pmpd2d-help.pd

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#X text 96 12 pmpd : mass - spring - damper model;
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#X text 105 375 Rigidity;
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#X text 466 374 Rigidity with Lmin and Lmax;
#X text 563 583 Lmin;
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#X text 257 375 Rigidity with power = 1/2;
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#X text 730 582 L0;
#X text 688 373 Rigidity with power = 2;
#X text 571 12 The equations are :;
#X text 497 36 if Lmin<|L[n]-L[0]|<Lmax;
#X text 496 75 else;
#X text 496 95 F[n] = D(L[n]-L[n-1]);
#X text 496 54 F[n] = K(L[n] - L[0])^P + D(L[n] - L[n-1]);
#X text 495 124 For oriented links \, the force F[n] is projected onto a vector which is given during the creation of the link using x1y1 coordinates.;
#X text 496 206 x1x2 + y1y2 = 0;
#X text 28 41 pmpd is the 2D object of the pmpd objects collection.;
#X text 27 155 Be careful : if masses are deleted \, list messages won't work;
#X text 27 216 Rigidity \, damping and power are defined by the creation messages. The length is initialised to the distance between the two masses at creation.;
#X text 27 257 Links can be created in one shot between multiple masses \, instead of creation number \, the masses linked are defined by their Id.;
#X text 495 169 For normal vectors \, the direction is calculated using the scalar product :;
#X text 495 248 You can build specific links using different link messages defining the characteristics step by step.;
#X text 28 187 Links connect masses two by two. They've got 4 physical parameters : length \, rigidity \, damping and power.;
#X text 27 60 It is designed to implement particle physical models in PD.The model is based on a two element type : mass and link. The pmpd masses are the principal objects of the model. They've got only one physical parameter \, the value of their mass. They can be mobile or fixed \, in this case forces applied to them automatically \, by links \, or manually \, by messages \, don't do anything.;
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#X text 12 76 Examples:;
#X text 9 419 Inlets:;
#X text 19 448 - Left:;
#X text 10 676 Arguments:;
#X text 11 712 Outlets:;
#X text 19 767 See Also:;
#X text 74 48 Full Name:;
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#X text 5 10 Externals and libraries;
#X obj 44 37 pmpd;
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#X msg 143 100 mass fix 0 10 0 0;
#X msg 89 187 Xmax 4 \, Xmin -4 \, Ymax 4 \, Ymin -4;
#X msg 125 120 mass mob 1 100 0 -2 \, mass mob 1 100 2 0 \, mass mob 1 100 0 2 \, mass mob 1 100 -2 0;
#X msg 107 161 link souple fix mob 10 10 \, link souple mob mob 10 10;
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#X msg 27 96 bang \, massPos \, linkEnd;
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#X text 162 538 To set the model parameters after creation.;
#X text 162 517 To create the model masses and links.;
#X text 103 692 None;
#X text 18 733 - Left:;
#X text 101 734 Outputs the model parameters asked with the attributes messages.;
#X text 101 480 Messages - Different messages are used to control the pmpd object. They are of three types :;
#X text 9 789 CATEGORY: control;
#X text 10 799 KEYWORDS: physical model mass spring damper link;
#X text 12 8 HELP: pmpd2d;
#X obj 157 48 pmpd2d;
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#X msg 357 173 0 \, destroy;
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#X msg 346 129 reset \, create \, 1;
#X text 170 129 1 Create window -->;
#X text 169 150 2 Drag the structure with the mouse;
#X text 169 171 3 Destroy the window -->;
