constant pair for the 'SIN' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_SPACE">RR_SPACE</A></B><DD>A pseudo-constant pair for the space key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_STORE">RR_STORE</A></B><DD>A pseudo-constant pair for the Store key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_T">RR_T</A></B><DD>A pseudo-constant pair for the 'T' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_TAN">RR_TAN</A></B><DD>A pseudo-constant pair for the 'TAN' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_THETA">RR_THETA</A></B><DD>A pseudo-constant pair for the '<FONT FACE="Symbol">q</FONT>' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_U">RR_U</A></B><DD>A pseudo-constant pair for the 'U' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_UP">RR_UP</A></B><DD>A pseudo-constant pair for the up arrow key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_V">RR_V</A></B><DD>A pseudo-constant pair for the 'V' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_W">RR_W</A></B><DD>A pseudo-constant pair for the 'W' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_WITH">RR_WITH</A></B><DD>A pseudo-constant pair for the '|' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_X">RR_X</A></B><DD>A pseudo-constant pair for the 'X' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_Y">RR_Y</A></B><DD>A pseudo-constant pair for the 'Y' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#RR_Z">RR_Z</A></B><DD>A pseudo-constant pair for the 'Z' key.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#TI89_CLASSIC">TI89_CLASSIC</A></B><DD><A HREF="alloc.html#Bool">TRUE</A> on a classic TI-89 (i.e. a TI-89 which is <I>not</I> a TI-89 Titanium), <A HREF="alloc.html#Bool">FALSE</A> otherwise.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#TI89_TITANIUM">TI89_TITANIUM</A></B><DD><A HREF="alloc.html#Bool">TRUE</A> on a TI-89 Titanium, <A HREF="alloc.html#Bool">FALSE</A> otherwise.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#TI89">TI89</A></B><DD><A HREF="alloc.html#Bool">TRUE</A> on a TI-89, <A HREF="alloc.html#Bool">FALSE</A> otherwise.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#TI92PLUS">TI92PLUS</A></B><DD><A HREF="alloc.html#Bool">TRUE</A> on TI-92 Plus, <A HREF="alloc.html#Bool">FALSE</A> otherwise.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#TIOS_entries">TIOS_entries</A></B><DD>Number of entries in the TIOS jump table.<IMG WIDTH="1" HEIGHT="20" ALIGN="TOP"><DT><B><A HREF="#V200">V200</A></B><DD><A HREF="alloc.html#Bool">TRUE</A> on V200, <A HREF="alloc.html#Bool">FALSE</A> otherwise.</DL>
<P><B>Note:</B> All of these pseudo-constants are in fact macros. Although they expand to relatively small
code (in "Doors" mode they are mainly implemented as RAM calls and managed by kernel), it is recommended to
store a pseudo-constant in an ordinary variable if you use it a lot of times in the program (especially in "nostub"
mode), and to use this variable instead. For example, if you use the <A HREF="#KEY_LEFT">KEY_LEFT</A> pseudo-constant
too often, it is recommended to define</P>
<PRE>int key_left = KEY_LEFT;
</PRE>
<P>somewhere at the beginning of the program, and to use</P>
<PRE>if (key == key_left) ...
</PRE>
<P>instead of</P>
<PRE>if (key == KEY_LEFT) ...
</PRE>
<P>Such indirection will save memory, but note that this is necessary only if you use
the same pseudo-constant a lot in the program (say, more than 5 times).
<BR><BR>
There is yet another note. Pseudo-Constants work as constants in nearly all cases, but
they are not really constants, so they cannot be used in <B>case</B> labels
inside <B>switch</B> statements, i.e. the following is not legal:</P>
<PRE>switch (ngetchx ())
{
case KEY_LEFT:
...
case KEY_RIGHT:
...
...
}
</PRE>
<P>Instead, use <B>if...else</B> constructions:</P>
<PRE>key = ngetchx ();
if (key == KEY_LEFT)
{
...
}
else if (key == KEY_RIGHT)
{
...
}
...
