tabletool-help.pd

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#X restore 262 54 graph;
#X obj 648 234 print;
#X obj 532 158 r ttool;
#X obj 532 206 tabletool table-1;
#N canvas 267 40 1117 744 searching 0;
#X obj 76 365 s ttool;
#X msg 76 45 equals 0;
#X text 223 103 Search for the number of values that are greater than
a particular value \, and get the indices. If no values in the table
are greater \, -1 shows up at the left outlet. Otherwise \, the number
of greater values shows up at the left outlet \, and a list of their
indices is spat out the right.;
#X text 173 23 Search for the number of occurrences of a particular
value \, and get the indices. If the requested value is not present
in the table \, -1 shows up at the left outlet. Otherwise \, the number
of occurrences shows up at the left outlet \, and a list of their indices
is spat out the right.;
#X obj 87 582 s ttool;
#X msg 117 492 max;
#X msg 87 461 min;
#X text 125 460 Minimum value in table.;
#X msg 147 521 nearest 0.5;
#X text 244 515 Nearest value in table. The value itself appears at
the left outlet \, and its index at the right.;
#X msg 127 125 greater 0.3;
#X text 263 203 Search for the number of values that are less than
a particular value \, and get the indices. If no values in the table
are lesser \, -1 shows up at the left outlet. Otherwise \, the number
of lesser values shows up at the left outlet \, and a list of their
indices is spat out the right.;
#X msg 166 225 less -0.1;
#X text 155 491 Maximum value in table.;
#X msg 343 381 choose;
#X obj 343 422 s ttool;
#X text 400 375 Randomly select a value from the table. The index of
the chosen value is reported at the right outlet.;
#X msg 176 295 between -0.5 0.5;
#X text 305 289 Look for the number of values between two bounds (non-inclusive)
;
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#X restore 843 560 graph;
#X msg 235 601 peaks 2 4;
#X obj 235 642 tabletool peaks;
#X obj 235 664 pack f f;
#X obj 235 685 print;
#X text 367 609 Search for peaks. This is especially useful for spectral
plots. Specify the min and max values for peak searching. A peak is
reported when values cross the max \, then fall below the min. For
each peak \, the peak value within that measurement period appears
at the left outlet \, and its index at the right.;
#X obj 905 329 tabletool peaks;
#X obj 905 351 pack f f;
#X obj 905 372 print;
#X msg 905 288 change;
#X text 799 199 Search for any changes in the table.;
#X text 799 213 If any value has changed since the last;
#X text 799 255 repeatedly with a metro to update;
#X text 799 269 constantly.;
#X text 799 241 and its index out the right outlet. Bang;
#X text 799 227 time \, it is sent out the left outlet \,;
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#X restore 199 330 pd searching;
#N canvas 365 146 977 641 request-info 0;
#X obj 253 601 s ttool;
#X msg 33 65 set table-1;
#X msg 73 86 set table-2;
#X msg 253 40 dump;
#X msg 449 486 restore;
#X msg 439 461 store;
#X msg 460 510 wipe;
#X msg 407 263 std;
#X msg 353 190 mean;
#X msg 377 226 geomean;
#X msg 324 153 sum;
#X text 297 39 Dump all values to a list at the right outlet.;
#X text 335 116 Ask for the length of the table.;
#X msg 103 108 set tables-1-2;
#X text 31 43 Specify the active table.;
#X text 510 485 Restore the stored values after you've messsed them
up.;
#X text 503 510 Wipe all memory.;
#X text 437 395 Store the table values to internal memory. Note that
if you store a table \, then set to a different active table \, the
internal memory will still contain the former table's values. Hit store
again to update memory after setting to the new table.;
#X text 358 152 Sum all values.;
#X text 392 189 Take the arithmetic mean.;
#X text 443 263 Calculate standard deviation.;
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#X msg 293 117 size;
#X text 441 225 Take the geometric mean. You will get NANs on negative
data.;
#X text 397 74 Dump values in a certain range to a list at the right
outlet.;
#X msg 273 80 dump_range 17 29;
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#N canvas 310 85 843 631 multi-table-math 0;
#X msg 24 152 dot table-2;
#X msg 74 172 euclid table-2;
#X msg 124 192 taxi table-2;
#X text 22 65 Dot product;
#X text 22 85 Euclidean distance;
#X text 22 105 Taxicab distance;
#X text 22 125 Pearson correlation;
#X msg 164 212 corr table-2;
#X obj 24 273 s ttool;
#X text 295 385 Add value pairs by index.;
#X text 335 405 Subtract value pairs by index.;
#X text 345 425 Multiply value pairs by index.;
#X text 338 445 Divide value pairs by index.;
#X text 23 17 These four functions operate between the active table
and the table passed with the message.;
#X text 188 320 These functions perform arithmetic on the active table
and a table passed with the message. Results are sent out the right
outlet as a list.;
#X msg 190 386 add table-2;
#X msg 200 406 subtract table-2;
#X msg 210 426 multiply table-2;
#X msg 220 446 divide table-2;
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#X obj 190 487 tabletool table-1;
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#X restore 329 330 pd multi-table-math;
#N canvas 126 79 1227 491 manipulations-1 0;
#X msg 18 37 offset 1;
#X msg 112 177 shift -5;
#X msg 98 157 shift 5;
#X msg 31 57 offset -0.1;
#X text 88 36 Add a positive or negative offset to all values.;
#X text 187 161 Shift elements by index forward or back. The overflow
wraps around to the beginning or end appropriately.;
#X msg 58 97 scale 0.5;
#X msg 71 117 scale 2;
#X text 136 97 Multiply all values by a scalar;
#X text 116 309 Copy another table to the currently set table.;
#X text 129 380 Copy part of another table to the currently set table.