#X text 11 19 DESCRIPTION: Physical modeling for Pd in 2d;
#X text 265 819 - Cyrille Henry 2011;
#X text 265 831 based on MSD by Nicolas Montgermont \, 2005;
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#X text 17 2 ATTRIBUTES Messages;
#X text 15 229 Lists :;
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#X text 785 519 \$2 (optional): Masses Id;
#X text 785 506 \$1 : table name;
#X text 578 5 tables :;
#X text 188 283 Output all links x or y in a list on outlet No 1;
#X msg 14 280 linkPosXL [\$1];
#X msg 35 299 linkPosYL [\$1];
#X msg 15 317 linkPosNormL [\$1];
#X msg 16 351 linkLengthL [\$1];
#X msg 16 370 linkLengthXL [\$1];
#X msg 36 389 linkLengthYL [\$1];
#X msg 19 444 linkPosSpeedL [\$1];
#X msg 19 463 linkPosSpeedXL [\$1];
#X msg 38 482 linkPosSpeedYL [\$1];
#X msg 17 500 linkPosSpeedNormL [\$1];
#X msg 17 540 linkLengthSpeedL [\$1];
#X msg 17 559 linkLengthSpeedXL [\$1];
#X msg 37 578 linkLengthSpeedYL [\$1];
#X msg 575 38 linkPosT \$1 [\$2];
#X msg 575 57 linkPosXT \$1 [\$2];
#X msg 595 75 linkPosYT \$1 [\$2];
#X msg 574 94 linkPosNormT \$1 [\$2];
#X msg 576 132 linkLengthT \$1 [\$2];
#X msg 576 151 linkLengthXT \$1 [\$2];
#X msg 596 170 linkLengthYT \$1 [\$2];
#X msg 575 188 linkLengthNormT \$1 [\$2];
#X msg 576 229 linkPosSpeedT \$1 [\$2];
#X msg 576 248 linkPosSpeedXT \$1 [\$2];
#X msg 596 267 linkPosSpeedYT \$1 [\$2];
#X msg 576 285 linkPosSpeedNormT \$1 [\$2];
#X msg 574 326 linkLengthSpeedT \$1 [\$2];
#X msg 573 345 linkLengthSpeedXT \$1 [\$2];
#X msg 594 364 linkLengthSpeedYT \$1 [\$2];
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#X msg 20 96 linkPos [\$1];
#X msg 20 136 linkEnd [\$1];
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#X text 15 69 generic :;
#X msg 15 407 linkLengthNormL [\$1];
#X msg 18 597 linkLengthSpeedNormL [\$1];
#X msg 575 383 linkLengthSpeedNormT \$1 [\$2];
#X msg 577 429 linkEndT \$1 [\$2];
#X msg 589 449 linkEnd1T \$1 [\$2];
#X msg 589 469 linkEnd2T \$1 [\$2];
#X msg 589 489 linkEndXT \$1 [\$2];
#X msg 589 508 linkEnd1XT \$1 [\$2];
#X msg 589 528 linkEnd2XT \$1 [\$2];
#X msg 589 548 linkEndYT \$1 [\$2];
#X msg 589 568 linkEnd1YT \$1 [\$2];
#X msg 589 588 linkEnd2YT \$1 [\$2];
#X msg 14 261 linkPosL [\$1);
#X text 212 105 linkPos symbolId number centerX centerY;
#X text 213 150 linkEnd symbolId number posX1 posY1 posX2 posY2;
#X text 784 456 table is posX1 posY1 posX2 posY2 ....;
#X text 17 26 The attributes messages ask the object to output some of its internal parameters. They can be output as lists for positions and forces of links;
#X text 183 90 output a message for every link :;
#X text 184 134 output a message for every link :;
#X text 764 35 Output all links center positions on a table [\$1];
#X text 764 56 Output all links center positions x or y on a table [\$1];
#X text 764 94 Output all norm of links center positions vector (sqrt(x*x+y*y)) on a table [\$1];
#X text 767 133 Output all link lengths in a list on outlet No 1;
#X text 766 152 Output all link lengths in x or y in a list on outlet No 1;
#X text 768 189 Output all norm of link length vectors (sqrt(x*x+y*y)) in a list on outlet No 1;
#X text 191 598 Output all norm of link length deformation speed vectors (sqrt(x*x+y*y)) in a list on outlet No 1;
#X text 190 564 Output all link lengths deformation speed in x or y in a list on outlet No 1;
#X text 190 540 Output all links lengths deformation speed in a list on outlet No 1;
#X text 189 502 Output all norm of link center speed vectors (sqrt(x*x+y*y)) in a list on outlet No 1;
#X text 188 461 Output all link center speeds in x or y in a list on outlet No 1;
#X text 189 444 Output all link center speeds in a list on outlet No 1;
#X text 189 407 Output all norm of link length vectors (sqrt(x*x+y*y)) in a list on outlet No 1;
#X text 188 372 Output all link lengths in x or y in a list on outlet No 1;
#X text 188 355 Output all link lengths in a list on outlet No 1;
#X text 188 322 Output all norm of position vectors (sqrt(x*x+y*y)) in a list on outlet No 1;
#X text 188 262 Output all link center positions in a list on outlet No 1;
#X text 768 250 Output all link center speeds in x or y in a list on outlet No 1;
#X text 767 227 Output all link center speeds in a list on outlet No 1;
#X text 767 285 Output all norm of link center speed vectors (sqrt(x*x+y*y)) in a list on outlet No 1;
#X text 769 326 Output all link length deformation speeds in a list on outlet No 1;
#X text 769 352 Output all link length deformation speeds in x or y in a list on outlet No 1;
#X text 768 385 Output all norm of link length deformation speed vectors (sqrt(x*x+y*y)) in a list on outlet No 1;
#X text 770 429 Put position of the 2 link ends on a table [\$1] \, filter on link id is possible;
#X text 154 212 \$1 (optional): Link Id;
#X msg 20 176 linkLength [\$1];
#X text 184 174 output a message for every link :;
#X text 213 190 linkLength symbolId number lengthX lengthY length;
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#X text 17 2 CREATION Messages;
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#X msg 32 104 reset;
#X text 164 186 Add a mass;
#X text 208 216 \$1 : Id (symbol);
#X text 208 236 \$2 : fixed or mobile (0/1);
#X text 208 254 \$3 : mass;
#X text 7 157 Masses :;
#X text 7 74 Reset :;
#X text 99 105 Delete all masses \, links and internal variables;
#X text 6 291 Links :;
#X text 207 357 \$1 : Id (symbol);
#X text 207 410 \$4 : rigidity;
#X text 207 357 \$1 : Id (symbol);
#X text 207 410 \$4 : rigidity;
#X text 207 375 \$2 : creation No/Id of mass1;
#X text 207 393 \$3 : creation No/Id of mass2;
#X text 266 324 Add link(s);
#X text 207 428 \$5 : damping;
#X text 10 28 Creation messages are used to define the structure of the model. Messages create links and masses or destroy them.;
#X msg 30 187 mass \$1 \$2 \$3 \$4 \$5;
#X text 208 272 \$4 \, \$5 : initial position;
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#X text 671 179 \$1 : Id (symbol);
#X text 671 232 \$4 : rigidity;
#X text 671 179 \$1 : Id (symbol);
#X text 671 232 \$4 : rigidity;
#X text 671 197 \$2 : creation No/Id of mass1;
#X text 671 215 \$3 : creation No/Id of mass2;
#X text 671 250 \$5 : damping;
#X text 747 153 Add tangential link(s);
#X text 670 269 \$6 \, \$7 : tangential vector (x \, y);
#X text 471 75 Oriented links :;
#X msg 464 372 tabLink \$1 \$2 \$3 \$4 \$5 \$6 \$7;
#X text 673 397 \$1 : Id (symbol);
#X text 673 397 \$1 : Id (symbol);
#X text 673 414 \$2 : creation No/Id of mass1;
#X text 673 430 \$3 : creation No/Id of mass2;
#X text 655 374 Add non linear link(s);
#X text 673 447 \$4 : table name for the rigidity;
#X text 673 463 \$5 : length of the table;
#X text 673 478 \$6 : table name for the damping;
#X text 673 494 \$7 : length of the table;
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#X text 464 351 Table links :;
#X msg 32 131 print;
#X msg 30 324 link \$1 \$2 \$3 \$4 \$5 [\$6 [\$7 [\$8]]];
#X msg 474 153 tLink \$1 \$2 \$3 \$4 \$5 \$6 \$7 [\$8 [\$9 [\$10]]];
#X text 668 288 [\$8] : Power of the rigidity distance;
#X text 668 307 [\$9] : minimum length of link;
#X text 668 324 [\$10] : maximum length of link;
#X text 204 446 [\$6] : Power of the rigidity distance;
#X text 204 465 [\$7] : minimum length of link;
#X text 204 482 [\$8] : maximum length of link;
#X text 101 131 post current physical model topology;
