SMCH.p21

From WikiSTEP

ISO-10303-21;

/* Application extension implementation and Part 21 File for SMCH */

HEADER;

FILE_DESCRIPTION(

/* description */ (' '), /* implementation_level */ '2;1');

FILE_NAME( /* name */ 'lbracket', /* time_stamp */ '2000-06-15T14:03:15-04:00', /* author */ (' '), /* organization */ (' '), /* preprocessor_version */ ' ', /* originating_system */ ' ', /* authorisation */ ' ');

FILE_SCHEMA (('construction_history_schema')); ENDSEC;

DATA;

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'configuration controlled 3D designs of mechanical parts and assemblies ');

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  2. 398=DIMENSIONAL_EXPONENTS(0.,0.,0.,0.,0.,0.,0.);
  3. 399=LENGTH_MEASURE_WITH_UNIT(LENGTH_MEASURE(25.4),#400);
  4. 400=(LENGTH_UNIT()NAMED_UNIT(*)SI_UNIT(.MILLI.,.METRE.));

/* Beginning of the Construction History part of file--context info first */

  1. 410 = GEOMETRIC_REPRESENTATION_CONTEXT(3)

GLOBAL_UNCERTAINTY_ASSIGNED_CONTEXT((#411)) GLOBAL_UNIT_ASSIGNED_CONTEXT((#416,#413,#412)) REPRESENTATION_CONTEXT('lsketch','FOR EXTRUSION TO SOLID MODEL'));

  1. 411=UNCERTAINTY_MEASURE_WITH_UNIT(LENGTH_MEASURE(7.8740157480315E-07),#416, 'DISTANCE_ACCURACY_VALUE','Maximum Tolerance applied to model');
  2. 412=(NAMED_UNIT(*)SI_UNIT($,.STERADIAN.)SOLID_ANGLE_UNIT());
  3. 413=(CONVERSION_BASED_UNIT('DEGREE',#394)NAMED_UNIT(#398)

PLANE_ANGLE_UNIT());

  1. 414=PLANE_ANGLE_MEASURE_WITH_UNIT(PLANE_ANGLE_MEASURE(0.0174532925),
  2. 415);
  3. 415=(NAMED_UNIT(*)PLANE_ANGLE_UNIT()SI_UNIT($,.RADIAN.));
  4. 416=(CONVERSION_BASED_UNIT('INCH',#419)LENGTH_UNIT()NAMED_UNIT(#397));
  5. 417=DIMENSIONAL_EXPONENTS(1.,0.,0.,0.,0.,0.,0.);
  6. 418=DIMENSIONAL_EXPONENTS(0.,0.,0.,0.,0.,0.,0.);
  7. 419=LENGTH_MEASURE_WITH_UNIT(LENGTH_MEASURE(25.4),#420);
  8. 420=(LENGTH_UNIT()NAMED_UNIT(*) SI_UNIT(.MILLI.,.METRE.));

/* This section is to define the face/profile given in Figure 3 */

  1. 425 = AXIS2_PLACEMENT_3D('AP3D1', #430, #490,#500);
  2. 430 = CARTESIAN_POINT('P1', (0.0, 0.0, 0.0));
  3. 432 = VERTEX_POINT('VP1', #430);
  4. 440 = CARTESIAN_POINT('P2', (10.0, 0.0, 0.0));
  5. 442 = VERTEX_POINT('VP2', #440);
  6. 450 = CARTESIAN_POINT('P3', (10.0, 6.0,0.0));
  7. 452 = VERTEX_POINT('VP3', #450);
  8. 460 = CARTESIAN_POINT('P4', (3.0, 6.0,0.0));
  9. 462 = VERTEX_POINT('VP4', #460);
 10. 470 = CARTESIAN_POINT('P5', (3.0, 12.0,0.0));
 11. 472 = VERTEX_POINT('VP5', #470);
 12. 480 = CARTESIAN_POINT('P6', (0.0, 12.0, 0.0));
 13. 482 = VERTEX_POINT('VP6', #480);
 14. 490 = DIRECTION('XDIR', (1.0, 0.0, 0.0));
 15. 492 = VECTOR('V1', #490, 1.0);
 16. 500 = DIRECTION('YDIR', (0.0, 1.0, 0.0));
 17. 502 = VECTOR('V2', #500, 1.0);
 18. 505 = DIRECTION('ZDIR', (0.0, 0.0, 1.0));
 19. 506 = VECTOR('V3', #505, 1.0);
 20. 507 = DIRECTION('-ZDIR', (0.0, 0.0, -1.0));
 21. 508 = VECTOR('V4', #507, 1.0);
 22. 510 = LINE('L1', #430, #490);
 23. 520 = LINE('L2', #440, #500);
 24. 530 = LINE('L3', #450, #490);
 25. 540 = LINE('L4', #460, #500);
 26. 550 = LINE('L5', #470, #490);
 27. 560 = LINE('L6', #480, #500);

