Charles Baker wrote:

<snip> > Miller/Gunther... is there *any*comprehensive object list? Can one be easily generated? > Any new objects floating around amoung us "early adopters"? > <snip>

Well, I'm not Miller or Guenter, but I think I can answer ;-)

If you want to find what objects exist, you can do a grep for class_new and class_addcreator. This will give you all of the objects.

Event though this will make a long e-mail, here is the list for pd-0.21, GEM-0.73, and MarkEx-0.70.

Later, Mark

• pd-0.21 *

d_arithmetic.c: plus_class "+~") d_arithmetic.c: minus_class "-~") d_arithmetic.c: times_class "*~") d_arithmetic.c: over_class "/~") d_array.c: tabwrite_tilde_class "tabwrite~") d_array.c: tabread4_tilde_class "tabread4~") d_array.c: tabsend_class "tabsend~") d_array.c: tabreceive_class "tabreceive~") d_array.c: tabread_class "tabread") d_ctl.c: sig_class "sig~") d_ctl.c: line_class "line~") d_ctl.c: snapshot_class "snapshot~") d_dac.c: dac_class "dac~") d_dac.c: adc_class "adc~") d_delay.c: sigdelwrite_class "delwrite~") d_delay.c: sigdelread_class "delread~") d_delay.c: sigvd_class "vd~") d_fft.c: sigfft_class "fft~") d_fft.c: sigifft_class "ifft~") d_fft.c: sigrfft_class "rfft~") d_fft.c: sigrifft_class "rifft~") d_filter.c: sigenv_class "env~") d_filter.c: sighip_class "hip~") d_filter.c: siglop_class "lop~") d_filter.c: sigbp_class "bp~") d_filter.c: sigbiquad_class "biquad~") d_filter.c: sigsamphold_class "samphold~") d_global.c: sigsend_class "send~") d_global.c: sigreceive_class "receive~") d_global.c: sigcatch_class "catch~") d_global.c: sigthrow_class "throw~") d_math.c: clip_class "clip~") d_math.c: sigrsqrt_class "rsqrt~") d_math.c: sigsqrt_class "sqrt~") d_math.c: sigwrap_class "wrap~") d_misc.c: print_class "print~") d_misc.c: scope_class "scope~") d_osc.c: phasor_class "phasor~") d_osc.c: cos_class "cos~") d_osc.c: sigvcf_class "vcf~") d_osc.c: noise_class "noise~") d_ugen.c: block_class "block~") g_array.c: array_class "array") g_canvas.c: canvas_class "canvas") g_canvas.c: subcanvas_class "pd") g_data.c: field_class "field") g_graph.c: graph_class "graph") g_io.c: vinlet_class "inlet") g_io.c: voutlet_class "outlet") g_text.c: text_class "text") g_text.c: message_class "message") g_text.c: messresponder_class "messresponder") g_text.c: gatom_class "gatom") m_glob.c: maxclass "max") m_glob.c: pdclass "pd") m_obj.c: inlet_class "inlet") m_obj.c: intinlet_class "inlet") m_obj.c: floatinlet_class "inlet") m_obj.c: symbolinlet_class "inlet") m_pd.c: bindlist_class "bindlist") x_acoustics.c: mtof_class "mtof") x_acoustics.c: ftom_class "ftom") x_acoustics.c: powtodb_class "powtodb") x_acoustics.c: rmstodb_class "rmstodb") x_acoustics.c: dbtopow_class "dbtopow") x_acoustics.c: dbtorms_class "dbtorms") x_arithmetic.c: binop1_plus_float_class "+") x_arithmetic.c: binop1_minus_float_class "-") x_arithmetic.c: binop1_times_float_class "*") x_arithmetic.c: binop1_div_float_class "/") x_arithmetic.c: binop2_ee_float_class "==") x_arithmetic.c: binop2_ne_float_class "!=") x_arithmetic.c: binop2_gt_float_class ">") x_arithmetic.c: binop2_lt_float_class "<") x_arithmetic.c: binop2_ge_float_class ">=") x_arithmetic.c: binop2_le_float_class "<=") x_arithmetic.c: binop3_ba_int_class "&") x_arithmetic.c: binop3_la_int_class "&&") x_arithmetic.c: binop3_bo_int_class "|") x_arithmetic.c: binop3_lo_int_class "||") x_arithmetic.c: binop3_pc_int_class "%") x_arithmetic.c: binop3_mod_int_class "mod") x_arithmetic.c: binop3_div_int_class "div") x_arithmetic.c: sin_class "sin") x_arithmetic.c: cos_class "cos") x_arithmetic.c: tan_class "tan") x_arithmetic.c: atan_class "atan") x_arithmetic.c: atan2_class "atan2") x_arithmetic.c: sqrt_class "sqrt") x_arithmetic.c: log_class "log") x_arithmetic.c: exp_class "exp") x_arithmetic.c: abs_class "abs") x_connective.c: pdint_class "int") x_connective.c: pdfloat_class "float") x_connective.c: send_class "send") x_connective.c: receive_class "receive") x_connective.c: sel1_class "select") x_connective.c: sel2_class "select") x_connective.c: route_class "route") x_connective.c: pack_class "pack") x_connective.c: unpack_class "unpack") x_connective.c: trigger_class "trigger") x_connective.c: spigot_class "spigot") x_connective.c: moses_class "moses") x_data.c: get_class "get") x_interface.c: print_class "print") x_midi.c: notein_class "notein") x_midi.c: ctlin_class "ctlin") x_midi.c: pgmin_class "pgmin") x_midi.c: bendin_class "bendin") x_midi.c: touchin_class "touchin") x_midi.c: polytouchin_class "polytouchin") x_midi.c: noteout_class "noteout") x_midi.c: ctlout_class "ctlout") x_midi.c: pgmout_class "pgmout") x_midi.c: bendout_class "bendout") x_midi.c: touchout_class "touchout") x_midi.c: polytouchout_class "polytouchout") x_midi.c: makenote_class "makenote") x_midi.c: stripnote_class "stripnote") x_misc.c: random_class "random") x_misc.c: loadbang_class "loadbang") x_misc.c: serial_class "serial") x_net.c: netsend_class "netsend") x_net.c: netreceive_class "netreceive") x_time.c: delay_class "delay") x_time.c: metro_class "metro") x_time.c: line_class "line") x_time.c: timer_class "timer")