#X text 472 99 In 2D (and 3D) there are two specials links : oriented links. They work as general links but their calculation is made following a vector.;
#X restore 12 517 pd creation____________;
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#X obj 467 62 cnv 15 450 15 empty empty empty 20 12 0 14 #98b0b0 #404040 0;
#X text 17 62 Masses :;
#X text 480 62 Links :;
#X text 17 2 DYNAMIC SETTINGS Messages;
#X msg 40 183 forceX \$1 \$2;
#X text 190 114 \$1 : Id (symbol) or No;
#X text 193 184 \$1 : Id (symbol) or No;
#X msg 20 311 setMobile \$1;
#X msg 20 332 setFixed \$1;
#X text 166 94 Set position of fixed mass(es);
#X text 171 227 Set minimimum and maximum position of all masses;
#X text 173 311 Set mass to mobile or fixed;
#X msg 483 150 setD \$1 \$2;
#X msg 483 99 setK \$1 \$2;
#X text 611 98 Set rigidity of link(s);
#X text 611 154 Set damping of link(s);
#X text 647 116 \$1 : Id (symbol) or No;
#X text 647 172 \$1 : Id (symbol) or No;
#X text 647 225 \$1 : Id (symbol) or No;
#X text 197 329 \$1 : Id (symbol) or No;
#X msg 20 423 grabMass \$1 \$2 \$3;
#X msg 40 204 forceY \$1 \$2;
#X msg 20 481 setMassId \$1 \$2;
#X text 172 480 Change the Id of a mass;
#X text 200 498 \$1 : mass (number or Id);
#X msg 19 601 setSpeed \$1 \$2;
#X text 200 557 \$1 : Id (symbol) or No;
#X text 170 537 set force on mass(es);
#X text 200 620 \$1 : Id (symbol) or No;
#X text 168 601 set speed of a mass(es);
#X text 200 680 \$1 : Id (symbol) or No;
#X text 171 662 add pos of a mass(es);
#X text 201 458 \$3 : grab or not (0 or 1);
#X msg 20 537 setForce \$1 \$2 \$3;
#X text 200 575 \$2 / \$3 : Value;
#X msg 40 557 setForceX \$1 \$2;
#X msg 40 576 setForceY \$1 \$2;
#X msg 20 163 force \$1 \$2 \$3;
#X text 196 241 \$1 / \$2 : Value;
#X msg 39 620 setSpeedX \$1 \$2;
#X msg 39 639 setSpeedY \$1 \$2;
#X text 200 637 \$2 / \$3 : Value;
#X text 201 698 \$2 / \$3 : Value;
#X msg 20 662 addPos \$1 \$2 \$3;
#X msg 483 352 setLinkId \$1 \$2;
#X text 612 353 Change the Id of a link;
#X text 647 385 \$2 : New Id;
#X msg 483 412 setLKTab \$1 \$2;
#X text 611 412 change the table (K) size of a non linear link;
#X text 649 449 \$2 : New KL;
#X msg 483 474 setLDTab \$1 \$2;
#X text 611 474 change the table (D) size of a non linear link;
#X text 647 511 \$2 : New DL;
#X msg 21 225 min \$1 \$2;
#X msg 21 245 max \$1 \$2;
#X msg 40 681 addPosX \$1 \$2;
#X msg 40 701 addPosY \$1 \$2;
#X text 199 803 \$1 : Id (symbol) or No;
#X msg 18 787 setDEnvOffset \$1 \$2;
#X text 169 787 Change environment damping offset;
#X text 173 732 Change environment damping;
#X msg 19 732 setDEnv \$1 \$2;
#X text 199 748 \$1 : Id (symbol) or No;
#X msg 41 265 minX \$1;
#X msg 100 265 maxX \$1;
#X msg 41 287 minY \$1;
#X msg 100 287 maxY \$1;
#X msg 21 96 setPos \$1 \$2 \$3;
#X msg 41 116 setPosX \$1 \$2;
#X msg 41 137 setPosY \$1 \$2;
#X text 615 278 Set initial length of link(s);
#X text 647 296 \$1 : Id (symbol) or No;
#X msg 482 277 setLCurrent \$1 [\$2];
#X text 647 314 \$2 : mix between link size (0) and current length (1);
#X text 614 582 compute the link at each bang;
#X msg 484 626 setOverdamp \$1 \$2;
#X text 649 670 \$2 : overdamp value;
#X msg 486 691 setEnd \$1 \$2 \$3;
#X text 643 726 \$2 : mass number for end 1;
#X text 611 692 Change the masses a link is connected to;
#X text 643 742 \$3 : mass number for end 2;
#X msg 500 714 setEnd1 \$1 \$2;
#X msg 500 736 setEnd2 \$1 \$2;
#X text 171 422 Grab nearest mass and move it;
#X text 201 442 \$1 \$2 : position;
#X text 10 25 Dynamic settings messages allow the user to redefine internal parameters of links and masses.;
#X text 171 163 Add force to mass(es);
#X text 672 332 if no \$2 arg is provided \, then L is set to current length;
#X text 614 538 do not compute a link anymore;
