Re: slash
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> on a lot of programs, I see a slash. I can get one slash on my ti-85 but
I
> can't get it to go the other way. HELP!!!!!!
>
> Mail me at Ldysman699@aol.com
If you are entering a program manually, you may ignore the
following lines:
\START\
\COMMENT=
\NAME=
\FILE=
This is header information (used when transfering the file by link).
The other "\" characters are a convention for representing certain
calculator keys and symbols. Here is a list for the TI-85:
KEYWORD (key) STRING (with delimiters)
-> store \->\
pi \pi\
< angle for complex numbers \angle\
>= greater than or = to \>=\
<= less than or = to \<=\
not equal to \<>\
not equal to \<>\
square root \sqrt\
10^ \10^\ (for 10 only)
(-) negation \(-)\
x Root y \xRooty\
matrix transpose \T\
squared \^2\
inverse \^-1\
r radian \rad\
r radian \rad\
o degree \deg\
sinh^-1 \sinh^-1\
sin^-1 \sin^-1\
cosh^-1 \cosh^-1\
cos^-1 \cos^-1\
tanh^-1 \tanh^-1\
tan^-1 \tan^-1\
binary designator (b) \bin\
decimal designator (d) \dec\
decimal designator (d) \dec\
hex designator (h) \hex\
octal designator (o) \oct\
hexadecimal A \hexA\
hexadecimal B \hexB\
hexadecimal C \hexC\
hexadecimal D \hexD\
hexadecimal E \hexE\
hexadecimal F \hexF\
hexadecimal F \hexF\
to Sph display conversion \>Sph\
to Rec display conversion \>Rec\
to Pol display conversion \>Pol\
to Oct display conversion \>Oct\
to Hex display conversion \>Hex\
to Frac display conversion \>Frac\
to DMS display conversion \>DMS\
to Dec display conversion \>Dec\
to Cyl display conversion \>Cyl\
to Cyl display conversion \>Cyl\
to Bin display conversion \>Bin\
vc-li data conversion \vc>li\
St-Eq data conversion \St>Eq\
li-vc data conversion \li>vc\
Eq-St data conversion \Eq>St\
E exponent notation \E\
u0 built-in constant \u0\
e0 built-in constant \e0\
e0 built-in constant \e0\
zthetamax \z-@max\
zthetamin \z-@min\
zthetastep \z-@step\
delta x (lowercase) \Delta-x\
delta y (lowercase) \Delta-y\
thetamax \@max\
thetamin \@min\
thetastep \@step\
Sigma x \Sigma-x\
Sigma x \Sigma-x\
Sigma x^2 \Sigma-x^2\
Sigma xy \Sigma-xy\
Sigma y \Sigma-y\
Sigma y^2 \Sigma-y^2\
standard deviation (pop) x \Sx\
standard deviation (pop) y \Sy\
x bar (mean) \x-bar\
y bar (mean) \y-bar\
y bar (mean) \y-bar\
Greek Characters:
alpha (lowercase) \LC-alpha\
beta (lowercase) \LC-beta\
gamma (lowercase) \LC-gamma\
Delta (uppercase) \UC-Delta\
delta (lowercase) \LC-delta\
epsilon (lowercase) \LC-epsilon\
theta (lowercase) \LC-theta\
theta (lowercase) \LC-theta\
lambda (lowercase) \LC-lambda\
mu (lowercase) \LC-mu\
rho (lowercase) \LC-rho\
Sigma (uppercase) \UC-Sigma\
sigma (lowercase) \LC-sigma\
tau (lowercase) \LC-tau\
phi (lowercase) \LC-phi\
Omega (uppercase) \UC-Omega\
Omega (uppercase) \UC-Omega\
INTL Characters:
N tilde \UC-N~\
n tilde \LC-n~\
C cedilla \UC-C-cedilla\
c cedilla \LC-c-cedilla\
? inverted \?\
A acute \UC-A'\
a acute \LC-a'\
a acute \LC-a'\
A grave \UC-A`\
a grave \LC-a`\
A circumflex \UC-A^\
a circumflex \LC-a^\
A dieresis \UC-A:\
a dieresis \LC-a:\
( etc for e, i, o, u )
CONV characters (for example, ft^2 to m^2 would be \ft^2\\>\\m^2\
> conversion operator \>\
lt-yr light year \lt-yr\
ft^2 \ft^2\
m^2 \m^2\
mi^2 \mi^2\
km^2 \km^2\
in^2 \in^2\
cm^2 \cm^2\
cm^2 \cm^2\
yd^2 \yd^2\
cm^3 \cm^3\
in^3 \in^3\
ft^3 \ft^3\
m^3 \m^3\
us (micro seconds) \usec\
oC degree C \deg C\
oF degree F \deg F\
oF degree F \deg F\
oK degree K \deg K\
oR degree R \deg R\
N/m^2 \N/m^2\
lb/in^2 \lb/in^2\
mmH2O \mmH2O\
inH2O \inH2O\
ftlb/s \ftlb/s\
cal/s \cal/s\
Btu/mn \Btu/mn\
Btu/mn \Btu/mn\
ft/s \ft/s\
m/s \m/s\
mi/hr \mi/hr\
km/hr \km/hr\
kw-hr \kw-hr\
l-atm \l-atm\
\Special
continue TI-85 program line \#\
References: