| calc_NC.f90 |
user-added calculator call function for ncurses routines |
| cntcrv.f90 |
cntcrv(3f): place-holder for user-supplied routine used by M_contourplot(3fm) |
| dparanoia.f90 |
dparanoia(3f): test doubleprecisions operations in programming environment |
| mat88_user.f90 | |
| M_anything.f90 |
M_anything::anyscalar_to_real128(3f): convert integer or real parameter of any kind to real128 M_anything::anyscalar_to_double(3f): convert integer or real parameter of any kind to doubleprecision M_anything::anyscalar_to_real(3f): convert integer or real parameter of any kind to real M_anything::anyscalar_to_int64(3f): convert integer parameter of any kind to 64-bit integer M_anything::anyinteger_to_string(3f): function that converts an integer value to a character string |
| M_args.f90 |
M_args::get_command_arguments_string(3f): return all command arguments as an allocated string M_args::get_namelist(3f): return all command arguments as a NAMELIST(3f) string to read M_args::get_command_arguments_as_raw_namelist(3f): return all command arguments as a NAMELIST(3f) string M_args::prototype_to_dictionary(3f): parse user command and store tokens into dictionary M_args::prototype_and_cmd_args_to_nlist: create dictionary from prototype (if not null) and update from command line arguments M_args::namelist_to_dictionary(3f): parse user command and store tokens into dictionary M_strings::oneline(3f): append an array of character variables with space separator into a single CHARACTER variable |
| M_bessel.f90 |
M_bessel::bes(3f):calculate Bessel functions J(X), Y(X), I(X), K(X) for doubleprecision arguments and integer orders M_bessel::besi(3f):compute the I Bessel function for a given argument and order M_bessel::besj(3f):compute the J Bessel function for a given argument and order M_bessel::besj0(3f):calculates the Bessel function J(X) of order zero. M_bessel::besj1(3f): calculates the Bessel function J(X) of order one. M_bessel::besk(3f):compute the K Bessel function for a given argument and order M_bessel::besy(3f):compute the Y Bessel function for a given argument and order M_bessel::besy0(3f): calculates the Bessel function Y(X) of order zero. |
| M_big_integer.f90 | |
| M_BRE.f90 |
M_BRE::M_BRE(3fm): module for Basic Regular Expressions, inspired by Ratfor version M_BRE::locate(3f): look for c in char class at pat(offset) M_BRE::getpat(3f): convert str into pattern M_BRE::getpat(3f): convert str into pattern M_BRE::addset(3f): put c in string(j) if it fits, increment M_BRE::stclos(3f): insert CLOSURE entry at pat(j) M_BRE::dodash(3f): expand array(i-1)-array(i+1) into set(j)... from valid M_BRE::getccl(3f): expand char class at arg(i) into pat(j) M_BRE::filset(3f): expand set at array(i) into set(j), stop at delim M_BRE::indx(3f): returns position of character in string M_BRE::match(3f): find match anywhere on line M_BRE::error(3f): print message and stop program execution M_BRE::patsiz(3f): returns size of pattern entry at pat(n) M_BRE::makpat(3f): make pattern from arg(from), terminate on delim M_BRE::amatch(3f): (non-recursive) look for match starting at lin(from) M_BRE::amatch(3f): (non-recursive) look for match starting at lin(from) M_BRE::omatch(3f): try to match a single pattern at pat(j) M_BRE::esc(3f): map array(i) into escaped character if appropriate M_BRE::f2r(3f): convert Fortran character variable to Ratfor integer array with Ratfor terminator M_BRE::r2f(3f): convert Ratfor integer array to Fortran character variable |
| M_calcomp.f90 |
M_calcomp::circl(3f): draws an arc or spiral M_calcomp::dashl(3f): draws a polyline with dashed lines M_calcomp::dashp(3f): draw from current position to new point with dashed line M_calcomp::elips(3f): draw an elliptical arc M_calcomp::fit(3f): draws a semi-hyperbolic curve through three points M_calcomp::grid(3f): draws a linear grid M_calcomp::poly(3f): draw an equilateral polygon M_calcomp::rect(3f): draw a rectangle M_calcomp::curvx(3f): plots a function of X over a given range M_calcomp::curvy(3f): plots a function of Y over a given range M_calcomp::fline(3f): plot a polyline with optional fit M_calcomp::lgaxs(3f): draw logarithmic axis M_calcomp::lglin(3f): draw polyline in log-log or semi-log mode M_calcomp::polar(3f): plot radial values versus angular variables (as polar coordinates) M_calcomp::scalg(3f): determine scale factors for a logarithmic scale M_calcomp::smoot(3f): draw a polyline using modified spline-fitting technique M_calcomp::axis(3f): Draw linear axis with numeric scale and axis label M_calcomp::factor(3f): rescale entire plot M_calcomp::mset(3f): this is a general mode setting routine. M_calcomp::line(3f): Plot a polyline with optional rescaling M_calcomp::width(3f): select new pen width M_calcomp::newpen(3f): select new pen color and move to origin M_calcomp::nframe(3f): start new frame M_calcomp::number(3f): plots a floating-point number M_calcomp::plot(3f): move with pen up or down or start new origin or terminate plotting M_calcomp::plots(3f): initialize the CALCOMP package M_calcomp::scale(3f): calculate scaling factors for producing XY plots with LINE(3f) and AXIS(3f) routines M_calcomp::symbol(3f): draw text string or marker M_calcomp::where(3f): return current position and current plot-scaling factor M_calcomp::cntour(3f): draw a contour plot |
| M_calculator.f90 |
M_calculator::calculator(3f): The procedure CALCULATOR(3f) acts like a calculator M_calculator::a_to_d_(3f):returns a real value rval8 from a numeric character string chars. M_calculator::getvalue(3f): given numeric variable name return value M_calculator::stuffa(3f): directly store a string into calculator variable name table M_calculator::inum0(3f):resolve a calculator string into a whole integer number M_calculator::rnum0(3f):resolve a calculator string into a real number M_calculator::dnum0(3f):resolve a calculator string into a doubleprecision number M_calculator::snum0(3f):resolve a calculator expression into a string M_calculator::expression(3f):call CALCULATOR(3f) calculator and display messages M_calculator::strgarr(3f):read numeric expressions into an real array M_calculator::strgar2(3f):read numeric and string calculator expressions into an array USING CALCULATOR |
| M_CLI.f90 |
PROGRAM: demo5 DESCRIPTION: My demo program VERSION: 1.0 20200115 AUTHOR: me, myself, and I LICENSE: Public Domain '|tr ' M_CLI::commandline(3f): return all command arguments as a NAMELIST(3f) string to read M_CLI::prototype_to_dictionary(3f): parse user command and store tokens into dictionary M_CLI::prototype_and_cmd_args_to_nlist: create dictionary from prototype (if not null) and update from command line arguments M_list::locate_c(3f): find PLACE in sorted character array where VALUE can be found or should be placed M_list::locate_d(3f): find PLACE in sorted doubleprecision array where VALUE can be found or should be placed M_list::locate_r(3f): find PLACE in sorted real array where VALUE can be found or should be placed M_list::locate_i(3f): find PLACE in sorted integer array where VALUE can be found or should be placed M_list::dict_delete(3f): remove string from sorted allocatable string array if present M_list::dict_get(3f): get value of key-value pair in dictionary, given key M_list::dict_add(3f): place key-value pair into dictionary, adding the key if required M_strings::isupper(3f): returns true if character is an uppercase letter (A-Z) M_strings::upper(3f): Changes a string to uppercase M_strings::lower(3f): Changes a string to lowercase over specified range M_strings::replace(3f): Globally replace one substring for another in string M_strings::strtok(3f): Tokenize a string M_strings::substitute(3f): Globally substitute one substring for another in string |
| M_CLI2.f90 |
M_CLI2::str(3f): {msg_scalar,msg_one} '|tr ' M_CLI2::set_args(3f): parse prototype string PROGRAM: demo_get_subcommand DESCRIPTION: My demo program VERSION: 1.0 20200715 AUTHOR: me, myself, and I LICENSE: Public Domain M_CLI2::get_subcommand(3f): parse prototype string to get subcommand, allowing for response files M_CLI2::prototype_to_dictionary(3f): parse user command and store tokens into dictionary M_CLI2::prototype_and_cmd_args_to_nlist: create dictionary from prototype if not null and update from command line M_CLI2::strtok(3f): Tokenize a string M_CLI2::get_anyarray_l(3f): given keyword fetch logical array from string in dictionary(F on err) M_CLI2::get_anyarray_d(3f): given keyword fetch dble value array from Language Dictionary (0 on err) M_CLI2::get_anyarray_c(3f): Fetch strings value for specified KEYWORD from the lang. dictionary M_CLI2::get_args_fixed_length_a_array(3f): Fetch strings value for specified KEYWORD from the lang. dictionary M_CLI2::get_fixedarray_fixed_length_c(3f): Fetch strings value for specified KEYWORD from the lang. dictionary M_CLI2::get_scalar_anylength_c(3f): Fetch string value for specified KEYWORD from the lang. dictionary M_CLI2::get_args_fixed_length_scalar_c(3f): Fetch string value for specified KEYWORD from the lang. dictionary M_CLI2::journal(3f): writes a message to a string composed of any standard scalar types M_CLI2::upper(3f): Changes a string to uppercase M_CLI2::lower(3f): Changes a string to lowercase over specified range M_CLI2::split(3f): parse string on delimiter characters and store tokens into an allocatable array M_CLI2::replace_str(3f): Globally replace one substring for another in string M_CLI2::merge_str(3f): pads first and second arguments to MERGE(3f) to same length M_CLI2::decodebase(3f): convert whole number string in base [2-36] to base 10 number M_CLI2::lenset(3f): return string trimmed or padded to specified length M_CLI2::substitute(3f): Globally substitute one substring for another in string M_CLI2::locate_c(3f): find PLACE in sorted character array where VALUE can be found or should be placed M_strings::atleast(3f): return string padded to at least specified length M_CLI2::locate_key(3f): find PLACE in sorted character array where VALUE can be found or should be placed |
| M_color.f90 |
M_color::color(3f): convert between common color models M_color::hue(3f): convert color components from one color model to another M_color::rgbmono(3f): convert RGB colors to a reasonable grayscale M_color::closest_color_name(3f): given RGB values, try to find closest named color M_color::color_name2rgb(3f): given a color name, return rgb color values in range 0 to 100 M_strings::lower(3f): Changes a string to lowercase over specified range |
| M_Compare_Float_Numbers.f90 | |
| M_constants.f90 | |
| M_contourplot.f90 |
M_contourplot::contourlines(3f):calculate contour lines from ungridded data f(x,y) and call user-supplied routine with results |
| M_csv.f90 |
M_csv::csv_write(3f): write scalar intrinsic type using current CSV style M_csv::csv(3f): writes up to twenty standard scalar types as a line in a CSV file |
| M_curl.f90 | |
| M_display.f90 |
M_display(3fm): module for pretty-printing matrices M_disp::disp_scalar_int(3f): integer scalar without title (call disp_title_scalar_int(3f) with title='') M_display::disp_scalar_int(3f): Default integer scalar with title M_display::disp_vector_int(3f): Default integer vector without title |
| M_draw.f90 |
M_draw::M_draw(3fm):: The M_draw graphics library module M_draw::invokeobj(3f): invoke object with specified transformation applied and then restored M_draw::page(3f): given a window size, find and set to largest accommodating viewport M_draw::pop(3f): call popviewport(), popmatrix(), popattributes() M_draw::push(3f): call pushattributes(), pushmatrix(), pushviewport() |
| M_drawplus.f90 |
M_drawplus::arrowhead(3f): Draw arrow head (for text boxes and line markers) M_drawplus::create circular arc, leaving CP at end of arc M_drawplus::arc2(3f): Like M_draw(3f) arc(3f) routine without move at end so can be in a polygon M_drawplus::m_draw:ellipse(3f):: draw ellipse or elliptical arc M_drawplus::m_draw:uconic(3f): general conic sections Fortran MODULE interface to M_DRAW C routines using Fortran ISO_C_BINDING interface M_drawplus::barcode(3f): draw 3-of-9 bar code M_drawplus::call_draw(3f): parse most M_draw(3fm) routines positionally M_drawplus::spirograph(3f): draw hypocycloidal curves M_drawplus::smoot(3f): draw smooth curve thru set up points using spline-fitting technique M_drawplus::rdbox(3f): reads two points and outline defined box and return points M_drawplus::rdpnt(3f): reads coordinates of point locator clicked at display sample page of a font |
| M_escape.f90 |
use the color string constants, optionally ignoring them if G_switch is .false. as set by color_mode(3f) M_escape::split(3f): parse string on delimiter characters and store tokens into an allocatable array |
| M_f2kcli.f90 | |
| M_factor.f90 |
M_factor::least_common_multiple(3f): function finds LCM for (i,j)|m(:)|m(:,:)|m(:,:,:)' M_factor::greatest_common_divisor(3f): function finds GCD for (i,j)|m(:)|m(:,:)|m(:,:,:) M_factor::i_is_prime(3f): reports whether an integer is prime M_factor::prime_factors(3f):decompose a number into its prime factors |
| M_fixedform.f90 |
take an appropriate action for each keypress convert user data to an ncurses(3c) window look if pad coordinates map to a screen area find screen coordinates access program data here so nc_printplain(3f) is generic if on a menu button clear any menu buttons connected to it and toggle it from current cursor position jump to next input field in pad from current cursor position jump to previous input field in pad jsu convert tabs in input to spaces in output while maintaining columns, assuming a tab is set every 8 characters append a number to the end of the filename that makes it relatively unique |
| M_generic_list.f90 |
M_generic_list::list_init(3f): Initialize a head node SELF and optionally store the provided DATA. M_generic_list::list_free(3f): Free the entire list and all data, beginning at SELF M_generic_list::list_insert(3f): Insert a list node after SELF containing DATA (optional) M_generic_list::list_put(3f): Store the encoded DATA in list node SELF M_generic_list::list_put(3f): Return the DATA stored in the node SELF M_generic_list::list_put(3f): Return the next node after SELF |
| M_geography.f90 | |
| M_getkey.f90 | |
| M_getopt.f90 | |
| M_getopt_long.f90 | |
| M_graph.f90 |
M_graph::graph(3f): routine for plotting lines M_graph::graph_init(3f): initialize the longlib graphics plot package M_graph::symbol_(3f): routine to plot characters and symbols M_graph::clipit(3f):clips a line segment partially visible |
| M_hashkeys.f90 |
M_hashkeys::sha256(3f): SHA-256 interface function M_hashkeys::dirty_sha256(3f): Quick and dirty SHA-256 interface function (no bit-swapping). LUHN_CHECKSUM determines the Luhn checksum of a string composed of digits M_hashkeys::crc32_hash_arr: CRC (Cyclic Redundancy Check) calculation djb2(3f): call C routine djb2(3c) with a Fortran CHARACTER variable |
| M_history.f90 |
M_history::redo(3f): open binary direct access file for keeping history |
| M_html.f90 |
M_html::h_array(3f):write table from array M_html::h_close(3f):close HTML file M_html::h_open(3f):open HTML file |
| M_hybrid.f90 |
strgar3(3f):read a string into an array USING CALCULATOR passing double-quoted strings errc(3f): function for specifying error curve numbers M_xyplot::fetch(3f): call sget(3f) (and calculator if fetched string starts with $ or double-quote) |
| M_intrinsics.f90 |
grab lines in NAME section and append them to generate an index of manpages M_strings::lower(3f): Changes a string to lowercase over specified range |
| M_io.f90 |
M_io::read_table(3f): read file containing a table of numeric values M_io::rd(3f): ask for string or number from standard input with user-definable prompt M_io::uniq(3f): append a number to the end of filename to make a unique name if name exists M_io::print_inquire(3f): Do INQUIRE on file by name/number and print results M_system::system_getenv(3f): call get_environment_variable as a function with a default value(3f) M_io::slurp(3f): allocate text array and read file filename into it determine number or lines in file given a LUN to the open file M_io::notopen(3f): find free FORTRAN unit number to OPEN() a file M_io::dirname(3f): strip last component from filename M_io::basename(3f): strip last component from filename M_io::splitpath(3f): split Unix pathname into components (dir,name,basename,extension) M_io::getline(3f): read a line from specified LUN into allocatable string up to line length limit M_io::read_line(3f): read a line from specified LUN into allocatable string up to line length limit M_io::get_tmp(3f): Return the name of the scratch directory M_io::scratch(3f): Return the name of a scratch file |
| M_journal.f90 |
M_journal::journal(3fg): provides public message routine, no paging or graphic mode change M_journal::where_write_message_all(3f): writes a message to a string composed of any standard scalar types |
| M_kracken.f90 |
M_kracken(3fm): parse command line options of Fortran programs using Unix-like syntax M_kracken::retrev(3f): retrieve token value from Language Dictionary when given NAME M_kracken::dget(3f): given keyword fetch dble value from Language Dictionary (zero on err) M_kracken::rget(3f): given keyword fetch real value from language dictionary (zero on err) M_kracken::iget(3f): given keyword fetch integer value from Language Dictionary (0 on err) M_kracken::lget(3f): given keyword fetch logical value from lang. dictionary (.f. on err) M_kracken::sget(3f): Fetch string value and length of specified NAME from lang. dictionary M_kracken::dgets(3f): given keyword fetch dble value from Language Dictionary (0 on err) M_kracken::igets(3f): given keyword fetch integer array from string in dictionary(0 on err) M_kracken::rgets(3f): given keyword fetch real array from string in dictionary (0 on err) M_kracken::lgets(3f): given keyword fetch logical array from string in dictionary(F on err) M_kracken::sgets(3f): Fetch strings value for specified NAME from the lang. dictionary M_kracken::kracken(3f): define and parse command line options M_kracken::setprompts(3f): set explicit prompts for keywords in interactive mode M_kracken::dissect(3f): convenient call to parse() define defaults, then process M_kracken::parse(3f): parse user command and store tokens into Language Dictionary M_kracken::store(3f): replace or add dictionary entry name and value (if allow='add' add name if necessary) M_kracken::show(3f): dump dictionary entries M_kracken::cmd_args_to_dictionary(3f): convert command line arguments to dictionary entries using alternate style |
| M_kracken95.f90 |
M_kracken95(3f,module):parse command line options of Fortran programs using Unix-like syntax retrev(3f): retrieve token value from Language Dictionary when given NAME string_to_dble(3f): returns double precision value from numeric character string string_to_real(3f): returns real value from numeric character string dget(3f): given keyword fetch value from Language Dictionary as a dble (zero on error) rget(3f): given keyword, fetch single real value from language dictionary (zero on error) iget(3f): given keyword, fetch integer value from language dictionary (zero on error) lget(3f): given keyword, fetch logical value from language dictionary (zero on error) sget(3f): Fetch string value and length of specified NAME the language dictionary sgetl(3f): Fetch string value for NAME from language dictionary up to length iilen kracken(3f): define and parse command line options setprompts(3f): set explicit prompts for keywords in interactive mode dissect(3f): convenient call to parse() -- define defaults, then process parse(3f,private): parse user command and store tokens into Language Dictionary parse+ for left-over command string for Language routines store(3f,private): replace dictionary name's value (if allow='add' add name if necessary) bounce(3f,private): find index in Language Dictionary where VARNAM can be found add_string(3f,private): Add new string name to Language Library dictionary igets(3f,private): return the subscript value of a string when given it's name delim(3f): parse a string and store tokens into an array send_message(3f,private): general message routine get_command_arguments(3f,private): return all command arguments as a string uppers(3f,private): return copy of input string converted to uppercase menu(3f,private): prompt for values using a menu interface retrev_string_variable_length: A wrapper for allocate_string: allocate string |
| M_list.f90 |
M_list::locate(3f): Generic subroutine locates where element is or should be in sorted allocatable array M_list::insert(3f): Generic subroutine inserts element into allocatable array at specified position M_list::replace(3f): Generic subroutine replaces element from allocatable array at specified position M_list::remove(3f): Generic subroutine deletes element from allocatable array at specified position M_list::locate_c(3f): find PLACE in sorted character array where VALUE can be found or should be placed M_list::locate_d(3f): find PLACE in sorted doubleprecision array where VALUE can be found or should be placed M_list::locate_r(3f): find PLACE in sorted real array where VALUE can be found or should be placed M_list::locate_i(3f): find PLACE in sorted integer array where VALUE can be found or should be placed M_list::dict_delete(3f): remove string from sorted allocatable string array if present M_list::dict_get(3f): get value of key-value pair in dictionary, given key M_list::dict_add(3f): place key-value pair into dictionary, adding the key if required |
| M_logic.f90 |
M_logic(3fm): Allows if/else/elseif/endif logic to be applied to input files M_logic::cond(3f): process if/else/elseif/endif directives passed from input files |
| M_lua.f90 | |
| M_match.f90 |
M_match::f2r(3f): convert Fortran character variable to Ratfor integer array with Ratfor terminator M_match::r2f(3f): convert Ratfor integer array to Fortran character variable M_match::getpat_ convert argument into pattern M_match::getpat__ convert argument into pattern M_match::addset put C in SET(J) if it fits, increment J M_match::locate look for c in char class at pat(offset) M_match::match find match anywhere on line M_match::match find match anywhere on line M_match::patsiz returns size of pattern entry at pat(n) M_match::stclos insert closure entry at pat(j) M_match::getccl expand char class at arg(i) into pat(j) M_match::filset expand set at array(i) into set(j), stop at delim M_match::esc map array(i) into escaped character if appropriate M_match::omatch_ try to match a single pattern at pat(j) M_match::amatch_ (non-recursive) look for match starting at lin(from) M_match::amatch M_match::makpat_ make pattern from arg(from), terminate at delim |
| M_math.f90 |
M_math::M_math(3fm): module collecting various general math-related procedures M_math::julfit(3f): linear least squares curve fits, destroys input arrays M_math::julfit1(3f): linear least square fit of (y=a*x+b), changes the y array M_math::lowess(3f): data smoothing using locally weighted regression M_math::splift(3f): fits a spline to the n data points given in x and y M_math::splint(3f): interpolates and twice differentiates a cubic spline M_math::linearint(3f):linear interpolation of curve X(i),Y(i) at given XI(j) values Fit discrete data in a least squares sense by polynomials in one variable. trapezoidal integration M_math::citer(3f): determine various geometric properties of circle segment given radius and area of the segment. M_math::envelope(3f):Find the vertices (in clockwise order) of a polygon enclosing the points (x(i), y(i), i=1, ..., n. M_math::inpolygon(3f):Subroutine to determine whether or not an integer point is in a polygon of integer points M_math::locpt(3f): find if a point is inside a polygonal path M_math::poly_intercept(3f): Calculates the points at which a line Area enclosed by simple (non-intersecting) polygon P, by the shoelace method. find the index of the data point in the M_math::bds(3f): Basic Descriptive Statistics (based on a routine from the IBM collection) M_math::skekur1(3f): variant on calculating skewness and kurtosis of an array M_math::skekurx(3f): COMPUTE UNBIASED ESTIMATOR OF THE POPULATION SKEWNESS AND KURTOSIS M_math::stddev(3f): find standard deviation of a real array M_math::scale1(3f):given xmin,xmax,n, find new range xminp xmaxp divisible into approximately n linear intervals of size dist M_math::scale3(3f):find nice log range. M_math::quadratic(3f): calculate the roots of a quadratic formula even if they are complex m_matrix::magic_square(3f): create a magic square m_matrix::iswap(3f): swap two integer arrays M_math::invert_2x2(3f): performs a direct calculation of the inverse of a 2x2 matrix M_math::invert_3x3(3f): performs a direct calculation of the inverse of a 3x3 matrix M_math::invert_4x4(3f): performs a direct calculation of the inverse of a 4x4 matrix |
| M_matrix.f90 |
M_matrix::mat88(3f): initialize and/or pass commands to matrix laboratory interpreter M_matrix::mat_matfn6(3f):evaluate utility functions M_matrix::mat_getch(3f): get next character from input line M_matrix::mat_formz: system dependent routine to print with z format issue interactive prompt with optional pause M_matrix::mat_stack1(3f): Unary Operations M_matrix::mat_rrot(3f): Applies a plane rotation. M_matrix::mat_rset(3f): copies a scalar, dx, to a scalar, dy. |
| M_messages.f90 |
M_messages::messages(3f): module collecting various general routines for displaying messages M_messages::junbad(3f):print eye-catching ASCII graphic (skull) M_messages::junbat(3f):print eye-catching ASCII graphic (bat) M_messages::junbuster(3f):print eye-catching ASCII graphic (ghostbuster) M_messages::jundragon(3f):print eye-catching ASCII graphic (dragon) with message M_messages::junroach(3f):print eye-catching ASCII graphic (roach) M_messages::junsun(3f):print eye-catching ASCII graphic (sunshine) M_messages::juntrolls(3f):print eye-catching ASCII graphic (trolls) with message M_messages::tabgraph(3f): write columns of numbers with a text scale to the right M_messages::blocks(3f): write out 132-character string in large block letters M_messages::signs(3f):write large block letters place a non-advancing status counter on terminal display (not redirected) |
| M_msg.f90 |
M_msg::str(3f): {msg_scalar,msg_one} M_msg::stderr(3f): writes a message to standard error using a standard f2003 method M_msg::write(3f): writes a message to any number of open files with any scalar values |
| M_ncurses.f90 |
Fortran interface to the ncurses(3c) library -John S.Urban 20141205 wrapper around ICHAR(3f) that returns integer type C_LONG |
| M_overload.f90 |
M_overload(3fm): overloads of standard operators and intrinsic procedures M_strings::strmerge(3f): pads first and second arguments to MERGE(3f) to same length M_strings::adjustl_atleast(3f): return string padded on right to at least specified length M_strings::adjustr_atleast(3f): return string padded on left to at least specified length |
| M_path.f90 |
M_io::construct_from_dat(3f): construct TYPE(path) with DAT date-time array M_io::eq(3f): compare derived type path objects (eq,lt,gt,le,ge,ne) |
| M_pixel.f90 |
M_pixel::rect(3f): draw line rectangle given two opposite corners M_pixel::line(3f): draw line between two points applying line width and color M_pixel::hershey(3f): draw text string as Hershey software vector fonts M_pixel::strlength: length of string using current font size M_pixel::justfy(3f): calculate values for justifying Hershey fonts called by hershey(3f) M_pixel::clear(3f): set background color all to specified color index M_pixel::pixel(3f): set background color all to specified color index M_pixel::if_init(3f): check if pixel graphics library has been initialized M_pixel::arc(3f): draw a arc using current line width and color M_pixel::circle(3f): draw a circle using current line width and color M_pixel::linewidth(3f): set line width for lines drawn in pixel image M_pixel::color(3f): set current color for lines drawn in pixel image M_pixel::mapcolor(3f): set a color index using RGB values M_pixel::circleprecision(3f): set number of line segments making up a circle M_pixel::getviewport(3f): return viewport in screen pixel coordinates M_pixel::viewport(3f): Specify which part of the screen to draw in. M_pixel::ortho2(3f): define the area of the virtual world coordinates to map to the viewport M_pixel::page(3f): given a window size, find and set to largest accommodating viewport M_pixel::rmove2(3f): relative move M_pixel::move2(3f): move current position M_pixel::rdraw2(3f): relative draw M_pixel::draw2(3f): draw a line from current position to specified point M_pixel::prefsize(3f): specify size of pixel array M_pixel::vexit(3f): exit pixel array drawing module M_pixel::vinit(3f): initialize pixel array drawing module M_pixel::makepoly(3f): opens polygon constructed by a series of move-draws and closed by closepoly M_pixel::makepoly(3f): terminate a polygon opened by makepoly(3f) M_pixel::print_ppm(3f): print pixel array as a P6 PPM file, appending to any existing file M_pixel::print_p6(3f): print pixel array as a P6 PPM file, replacing any existing file M_pixel::output_ppm(3f): print pixel array as a PPM file M_pixel::print_p3(3f): print pixel array as a P3 PPM file M_pixel::print_ascii(3f): print pixel array as an ASCII block of text M_pixel::textsize(3f): set text size in world units M_pixel::ycentertext(3f): set text centering mode on for drawstr(3f) and drawc(3f) in Y direction M_pixel::xcentertext(3f): set text centering mode for drawstr(3f) and drawc(3f) in X direction M_pixel::centertext(3f): set text centering mode for drawstr(3f) and drawc(3f) M_pixel::textang(3f): set angle in degrees to draw text at using drawstr(3f) M_pixel::font(3f): select font style by name M_pixel::drawchar(3f): draw text at the current position M_pixel::drawstr(3f): draw text at the current position M_pixel::getgp2(3f): get current graphics position M_pixel::getdisplaysize(3f): Returns the width and height of the device in pixels M_pixel::point2(3f): Draw a point at x, y M_pixel::state(3f): print graphics state of M_pixel graphics module M_pixel::poly2(3f): construct a polygon from an array of points M_pixel::vflush(3f): flush current page M_pixel::cosd(3f): cos(3f) with degrees as input instead of radians M_pixel::sind(3f): sin(3f) with degrees as input instead of radians M_anything::anyscalar_to_real(3f): convert integer or real parameter of any kind to real M_anything::anyscalar_to_double(3f): convert integer or real parameter of any kind to doubleprecision M_pixel::rgbmono(3f): convert RGB colors to a reasonable grayscale M_pixel::closest_color_name(3f): given RGB values, try to find closest named color M_pixel::color_name2rgb(3f): given a color name, return rgb color values in range 0 to 100 M_strings::lower(3f): Changes a string to lowercase M_pixel::polar_to_cartesian(3f): convert polar coordinates to cartesian coordinates M_pixel::d2r_r(3f): Convert degrees to radians M_pixel::d2r_d(3f): Convert degrees to radians M_pixel::d2r_i(3f): Convert degrees to radians |
| M_pixel_slices.f90 | |
| M_process.f90 |
M_process(3fm): call C process open,close,read,write functions M_process::process_open_read(3f): open process to read from M_process::process_open_write(3f): open process to write to M_process::process_close(3f): close process M_process::process_readline(3f): read line from process M_process::process_readall(3f): read all lines from process |
| M_random.f90 |
M_random::random_string(3f): create random string composed of provided characters of specified length M_random::random_hex(3f): create random hexadecimal string of specified length M_random::scramble(3f): return integer array of random values 1 to N. JSU 20190813 M_random::random_kiss64(3f): A 64-bit KISS random number generator by George Margaglia. M_random::init_random_seed_by_system_clock(3f): initialize random_number(3f) to return a single value with system clock M_random::init_random_seed_by_dat(3f): initialize random_number(3f) to return a single value using date_and_time(3f) M_random::init_random_seed(3f): initialize random_number(3f) to return a single value with single integer seed like srand(3c) M_random::mtprng_int(3f): Initializes the Mersenne Twister random number generator with seed M_random::mtprng_int_by_array(3f): Initialize with an array of seeds M_random::mtprng_rand64(3f): Obtain the next 64-bit integer in the pseudo-random sequence M_random::mtprng_rand(3f): Obtain the next 32-bit integer in the pseudo-random sequence M_random::mtprng_rand_range(3f): Obtain a pseudo-random integer in the range [lo,hi] M_random::mtprng_rand_real1(3f): Obtain a pseudo-random real number .ge. 0 and .le.= 1. M_random::mtprng_rand_real2(3f): Obtain a pseudo-random real number .ge. 0.0 and .lt. 1.0 M_random::mtprng_rand_real3(3f): Obtain a pseudo-random real number .gt. 0 and .lt. 1. |
| M_readgif.f90 | |
| M_readline.f90 |
Call readline(3c) from Fortran using ISO_C_BINDING |
| M_regex.f90 |
M_exec::regcomp(3f): compile regular expression M_exec::regexec(3f): Execute a compiled RE(regular expression) against a string M_exec::regmatch(3f): return selected substrings defined by the regexec(3f) procedure M_exec::regerror(3f): describe error generated by regcomp(3f) or regexec(3f) M_exec::regfree(3f): release storage created by regcomp(3f) compiled regular expression M_regex::regsub(3f): perform regex substitutions |
| M_sha3.f90 | |
| M_slices.f90 |
M_slices::dl_slices(3f): Routine to plot data in 3-D overlay form. M_slices::dl_init(3f): initialize the longlib graphics plot package M_slices::dl_symbol(3f): routine to plot characters and symbols |
| M_sort.f90 |
M_sort::sort_shell(3f): Generic subroutine sorts the array X using a shell sort M_sort::unique(3f): assuming an array is sorted, return array with duplicate values removed M_sort::swap(3f): swap two variables of like type (real,integer,complex,character,double) M_sort::sort_quick_rx_character(3f): indexed hybrid quicksort of a real array M_sort::sort_quick_rx_integer(3f): indexed hybrid quicksort of a real array M_sort::sort_quick_rx_complex(3f): indexed hybrid quicksort of a real array M_sort::sort_quick_rx_doubleprecision(3f): indexed hybrid quicksort of a real array M_sort::sort_quick_rx_real(3f): indexed hybrid quicksort of a real array M_sort::tree_insert(3f): sort a number of integers by building a tree, sorted in infix order M_sort::tree_print(3f): |
| M_sqlite.f90 |
M_sqlite::sqlite3_do(3f): Run a single SQL command M_sqlite::sqlite3_create_table(3f): Create a new table |
| M_steam67.f90 |
M_steam67::steam67(3f): 1967 ASME Steam Table Library M_steam67::condv67(3f): compute thermal conductivity of water at pressure P and temperature T M_steam67::condl67(3f): return thermal conductivity given P,T M_steam67::do67(3f)L summation of a polynomial M_steam67::cpl67(3f): calculates specific isobaric head capacity of water at pressure P and temperature T M_steam67::cpv67(3f): calculates specific isobaric heat capacity and specific volume of water at pressure P and temperature T M_steam67::crflo67(3f): critical flow and degrees superheat of wet/superheated steam at PRES,ENTH M_steam67::function critvs67(press, enth, gamma) M_steam67::entry critvw67(press, enth, gamma) M_steam67::critical flow(3f): velocity and isentropic exponent of wet/superheated steam M_steam67::hcsl67(3f): calculate specific enthalpy/volume and entropy of liquid(P,T) M_steam67::hcslvl67(3f): calculate V,S,specific enthalpy for liquid given (P,T) M_steam67::hcslv267(3f): calculate specific enthalpy, specific volume, and entropy of the liquid at P and T M_steam67::hss67(3f): specific enthalpy = HSS67(P,T,s,v) M_steam67::hsl67(3f): specific enthalpy = HSS67(P,T,s,v) M_steam67::psl67(3f): calculate saturation pressure of the saturated liquid at temperature T M_steam67::psl167(3f): calculate saturation pressure of the saturated liquid at temperature T. M_steam67::psv67(3f): calculate saturation pressure of the saturated liquid at entropy SS in psia M_steam67::psv167(3f): calculate saturation pressure of the saturated liquid at entropy SS in psia M_steam67::psv267(3f): calculate saturation pressure in psia of the saturated liquid at entropy SS. M_steam67::pls67(3f): saturation pressure of the saturated liquid at entropy SS. M_steam67::sssiss67(3f): specific entropy, temperature, specific volume, steam quality of liquid at pressure P and enthalpy H M_steam67::hssiss67(3f): specific enthalpy, temperature, specific volume, steam quality of water at pressure P and entropy S M_steam67::hcl67(3f): calculate specific enthalpy and entropy of water at pressure P and temp T M_steam67::p23t67(3f) [M_steam67] calculate the pressure at the boundary of regions 2 and 3, given temperature T. M_steam67::zsrh67(3f) calculate remaining variables at extremities of isentropic process in compressed liquid region. M_steam67::steam67(3f):print pedigree of library and return version value |
| M_stopwatch.f90 |
M_stopwatch::M_stopwatch(3f): package for measuring cpu and wall clock |
| M_strings.f90 |
M_strings(3f): Fortran module containing routines that deal with character strings M_strings::switch(3f): toggle between string and array of characters M_strings::string_to_value(3f): Generic subroutine converts numeric string to a number (a2d,a2r,a2i) M_strings::v2s(3f): Generic function returns string given REAL|INTEGER|DOUBLEPRECISION value(d2s,r2s,i2s) M_strings::msg(3f): convert up to nine scalar values to a string. Alternatively can also handle one-dimensional arrays M_strings::glob(3f): function compares text strings, one of which can have wildcards ('*' or '?'). M_strings::sep(3f): parse string on delimiter characters and store tokens into an allocatable array M_strings::split(3f): parse string on delimiter characters and store tokens into an allocatable array M_strings::chomp(3f): Tokenize a string : JSU- 20151030 M_strings::delim(3f): parse a string and store tokens into an array M_strings::replace(3f): Globally replace one substring for another in string M_strings::substitute(3f): Globally substitute one substring for another in string M_strings::change(3f): change a character string like a line editor M_strings::strtok(3f): Tokenize a string M_strings::modif(3f): Emulate the MODIFY command from the line editor XEDIT M_strings::len_white(3f): return position of last non-blank/non-null character in string M_strings::crop(3f): trim leading and trailings blanks from string M_strings::transliterate(3f): replace characters from old set with new set M_strings::rotate13(3f): converts a character to its ROT13 equivalent, which is a trivial encryption. M_strings::join(3f): append an array of character variables with specified separator into a single CHARACTER variable M_strings::reverse(3f): Return a string reversed M_strings::upper_quoted(3f): elemental function converts string to miniscule skipping strings quoted per Fortran syntax rules M_strings::upper(3f): Changes a string to uppercase M_strings::lower(3f): Changes a string to lowercase over specified range M_strings::s2c(3f): copy string(1:Clen(string)) to char array with null terminator M_strings::c2s(3f): copy pointer to C char array till a null is encountered to a Fortran string up to 4096 characters M_strings::indent(3f): find number of leading spaces in a string M_strings::visible(3f) expand escape sequences in a string to control and meta-control representations M_strings::expand(3f): return string with escape sequences expanded M_strings::notabs(3f): convert tabs to spaces while maintaining columns, remove CRLF chars M_strings::dilate(3f): convert tabs to spaces and trims line, removing CRLF chars M_strings::adjustc(3f): center text M_strings::nospace(3f): remove all whitespace from input string M_strings::stretch(3f): return string padded to at least specified length M_strings::atleast(3f): return string padded to at least specified length M_strings::lenset(3f): return string trimmed or padded to specified length M_strings::merge_str(3f): pads first and second arguments to MERGE(3f) to same length M_strings::compact(3f): Converts white-space to single spaces M_strings::noesc(3f): convert non-printable characters to a space M_strings::s2v(3f): returns doubleprecision