#X text 610 627 Change the overdamp of a link. i.e a strange parameter that amplifies forces opposed to movement. Use at your own risk.;
#X text 525 771 if only 1 argument is provided \, message generally uses this argument as the value applied to all masses (or links);
#X text 647 369 \$1 : link (Id (symbol) or No);
#X text 648 432 \$1 : link (Id (symbol) or No);
#X text 647 494 \$1 : link (Id (symbol) or No);
#X text 648 558 \$1 : link (Id (symbol) or No);
#X text 648 602 \$1 : link (Id (symbol) or No);
#X text 649 656 \$1 : link (Id (symbol) or No);
#X text 643 710 \$1 : link (Id (symbol) or No);
#X text 647 134 \$2 : New value (float or table);
#X text 647 190 \$2 : New value (float or table);
#X text 647 243 \$2 : New value (float or table);
#X text 200 818 \$2 : damping (float or table);
#X text 200 763 \$2 : damping (float or table);
#X text 199 515 \$2 : New Id;
#X text 192 202 \$2 / \$3 : Value (float or symbol);
#X msg 483 538 setInactive \$1;
#X msg 484 582 setActive \$1;
#X text 190 131 \$2 / \$3 : Value (float or table);
#X msg 483 205 setL \$1 \$2 [\$3];
#X text 646 259 \$3 : optional multiplicator coefficient for the table;
#X msg 484 227 addL \$1 \$2 [\$3];
#X text 529 822 Set messages can also accept 2 float for mass / link Id :;
#X msg 603 841 setK 1 200 0.3;
#X text 533 841 example :;
#X text 536 863 will set rigidity of all link from number 1 to number 200 to 0.3, f 65;
#X text 611 207 Set length of link(s) / add value to link length;
#X msg 21 357 setM \$1 \$2;
#X text 190 376 \$1 : mass (number or Id);
#X text 147 359 Change the weight of a mass;
#X text 189 393 \$2 : New mass (float or table);
#X restore 12 537 pd dynamic settings ___;
#X text 112 768 54_pmpd2dtest.pd;
#N canvas 40 130 1153 632 masses_attributes___ 0;
#X obj 5 75 cnv 15 500 15 empty empty empty 20 12 0 14 #98b0b0 #404040 0;
#X obj 5 3 cnv 15 500 15 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X obj 10 298 cnv 15 150 300 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X obj 4 277 cnv 15 500 15 empty empty empty 20 12 0 14 #98b0b0 #404040 0;
#X text 17 74 General :;
#X text 27 2 ATTRIBUTES Messages;
#X text 17 276 Lists :;
#X text 169 326 Output all masses x or y in a list on outlet No 1;
#X obj 541 26 cnv 15 170 330 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X obj 541 5 cnv 15 590 15 empty empty empty 20 12 0 14 #98b0b0 #404040 0;
#X text 342 597 \$1 (optional): Masses Id;
#X text 765 354 \$2 (optional): Masses Id;
#X text 764 341 \$1 : table name;
#X obj 10 97 cnv 15 150 150 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X msg 14 105 massPos [\$1];
#X text 187 106 \$1 : id float or symbol of masses (nothing for all);
#X text 218 143 massPos symbolId number posX posY posZ;
#X text 187 166 \$1 : id float or symbol of masses (nothing for all);
#X text 187 225 \$1 : id float or symbol of masses (nothing for all);
#X msg 14 224 massForce [\$1];
#X msg 14 165 massSpeed [\$1];
#X msg 13 303 massPosL [\$1];
#X msg 13 322 massPosXL [\$1];
#X msg 33 341 massPosYL [\$1];
#X msg 14 398 massSpeedL [\$1];
#X msg 14 417 massSpeedXL [\$1];
#X msg 34 435 massSpeedYL [\$1];
#X msg 15 454 massSpeedsNormL [\$1];
#X msg 18 501 massForceL [\$1];
#X msg 18 520 massForceXL [\$1];
#X msg 38 539 massForceYL [\$1];
#X msg 18 557 massForceNormL [\$1];
#X msg 549 38 massPosT \$1 [\$2];
#X msg 549 57 massPosXT \$1 [\$2];
#X msg 569 76 massPosYT \$1 [\$2];
#X msg 548 94 massPosNormT \$1 [\$2];
#X obj 545 401 cnv 15 170 200 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X obj 543 379 cnv 15 590 15 empty empty empty 20 12 0 14 #98b0b0 #404040 0;
#X text 755 408 output the closest mass;
#X text 546 379 others :;
#X msg 555 567 massDistance [\$1 [\$2]];