d_global.c: sigsend_new, gensym("s~") d_global.c: sigreceive_new, gensym("r~") d_global.c: sigcatch_new, gensym("s~") d_global.c: sigthrow_new, gensym("r~") g_canvas.c: subcanvas_new, gensym("page") g_io.c: vinlet_newsig, gensym("inlet~") g_io.c: voutlet_newsig, gensym("outlet~") m_class.c:void t_newmethod newmethod, t_symbol *s, x_connective.c: pdint_new2, gensym("i") x_connective.c: pdfloat_new2, gensym("f") x_connective.c: send_new, gensym("s") x_connective.c: receive_new, gensym("r") x_connective.c: select_new, gensym("select") x_connective.c: select_new, gensym("sel") x_connective.c: trigger_new, gensym("t") x_time.c: delay_new, gensym("del")

• GEM-0.73 *

Controls

camera - the "view" into the world gemhead - the start of rendering chain gemwin - the window manager render_trigger - outputs a bang when the chain renders

Manipulators

alpha - enable/disable alpha blending color - set the color with a vector colorRGB - set the color with 3 discrete values depth - enable/disable depth testing rotate - rotate with an angle and vector scale - scale with a vector scaleXYZ - scale with 3 discrete values separator - push the OpenGL state for the rest of the chain and pop when done translate - translate with a vector translateXYZ - translate with 3 discrete values

Geos

circle - render a circle cone - render a cone cube - render a cube curve - render a Bezier curve imageVert - make pixel colors to a height field map model - render an Alias|Wavefront model multimodel - render a series of Alias|Wavefront models, render by number polygon - render a polygon sphere - render a sphere square - render a square text2d - render 2-D text (a bitmap) text3d - render 3-D text (polygonal) textoutline - render outlined text (polygonal) triangle - render a triangle

Nongeos

light - make a point light world_light - make a light at infinity

Pixes

pix_2grey - convert rgb pixels to grey (still an RGBA image) pix_alpha - set the alpha value of a pix pix_add - add two pixes together pix_bitmask - apply a bitmask to a pix pix_buf - buffer a pix pix_color - set the color of a pix (leaving alpha alone) pix_composite - composite two pixes together pix_convolve - convolve a pix with a kernal pix_coordinate - set the texture coordinates pix_draw - draw a pix pix_flip - flip the pixels of a pix pix_gain - apply a gain to a pix pix_image - load in an image file pix_invert - invert a pix pix_mask - mask a pix based on another pix pix_multiply - multiply two pixes pix_multiimage - load in a series of image files, display by number pix_resize - resize a pix to next power of 2 pix_snap - capture the render window into a pix pix_subtract - subtract two pixes pix_texture - use a pix as a texture map pix_threshold - apply a threshold to a pix pix_zoom - zoom into a pix (using OpenGL)

SGI and NT only

pix_video - use a video camera as a pix source

• MarkEx-0.70 *

Control objects

alternate - alternate between two outlets average - average a sequence of numbers change - only output on change counter - count bangs invert - non-zero numbers to zero, zero to 1 oneshot - send a bang, then block until reset randomF / randF - floating point random numbers strcat - string concatentation

Vector

tripleLine - do a line with three numbers tripleRand - random with three numbers vector+ / v+ - add a scalar to a vector vector- / v- - subtract a scalar from a vector vector* / v* - multiply a vector by a scalar vector/ / v/ - divide a vector by a scalar

DSP

abs~ - absolute value of a signal reson~ - resonant filte

Later, Mark