0DA006 |
^QMODSYMext
|
|
0DB006 |
^ModPow
|
|
0DC006 |
^ZQUOText
|
|
0DE006 |
^ZDIVext
|
|
3E7006 |
^PSEUDOPREP
|
( o2 o1 → o2*a1.n^ o1 a1.n^ )
|
3FA006 |
^PLCZ
|
|
3FB006 |
^HSECO2RCext
|
( ob → ob' )
Conversion of constants from internal to user
form.
|
3FC006 |
^SECO2CMPext
|
( seco → symb )
Back conversion of complex. polarflag should
be disabled if not at the top level of
rational expressions.
|
3FD006 |
^SECO2CMPPOL
|
Conversion of a complex in polar coordinates.
should be used only at the top level of
rational expr.
|
3FE006 |
^SECO2CMPCART
|
Conversion of a complex in cartesian
coordinates.
|
3FF006 |
^VALOBJext
|
( # {..{Q}..} {var1..varn} → {..{ob}..} )
Back conversion of objects embedded at depth
# in lists. Simplifies var1..varn.
|
401006 |
^VAL2ext
|
( # {..{Q}..} {var1..varn} → {..{ob}..} )
Back conversion of objects embedded at depth
# in lists. Does not simplify var1..varn.
Conversion is done in asc. power if
positivfflag is set, which is useful for
SERIES and LIMIT commands.
|
402006 |
^INVAL2
|
( P # → symbpoly )
LAM2 must contain Lvar, # is the depth.
|
403006 |
^METAVAL2
|
( # Meta_list → Meta_symb )
LMA2 must contain Lvar, LAM1 is modified.
|
404006 |
^VAL1
|
( ob → ob )
LAM2 must contain Lvar, LAM1 is modified.
|
405006 |
^VAL1M
|
( ob → Meta_symb )
LAM2 must contain Lvar, LAM1 is modified.
|
45C006 |
^IDNTEXEC
|
( symb idnt → symb' )
Tries to find idnt such that symb=0. Return
a solution as an equality 'idnt=..' in symb'.
|
45D006 |
^SYMISOL
|
|
45E006 |
^SYMQFORM
|
|
121006 |
^MP0
|
( ob → ob 1 )
Returns number 1 of the selected type.
The symbolic/ROMPTR one looks very strange
it is used to avoid infinity^0/undef^0 to
return 1.
|
26C006 |
^rpnQOBJext
|
( ob → ob' )
prg is fetched from the stack.
Looks for all d1, d2, ... at the beginning of
the name of idnt to determine if idnt
represents a derivative of a user
function. Stops if at a time the stripped
idnt is in the current directory. Example
'd2d1Y' returns { #2 } << >>
if 'd2d1Y' is not defined and 'd1Y' is
defined as << >> or
{ #2 #1 } 'Y'
if d2d1Y d1Y and Y are not defined.
|
29D006 |
^SIMPIDNT
|
( idnt → ob )
Evaluates idnt (looks recursively for its
content if defined). Does not error for
circular definition, but displays a warning.
|
29E006 |
^RCLALLIDNT
|
|
29F006 |
^RCL1IDNT
|
( idnt/lam → ob )
Recursive content of an idnt.
LAM1 to LAM3 must be bound.
|
2A7006 |
^SWPSIMPNDXF
|
( ob2 ob1 → ob1/ob2 )
Simplified fraction (internal).
|
2A8006 |
^SIMPNDXFext
|
( ob2 ob1 → ob2/ob1 )
Simplified fraction (internal).
|
2B6006 |
^CMODext
|
( C2 C1 → C1 C2_mod_C1 )
|
2BD006 |
^SQFF2ext
|
( l1...ln #n-1 → l1'...ln' #n-1 )
|
2BE006 |
^PPZ
|
( p → p/pgcd pgcd )
ob is the gcd of all constant coefficients of
P (integer, Gauss integers, irrquads with the
implementation of the "gcd" for irrquads).
|
117007 |
^PPZZ
|
( ob → ob zint )
PPZ with further check to ensure returning a
zint.
First available in ROM 1.11.
|
2BF006 |
^PZHSTR
|
( a z → a mod z )
|
2C0006 |
^HORNER1ext
|
( P r → P[r] )
|
2C1006 |
^PEval
|
( P r → P[r] )
P must be a list polynomial.
|
2C2006 |
^RISCHext
|
|
2C3006 |
^risch/
|
|
2C4006 |
^rischABS
|
|
2C6006 |
^SQRT_IN?
|
( {} → {} flag )
Returns TRUE if one element of {} is a symb
containing a sqrt.
|
2C7006 |
^IS_SQRT?
|
( symb → flag )
|
2C8006 |
^XROOT_IN?
|
|
2C9006 |
^IS_XROOT?
|
( symb → flag )
|
2CA006 |
^STOPRIMIT
|
( symb → )
Stores antiderivative in PRIMIT variable.
|
2CB006 |
^CONTAINS_LN?
|
( symb → symb flag )
|
2CC006 |
^ISNT_IDNT?
|
|
2CD006 |
^RISCHPF
|
|
2CE006 |
^RISCHRAT
|
|
2CF006 |
^rischlogpart
|
|
2D4006 |
^FOURIERext
|
( symb n → cn )
Computes n-th Fourier coefficient of a 2 π
periodic function.
|
2D9006 |
^LESSCOMPLEX?
|
( ob1 ob2 → ob1 ob2 flag )
Compares objects by type and then by CRC.
flag is true if ob1 is less complex than ob2
(ob1>ob2). If ob1 or ob2 is an irrq, find
first ultimate type of ob1 and ob2. If these
ultimate types are equal sort is done by
comparing the << depth.
|
2DB006 |
^LIST1i-1-i
|
Various constants. Caution: these constants
are "covered" if you are using them be sure
to return an uncovered result on the stack
when exiting.
|
2DC006 |
^LIST10-10
|
|
2DD006 |
^TABLECOSext
|
( → {} )
Table of special COS values (k*pi/12).
|
2DE006 |
^TABLETANext
|
( → {} )
Table of special TAN values (k*pi/12).
|
101007 |
^LINEARAPPLY
|
( symb nonrat_prg rat_prg → symb )
Applies linearity. nonrat_prg is applied for
a non rational part symb → symb. rat_prg is
applied for a rational part symb → symb.
Linearity is applied on symb.
|
102007 |
^linearapply
|
First available in ROM 1.11.
|
106007 |
^A/B2PQR
|
( A B → P Q R )
Writes a fraction A/B as E[P]/P*Q/E[R]. Q and
positive shifts of R are prime together.
First available in ROM 1.11.
|
107007 |
^GOSPER?
|
( P Q R → P R Y T )
( P Q R → F )
Solves P = Q E[Y] - R Y for Y.
First available in ROM 1.11.
|
0CB007 |
^FRACPARITY
|
( fr → Z )
Tests if a fraction (internal rep) is
even/odd/none. Z=1 if even, -1 if odd, 0 if
neither even nor odd.
|
0D5007 |
^FR2ND%
|
( fraction-l → N D % )
Extract trivial power of fraction.
|
4D1006 |
^MSECOSQFF
|
( ob → Meta )
Factorization of an extension.
|