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authorN.N. <matju@users.sourceforge.net>2009-10-18 19:53:53 +0000
committerN.N. <matju@users.sourceforge.net>2009-10-18 19:53:53 +0000
commita1fb215b39535805aa19608185d5e52c0f524b42 (patch)
tree9d8056ca9837bd03676405dc5202bdc2c041d430 /externals/gridflow/doc/locale
parentd6b18994d50479d2f76041387d25db235bbda4cd (diff)
bye gridflow 0.9.4
svn path=/trunk/; revision=12610
Diffstat (limited to 'externals/gridflow/doc/locale')
-rw-r--r--externals/gridflow/doc/locale/english.tcl191
1 files changed, 0 insertions, 191 deletions
diff --git a/externals/gridflow/doc/locale/english.tcl b/externals/gridflow/doc/locale/english.tcl
deleted file mode 100644
index 82686a5a..00000000
--- a/externals/gridflow/doc/locale/english.tcl
+++ /dev/null
@@ -1,191 +0,0 @@
-# this file will not contain any aliases, just the canonical names
-
-proc say2 {k v} {
- say [lindex $k 0] $v
- foreach kk [lrange $k 1 end] {say $k "old name of $k : $v"}
-}
-
-proc say3 {k v} {
- set kk [regsub ^# $k @]
- say2 [list k kk] $v
-}
-
-category "Stuff"
-say # "plain numeric operators on grids: + - * / etc"
-say #border "add padding on sides of a grid"
-say #cast "convert grid from one number type to another"
-say #centroid "find centroid (weighted average) of the coordinates of a grid"
-say #convolve "compute convolution product of a grid (blur and edge-detection)"
-say #dim "get the size (dimensions) of a grid"
-say #downscale_by "reduce the size of an image by a whole factor"
-say #draw_image "picture-in-picture"
-say #draw_points "(future use)"
-
-category "Data Conversion"
-say #to_literal "convert grid to grid-literal (list with a # sign)"
-say #to_float "convert grid to sequence of floats"
-say #to_list "convert grid to list"
-say #to_pix "convert grid to pix (GEM)"
-say #to_symbol "convert grid of ASCII codes to symbol"
-
-category "Stuff"
-say #fft "compute forward or inverse one-or-two-dimensional complex FFT of a grid"
-say #finished "bang when grid transmission has ended"
-say #fold "compute the sum of each row, product of each row, and other similar operations"
-say #for "make a grid from all numbers or coordinates in a certain range"
-say #from_pix "convert pix (GEM) to grid"
-say #import_pix "old name of #from_pix"
-say #grade "make an index of the sorting of a grid"
-say #import "convert float, list, or symbol ASCII codes, to a grid"
-say #inner "scalar (\"dot\") product, matrix product, tensor contraction, image channel remapping, etc."
-
-category "Hardware and Files"
-say #camera "control panel for opening cameras"
-say #io.aalib "open an aalib window"
-say #io.dc1394 "open a faiawaia \"DC\" camera (not DV) using a Linux-compatible OS"
-say #io.grid "read or write a .grid file (GridFlow storage format)"
-say #io.jpeg "read or write a .jpeg file"
-say #io.mpeg "read a .mpeg video file"
-say #io.png "read a .png image file"
-say #io.ppm "read or write a .pbm or .pgm or .ppm image file"
-say #io.quicktime "read a .mov video file (or perhaps .avi)"
-say #io.sdl "open a SDL window"
-say #io.videodev "open a V4L1 device (Linux interface for video cameras and video digitisers)"
-say #io.x11 "open a X11 window"
-say parallel_port "send to and receive from a DB25 parallel port"
-say plotter_control "make HPGL commands"
-
-category "Stuff"
-say #labeling "tag connected pixels with region numbers in a two-tone single-channel image"
-say #layer "layer two same-sized images"
-say #moment "find 1st or 2nd order moment (weighted average or variance) of the coordinates of a grid"
-say #noise_gate_yuvs "replaces dark pixels by black pixels in signed YUV images"
-say #outer "apply numeric operator on all possible combinations of elements of one grid with elements of another"
-say #pack "combine floats on separate inlets to make a grid"
-say #perspective "divide each point by its depth"
-say #polygonize "(future use)"
-say #print "print to console"
-say #redim "change the size of a grid by restreaming contents into a new shape"
-say #reverse "mirror image of a grid along a dimension"
-say #rotatificator "make rotation matrix for any two dimensions chosen from manyou"
-say #scale_by "reduce the size of an image by a whole factor"
-say #scan "compute the cumulative sums of each row, and other similar operations"
-say #store "store image in RAM, in-place picture-in-picture, and make lookups in various ways"
-say #transpose "swap two dimensions out of any, in a grid"
-say #type "get a symbol representing the number type of a grid"
-say #unpack "split a grid into floats on separate outlets"
-say @join "join two grids together along any dimension"
-
-category "Lists"
-say foreach "convert a list to a sequence of atom messages"
-say listfind "find index of an element in a list"
-say listread "find element at an index in a list"
-say listflatten "merge all nested lists together, depth-first"
-say listreverse "mirror image of a list"
-
-category "Stuff"
-say args "pick up the arguments of an abstraction instance, including nested lists and init-messages"
-say ascii "write integer as decimal in ascii codes"
-say class_exists "figure out whether a class has been loaded by pd"
-say display "print message or grid inside of the patch"
-say gf.error "emit error message from the perspective of the current abstraction instance in its parent patch"
-say gf.suffix_lookup "find the objectclass corresponding "
-say range "multiple moses in cascade"