number from string M_strings::v2s_bug(3f): function returns string given numeric value M_strings::isnumber(3f): Determines if a string is a number of not. M_strings::listout(3f): copy icurve_lists to icurve_expanded expanding negative numbers to ranges (1 -10 means 1 thru 10) M_strings::describe(3f): return string describing long name of a single character M_strings::getvals(3f): read arbitrary number of values from a character variable M_strings::string_to_values(3f): reads an array of numbers from a numeric string M_strings::s2vs(3f): function returns array of values from a string M_strings::isprint(3f): indicates if input character is a printable ASCII character M_strings::isgraph(3f) :indicates if character is printable ASCII character excluding space M_strings::isalpha(3f): Return .true. if character is a letter and .false. otherwise M_strings::isxdigit(3f): returns .true. if c is a hexadecimal digit (0-9,a-f, or A-F) M_strings::isdigit(3f): Returns .true. if ch is a digit (0-9) and .false. otherwise M_strings::isblank(3f): returns .true. if character is a blank (space or horizontal tab) M_strings::isascii(3f): returns .true. if character is in the range char(0) to char(127) M_strings::isspace(3f): true if null,space,tab,return,new line,vertical tab, or formfeed M_strings::iscntrl(3f): true if a delete or ordinary control character(0x7F or 0x00-0x1F) M_strings::ispunct(3f): true if a printable punctuation character (isgraph(c)&& M_strings::fortran_name(3f): Return .true. if name is a valid Fortran name M_strings::isupper(3f): returns true if character is an uppercase letter (A-Z) M_strings::islower(3f): returns true if character is a miniscule letter (a-z) M_strings::isalnum(3f): returns true if character is a letter (a-z,A-Z) or digit(0-9) M_strings::base(3f): convert whole number string in base [2-36] to string in alternate base [2-36] M_strings::decodebase(3f): convert whole number string in base [2-36] to base 10 number M_strings::codebase(3f): convert whole number in base 10 to string in base [2-36] M_strings::todecimal(3f): given string and base return decimal integer M_strings::todecimal(3f): given integer and base return string M_strings::fmt(3f): wrap a long string into a paragraph |
| M_strings_oop.f90 |
M_strings::construct_from_fill(3f): construct TYPE(STRING) M_strings::oop_len(3f): length of string M_strings::oop_len_trim(3f): trimmed length of string M_strings::oop_switch(3f): convert string to array of single characters M_strings::oop_index(3f): find starting position of a substring in a string M_strings::oop_upper(3f): convert string to uppercase M_strings::oop_lower(3f): convert string to miniscule M_strings::oop_expand(3f): expand common escape sequences by calling expand(3f) M_strings::oop_trim(3f): trim trailing spaces M_strings::oop_crop(3f): crop leading and trailing spaces M_strings::oop_reverse(3f): reverse string M_strings::oop_adjustl(3f): adjust string to left M_strings::oop_adjustr(3f): adjust string to right M_strings::oop_adjustc(3f): adjust string to center M_strings::oop_int(3f): string to integer M_strings::oop_real(3f): string to real M_strings::oop_dble(3f): string to double M_strings::oop_compact(3f): adjust string to center M_strings::oop_substitute(3f): change all occurrences of oldstring to newstring non-recursively M_strings::oop_transliterate(3f): change all occurrences of oldstring to newstring non-recursively M_strings::oop_atleast(3f): set string to at least specified length M_strings::oop_lenset(3f): set string to specific length M_strings::oop_matchw(3f): test if wildcard pattern matches string M_strings::oop_notabs(3f): expand tab characters assuming tab stops every eight(8) characters M_strings::oop_noesc(3f): replace non-printable characters with spaces M_strings::oop_p(3f): return CHARACTER string from TYPE(STRING) M_strings::init_dt(3f): initialize TYPE(STRING) M_strings::string_plus_value(3f): add value to TYPE(STRING) M_strings::string_minus_value(3f): subtract value from TYPE(STRING) M_strings::string_append_value(3f): append value to TYPE(STRING) M_strings::string_multiply_value(3f): multiply TYPE(STRING) value times M_strings::eq(3f): compare derived type string objects (eq,lt,gt,le,ge,ne) |
| M_system.f90 |
M_system::system_access(3f): checks accessibility or existence of a pathname M_system::system_utime(3f): set access and modification times of a pathname M_system::system_realpath(3f):call realpath(3c) to get pathname of current working directory M_system::system_issock(3f): determine if pathname is a socket M_system::system_isfifo(3f): determine if pathname is a fifo(named pipe) M_system::system_ischr(3f): determine if pathname is a link M_system::system_isreg(3f): determine if pathname is a regular file M_system::system_islnk(3f): determine if pathname is a link M_system::system_isblk(3f): determine if pathname is a block device M_system::system_isdir(3f): determine if DIRNAME is a directory name M_system::system_chown(3f): change owner and group of a file relative to directory file descriptor M_system::system_link(3f): call link(3c) to create a file link M_system::system_unlink(3f): call unlink(3c) to rm file link M_system::system_perror(3f): call perror(3c) to display error message M_system::system_chdir(3f): call chdir(3c) M_system::system_remove(3f): call remove(3c) to remove file M_system::system_rename(3f): call rename(3c) to change filename M_system::system_getcwd(3f):call getcwd(3c) to get pathname of current working directory M_system::system_rmdir(3f): call rmdir(3c) to remove empty directory M_system::system_mkfifo(3f): call mkfifo(3c) to create a new FIFO special file M_system::system_mkdir(3f): call mkdir(3c) to create empty directory M_system::system_putenv(3f): call putenv(3c) M_system::system_getenv(3f): call get_environment_variable as a function with a default value(3f) M_system::set_environment_variable(3f): call setenv(3c) to set environment variable M_system::system_clearenv(3f): emulate clearenv(3c) to clear environment M_system::system_unsetenv(3f): call unsetenv(3c) to remove variable from environment M_system::system_readenv(3f): read next entry from environment table M_system::fileglob(3f): Returns list of files using a file globbing pattern M_system::system_uname(3f): call my_uname(3c) which calls uname(3c) M_system::system_gethostname(3f): get name of current host by calling gethostname(3c) M_system::system_stat(3f): call stat(3c) to get pathname information M_strings::matchw(3f): function compares text strings, one of which can have wildcards ('*' or '?'). M_anything::anyinteger_to_64(3f): convert integer parameter of any kind to 64-bit integer |
| M_time.f90 |
M_time::M_time(3f): date and time function module M_time::date_to_julian(3f): Converts proleptic Gregorian DAT date-time array to Julian Date M_time::julian_to_date(3f): Converts Julian Date to DAT date-time array M_time::date_to_unix(3f): Convert DAT date-time array to Unix Epoch Time M_time::unix_to_date(3f): Converts Unix Time to DAT date-time array M_time::d2o(3f): Converts DAT date-time array to Ordinal day M_time::ordinal_seconds(3f): seconds since beginning of year M_time::ordinal_to_date(3f): given a valid year and day of the year returns the DAT array for the date M_time::o2d(3f): Converts ordinal day to DAT date-time array M_time::v2mo(3f): returns the month name of a Common month number M_time::mo2d(3f): month name to DAT date-time array for 1st of that month in specified year M_time::mo2v(3f): given month name return month number (1-12) of that month M_time::now(3f): return string representing current time given format M_time::fmtdate(3f): given DAT date-time array return date as string using format M_time::fmtdate_usage(3f): display macros recognized by fmtdate(3f) M_time::guessdate(3f): Guess format of a date string to create a DAT date-time array M_time::dow(3f): Given DAT date-time array return the day of the week M_time::d2w(3f): DAT date-time array to iso-8601 Week-numbering year date yyyy-Www-d M_time::w2d(3f): convert iso-8601 Week-numbering year date yyyy-Www-d to DAT date-time array M_time::box_month(3f): generate month specified by DAT date-time array in character array M_time::d2j(3f): Given DAT date-time array returns Julian Date M_time::j2d(3f): Given Julian Date returns DAT date-time array M_time::d2u(3f): Given DAT date-time array returns Unix Epoch time M_time::u2d(3f): Given Unix Epoch Time returns DAT date-time array M_time::sec2days(3f): converts seconds or string of form IId JJh KKm LLs to string showing days of form D-HH:MM:SS M_time::days2sec(3f): convert string [[-]dd-]hh:mm:ss.nn to seconds or string IId JJh KKm LLs to seconds M_time::phase_of_moon(3f): return name for phase of moon for given date M_time::moon_fullness(3f): return percentage of moon phase from new to full M_time::easter(3f): calculate date for Easter given a year M_time::system_sleep(3f): call sleep(3c) or usleep(3c) M_time::now_ex(3f): use of now(3f) outside of a module |
| M_time_oop.f90 |
M_time::construct_from_dat(3f): construct TYPE(DATE_TIME) with DAT date-time array M_time::construct_from_jed(3f): construct TYPE(DATE_TIME) with REAL Julian JED date-time value M_time::construct_from_uet(3f): construct TYPE(DATE_TIME) with INTEGER Unix UET date-time value M_time::dt2d_(3f): convert derived type date_time to DAT date-time array M_time::epoch_(3f): convert derived type date_time to unix epoch seconds M_time::format(3f): convert derived type date_time to formatted string M_time::julian_(3f): convert derived type date_time to julian date M_time::ordinal(3f): convert derived type date_time to ordinal date M_time::weekday(3f): convert derived type date_time to weekday (1=Monday,7=Sunday) M_time::delta(3f): add times to a type(date_time) M_time::init_dt(3f): initialize TYPE(DATE_TIME) M_time::plus_seconds(3f): add derived type date_time object and seconds M_time::minus_seconds(3f): subtract seconds from derived type date_time object M_time::minus_date_time(3f): add derived type date_time object and seconds M_time::eq(3f): compare derived type date_time objects (eq,lt,gt,le,ge,ne) |