First argument is the starting index for writing to the target table.
The remaining arguments are the table to copy from \, and the start
and end indices of the desired range.;
#X msg 672 314 normalize_sum;
#X msg 632 254 normalize -1 1;
#X text 778 307 Normalize so that all values are between 0 and 1 \,
and the sum == 1;
#X text 744 253 Normalize to a range with a specified minimum and maximum.
;
#X msg 18 310 copy table-2;
#X msg 632 99 const 0.77 7 17;
#X text 631 79 Write a constant to a range of the table.;
#X msg 682 170 insert 7 0.77;
#X msg 122 211 shift0 5;
#X text 195 211 Like shift \, but fill excess with zeros.;
#X msg 662 139 remove 7;
#X text 732 123 Remove the value at a certain index \, and send it
out the left outlet. This shifts remaining elements left and writes
a zero to the end.;
#X text 791 166 Starting at a certain index \, insert a value. Remaining
values are shifted right \, and the last value is shifted off of the
table and sent out the left outlet.;
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#X obj 18 262 tabletool table-3;
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#X restore 460 292 graph;
#X obj 18 408 tabletool copy;
#X obj 632 202 tabletool copy;
#X obj 632 355 tabletool copy;
#X msg 49 360 copy_range 25 table-2 0 3;
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#X restore 52 310 pd manipulations-1;
#N canvas 111 42 1221 654 manipulations-2 0;
#X msg 54 75 lace table-2;
#X msg 94 115 concatenate table-2;
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#X array tables-1-2 64 float 0;
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#X restore 330 155 graph;
#X obj 54 156 tabletool table-1;
#X obj 170 180 list prepend 0;
#X obj 170 201 s tables-1-2;
#X text 246 114 Or concatenate the active table with another table.
;
#X text 159 68 Lace the active table with another table \, sending
the results out the right outlet as a list.;
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#X restore 489 339 graph;
#X msg 178 487 smooth;
#X msg 155 392 reverse;
#X msg 178 431 invert;
#X msg 76 291 sort;
#X msg 54 263 scramble;
#X text 124 262 Shuffle table elements in a random order.;
#X text 221 391 Reverse the order of all elements.;
#X text 121 286 Sort values from low to high and reorder. For high
to low ordering \, use "sort" \, then "reverse".;
#X text 235 430 Flip all values. Low becomes high and vice versa.;
#X text 176 505 Smooth out hand-drawn curves by averaging with neighboring
values.;
#X msg 146 360 sort_range 7 15;
#X text 265 359 Sort only a specific range.;
#X msg 100 325 swap 0 31;
#X text 178 324 Swap a pair of values at certain indices.;
#X obj 54 503 tabletool manip;
#X msg 178 459 abs;
#X text 212 459 Absolute value;
#X msg 662 400 differentiate;
#X text 661 136 If table size == N \, this creates a list of N values
where term_i = tablevalue_i + tablevalue_i-1 ... tablevalue_0. This
is useful when you have a table full of inter onset values and want
the total duration at any given point.;
#X text 661 368 This creates a list of N values where term_i = tablevalue_i
- tablevalue_i-1.;
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#X obj 662 421 tabletool table-1;
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#X obj 662 217 tabletool table-1;
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#X msg 662 196 integrate;
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#X msg 57 51 blackman;
#X msg 67 71 cosine;
#X msg 77 91 hamming;
#X msg 87 111 hann;
#X obj 57 152 tabletool fill;
#X text 155 60 Write common windowing functions to an array. Windows
are calculated based on the current array size \, so resize beforehand
if you want a certain resolution.;
#X obj 57 262 tabletool fill;
#X msg 57 222 randFill -0.75 0.7;
#X text 208 223 Fill an array with random numbers in a certain range.
;
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#X array walk 64 float 0;
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#X restore 609 540 graph;
#X msg 57 372 series -1 1 1;
#X msg 97 433 series -0.75 1 \$1;
#X floatatom 97 410 5 0 0 0 - - -;
#X text 138 409 Shift drag to try different exponents.;
#X msg 57 582 random_walk -0.4 0.1 -1 1;
#X text 55 546 Generate a random walk. Arguments: starting value \,
step value \, lower limit \, upper limit.;
#X obj 57 474 tabletool series;
#X obj 57 614 tabletool walk;
#X text 55 328 Generate a series of values between two points. Final
argument is the exponent of the curve. An exponent of 1 will give a
straight line.;
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#X restore 329 310 pd filling;
#X text 50 226 [tabletool] manipulates \, searches \, and provides
information about tables. When the response to a request is a single
number \, it shows up at the left outlet. When the response is a list
\, it is sent out the right outlet. Some methods produce output at
both outlets as value/index pairs.;
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