-say receives "multiple receives with common outlet and other outlet telling the name of intended destination"
-say route2 "route messages but keep them intact (does not remove selector)"
-say send39 "backward-compatibility crutch for dynamic patching in pd 0.39"
-say shunt "demultiplexer: send input to separately specified outlet"
-say systemtime "time spent by process in kernel mode, as measured by the OS"
-say tsctime "high-resolution real time, as measured by the CPU"
-say unix_time "real time as measured by the OS, including date"
-say usertime "time spent by process in non-kernel mode, as measured by the OS"
-
-category "Stuff"
-say #apply_colormap_channelwise "apply color correction tables separately on each channel"
-say #background_model "make mask from learning to distinguish background from foreground"
-say #change "send grid only if different from previous grid"
-say #checkers "make image of chequered background in two tones of grey"
-say #clip "min and max"
-say #color "GUI for selecting a colour"
-say condition "Castonguay rectangle bounds-checking"
-say #contrast "adjust contrast in two different ways"
-say count "Castonguay counter"
-say #fade_lin "fade in piecewise-linear fashion"
-say #fade "fade in exponential-decay fashion (linear recurrence)"
-say #fastblur "speedy shortcut for rectangular blur"
-say for "make sequence of float messages for each number in a range with specified stepping"
-say fps "measure frames per second and make statistics"
-say #gamma "apply gamma correction"
-say gf.io_generate "for internal use by #in and #out"
-say #hueshift "apply hue shift by rotating the color wheel"
-
-say #in "open file or device for reading or download"
-say #out "open file or device for writing or upload"
-
-say inv* "swapped /"
-say inv+ "swapped -"
-
-say #moment_polar "convert covariance matrix to the longest and shortest radius of an ellipse and a rotation angle"
-say #motion_detection "frame difference with some options"
-say #mouse "converts mouse events to reports of clicks, drags, unclicks, motions, and separate buttons and wheel"
-say gf.oneshot "spigot that shuts itself down after each message"
-say pingpong "turns value of a counter into a zigzag between 0 and a given value"
-
-category "Polygons"
-say #polygon_area "find area of a polygon in square pixels"
-say #polygon_comparator "find similarity between two polygons independently of rotation, by radial maps and FFT"
-say #polygon_each_edge "convert a polygon to a sequence of overlapping 2-sided polygons representing edges"
-say #polygon_moment "find average of all points inside of a polygon"
-say #polygon_perimetre "find perimetre of a polygon in pixels (euclidian)"
-say #polygon_radial_map "find radius of a polygon from a given origin, sampled at equally spaced angles"
-say #line_to_polygon "convert line (as point pair) to polygon (rotated rectangle)"
-say #draw_rect "draw a rectangle in an image"
-say #draw_slider "draw a slider in an image"
-say #edit_polygon "draw a polygon in an image and react to mouse events"
-say #make_cross "make cross-shaped polygon"
-say #draw_polygon "draw polygon in an image"
-
-category "Stuff"
-say #posterize "quantise pixel values"
-say #ravel "do #redim so that a grid keeps same number of elements but just one dimension"
-say #record "wrapper around \[#in quicktime\]"
-say #remap_image "apply object chain on pixel positions to make new image from chosen pixels of the input image"
-say #rotate "rotate points through two axes (or rotate pixels as points in a colorspace)"
-say #saturation "multiply chroma by some value"
-say #scale_to "scale an image from one size to any other size by deleting or duplicating rows and columns"
-say #seq_fold "cascade the use of an object on all elements of an incoming grid message sequence"
-say seq_fold "cascade the use of an object on all elements of an incoming message sequence"
-say #slice "crop an image using a start point (top left) and end point (bottom right)"
-say #solarize "like pingpong but on all pixel values of a grid"
-say #sort "sort each row of a grid"
-say #spread "add noise to each vector (point or pixel)"
-say #swap "like \[swap\] for grids"
-say #text_to_image "use a fixed-width font grid to make a tiling of characters as specified by a text string"
-say #t "like \[t a a\] for grids"
-say var.# "like \[f\] for grids"
-
-category "Colorspace Conversion"
-say #rgb_to_yuv "convert RGB to unsigned YUV"
-say #yuv_to_rgb "convert unsigned YUV to RGB"
-say #rgb_to_rgba "convert RGB to RGBA (but setting alpha to 0)"
-say #rgba_to_rgb "convert RGBA to RGB"
-say #greyscale_to_rgb "convert greyscale to RGB"
-say #rgb_to_greyscale "convert RGB to greyscale"
-
-category "OpenCV"
-say cv.Add "OpenCV addition"
-say cv.Div "OpenCV division"
-say cv.HaarDetectObjects "OpenCV (future use)"
-say cv.Kalman "OpenCV (future use)"
-say cv.Mul "OpenCV multiplication"
-say cv.Sub "OpenCV subtraction"
-say cv.Invert "OpenCV invert matrix"
-say cv.SVD "OpenCV singular value decomposition (eigendecomposition)"
-
-category "Stuff"
-say ascii_to_f "converts a list of ascii codes to a float"
-say plotter_parser "interprets ascii codes as HPGL commands and output them as messages"
-say list.== "test two lists of floats and/or symbols for equality"
-say expect "currently does like list.== (will do more than that in the future)"
-say #hello "make 7 colour bars"
-say #window "a \[#out window\] that can be toggled to appear and disappear"