</PRE>
<P>The pseudo-constants really become constants if you compile only for one
calculator model. For example, if you define <CODE>USE_TI89</CODE> and nothing
else, <A HREF="#CALCULATOR">CALCULATOR</A> will have the value <CODE>0</CODE>,
and all other pseudo-constants will be optimized into single values.
Or, if you define <CODE>MIN_AMS</CODE> to be <CODE>200</CODE>,
<A HREF="#AMS_1xx">AMS_1xx</A> will always be false.</P>
<HR>
<H3><A NAME="PSEUDO_CONST_CALC"><U>PSEUDO_CONST_CALC</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> PSEUDO_CONST_CALC(calc92,calc89,calc92plus,calcv200) (<A HREF="#CALCULATOR">CALCULATOR</A> ? ((<A HREF="#CALCULATOR">CALCULATOR</A> == 1) ? (calc92plus) : (calcv200)) : (calc89))</TD></TR></TABLE></P>
<P><B>A macro to construct a pseudo-constant from calculator-based values.</B></P>
<P>PSEUDO_CONST_CALC is a macro used by
<A HREF="#PSEUDO_CONST_SCREEN">PSEUDO_CONST_SCREEN</A> and
<A HREF="#PSEUDO_CONST_KBD">PSEUDO_CONST_KBD</A>. Most of the time,
you should not use it directly, but use these two macros instead.
<BR><BR>
It takes several values for the different calculators that GCC4TI can
currently compile code for, and returns one of them based on the calculator
that the program currently uses.
The values must be plain positive integers up to 65535 (0xFFFF) in decimal
or hexadecimal notation, otherwise this macro may fail in some cases.
<BR><BR>
Uses of this macro may be optimized by defining
<CODE><A HREF="httigcc.html#advanced_optcalc">OPTIMIZE_CALC_CONSTS</A></CODE>.</P>
<P>See also: <A HREF="#PSEUDO_CONST_SCREEN">PSEUDO_CONST_SCREEN</A>, <A HREF="#PSEUDO_CONST_KBD">PSEUDO_CONST_KBD</A></P>
<HR>
<H3><A NAME="PSEUDO_CONST_KBD"><U>PSEUDO_CONST_KBD</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> PSEUDO_CONST_KBD(kbd89,kbd92) PSEUDO_CONST_CALC(kbd92, kbd89, kbd92, kbd92)</TD></TR></TABLE></P>
<P><B>A macro to construct a pseudo-constant from keyboard-based values.</B></P>
<P>PSEUDO_CONST_KBD takes several values for different keyboard layouts, and
returns one of them based on the keyboard that the program currently uses.
The values must be plain positive integers up to 65535 (0xFFFF) in decimal
or hexadecimal notation, otherwise this macro may fail in some cases.
<BR><BR>
Currently, there are two different keyboard layouts: The TI-89 keyboard,
which looks like a normal calculator keyboard with extra keys, and the
TI-92/TI-92+/V200 keyboard, which has a QWERTY layout.
The two parameters specify the values to use whichever keyboard layout is
encountered, which means that the number of parameters may increase as new
hardware becomes available. If you want to use this macro in your
application, you must decide for yourself whether this feature is desirable:
On the one hand, it can prevent your code from being compiled in future
releases of GCC4TI; on the other hand, you can easily port your programs to
new hardware just by fixing all of the compile-time errors.</P>
<P>See also: <A HREF="#PSEUDO_CONST_CALC">PSEUDO_CONST_CALC</A>, <A HREF="#PSEUDO_CONST_SCREEN">PSEUDO_CONST_SCREEN</A></P>
<HR>
<H3><A NAME="PSEUDO_CONST_SCREEN"><U>PSEUDO_CONST_SCREEN</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> PSEUDO_CONST_SCREEN(screen89,screen92) PSEUDO_CONST_CALC(screen92, screen89, screen92, screen92)</TD></TR></TABLE></P>
<P><B>A macro to construct a pseudo-constant from screen-based values.</B></P>
<P>PSEUDO_CONST_SCREEN takes several values for different types of screens, and
returns one of them based on the screen that the program currently uses.