#X text 764 582 distance mass1 mass2 distanceX \, distanceY \, distanceZ \, distance;
#X msg 551 410 closestMass \$1 \$2 \$3 [\$4];
#X text 794 451 \$3 : none or Id;
#X text 15 30 The attributes messages ask the object to output some of its internal parameters. They can be output as lists for positions and forces of masses.;
#X text 188 126 output a message for every mass :;
#X text 188 186 output a message for every mass :;
#X text 188 241 output a message for every mass :;
#X text 172 499 Output all forces applied to masses in a list on outlet No 1;
#X text 724 263 Output all forces applied to masses on a table;
#X text 729 568 output a series of messages :;
#X text 170 310 Output all mass positions in a list on outlet No 1;
#X text 168 361 Output all norm of position vectors (sqrt(x*x+y*y)) in a list on outlet No 1;
#X text 171 399 Output all mass speeds in a list on outlet No 1;
#X text 171 418 Output all mass speeds in x or y in a list on outlet No 1;
#X text 171 456 Output all norm of speed vectors (sqrt(x*x+y*y)) in a list on outlet No 1;
#X text 172 519 Output all mass forces in x or y in a list on outlet No 1;
#X text 171 557 Output all norm of force vectors (sqrt(x*x+y*y)) in a list on outlet No 1;
#X text 719 38 Output all mass positions on a table (\$1);
#X text 719 57 Output all mass x or y on a table (\$1);
#X text 721 94 Output all norm of position vectors (sqrt(x*x+y*y)) on a table (\$1);
#X text 722 149 Output all mass speeds on a table;
#X text 723 172 Output all mass speeds in x or y on a table;
#X text 724 209 Output all norm of speed vectors (sqrt(x*x+y*y)) on a table;
#X text 724 281 Output all mass forces in x or y on a table;
#X text 724 315 Output all norm of force vectors (sqrt(x*x+y*y)) on a table;
#X text 544 5 tables out :;
#X text 794 422 \$1 : x position;
#X text 794 437 \$2 : y position;
#X text 218 203 massSpeed symbolId number speedX speedY speedZ;
#X text 218 258 massForce symbolId number forceX forceY forceZ;
#X msg 550 152 massSpeedT \$1 [\$2];
#X msg 550 171 massSpeedXT \$1 [\$2];
#X msg 570 190 massSpeedYT \$1 [\$2];
#X msg 550 208 massSpeedNormT \$1 [\$2];
#X msg 551 259 massForceT \$1 [\$2];
#X msg 550 278 massForceXT \$1 [\$2];
#X msg 550 297 massForceYT \$1 [\$2];
#X msg 550 315 massForceNormT \$1 [\$2];
#X text 755 478 output the closest mass;
#X msg 551 480 closestMassN \$1 \$2 \$3 \$4 [\$5];
#X text 794 493 \$1 : Number of closest mass to output;
#X text 794 508 \$2 : x position;
#X text 794 523 \$3 : y position;
#X text 794 537 \$4 : none or Id;
#X msg 13 359 massPosNormL [\$1];
#X restore 12 557 pd masses_attributes___;
#N canvas 120 246 751 772 tests 0;
#X obj 5 3 cnv 15 700 15 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X text 17 2 TESTS Messages;
#X obj 5 44 cnv 15 330 230 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X msg 16 50 testMass testId filterId filter_parameter ...;
#X text 377 69 testMass testId mass_number;
#X text 380 130 testMassL filterID 0/1 0/1 0/1 ...;
#X msg 15 155 testMassT tab_name filterId filter_parameter ...;
#X msg 14 99 testMassL testId filterId filter_parameter ....;
#X text 52 277 masses test can be :;
#X text 339 47 output a message for every mass that passes all the tests:;
#X text 344 99 output a list with 0 or 1 for every mass depending on whether it passes all tests or not;
#X text 341 158 Put in a table 0 or 1 depending on whether masses pass all tests;
#X obj 4 24 cnv 15 700 15 empty empty empty 20 12 0 14 #98b0b0 #404040 0;
#X text 17 24 masses :;
#X obj 9 374 cnv 15 700 15 empty empty empty 20 12 0 14 #98b0b0 #404040 0;
#X text 22 374 links :;