| M_units.f90 |
M_units::c2f(3f): Convert celsius to fahrenheit M_units::f2c(3f): Convert fahrenheit to celsius M_units::r2d_i(3f): Convert radians to degrees M_units::r2d_d(3f): Convert radians to degrees M_units::r2d_r(3f): Convert radians to degrees M_units::d2r_r(3f): Convert degrees to radians M_units::d2r_d(3f): Convert degrees to radians M_units::d2r_i(3f): Convert degrees to radians M_units::sind(3f): sin(3f) with degrees as input instead of radians M_units::cosd(3f): cos(3f) with degrees as input instead of radians M_units::tand(3f): tan(3f) with degrees as input instead of radians M_units::asind(3f): asin(3f) with degrees as output instead of radians M_units::acosd(3f): calculate arc-cos of angle in degrees M_units::atand(3f): result is arc-tangent of angle in degrees M_units::atan2d(3f): calculate arc-tangent of angle in degrees M_units::feet_to_meters(3f): converts a measurement in feet to meters M_units::meters_to_feet(3f): converts a measurement in meters to feet M_units::cartesian_to_spherical(3f): convert Cartesian coordinates to ISO polar coordinates M_units::spherical_to_cartesian(3f): convert spherical coordinates to cartesian coordinates M_units::cartesian_to_polar(3f): convert Cartesian coordinates to polar coordinates M_units::polar_to_cartesian(3f): convert polar coordinates to cartesian coordinates M_units::atomnum2symbol(3f): return element symbol given atomic number M_units::symbol2atomnum(3f): return atomic number given element symbol name M_units::pounds_to_kilograms(3f): converts a measurement in pounds to kilograms. M_units::is_even(3f): determine if integer is even M_units::is_nan(3f): determine if value is IEEE Not-a-Number |
| M_uuid.f90 |
M_uuid::M_uid(3fm): generate UUIDs according to RFC 4122 M_uuid::generate_uuid(3f): generate(approximately) a UUID (Universally Unique IDentifier) string per RFC 4122 |
| M_verify.f90 |
M_verify::unit_check_msg(3f): writes a message to a string composed of any standard scalar types M_verify::stderr(3f): writes a message to standard error using a standard f2003 method M_verify::fstop(3f): calls 'STOP VALUE' passing in a value (1-32), with optional message M_verify::unit_check(3f):if .not.expression call 'goodbad NAME bad' & stop program M_verify::unit_check_start(3f): call 'goodbad NAME start' M_verify::unit_check_done(3f): call 'goodbad NAME bad' M_verify::unit_check_bad(3f): call 'goodbad NAME bad' M_verify::unit_check_good(3f): call 'goodbad NAME good' M_verify::pdec(3f): write ASCII Decimal Equivalent (ADE) numbers vertically beneath string M_verify::assert(3f): writes a message to a string composed of any standard scalar types M_verify::julian(3f): Converts proleptic Gregorian DAT date-time array to Julian Date M_verify::almost(3f): function to compare two real numbers only up to a specified number of digits by calling DP_ACCDIG(3f) M_verify::accdig(3f): compare two real numbers only up to a specified number of digits M_verify::dp_accdig(3f): compare two values only up to a specified number of digits M_verify::in_margin(3f): check if two reals are approximately equal using a relative margin M_verify::round(3f): round val to specified number of significant digits M_verify::anyscalar_to_real128(3f): convert integer or real parameter of any kind to real128 M_verify::anyscalar_to_double(3f): convert integer or real parameter of any kind to doubleprecision |
| M_writegif.f90 |
This module can write a GIF file in GIF89 format from raster data |
| M_writegif_animated.f90 | |
| M_xterm.f90 |
M_xterm(3fm): send xterm control sequences. John S. Urban, 19910719 M_xterm::xterm_occupancy(3f): move xterm(1) to specified virtual display, if supported M_xterm::xterm_get_pencolor(3f): get description of color assigned to an xterm(1) color number M_xterm::xterm_get_colors(3f): set various xterm(1) window colors using escape sequences M_xterm::xterm_pencolor(3f): set xterm(1) color by number using escape sequences M_xterm::xterm_colors(3f): set various xterm(1) window colors using escape sequences M_xterm::xterm_font(3f): set a font by name in an xterm window M_xterm::xterm_keywords(3f): send keywords to the X11 Window Manager to change xterm(1) window and select modes M_xterm::xterm_position(3f): set xterm(1) window position using escape sequences M_xterm::xterm_geometry(3f): set size of xterm(1) window using escape sequences M_xterm::xterm_width(3f): set size of xterm(1) window to standard sizes using escape sequences M_xterm::xterm_labels(3f): set various strings and labels associated with an xterm(1) such as title and icon name M_xterm::xterm_clear(3f): clear the screen of an xterm(1) window using escape sequences M_xterm::xterm_get_font(3f): Obtain current xterm(1) window font name using escape sequences M_xterm::xterm_get_iconstate(3f): Obtain current xterm(1) window icon state using escape sequences M_xterm::xterm_get_geometry(3f): Obtain current xterm(1) window size in character rows and columns M_xterm::xterm_get_position(3f): Obtain current xterm(1) window position M_xterm::set_g_io(3f): send output to alternative file for use with programs like screen(1) and tmux(1) |
| M_xyplot.f90 |
M_xyplot::xyplot(3f): XY plot procedures M_xyplot::plot_setfill(3f): set background, middleground, and foreground colors for plot M_xyplot::xy_init_default(3f): Initialize command dictionary and global values M_xyplot::plot_hcopy(3f): process hcopy command M_xyplot::plot_noclose(3f): flag whether to keep current device open while switching to alternate device M_xyplot::plot_set_xmin(3f): set value for xmin/xmax/ymin/... command M_xyplot::plot_storage(3f): if on a storage tube, clear the screen to unclutter it M_xyplot::plot_setmark(3f): set or display marker geometries M_xyplot::plot_page_aspect(3f): Get aspect ratio from ASPECT command and call xy_aspct M_xyplot::plot_marks(3f): draw screen of markers or pen styles or dash codes or color table or fonts M_xyplot::plot_title(3f): allow user to add extra title lines by number M_xyplot::plot_jut(3f): allow user to place text on screen M_xyplot::plot_sz(3f): close and reopen window to new size if possible M_xyplot::plot_drawplot(3f): draw an xy plot M_xyplot::plot_juparea(3f): parse parea command M_xyplot::plot_jupage(3f): a good try at allowing mixing of PLT commands and M_plot commands M_xyplot::plot_id(3f): allow user to alter legend strings by number M_xyplot::plot_clear(3f): clear graphics area and ensure in graphics mode M_xyplot::xy_aspct(3f): Store plot window size in global variables and call BIGGEST_ORTHO2() M_xyplot::xy_bans(3f): draw banner lines from PLT ban command M_xyplot::xy_printban(3f): plot horizontal banner string at specified location M_xyplot::xy_printbanv(3f): plot vertical banner string M_xyplot::xy_fxed(3f): select whether a string is fixed-space or not M_xyplot::xy_init_graphics(3f): Initialize PLT graphics environment M_xyplot::xy_ifdrawn(3f): xy_ifdrawn() is used to see if first page drawn or not M_xyplot::xy_iftext(3f): Add user-specified text strings to plot M_xyplot::xy_jucurv(3f): find extrema for group of curves and set legend label defaults M_xyplot::xy_jumapc(3f): map colors using HUE command M_xyplot::xy_pause(3f): conditionally pause until graphic or text-window response M_xyplot::xy_jutitl(3f): add title lines to plot M_xyplot::xy_jutitlX(3f): draw plot titling information (titles and legend block) M_xyplot::xy_set_bigger(3f): change title line size M_xyplot::xy_laxis(3f): draw linear axis and logarithmic axis for PLT M_xyplot::xy_pickpnt(3f): interactively draw a line to current left scale and store the curve or return point M_xyplot::xy_setlbl(3f): decide axis label strings M_xyplot::xy_setsize(3f): use values to set size and border on output device M_xyplot::xy_tidybox(3f): draw legend lines inside box specified on call M_xyplot::xy_arrow(3f): Add xy_arrow from T text box to specified point M_xyplot::xy_idbox(3f): Draw ID legend box specified with LEGEND command M_xyplot::xy_idbox0(3f): draw legend lines M_xyplot::xy_iflou(3f): set global flag for Leading Edge trimming (see LE command) M_xyplot::xy_judraw(3f): draw curves to plot scales using plot_ values M_xyplot::xy_loadtl(3f): load title xy_array M_xyplot::xy_tidybox1(3f):draw legend lines in box with legend box autosized and positioned by edge number M_xyplot::xy_tidybox2(3f): draw legend lines inside box specified on call M_xyplot::xy_listout3(3f): copy rcurve_in to rcurve_out expanding negative curve numbers to ranges (1 -10 means 1 thru 10) M_xyplot::xy_retrv2(3f): Call RETREV and then expand string variables with Calculator M_xyplot::plot_toggle(3f): copy of TOGGLE that uses xy_retrv2 instead of RETREV M_xyplot::xy_getdat(3f): place data from specified file and curve into xy_arrayQ xy_array M_xyplot::xy_juput(3f): write current memory-resident curves in global variables(q) onto pseudo file M_xyplot::xy_slide(3f): slide value M_xyplot::plot_z(3f): Interactive ZOOM mode M_xyplot::plot_zmode(3f): Interactive ZOOM mode M_xyplot::xy_getrel(3f): return values to convert one set of units to another M_xyplot::xy_units(3f): given unit code return string label optionally converted to uppercase M_xyplot::xy_juprint(3f): print string LINE at position x,y with embedded directives M_xyplot::priv_justrlen(3f): query string size with embedded directives M_xyplot::priv_justr(3f): print string l0 at position x,y with embedded directives M_xyplot::xy_jucp2(3f): plot string line at current position M_xyplot::xy_juprints(3f): simple print of string l at position x,y M_xyplot::xy_jucp(3f): plot string line at current position M_xyplot::xy_jufont(3f): check and set font and store it so can query it M_xyplot::xy_jufont(3f): check and set font and store it so can query it M_xyplot::xy_rasters(3f): set line width FORTRAN interface point for M_DASH functions that return real values M_xyplot::xy_ustrlen(3f): get software string length including trailing whitespace M_xyplot::xy_ustrlen2(3f): get software string length up to specified character M_xyplot::plot_get_plot_area(3f): initialize