The values must be plain positive integers up to 65535 (0xFFFF) in decimal
or hexadecimal notation, otherwise this macro may fail in some cases.
<BR><BR>
Currently, there are two types of screens: The TI-89 LCD with a size of
160x100 pixels, and the TI-92/TI-92+/V200 LCD with a size of 240x128 pixels.
The two parameters specify the values to use whichever screen type is
encountered, which means that the number of parameters may increase as new
hardware becomes available. If you want to use this macro in your
application, you must decide for yourself whether this feature is desirable:
On the one hand, it can prevent your code from being compiled in future
releases of GCC4TI; on the other hand, you can easily port your programs to
new hardware just by fixing all of the compile-time errors.</P>
<P>See also: <A HREF="#PSEUDO_CONST_CALC">PSEUDO_CONST_CALC</A>, <A HREF="#PSEUDO_CONST_KBD">PSEUDO_CONST_KBD</A></P>
<HR>
<H3><A NAME="AMS_1xx"><U>AMS_1xx</U></A></H3>
<P><B><A HREF="alloc.html#Bool">TRUE</A> on AMS 1.xx, <A HREF="alloc.html#Bool">FALSE</A> on AMS 2.xx and AMS 3.xx.</B></P>
<P>This pseudo-constant is in fact defined globally, in <A HREF="default.html">default.h</A>.</P>
<HR>
<H3><A NAME="AMS_2xx"><U>AMS_2xx</U></A></H3>
<P><B><A HREF="alloc.html#Bool">TRUE</A> on AMS 2.xx, <A HREF="alloc.html#Bool">FALSE</A> on AMS 1.xx and AMS 3.xx.</B></P>
<P>This pseudo-constant is in fact defined globally, in <A HREF="default.html">default.h</A>.</P>
<HR>
<H3><A NAME="AMS_3xx"><U>AMS_3xx</U></A></H3>
<P><B><A HREF="alloc.html#Bool">TRUE</A> on AMS 3.xx, <A HREF="alloc.html#Bool">FALSE</A> on AMS 1.xx and AMS 2.xx.</B></P>
<P>This pseudo-constant is in fact defined globally, in <A HREF="default.html">default.h</A>.</P>
<HR>
<H3><A NAME="CALCULATOR"><U>CALCULATOR</U></A></H3>
<P><B>Describes the calculator model.</B></P>
<P>This pseudo-constant is 0 on the TI-89, 1 on the TI-92 Plus, and 3 on the V200.</P>
<HR>
<H3><A NAME="HW_VERSION"><U>HW_VERSION</U></A></H3>
<P><B>Describes the hardware version.</B></P>
<P>This pseudo-constant is 1 on a HW1 calculator and 2 on a HW2 calculator.
It reads the value of the <I>gateArray</I> field in the
<A HREF="flash.html#HARDWARE_PARM_BLOCK">HARDWARE_PARM_BLOCK</A>
structure returned by
<A HREF="flash.html#FL_getHardwareParmBlock">FL_getHardwareParmBlock</A>.</P>
<HR>
<H3><A NAME="KEY_DIAMOND"><U>KEY_DIAMOND</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> KEY_DIAMOND (PSEUDO_CONST_KBD (16384, 8192))</TD></TR></TABLE></P>
<P><B>The number added to the key code if the Diamond key is pressed with it (see <A HREF="kbd.html#ngetchx">ngetchx</A>).</B></P>
<HR>
<H3><A NAME="KEY_DOWN"><U>KEY_DOWN</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> KEY_DOWN (PSEUDO_CONST_KBD (340, 344))</TD></TR></TABLE></P>
<P><B>Key code for the down arrow key (see <A HREF="kbd.html#ngetchx">ngetchx</A>).</B></P>
<HR>
<H3><A NAME="KEY_DOWNLEFT"><U>KEY_DOWNLEFT</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> KEY_DOWNLEFT (PSEUDO_CONST_KBD (342, 345))</TD></TR></TABLE></P>
<P><B>Key code for simultaneous pressing of the down and left arrow keys (see <A HREF="kbd.html#ngetchx">ngetchx</A>).</B></P>
<HR>
<H3><A NAME="KEY_LEFT"><U>KEY_LEFT</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> KEY_LEFT (PSEUDO_CONST_KBD (338, 337))</TD></TR></TABLE></P>
<P><B>Key code for the left arrow key (see <A HREF="kbd.html#ngetchx">ngetchx</A>).</B></P>
<HR>
<H3><A NAME="KEY_OFF2"><U>KEY_OFF2</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> KEY_OFF2 (PSEUDO_CONST_KBD (16651, 8459))</TD></TR></TABLE></P>
<P><B>The key code for Diamond+ON (see <A HREF="kbd.html#ngetchx">ngetchx</A>).</B></P>
<HR>
<H3><A NAME="KEY_RIGHT"><U>KEY_RIGHT</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> KEY_RIGHT (PSEUDO_CONST_KBD (344, 340))</TD></TR></TABLE></P>
<P><B>Key code for the right arrow key (see <A HREF="kbd.html#ngetchx">ngetchx</A>).</B></P>
<HR>
<H3><A NAME="KEY_SHIFT"><U>KEY_SHIFT</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> KEY_SHIFT (PSEUDO_CONST_KBD (8192, 16384))</TD></TR></TABLE></P>
<P><B>The number added to the key code if the Shift key is pressed with it (see <A HREF="kbd.html#ngetchx">ngetchx</A>).</B></P>
<HR>
<H3><A NAME="KEY_UP"><U>KEY_UP</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> KEY_UP (PSEUDO_CONST_KBD (337, 338))</TD></TR></TABLE></P>
<P><B>Key code for the up arrow key (see <A HREF="kbd.html#ngetchx">ngetchx</A>).</B></P>
<HR>
<H3><A NAME="KEY_UPRIGHT"><U>KEY_UPRIGHT</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> KEY_UPRIGHT (PSEUDO_CONST_KBD (345, 342))</TD></TR></TABLE></P>
<P><B>Key code for simultaneous pressing on up and right arrow keys (see <A HREF="kbd.html#ngetchx">ngetchx</A>).</B></P>
<HR>
<H3><A NAME="LCD_HEIGHT"><U>LCD_HEIGHT</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> LCD_HEIGHT (PSEUDO_CONST_SCREEN (100, 128))</TD></TR></TABLE></P>
<P><B>Height of the screen in pixels.</B></P>
<P>This value is 100 on the TI-89, and 128 on the TI-92 Plus and V200.</P>
<HR>