#X obj 10 395 cnv 15 330 230 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X msg 17 404 testLink testId filterId filter_parameter ...;
#X msg 16 454 testLinkL testId filterId filter_parameter ....;
#X msg 17 505 testLinkT tab_name filterId filter_parameter ...;
#X text 377 424 testLink testId mass_number;
#X text 377 489 testLinkL filterID 0/1 0/1 0/1 ...;
#X text 58 633 links test can be :;
#X text 345 404 output a message for every link that passes all the tests:;
#X text 346 457 output a list with 0 or 1 for every link depending on whether it passes all tests or not;
#X text 346 508 Put in a table 0 or 1 depending on whether links pass all tests;
#X text 346 556 output : testLinkN \, link_id \, link_number \, 0 or 1 (test result);
#X text 346 207 output : testMassN \, mass_id \, mass_number \, 0 or 1 (test result);
#X text 196 277 Id \$1 / mobile \$1 / posXSup \$1 / posXInf \$1 / posYSup \$1 / posYInf \$1 / speedXSup \$1 / speedXInf \$1 / speedYSup \$1 / speedYInf \$1 / speedSup \$1 / speedInf \$1 / distanceCircleSup \$1 \$2 \$3 (centerX \, centerY \, distance) / distanceCircleInf \$1 \$2 \$3 (centerX \, centerY \, distance) / massSup \$1 / massInf \$1 / forceSup \$1 / forceInf \$1 / forceXSup \$1 / forceXInf \$1 / forceYSup \$1 / forceYInf \$1 / nbLinkInf \$1 / nbLinkSup \$1 / nbLinkEqual \$1 / nbLinkNameInf \$1 \$2 / nbLinkNameSup \$1 \$2 / nbLinkNameEqual \$1 \$2, f 83;
#X text 200 633 Id \$1 / active \$1 / forceSup \$1 / forceInf \$1 / forceXSup \$1 / forceXInf \$1 / forceYSup \$1 / forceYInf \$1 / lengthSup \$1 / lengthInf \$1 / lengthXSup \$1 / lengthXInf \$1 / lengthYSup \$1 / lengthYInf \$1 / connectedTo \$1 (symbol or float);
#X msg 17 555 testLinkN link_number filterId filter_parameter ...;
#X msg 15 245 testMassNumber testId filterId filter_parameter ...;
#X text 347 247 output : testMassN \, testId \, float;
#X text 347 597 output : testMassN \, testId \, float;
#X msg 15 595 testLinkN testId filterId filter_parameter ...;
#X msg 15 205 testMassN testId massnumber filterId filter_parameter ...;
#X restore 12 596 pd tests ______________;
#N canvas 1081 499 709 556 interactors 0;
#X obj 30 11 cnv 15 600 15 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X obj 30 33 cnv 15 330 450 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X text 85 75 \$2 \$3 : center of the circle;
#X text 84 89 \$4 : circle radius;
#X text 84 103 \$5 : K;
#X text 84 116 \$6 : power of the force;
#X text 88 227 \$1 : mass Id (float or symbol) to apply this interactor;
#X text 86 254 \$4 \$5 : 2nd point of the line;
#X text 86 269 \$6 : K;
#X text 86 284 \$7 : power of the force;
#X text 86 299 \$8 : minimum profound of the interactor;
#X text 85 314 \$9 : maximum profound of the interactor;
#X msg 44 205 iLine \$1 \$2 \$3 \$4 \$5 \$6 [\$7 [\$8 [\$9 ]]];
#X text 84 130 \$7 : K tengential;
#X text 84 144 \$8 : power of the tengential force;
#X text 83 160 \$9 : minimum radius of the interactor;
#X text 82 174 \$10 : maximum radius of the interactor;
#X msg 41 41 iCircle \$1 \$2 \$3 \$4 \$5 [\$6 [\$7 [\$8 [\$9 [\$10 ]]]]];
#X text 86 62 \$1 : mass Id (float or symbol) to apply this interactor;
#X text 87 240 \$2 \$3 : 1st point of the line;
#X text 42 10 INTERACTOR Messages;
#X text 370 40 create a one time circular interaction on masses;
#X text 367 201 create a one time linear interaction on masses;
#X msg 44 354 iMatrix \$1 \$2 \$3 \$4 \$5 \$6 \$7 \$8 \$9;
#X text 85 373 \$1 : mass Id (float or symbol) to apply this interactor;
#X text 86 388 \$2 : K;
#X text 86 402 \$3 \$4 \$5 \$6 : space limitation of the matrix in the pm world (Xmin \, Xmax \, Ymin \, Ymax);
#X text 87 430 \$7 \$8 : matrix size;
#X text 87 445 \$9 \$10 : table name (X and Y) containing matrix data;
