Siemens SINUMERIK 840D sl Programming Manual page 612

Tables
15.1 List of statements
CTABINV
Define leading axis position
according to following axis
position from curve table
CTABISLOCK Returns the lock state of the curve table with
number n
CTABLOCK Set lock against deletion and overwriting
CTABMEMTYP Returns the memory in which the curve table
has been created with number n
CTABMPOL Max. number of polynomials still possible in
the memory
CTABMSEG Max. number of curve segments still possible
in the mem.
CTABNO Number of defined curve tables irrespective of
mem. type
CTABNOMEM Number of defined curve tables in SRAM or
DRAM memory.
CTABPERIOD Returns the table periodicity with number n
CTABPOL Number of polynomials already used in the
memory
CTABPOLID Number of the curve polynomials used by the
curve table with number n
CTABSEG Number of curve segments already used in the
memory
CTABSEGID Number of the curve segments used by the
curve table with number n
CTABSEV Returns the final value of the following axis of
a segment of the curve table
CTABSSV Returns the initial value of the following axis of
a segment of the curve table
CTABTEP Returns the value of the leading axis at curve
table end
CTABTEV Returns the value of the following axis at curve
table end
CTABTMAX Returns the maximum value of the following
axis of the curve table
CTABTMIN Returns the minimum value of the following
axis of the curve table
CTABTSP Returns the value of the leading axis at curve
table start
15-8
Real See CTAB
Parameter n
Parameters n,
m, and
memType
Parameter n
memType
memType
No parameters
memType
Parameter n
memType
Parameter n
memType
Parameter n
Segment is
determined by
LW
Segment is
determined by
LW
Master value at
end of curve
table
Following value
at end of curve
table
Following value
of the curve
table
Following value
of the curve
table
Master value at
beginning of
curve table
Programming Manual, 03/2006 Edition, 6FC5398-2BP10-1BA0
R10 =
CTABSEV(LW, n,
degree, Faxis,
Laxis)
R10 =
CTABSSV(LW, n,
degree, Faxis,
Laxis)
R10 = CTABTEP(n,
degree, Laxis)
R10 = CTABTEV(n,
degree, Faxis)
R10 =
CTABTMAX(n,
Faxis)
R10 =
CTABTMIN(n,
Faxis)
R10 = CTABTSP(n,
degree, Laxis)
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