<H3><A NAME="LCD_LINE_BYTES"><U>LCD_LINE_BYTES</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> LCD_LINE_BYTES (PSEUDO_CONST_SCREEN (20, 30))</TD></TR></TABLE></P>
<P><B>Number of bytes in the visible part of a screen line.</B></P>
<P>This value is 20 on the TI-89, and 30 on the TI-92 Plus and V200.</P>
<HR>
<H3><A NAME="LCD_WIDTH"><U>LCD_WIDTH</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> LCD_WIDTH (PSEUDO_CONST_SCREEN (160, 240))</TD></TR></TABLE></P>
<P><B>Width of the screen in pixels.</B></P>
<P>This value is 160 on the TI-89, and 240 on the TI-92 Plus and V200.</P>
<HR>
<H3><A NAME="ROM_base"><U>ROM_base</U></A></H3>
<P><B>Base address of the ROM (0x200000 on TI-89 or V200, 0x400000 on TI-92 Plus, 0x800000 on TI-89 Titanium).</B></P>
<HR>
<H3><A NAME="RR_0"><U>RR_0</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_0 (PSEUDO_CONST_KBD (4, 9)), (PSEUDO_CONST_KBD (0, 5))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '0' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_1"><U>RR_1</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_1 (PSEUDO_CONST_KBD (4, 1)), (PSEUDO_CONST_KBD (1, 5))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '1' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_2"><U>RR_2</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_2 (PSEUDO_CONST_KBD (3, 1)), (PSEUDO_CONST_KBD (1, 6))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '2' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_3"><U>RR_3</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_3 (PSEUDO_CONST_KBD (2, 1)), (PSEUDO_CONST_KBD (1, 7))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '3' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_4"><U>RR_4</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_4 (PSEUDO_CONST_KBD (4, 2)), (PSEUDO_CONST_KBD (2, 5))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '4' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_5"><U>RR_5</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_5 (PSEUDO_CONST_KBD (3, 2)), (PSEUDO_CONST_KBD (2, 6))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '5' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_6"><U>RR_6</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_6 2, (PSEUDO_CONST_KBD (2, 7))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '6' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_7"><U>RR_7</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_7 (PSEUDO_CONST_KBD (4, 3)), (PSEUDO_CONST_KBD (3, 5))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '7' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_8"><U>RR_8</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_8 3, (PSEUDO_CONST_KBD (3, 6))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '8' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_9"><U>RR_9</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_9 (PSEUDO_CONST_KBD (2, 3)), (PSEUDO_CONST_KBD (3, 7))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '9' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_2ND"><U>RR_2ND</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_2ND 0, (PSEUDO_CONST_KBD (4, 0))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '2nd' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_A"><U>RR_A</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_A (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 9)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 2))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'A' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_ALPHA"><U>RR_ALPHA</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_ALPHA (PSEUDO_CONST_KBD (0, <A HREF="#RR_NO_KEY">RR_NO_KEY</A>)), (PSEUDO_CONST_KBD (7, <A HREF="#RR_NO_KEY">RR_NO_KEY</A>))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the Alpha key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_APPS"><U>RR_APPS</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_APPS (PSEUDO_CONST_KBD (5, 7)), (PSEUDO_CONST_KBD (0, 6))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'APPS' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_B"><U>RR_B</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_B (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 5)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 1))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'B' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_BCKSPC"><U>RR_BCKSPC</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_BCKSPC (PSEUDO_CONST_KBD (2, 8)), (PSEUDO_CONST_KBD (6, 0))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the backspace key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_C"><U>RR_C</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_C (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 1))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'C' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_CATALOG"><U>RR_CATALOG</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_CATALOG (PSEUDO_CONST_KBD (3, <A HREF="#RR_NO_KEY">RR_NO_KEY</A>)), (PSEUDO_CONST_KBD (6, <A HREF="#RR_NO_KEY">RR_NO_KEY</A>))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'CATALOG' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_CLEAR"><U>RR_CLEAR</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_CLEAR (PSEUDO_CONST_KBD (1, 7)), (PSEUDO_CONST_KBD (6, 5))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'CLEAR' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_COMMA"><U>RR_COMMA</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_COMMA (PSEUDO_CONST_KBD (2, 4)), (PSEUDO_CONST_KBD (4, 7))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the ',' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_COS"><U>RR_COS</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_COS (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 5)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 6))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'COS' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_D"><U>RR_D</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_D (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 2)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 2))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'D' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_DIAMOND"><U>RR_DIAMOND</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_DIAMOND 0, (PSEUDO_CONST_KBD (6, 1))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the Diamond key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_DIVIDE"><U>RR_DIVIDE</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_DIVIDE (PSEUDO_CONST_KBD (1, 5)), (PSEUDO_CONST_KBD (4, 0))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '/' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_DOT"><U>RR_DOT</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_DOT (PSEUDO_CONST_KBD (3, 9)), (PSEUDO_CONST_KBD (0, 6))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '.' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_DOWN"><U>RR_DOWN</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_DOWN 0, (PSEUDO_CONST_KBD (2, 7))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the down arrow key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_E"><U>RR_E</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_E (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 2)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'E' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_EE"><U>RR_EE</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_EE (PSEUDO_CONST_KBD (5, <A HREF="#RR_NO_KEY">RR_NO_KEY</A>)), (PSEUDO_CONST_KBD (2, <A HREF="#RR_NO_KEY">RR_NO_KEY</A>))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'EE' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_ENTER1"><U>RR_ENTER1</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_ENTER1 (PSEUDO_CONST_KBD (1, 9)), (PSEUDO_CONST_KBD (0, 1))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the first 'ENTER' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_ENTER2"><U>RR_ENTER2</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_ENTER2 (PSEUDO_CONST_KBD (1, 6)), (PSEUDO_CONST_KBD (0, 6))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the second 'ENTER' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_ENTER"><U>RR_ENTER</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_ENTER <A HREF="#RR_ENTER1">RR_ENTER1</A></TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'ENTER' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_EQUALS"><U>RR_EQUALS</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_EQUALS (PSEUDO_CONST_KBD (5, 7)), (PSEUDO_CONST_KBD (4, 0))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '=' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_ESC"><U>RR_ESC</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_ESC (PSEUDO_CONST_KBD (6, 8)), (PSEUDO_CONST_KBD (0, 6))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'ESC' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_F1"><U>RR_F1</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_F1 (PSEUDO_CONST_KBD (5, 6)), (PSEUDO_CONST_KBD (7, 4))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'F1' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_F2"><U>RR_F2</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_F2 4, (PSEUDO_CONST_KBD (7, 4))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'F2' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_F3"><U>RR_F3</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_F3 (PSEUDO_CONST_KBD (3, 2)), (PSEUDO_CONST_KBD (7, 4))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'F3' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_F4"><U>RR_F4</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_F4 (PSEUDO_CONST_KBD (2, 9)), (PSEUDO_CONST_KBD (7, 4))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'F4' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_F5"><U>RR_F5</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_F5 (PSEUDO_CONST_KBD (1, 7)), (PSEUDO_CONST_KBD (7, 