plot page and set up common page-related values M_xyplot::plot_set_plot_area(3f): initialize plot page and set up common page-related values M_xyplot::plot_axes(3f): generically draw linear axis and logarithmic axis M_xyplot::xy_toa(3f): convert number to a nice string (1 to 20 characters) or explicit string for an axis label M_xyplot::plot_page(3f): initialize plot page and set up common page-related values M_xyplot::xy_setdatarange(3f): set plot window extremes, set plot window extremes for dual axis M_xyplot::plot_getdatarange(3f): get plot window extremes, set plot window extremes for dual axis M_xyplot::plot_setticper(3f): set tic size M_xyplot::xy_getscale(3f): set up scaling between graphing area and user-scaled axis M_xyplot::plot_line(3f): buffer curve data and call xy_line M_xyplot::plot_label(3f): set plot axis labels M_xyplot::plot_resetplot(3f): reset plot-related common values M_xyplot::plot_set_nice_range(3f): determine nice range for creating an axis M_xyplot::xy_line(3f): draw polyline using data in xy_arrayx xy_arrayy, using pen style ipen M_xyplot::plot_setdash(3f): allow user to display|alter|retrieve dash codes by style number M_xyplot::xy_jurang(3f): return nice max and min values for the axis, and nice axis grid spacings M_xyplot::xy_con_x(3f): scale an axis value to the overall window/viewport M_xyplot::xy_con_y(3f): scale an axis value to the overall window/viewport M_xyplot::xy_setcnv(3f): set up conversion table for xy_con_x and xy_con_y functions M_xyplot::xy_jugetwn(3f): query current window ( appropriate for 2-d only) M_xyplot::xy_zoom(3f): given current four numbers defining a box M_xyplot::xy_convert(3f): do a linear conversion on an xy_array of the form y=ax+b M_xyplot::xy_obj12345(3f): create or close M_plot object 12345 M_xyplot::xy_getmark(3f):get marker geometries draw a simple geometric illusion |
| nc_errmessage.f90 | |
| nc_printescape.f90 |
plain text print reading window from ncurses |
| nc_printhtml.f90 |
print ncurses(3c) window as HTML |
| nc_printplain.f90 |
plain text print reading window from ncurses |
| nc_printunicode.f90 |
plain text print reading window from ncurses |
| paranoia.f90 |
paranoia(3f): call doublprecision or real versions of paranoia |
| sparanoia.f90 |
sparanoia(3f): test real value operations in programming environment |
| C-arcs.c |
M_DRAW:arcprecision - sets the number of segments in an arc or circle. - obsolete function. M_DRAW:circleprecision - sets the number of segments in an arc or circle. M_DRAW:arc - draw an arc at given location. M_DRAW ... Precision of arc (# line segments) is calculated from the value given to circleprecision. M_DRAW:sector - draw a sector at given location. M_DRAW ... The number of line segments in the arc of the segment is the same as in arc. M_DRAW:circle - * Draw a circle of given radius at given world coordinates. M_DRAW ... The number of segments in the circle is the same as that of an arc. |
| C-aspect.c |
M_DRAW:getaspect - Gets the aspect ratio of the display/window. IE. y / x M_DRAW:getdisplaysize - Returns the raw size of the display window in pixel units as floating point values. M_DRAW:getfactors - returns x,y scaling factors for use with the viewport call M_DRAW ... so the viewport can be set to the whole display/window. M_DRAW:expandviewport - set viewport to whole device M_DRAW:unexpandviewport - opposite of the above (expandviewport) |
| C-attr.c |
M_DRAW:copyattributes - copy everything except back pointer from attribute b to a M_DRAW:printattribs - print attributes M_DRAW:getattribs - make something to return attributes so can query them M_DRAW:printlogicals - print logical device attributes M_DRAW:printvdevice - print logical and other attributes M_DRAW:pushattributes - save the current attributes on the matrix stack M_DRAW:popattributes - pop the top entry on the attribute stack |
| C-buffer.c |
M_DRAW:backbuffer - swap drawing to backbuffer - returns -1 if no backbuffer is available. M_DRAW:frontbuffer - start drawing in the front buffer again. This will always work! M_DRAW:swapbuffers - swap the back and front buffers - returns -1 if no backbuffer is available. |
| C-canvas.c |
M_DRAW:driver/canvas.c - M_DRAW driver for HTML 5.0 canvas element M_DRAW:author:John S. Urban M_DRAW:version:1.0, Mar 2007 |
| C-cgmt.c |
M_DRAW:driver/cgmt.c - M_DRAW driver for CGM (Computer Graphics Metafile) clear text M_DRAW:author : John S. Urban M_DRAW:version : 1.3, Jan 1997 |
| C-clip.c |
M_DRAW:MakeEdgeCoords - calculates distance from point to each clipping plane in Homogeneous clipping coordinates. M_DRAW ... Return code if on outside of any clipping plane is non-zero. M_DRAW:clip - Clips a 3D line using Homogeneous clipping. Reference: Newman and Sproull M_DRAW:quickclip - A variation on the above that assumes p0 is a valid position in device coords M_DRAW:clipping - Turns clipping on or off. |
| C-curl.c | |
| C-curves.c |
M_DRAW:curvebasis - sets the basis type of curves. M_DRAW:make_prec - Make the precision matrix for a single curve M_DRAW:curveprecision - sets the number of line segments that make up a curve segment. M_DRAW:rcurve - draws a rational curve M_DRAW:curve - draws a curve M_DRAW:drcurve - Iterate a forward difference matrix to draw a curve. M_DRAW:curven - draws a series of curve segments. |
| C-draw.c |
M_DRAW:dashcode - Set the current dash length M_DRAW:linestyle - Set the current linestyle as a character string of 1's and 0's M_DRAW:dashline - Draw dashed lines.Assumes p0 - p1 are valid (possibly clipped endpoints) M_DRAW:draw - draw a line form the logical graphics position to the world coordinates x, y, z. M_DRAW:draw2 - draw a line from the logical graphics position to the world coordinates x, y. M_DRAW:rdraw - 3D relative draw from the logical graphics position by dx, dy, dz. M_DRAW:rdraw2 - 2D relative draw from the logical graphics position by dx, dy. M_DRAW:sdraw2 - Draw directly in proportion to screen coordinates. M_DRAW:rsdraw2 - Relative draw as a fraction of screen size. |
| C-drivers.c | |
| C-fti.c |
M_DRAW:driver/fti.c - M_DRAW driver for Silicon Graphics icon geometries ((.fti files) M_DRAW:author - John S. Urban M_DRAW:version - 1.0, Aug 1997 |
| C-gauss.c | |
| C-getgp.c |
M_DRAW:getgp - return the current (x, y, z) graphics position M_DRAW:getgp2 - return the current (x, y) graphics position M_DRAW:getgpt - return the current transformed graphics position. M_DRAW:sgetgp2 - return the current (x, y) graphics position in screen coordinates |
| C-getstring.c |
M_DRAW:getstring - Get a character string from the keyboard in graphics mode. |
| C-gnu.c |
M_DRAW:driver/gnu.c - M_DRAW driver for GNU plotutil 'plot' format M_DRAW:author : John S. Urban M_DRAW:version : 1.0 |
| C-hlsrgb.c | |
| C-hpdxy.c |
M_DRAW:driver/hpdxy.c - M_DRAW driver for DXY and HPGL |
| C-hpgt.c |
M_DRAW:driver/hpgt.c - M_DRAW driver for HP Graphics Terminals M_DRAW:author - John S. Urban M_DRAW:version - 1.0, Mar 1999 |
| C-hvsrgb.c | |
| C-jubiglet.c |
jubiglet(3c): Make big block letters jubiglet_(char *s, int len) // Fortran 77 callable (sometimes) version of jubiglet */ |
| C-jucolor.c |
jucolor(3c):this procedure converts a color's components from one color model to another |
| C-macros.c | |
| C-mapping.c |
M_DRAW:VtoWxy - Return the world x and y values corresponding to the input screen x and y values. M_DRAW:calcW2Vcoeffs - Calculate the linear coeffs defining the mapping of world space to actual device space M_DRAW:WtoVx - return the Screen X coordinate corresponding to world point 'p' (does the perspective division as well) M_DRAW:WtoVy - return the Screen Y coordinate corresponding to world point 'p' (does the perspective division as well) |
| C-matrix.c |
M_DRAW:copyvector - Copy the 4 vector b to a. M_DRAW:copymatrix - Copy the 4 x 4 matrix b to the 4 x 4 matrix a M_DRAW:copytranspose - copy the transpose of the 4 x 4 matrix b to the 4 x 4 matrix a. M_DRAW:getmatrix - Retrieve the top matrix on the stack and place it in m M_DRAW:pushmatrix - Push the top matrix of the stack down, placing a copy of it on the top of the stack. M_DRAW:popmatrix - Pop the top matrix from the stack. M_DRAW:loadmatrix - load matrix M_DRAW:mult4x4 - multiply 4 x 4 matrices b and c assigning them into a. M_DRAW:multmatrix - Premultiply the top matrix on the stack by 'mat' M_DRAW:identmatrix - Return a 4 x 4 identity matrix M_DRAW:multvector - Multiply the vector a and the matrix b to form v. Need it to be snappy again. M_DRAW:premultvector - PreMultiply the vector a and the matrix b to form v. Need it to be snappy again. M_DRAW:printmat - print s and then dump matrix m. M_DRAW:printvect - print vector |
| C-mif.c |
M_DRAW:driver/mif.c - M_DRAW driver for FrameMaker Maker Interchange files M_DRAW:author - John S. Urban M_DRAW:version - 1.0, Sep 1993 |
| C-move.c |
M_DRAW:move - Move the logical graphics position to the world coordinates x, y, z. M_DRAW:move2 - Move the logical graphics position to the world coords x, y, 0.0 M_DRAW:rmove - move the logical graphics position from the current world coordinates by dx, dy, dz M_DRAW:rmove2 - Move Relative in 2D. M_DRAW:smove2 - Move directly as a fraction of the screen size. M_DRAW:rsmove2 - Relative move as a fraction of the screen size. |
| C-mysignal_.c | |
| C-M_drawplus.c |
M_drawplus::barcode(3c): draw 3-of-9 bar code |
| C-M_getkey.c |
Driver for reading a character from keyboard in raw I/O mode */ Driver for reading a character from keyboard in raw I/O mode */ Driver for reading a character from keyboard in raw I/O mode */ Driver for reading a character from keyboard in raw I/O mode */ |
| C-M_hashkeys.c | |
| C-M_readline.c |
Fortran-callable C routine that calls readline(3c) FCreadline(3c): return line from readline(3c) to Fortran. John S. Urban, 20100323 |
| C-M_regex.c | |
| C-M_sqlite.c | |
| C-M_system.c |
system_unbuffer(3c): FORTRAN-callable call to turn off buffering of stdin Driver for reading a character from stdin */ Driver for writing a character to stdout */ |
| C-M_units.c |