#X text 367 351 create a one time spacial interaction on masses;
#X restore 12 615 pd interactors ________;
#N canvas 888 243 584 585 statistics 0;
#X obj 3 50 cnv 15 150 210 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X obj 5 30 cnv 15 550 15 empty empty empty 20 12 0 14 #98b0b0 #404040 0;
#X text 371 250 \$1 : none or Id;
#X msg 9 63 massPosMean;
#X msg 9 85 massPosStd \$1;
#X msg 9 110 massForceMean;
#X msg 9 134 massForceStd \$1;
#X msg 10 161 massSpeedMean;
#X msg 9 185 massSpeedStd \$1;
#X text 160 63 output the average position of masses and center distance;
#X text 18 30 masses :;
#X obj 5 286 cnv 15 150 290 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X obj 4 266 cnv 15 550 15 empty empty empty 20 12 0 14 #98b0b0 #404040 0;
#X msg 11 321 linkPosStd \$1;
#X msg 11 378 linkLengthStd \$1;
#X msg 11 434 linkPosSpeedStd \$1;
#X text 419 563 \$1 : none or Id;
#X msg 11 499 linkLengthSpeedStd \$1;
#X msg 11 293 linkPosMean \$1;
#X msg 11 349 linkLengthMean \$1;
#X msg 12 406 linkPosSpeedMean \$1;
#X msg 11 469 linkLengthSpeedMean \$1;
#X text 17 266 links :;
#X text 160 161 output the average velocity of masses (X \, Y \, Norm);
#X text 164 404 output the average center position velocity of links (X \, Y \, Norm);
#X text 160 84 output the standard deviation of mass positions and center distance;
#X text 160 110 output the average force applied to masses (X \, Y and Norm);
#X text 161 133 output the standard deviation of mass forces;
#X text 160 188 output the standard deviation of mass velocities;
#X text 162 323 output the standard deviation of link center positions;
#X text 162 350 output the average link lengths (X \, Y \, L);
#X text 163 377 output the standard deviation of link lengths;
#X text 164 434 output the standard deviation of link center position velocities;
#X text 162 470 output the average change in link lengths (X \, Y \, Norm);
#X text 162 499 output the standard deviation of link lengths change;
#X text 162 290 output the average position of link centers (X \, Y \, center disdance);
#X obj 5 6 cnv 15 550 15 empty empty empty 20 12 0 14 #e0e0e0 #404040 0;
#X text 17 5 STATISTICS Messages;
#X msg 10 213 massInfo \$1;
#X msg 12 525 linkInfo \$1;
#X msg 10 239 massNumber \$1;
#X msg 12 551 linkNumber;
#X text 160 213 output various information on the masses;
#X text 161 241 output the number of masses;
#X text 165 525 output various information on the links;
#X text 166 553 output the number of links;
#X restore 12 635 pd statistics _________;
#X text 164 617 To send complex forces;
#X text 163 636 To get statistical data of the simulation;
#X text 101 448 Bang - A bang at the left inlet computes the new model state based on previous time step.;
#X text 164 598 To test specific parameters;
#X text 163 558 To get the model parameters (masses).;
#X text 163 578 To get the model parameters (links).;
#X text 290 97 you need GEM for this example.;
#X obj 173 97 declare -lib Gem;
#X obj 4 318 cnv 15 550 15 empty empty empty 20 12 0 14 #98b0b0 #404040 0;
#X text 9 318 Arguments:;
#X text 17 333 - Max number of masses that can be created;
#X text 17 346 - Max number of link that can be created;
#X text 16 378 Default is 10000 mass and link. It should be OK for most uses \, but can be reduce to save memory \, or increase for more complex simulation, f 86;
#X text 17 360 When only 1 argument is provided \, it is used for both mass and link maximum number, f 87;
#X obj 172 244 route massPos linkEnd;
#X connect 21 0 37 0;
#X connect 24 0 23 0;
#X connect 25 0 72 0;
#X connect 26 0 19 0;
#X connect 37 0 20 0;
#X connect 38 0 22 0;
#X connect 39 0 38 0;
#X connect 41 0 40 0;
#X connect 43 0 40 0;
#X connect 72 0 42 0;
#X connect 72 1 42 1;