4))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'F5' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_F6"><U>RR_F6</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_F6 (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 5)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 4))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'F6' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_F7"><U>RR_F7</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_F7 (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 4))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'F7' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_F8"><U>RR_F8</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_F8 (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 1)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 4))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'F8' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_F"><U>RR_F</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_F (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 2))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'F' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_G"><U>RR_G</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_G (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 4)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 2))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'G' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_H"><U>RR_H</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_H (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 5)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 2))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'H' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_HAND"><U>RR_HAND</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_HAND (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 0)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the Hand key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_HOME"><U>RR_HOME</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_HOME (PSEUDO_CONST_KBD (5, <A HREF="#RR_NO_KEY">RR_NO_KEY</A>)), (PSEUDO_CONST_KBD (6, <A HREF="#RR_NO_KEY">RR_NO_KEY</A>))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'HOME' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_I"><U>RR_I</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_I (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 7)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'I' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_J"><U>RR_J</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_J (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 6)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 2))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'J' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_K"><U>RR_K</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_K (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 7)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 2))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'K' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_L"><U>RR_L</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_L (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 8)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 2))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'L' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_LEFT"><U>RR_LEFT</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_LEFT 0, (PSEUDO_CONST_KBD (1, 4))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the left arrow key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_LN"><U>RR_LN</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_LN (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 6)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 5))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'LN' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_M"><U>RR_M</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_M (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 7)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 1))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'M' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_MINUS"><U>RR_MINUS</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_MINUS (PSEUDO_CONST_KBD (1, 9)), (PSEUDO_CONST_KBD (2, 0))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '-' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_MODE"><U>RR_MODE</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_MODE (PSEUDO_CONST_KBD (4, 8)), (PSEUDO_CONST_KBD (6, 5))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'MODE' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_MULTIPLY"><U>RR_MULTIPLY</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_MULTIPLY (PSEUDO_CONST_KBD (1, 7)), (PSEUDO_CONST_KBD (3, 7))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '*' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_N"><U>RR_N</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_N (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 6)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 1))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'N' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_NEGATE"><U>RR_NEGATE</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_NEGATE (PSEUDO_CONST_KBD (2, 9)), (PSEUDO_CONST_KBD (0, 7))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the negation key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_NO_KEY"><U>RR_NO_KEY</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_NO_KEY 0xF</TD></TR></TABLE></P>