  1. 570 = EDGE_CURVE('EC1', #432, #442, #510,.T.);
  2. 580 = EDGE_CURVE('EC2', #442, #452, #520,.T.);
  3. 590 = EDGE_CURVE('EC3', #452, #462, #530,.T.);
  4. 600 = EDGE_CURVE('EC4', #462, #472, #540,.T.);
  5. 610 = EDGE_CURVE('EC5', #472, #482, #550,.T.);
  6. 620 = EDGE_CURVE('EC6', #482, #492, #560,.T.);

  1. 630 = ORIENTED_EDGE('OE1',*,*, #570, .T.);
  2. 632 = ORIENTED_EDGE('OE2',*,*, #580, .T.);
  3. 634 = ORIENTED_EDGE('OE3',*,*, #590, .F.);
  4. 636 = ORIENTED_EDGE('OE4',*,*, #600, .T.);
  5. 638 = ORIENTED_EDGE('OE5',*,*, #610, .F.);
  6. 640 = ORIENTED_EDGE('OE6',*,*, #620, .F.);

  1. 670 = EDGE_LOOP('EL1', (#630, #632, #634, #636, #638, #640));
  2. 680 = FACE_BOUND('FB1', #670, .T.);

  1. 700 = PLANE('PLANE1', #425);

  1. 702 = FACE_SURFACE('FACE_SURFACE1', (#680), #700, .F.);

/* the direction of sweep is in +z direction and a distance of 8.0 */

  1. 800 = PARAMETRIC_EXTRUDED_FACE_SOLID('LBLOCK', #702, #505, 8.0);

/* the following implicit faces are the original faces that form the edge curve that is filleted */

  1. 802 = EDGE_CURVE ('EC3', #450, #460,#530, .F.);
  2. 804 = PARAMETRIC_EXTRUDED_EDGE_FACE('EF3', #802, #505, 8.0);
  3. 806 = EDGE_CURVE('EC4', #460, #470, #540, .T.);
  4. 808 = PARAMETRIC_EXTRUDED_EDGE_FACE('EF4', #806, #505, 8.0);

  1. 850 = CARTESIAN_POINT (' ',(3.0,6.0,0.0));
  2. 852 = VERTEX ('V1', #850));
  3. 860 = DIRECTION (' ', (0.0,0.0,1.0));
  4. 865 = VECTOR(' ', #860, 1.0);
  5. 870 = LINE (' ', #850,#865);
  6. 880 = CARTESIAN_POINT (' ', (3.0,6.0,8.0));
  7. 882 = VERTEX ('V2', #880));

/* define the end points of the segment to be filleted -- the curve(#870) will be the underlying curve for the fillet edge_curve */

  1. 890 = EDGE_CURVE('fillet edge', #852, #882, #870, .T.);

/* next the edge is filleted with fixed radius */

  1. 900 = EDGE_BLEND_FILLET_FIXED_RADIUS('Lblock','feature to test', #950, .T., (#890),(2.0));

  1. 950 = PRODUCT_DEFINITION_SHAPE(' ', ' ', #970, #980);
  2. 970 = PRODUCT_DEFINTION_FORMATION(' ', ' ', #972);
  3. 972 = PRODUCT(' ', ' ', ' ', #974);
  4. 974 = PRODUCT_CONTEXT(' ', #976, ' ');
  5. 976 = APPLICATION_CONTEXT('CONSTRUCTION HISTORY EXCHANGE');

/* next the right circular cylinder and cone are positioned and unioned*/

  1. 1010 = CARTESIAN_POINT('CENTER OF BOTTOM FACE', (7.5, 4.0, 4.0));
  2. 1020 = AXIS1_PLACEMENT('A1_PL1', #1010, #505);
  3. 1030 = RIGHT_CIRCULAR_CYLINDER('RCYL1', #1020, 1.0);

  1. 1040 = CARTESIAN_POINT('APEX OF CONE', (7.5, 3.0, 4.0));
  2. 1050 = AXIS1_PLACEMENT('A1_PL2', #1040, #507);
  3. 1060 = RIGHT_CIRCULAR_CONE('RCO1', #1050, 1.0, 0.0, 45);

  1. 1070 = BOOLEAN_RESULT('BR1', .UNION., #1030, #1060);

/* next the cylinder with conical tip is subtracted from solid to generate a hole with cylindrical vertical sides and conical bottom*/

  1. 1080 = BOOLEAN_RESULT('BR2', .DIFFERENCE., #900, #1070);

  1. 1090 = CONSTRUCTION_HISTORY_SHAPE_REPRESENTATION('CHSR', (#1110), #410);

/* the operation sequence is a list of construction operations in order in which they occurred in the design process - the face surface, solid of extrusion, fillet feature, cylinder, cone, union, difference (the final solid) */

  1. 1110 = OPERATION_SEQUENCE('OS1',(#702,#800, #900, #1030,#1060,#1070, #1080));

  1. 1120 = IMPORTED_REFERENCE_ELEMENT('IRE', (#900, #804, #808));

/*the functional paremetric history model is which includes the current instance (#11)-- a Brep model plus the history function entities that have recorded the relevant construction operations */

  1. 1200 = FUNCTIONAL_PARAMETRIC_HISTORY_MODEL ('STEP HISTORY MODEL', #11, #1090, #1120);

ENDSEC; END-ISO-10303-21;ISO-10303-21;