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Tk/configwidg(3) -- process configuration options for widgets
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Tcl_Interp *interp (in) Interpreter to use for returning error messages. Tk_Window tkwin (in) Window used to represent widget (needed to set up X resources). Tk_ConfigSpec *specs (in) Pointer to table specifying legal configuration options for this widget. int argc (in) Number of arguments in argv. char **argv (in) Command-line options for configuring widget. char *widgRec (in/out) Points to widget record structure. Fields in this structure get modified by Tk_ConfigureWidget to hold configuratio... |
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Tk/configwind(3) -- change window configuration or attributes
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Tk_Window tkwin (in) Token for window. unsigned int valueMask (in) OR-ed mask of values like CWX or CWBorderPixel, indicating which fields of *valuePtr or *attsPtr to use. XWindowChanges *valuePtr (in) Points to a structure containing new values for the configuration parameters selected by valueMask. Fields not selected by valueMask are ignored. Page 1 Tk_ConfigureWindow(3Tk) Tk_ConfigureWindow(3Tk) int x (in) New x-coordinate for tkwin's top left pixel (including border, if any) within tkwin'... |
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confstr(3s) -- get configurable variables
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confstr copies information relating to the UNIX system on which the process is executing into the buffer pointed to by buf. len is the size of the buffer. The POSIX P1003.1 interface sysconf [see sysconf(2)] provides a similar class of configuration information, but returns an integer rather than a string. The commands available are: _CS_SYSNAME Copy into the array pointed to by buf the string that would be... |
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f90/conjg(3) -- FORTRAN complex conjugate intrinsic function
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conjg returns the complex conjugate of its complex argument. dconjg returns the double-complex conjugate of its double-complex argument. qconjg returns the complex*32 conjugate of its complex*32 argument. Page 1 CONJG(3M) Last changed: 1-6-98 |
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ftn/conjg(3) -- FORTRAN complex conjugate intrinsic function
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conjg returns the complex conjugate of its complex argument. dconjg returns the double-complex conjugate of its double-complex argument. qconjg returns the complex*32 conjugate of its complex*32 argument. Page 1 CONJG(3M) Last changed: 1-6-98 |
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connect(3n) -- initiate a connection on a socket
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The parameter s is a socket. If it is of type SOCK_DGRAM, connect() specifies the peer with which the socket is to be associated; this address is the address to which datagrams are to be sent if a receiver is not explicitly designated; it is the only address from which datagrams are to be received. If the socket s is of type SOCK_STREAM, connect() attempts to make a connection to another socket. Th... |
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perl5/constant(3) -- Perl pragma to declare constants
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This will declare a symbol to be a constant with the given scalar or list value. When you declare a constant such as PI using the method shown above, each machine your script runs upon can have as many digits of accuracy as it can use. Also, your program will be easier to read, more likely to be maintained (and maintained correctly), and far less likely to send a space probe to the wrong planet because nobody noticed the one equation in which you wrote 3.14195.... |
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Tcl/continue(3) -- Skip to the next iteration of a loop
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This command is typically invoked inside the body of a looping command such as for or foreach or while. It returns a TCL_CONTINUE code, which causes a continue exception to occur. The exception causes the current script to be aborted out to the the innermost containing loop command, which then continues with the next iteration of the loop. Catch exceptions are also handled in a few other situations, such as the catch command and the outermost scripts of procedure bodies.... |
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complib/conv(3) -- Convolution and Correlation Library
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For the C interface two types "complex" and "zomplex" have been defined as structures of two floating point variables ( re, im ). They are equivalent to the "complex" and "double complex" Fortran types. typedef struct { float re; float im; } complex; typedef struct { double re; double im; } zomplex; These types as well as the prototypes of the different functions for convolution and correlations are defined in the "/usr/include/conv.h" header file.... |
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conv(3c) -- translate characters
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toupper and tolower have as their domain the range of the function getc: all values represented in an unsigned char and the value of the macro EOF as defined in stdio.h. If the argument of toupper represents a lowercase letter, the result is the corresponding uppercase letter. If the argument of tolower represents an uppercase letter, t... |
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standard/convolve(3) -- modify the operation of lrectwrite and rectcopy to convolve pixel data
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convop the convolution mode: general, separable or off border a token specifying the source for the input data border xksize the size of the kernel width in pixels in the x dimension yksize the size of the kernel width in pixels in the y dimension kernel an array of kernel elements bias a value usually between [-1.0,1.0] to be added to the result of the convolution. |
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Tk/coordtowin(3) -- Find window containing a point
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int rootX (in) X-coordinate (in root window coordinates). int rootY (in) Y-coordinate (in root window coordinates). Tk_Window tkwin (in) Token for window that identifies application. |
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libblas/copy(3) -- BLAS level ONE copy subroutines FORTRAN 77 SYNOPSIS subroutine dcopy( n, dx, incx, dy, incy ) integer incx, in
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dcopy, scopy, zcopy and ccopy copy a vector x, whose length is n to a vector y. incx and incy specify the increment between two consecutive elements of respectively vector x and y. |
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copylist(3g) -- copy a file into memory
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copylist copies a list of items from a file into freshly allocated memory, replacing new-lines with null characters. It expects two arguments: a pointer filenm to the name of the file to be copied, and a pointer szptr to a variable where the size of the file will be stored. Upon success, copylist returns a pointer to the memory allocated. Otherwise it returns NULL if it has trouble finding the file, calling malloc, or ... |
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complib/cor1d(3) -- 1D Correlation in the time domain. FORTRAN SPECIFICATION subroutine SCOR1D( f, incf, if0, nf, g, incg, ig0, ng
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SCOR1D, DCOR1D, CCOR1D and ZCOR1D compute a 1D correlation in the time domain : h(j) = Sum[ f(i) * g(i-j) ] |