<P><B>A constant which means that a specific key does not exist.</B></P>
<P>This constant is used whenever a specific key only exists on one calculator.</P>
<HR>
<H3><A NAME="RR_O"><U>RR_O</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_O (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 8)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'O' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_P"><U>RR_P</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_P (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 6)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 7))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'P' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_PAREN_CLOSE"><U>RR_PAREN_CLOSE</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_PAREN_CLOSE (PSEUDO_CONST_KBD (3, 4)), (PSEUDO_CONST_KBD (4, 6))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the ')' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_PAREN_OPEN"><U>RR_PAREN_OPEN</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_PAREN_OPEN 4, (PSEUDO_CONST_KBD (4, 5))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '(' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_PLUS"><U>RR_PLUS</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_PLUS (PSEUDO_CONST_KBD (1, 8)), (PSEUDO_CONST_KBD (1, 4))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '+' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_POWER"><U>RR_POWER</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_POWER (PSEUDO_CONST_KBD (1, 6)), (PSEUDO_CONST_KBD (5, 0))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '^' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_Q"><U>RR_Q</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_Q (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 9)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'Q' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_R"><U>RR_R</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_R (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'R' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_RIGHT"><U>RR_RIGHT</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_RIGHT 0, (PSEUDO_CONST_KBD (3, 6))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the right arrow key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_S"><U>RR_S</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_S (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 1)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 2))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'S' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_SHIFT"><U>RR_SHIFT</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_SHIFT 0, (PSEUDO_CONST_KBD (5, 2))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the Shift key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_SIN"><U>RR_SIN</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_SIN (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 5)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 5))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'SIN' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_SPACE"><U>RR_SPACE</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_SPACE (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 4)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 0))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the space key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_STORE"><U>RR_STORE</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_STORE (PSEUDO_CONST_KBD (5, 3)), (PSEUDO_CONST_KBD (1, 0))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the Store key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_T"><U>RR_T</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_T (PSEUDO_CONST_KBD (2, 4)), (PSEUDO_CONST_KBD (5, 3))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'T' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_TAN"><U>RR_TAN</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_TAN (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 5)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 7))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'TAN' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_THETA"><U>RR_THETA</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_THETA (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 8)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 1))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '<FONT