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audio/alWriteBuffers(3d) -- write flexibly interleaved or non-interleaved audio data to an audio port
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port is the audio output port to which you want to write samples. This is the returned value of an alOpenPort(3dm) call. bufs is an array of pointers to sample buffers, each element of which corresponds to a single channel of audio output. strides is an array of integers, one corresponding to each output channel. Each element indicates the number of interleaved channels in the buffer directed at that channel. framecount is the number of sample frames that you want to write to the audio port.... |
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audio/alWriteFrames(3d) -- write interleaved sample frames to an audio port
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port is the audio output port to which you want to write samples. This is the returned value of an alOpenPort(3dm) call. samples is the buffer containing the samples. framecount is the number of sample frames that you want to write to the audio port. |
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audio/ALwritesamps(3d) -- (obsolete) write samples to an audio port
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port expects the ALport structure for the audio port to which you want to write samples. This structure is the returned value of the ALopenport(3dm) call. samples expects a pointer to a buffer from which you want to transfer the sound samples into the audio port. samplecount expects the number of samples that you want to write to the port. |
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audio/alZeroFrames(3d) -- write zero-valued sample frames to an audio port
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port is the audio output port to which you want to write samples. This is the returned value of an alOpenPort(3dm) call. framecount is the number of sample frames that you want to write to the audio port. |
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amalloc(3p) -- arbitrary arena main memory allocator
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The arena malloc package provides a main memory allocator based on the malloc(3X) memory allocator. This allocator has been extended so that an arbitrary memory space ("arena") may be set up as an area from which to malloc. Calls to the arena malloc package differ from calls to the standard malloc(3X) only in that an arena pointer must be supplied. This arena pointer is returned by a call to acreate. acreate sets up ... |
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libblas/amax(3) -- BLAS Maximum index functions FORTRAN 77 SYNOPSIS integer function idamax( n, x, incx ) integer incx, n double
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idamax, isamax, izamax, and icamax, return the index of the maximum value of vector x. The vector x has length n and increment incx. For izamax and icamax , the norm of each value is taken as: Abs( Real( x(i) ) ) + Abs( Imag( x(i) ) ) |
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f90/and(3) -- FORTRAN bitwise boolean functions
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bool is the general name for the bit field manipulation intrinsic functions and subroutines from the FORTRAN Military Standard (MIL-STD1753). and, or and xor return the value of the binary operations on their arguments. not is a unary operator returning the one's complement of its argument. ior, iand, not, ieor - return the same results as and, or, not, and xor. lshift and rshift return the value of the first argument shifted left or right, respectively, the number of times specified by the sec... |
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f90/any(3) -- Determines whether any values are true
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UNICOS, UNICOS/mk, and IRIX systems |
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perl5/AnyDBM_File(3) -- provide framework for multiple DBMs NDBM_File, DB_File, GDBM_File, SDBM_File, ODBM_File - various DBM implemen
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This module is a "pure virtual base class"--it has nothing of its own. It's just there to inherit from one of the various DBM packages. It prefers ndbm for compatibility reasons with Perl 4, then Berkeley DB (See the DB_File manpage), GDBM, SDBM (which is always there--it comes with Perl), and finally ODBM. This way old programs that used to use NDBM via dbmopen() can still do so, but new ones can reorder @ISA: BEGIN { @AnyDBM_File::ISA = qw(DB_File GDBM_File NDBM_File) } use AnyDBM_File; Hav... |
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Tcl/append(3) -- Append to variable
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Append all of the value arguments to the current value of variable varName. If varName doesn't exist, it is given a value equal to the concatenation of all the value arguments. This command provides an efficient way to build up long variables incrementally. For example, ``append a $b'' is much more efficient than ``set a $a$b'' if $a is long. |
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Tcl/appinit(3) -- perform application-specific initialization
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Tcl_Interp *interp (in) Interpreter for the application. |
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standard/arc(3) -- draw a circular arc
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x expects the x coordinate of the center of the arc. The center of the arc is the center of the circle that would contain the arc. y expects the y coordinate of the center of the arc. The center of the arc is the center of the circle that would contain the arc. radius expects the length of the radius of the arc. The radius of the arc is the radius of the circle that would contain the arc. startang expects the measure of the start angle of the arc. The start angle of the arc is measured from the ... |
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standard/arcf(3) -- draw a filled circular arc
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x expects the x coordinate of the center of the filled arc. The center of the filled arc is the center of the circle that would contain the arc. y expects the y coordinate of the center of the filled arc. The center of the filled arc is the center of the circle that would contain the arc. radius expects the length of the radius of the filled arc. The radius of the filled arc is the radius of the circle that would contain the filled arc. startang expects the measure (in tenths of a degree) of the... |
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Tcl/array(3) -- Manipulate array variables
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This command performs one of several operations on the variable given by arrayName. Unless otherwise specified for individual commands below, arrayName must be the name of an existing array variable. The option argument determines what action is carried out by the command. The legal options (which may be abbreviated) are: array anymore arrayName searchId Returns 1 if there are any more elements left to be processed in an array search, 0 if all elements have already been returned. SearchId indica... |
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ftn/asin(3) -- trigonometric functions and their inverses
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The single-precision and long double-precision routines listed above are only available in the standard math library, -lm, and in -lmx. sin, cos and tan return trigonometric functions of radian arguments x for double data types. fsin, fcos and ftan, and their ANSI-named counterparts sinf, cosf and tanf return trigonometric functions of radian TRIG(3M) TRIG(3M) arguments x for float data types. sinl, cosl and tanl do the same for long double data types. The asin routines return the arc sine in th... |