d2r(3c): Convert degrees to radians r2d(3c): Convert radians to degrees |
| C-newtokens.c |
M_DRAW:newtokens - returns the space for num tokens |
| C-nil.c |
M_DRAW:driver/nil.c - M_DRAW driver for null output device M_DRAW:author - John S. Urban M_DRAW:version - 1.0, May 2011 |
| C-objects.c |
M_DRAW:makeobj - start a new object. M_DRAW:closeobj - close an object M_DRAW:delobj - deletes an object, freeing its memory M_DRAW:genobj - generates a unique object identifier M_DRAW:getopenobj - returns the object currently being edited, -1 if none. M_DRAW:loadobj - reads in object file file and makes it the object referred to by n. M_DRAW:saveobj - saves the object n into file file. M_DRAW:doarc - draw an arc or circle. M_DRAW:callobj - draws an object M_DRAW:isobj - returns 1 if there is an object n, 0 otherwise. |
| C-patches.c |
M_DRAW:patchbasis - Specify the two basis matrices for a patch M_DRAW:patchprecision - Specify the lower limit on the number of line segments used to draw a curve as part of a patch. M_DRAW:patchcurves - Specify the number of curves to be drawn in each direction on a patch. M_DRAW:makeprec - Makes up the two precision matrices for a patch M_DRAW:patch - Draws a bicubic patch. (ie. all the w coords a 1 and the basis matrices don't change that) M_DRAW:rpatch - Draws rational bicubic patches. M_DRAW:transformtensor - Transform the tensor S by the matrix m M_DRAW:replace - Does the reverse of extract. M_DRAW:drpatch - Actually does the work of drawing a patch. M_DRAW:iterate - Iterates the forward difference tensor R M_DRAW:extract - Extract the k'th column of the tensor a into the matrix b. M_DRAW:addemup |
| C-pbm.c |
M_DRAW:driver/pbm.c - M_DRAW driver for PBM/X11 bitmaps M_DRAW:author - John S. Urban M_DRAW:version - 3.0, Mar 1995,2004 |
| C-pcl5.c |
M_DRAW:driver/pcl5.c - M_DRAW driver for PCL5 and HPGL2 M_DRAW:author - John S. Urban M_DRAW:version - 1.0, Dec 1996 |
| C-pdf.c |
M_DRAW:source - driver/pdf.c - M_DRAW driver for Adobe Illustrator PDF M_DRAW:author - John S. Urban M_DRAW:version - 1.5, Mar 2005 |
| C-points.c |
M_DRAW:point - plot a point in x, y, z. M_DRAW:point2 - plot a point in x, y. M_DRAW:spoint - plot a point in screen coords. |
| C-polygons.c |
M_DRAW:polyfill - set the polygon fill flag. This will always turn off hatching. M_DRAW:polyhatch - set the polygon hatch flag. This will always turn off fill. M_DRAW:hatchang - set the hatch angle M_DRAW:hatchpitch - set the hatch pitch M_DRAW:hatch - hatch the polygon defined by the n points in the array p. M_DRAW:backfacedir - Set which direction backfacing polygons are defined to be. M_DRAW:... * 1 = clockwise (in screen coords) 0 = anticlockwise. M_DRAW:backface - Turns on culling of backfacing polygons. A polygon is M_DRAW:... backfacing if its orientation in *screen* coords is clockwise. M_DRAW:dopoly - do a transformed polygon with n edges using fill or hatch M_DRAW:polyoutline - draws a polygon outline from already transformed points. M_DRAW:polyobj - construct a polygon from a object token list M_DRAW:poly2 - construct polygon from a (x, y) array of points provided by user M_DRAW:poly - construct a polygon from an array of points provided by the user. M_DRAW:pmove - set the start position of a polygon M_DRAW:pdraw - add another vertex to the polygon array M_DRAW:makepoly - set up a polygon which will be constructed by a series of move draws. M_DRAW:closepoly - draw the polygon started by the above. M_DRAW:checkbacki - Checks if a transformed polygon is backfacing or not. M_DRAW:The following routines are an implementation of the Sutherland - Hodgman M_DRAW:polygon clipper, as described in 'Reentrant Polygon Clipping' M_DRAW:Communications of the ACM Jan 1974, Vol 17 No. 1. M_DRAW:polyclip M_DRAW:shclip M_DRAW:shclose M_DRAW:intersect M_DRAW:visible |
| C-ppm.c |
M_DRAW:driver/ppm.c - M_DRAW driver for ppm (Poskanzer pixmap) files M_DRAW:author - John S. Urban M_DRAW:version - 3.0, Jul 2019 Version 1.0, John S. Urban, Feb 1997 Version 2.0, John S. Urban, Nov 2005 Version 3.0, John S. Urban, Jul 2019 |
| C-pref.c |
M_DRAW:prefposition - Specify a preferred position for a window that is under control of a window manager. M_DRAW:prefsize - Specify the preferred size for a window under control of a window manager. M_DRAW:getprefposandsize - Returns the preferred position and size of a window under control of a window manager. |
| C-ps.c |
M_DRAW:driver/ps.c - M_DRAW driver for PostScript files |
| C-read_line.c |
read_line(3c):Paranoid function to read a line of text from a text file or terminal |
| C-rect.c |
M_DRAW:rect - draw a rectangle given two opposite corners M_DRAW:srect - draw a rectangle given two opposite corners in screen coords. |
| C-rgbhls.c | |
| C-rgbhvs.c | |
| C-rgbmono.c |
For converting RGB colors to a reasonable grayscale |
| C-rgbval.c |
Ensure a color value is in the appropriate range and quadrant |
| C-rtf.c |
M_DRAW:driver/rtf.c - M_DRAW driver for RTF (Microsoft Rich Text Format) files M_DRAW:author - John S. Urban M_DRAW:version - 1.0, Mar 2008 M_DRAW RTF Driver Version 1.0.0, October 2007; John S. Urban} |
| C-scale.c |
M_DRAW:scale - Set up a scale matrix and premultiply it and the top matrix on the stack. |
| C-svg.c |
M_DRAW:source - driver/svg.c - M_DRAW driver SVG (Scalable Vector Graphics) files M_DRAW:author - John S. Urban M_DRAW:version - 1.0, Mar 2005 |
| C-tek.c |
M_DRAW:driver/tek.c - M_DRAW driver for Tektronix 401x or equivalent (like X11 xterm) |
| C-tensor.c |
M_DRAW:premulttensor - Premultiply the tensor b by the matrix a and place the result into the tensor c. M_DRAW:multtensor - Multiply the tensor b by the matrix a and place the result into the tensor c. M_DRAW:copytensor - Copy the tensor a into b. M_DRAW:copytensortrans - Copy the tensor a into b 'transposed'. |
| C-text.c |
M_DRAW:font - loads in a font. M_DRAW:numchars - return the number of characters in the currently loaded hershey font. M_DRAW:hershfont - Load in a Hershey font M_DRAW:getcharsize - get the width and height of a single character M_DRAW:drawchar - Display a character from the currently loaded font. M_DRAW:drawhardchar - Displays a hardware character. M_DRAW:textsize - set software character scaling values M_DRAW:getfontwidth - Return the maximum width of the current font. M_DRAW:getfontheight - Return the maximum Height of the current font M_DRAW:getfontdec - Return the maximum descender of the current font M_DRAW:getfontasc - Return the maximum ascender of the current font M_DRAW:getfontsize - get the current character size in user coords. M_DRAW:drawhstr - Display the text string using the currently loaded Hershey font M_DRAW:drawstr - Draw a string from the current pen position. M_DRAW:istrlength - Find out the length of a string in raw 'Hershey coordinates'. M_DRAW:strlength - Find out the length (in world coords) of a string. M_DRAW:boxtext - Stretch and draw text so it fits in a 'box' - note only works with Hershey text M_DRAW:boxfit - Set up the scales etc for text so that a string of 'nchars' characters of the maximum width in the font fits in a box. M_DRAW:centertext - Turns centering of text on or off. Turns off all other justifying. M_DRAW:textjustify - Directly turns on/off justification M_DRAW:xcentertext - Directly turns on xcentering M_DRAW:ycentertext - Directly turns on ycentering M_DRAW:leftjustify - Turns on leftjustification M_DRAW:rightjustify - Turns on rightjustification M_DRAW:topjustify - Turns on topjustification M_DRAW:bottomjustify - Turns on bottomjustification M_DRAW:fixedwidth - Turns fixedwidth text on or off M_DRAW:textang - set software character angle in degrees M_DRAW:textslant - Defines the obliqueness of the fonts. M_DRAW:textweight - Defines the weight of the fonts. M_DRAW:actual_move - implements a move |
| C-trans.c |
M_DRAW:translate - Set up a translation matrix and premultiply it and the top matrix on the stack. M_DRAW:rotate - Set up a rotate matrix and premultiply it with the top matrix on the stack. |
| C-unixplot.c |
M_DRAW:driver/unixplot.c - M_DRAW driver for UNIX 'plot' format files |
| C-usemap.c |
M_DRAW:source - driver/usemap.c - M_DRAW driver for helping to create HTML image maps M_DRAW:author - John S. Urban M_DRAW:version - 1.0, Jun 2010 |
| C-valloc.c |
M_DRAW:vallocate - malloc with error checking M_DRAW:realloc with error checking M_DRAW:vfree - free with error checking |
| C-verror.c |
M_DRAW:verror - print an error on the graphics device, and then exit. |
| C-viewing.c |
M_DRAW:polarview - Specify the viewer's position in polar coordinates M_DRAW:up - set the up vector M_DRAW:normallookat - do the standard lookat transformation. M_DRAW:lookatwithup - do the standard lookat transformation using an up vector as well. M_DRAW:lookat - Specify the viewer's position by giving a viewpoint and a reference point in world coordinates. M_DRAW:perspective - Specify a perspective viewing pyramid in world coordinates M_DRAW:window - Specify a perspective viewing pyramid in world coordinates M_DRAW:ortho - Define a three dimensional viewing box M_DRAW:ortho2 - Specify a two dimensional viewing rectangle. |
| C-viewp.c |
M_DRAW:pushviewport - pushes the current viewport on the viewport stack M_DRAW:popviewport - pops the top viewport off the viewport stack. M_DRAW:viewport - Define a Viewport in Normalized Device Coordinates M_DRAW:getviewport - Returns the left, right, bottom and top limits of the current viewport. |
| C-vml.c |
M_DRAW:driver/vml.c - M_DRAW driver for VML (Microsoft Vector Markup Language) M_DRAW:author - John S. Urban M_DRAW:version - 1.0, Mar 1999 M_DRAW VML Driver Version 1.0.1, March 1999 |
| C-vog.c |
M_DRAW:driver/vog.c - M_DRAW driver for writing M_DRAW calls as text commands for the ush(1) shell M_DRAW:author - John S. Urban M_DRAW:version - 1.0, Mar 2004 |
| C-X11.c |
M_DRAW:driver/X11.c - M_DRAW driver for X11 Windows |
| C-xfig.c |
M_DRAW:driver/xfig.c - M_DRAW driver for xfig(1) files M_DRAW:author - John S. Urban M_DRAW:version - 1.0 |
| C-yobbarays.c |
M_DRAW:yobbarays - Turns on (or off) yobba rays, as described by Larry Dart's friend. |