FACE="Symbol">q</FONT>' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_U"><U>RR_U</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_U (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 6)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'U' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_UP"><U>RR_UP</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_UP 0, (PSEUDO_CONST_KBD (0, 5))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the up arrow key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_V"><U>RR_V</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_V (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 4)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 1))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'V' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_W"><U>RR_W</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_W (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 1)), (PSEUDO_CONST_KBD (<A HREF="#RR_NO_KEY">RR_NO_KEY</A>, 3))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'W' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_WITH"><U>RR_WITH</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_WITH (PSEUDO_CONST_KBD (5, <A HREF="#RR_NO_KEY">RR_NO_KEY</A>)), (PSEUDO_CONST_KBD (3, <A HREF="#RR_NO_KEY">RR_NO_KEY</A>))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the '|' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_X"><U>RR_X</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_X (PSEUDO_CONST_KBD (5, 2)), (PSEUDO_CONST_KBD (5, 1))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'X' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_Y"><U>RR_Y</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_Y (PSEUDO_CONST_KBD (4, 5)), (PSEUDO_CONST_KBD (5, 3))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'Y' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="RR_Z"><U>RR_Z</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> RR_Z (PSEUDO_CONST_KBD (3, 1)), (PSEUDO_CONST_KBD (5, 1))</TD></TR></TABLE></P>
<P><B>A pseudo-constant pair for the 'Z' key.</B></P>
<P>This pseudo-constant pair defines the location of a specific key in the keyboard matrix used in <A HREF="kbd.html#_keytest">_keytest</A>.</P>
<HR>
<H3><A NAME="TI89_CLASSIC"><U>TI89_CLASSIC</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> TI89_CLASSIC (<A HREF="#TI89">TI89</A> && <A HREF="#HW_VERSION">HW_VERSION</A><3)</TD></TR></TABLE></P>
<P><B><A HREF="alloc.html#Bool">TRUE</A> on a classic TI-89 (i.e. a TI-89 which is <I>not</I> a TI-89 Titanium), <A HREF="alloc.html#Bool">FALSE</A> otherwise.</B></P>
<P>See also: <A HREF="#TI89">TI89</A></P>
<HR>
<H3><A NAME="TI89_TITANIUM"><U>TI89_TITANIUM</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> TI89_TITANIUM (<A HREF="#TI89">TI89</A> && <A HREF="#HW_VERSION">HW_VERSION</A>>=3)</TD></TR></TABLE></P>
<P><B><A HREF="alloc.html#Bool">TRUE</A> on a TI-89 Titanium, <A HREF="alloc.html#Bool">FALSE</A> otherwise.</B></P>
<P>See also: <A HREF="#TI89">TI89</A></P>
<HR>
<H3><A NAME="TI89"><U>TI89</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> TI89 (<A HREF="#CALCULATOR">CALCULATOR</A> == 0)</TD></TR></TABLE></P>
<P><B><A HREF="alloc.html#Bool">TRUE</A> on a TI-89, <A HREF="alloc.html#Bool">FALSE</A> otherwise.</B></P>
<P>See also: <A HREF="#TI89_CLASSIC">TI89_CLASSIC</A>, <A HREF="#TI89_TITANIUM">TI89_TITANIUM</A></P>
<HR>
<H3><A NAME="TI92PLUS"><U>TI92PLUS</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> TI92PLUS (<A HREF="#CALCULATOR">CALCULATOR</A> == 1)</TD></TR></TABLE></P>
<P><B><A HREF="alloc.html#Bool">TRUE</A> on TI-92 Plus, <A HREF="alloc.html#Bool">FALSE</A> otherwise.</B></P>
<HR>
<H3><A NAME="TIOS_entries"><U>TIOS_entries</U></A></H3>
<P><B>Number of entries in the TIOS jump table.</B></P>
<P>This pseudo-constant may also be used to determine the AMS version:
<BR><BR>
<TABLE BORDER CELLPADDING="3">
<TR>
<TD>684</TD>
<TD>0x2AC</TD>
<TD>AMS 1.00 (TI-92 Plus only)</TD>
</TR>
<TR>
<TD>972</TD>
<TD>0x3CC</TD>
<TD>AMS 1.01 (or 1.00 for TI-89), AMS 1.05</TD>
</TR>
<TR>
<TD>1288</TD>
<TD>0x508</TD>
<TD>AMS 2.01</TD>
</TR>
<TR>
<TD>1463</TD>
<TD>0x5B7</TD>
<TD>AMS 2.02, AMS 2.03</TD>
</TR>
<TR>
<TD>1506</TD>
<TD>0x5E2</TD>
<TD>AMS 2.04</TD>
</TR>
<TR>
<TD>1519</TD>
<TD>0x5EF</TD>
<TD>AMS 2.05</TD>
</TR>
<TR>
<TD>1543</TD>
<TD>0x607</TD>
<TD>AMS 2.06 (internal beta), 2.07, 2.08, 2.09</TD>
</TR>
<TR>
<TD>1544</TD>
<TD>0x608</TD>
<TD>AMS 3.00, 3.01</TD>
</TR>
</TABLE>
<BR>
It is, in fact, defined globally, in <A HREF="default.html">default.h</A>.
<BR><BR>
You can precisely determine the AMS version using <A HREF="system.html#ReleaseVersion">ReleaseVersion</A>.</P>
<HR>
<H3><A NAME="V200"><U>V200</U></A></H3>
<P><TABLE BORDER="1" CELLPADDING="2"><TR><TD CLASS="CODE"><B><A HREF="cpp.html#SEC10">#define</A></B> V200 (<A HREF="#CALCULATOR">CALCULATOR</A> == 3)</TD></TR></TABLE></P>
<P><B><A HREF="alloc.html#Bool">TRUE</A> on V200, <A HREF="alloc.html#Bool">FALSE</A> otherwise.</B></P>
<HR>
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