Creating Conceptual mass in REVIT and Creation of Sinusoidal curve and a Parametric stadium using Dynamo

                                                              ANSWER NO 1

AIM : Using Dynamo create a set of sinusoidal points and create a curve and create a surface out of the curve.

PROCEDURE

STEP 1 OPEN THE REVIT SOFTWARE AND SELELCT THE ARCHITECTURAL TEMPLATES THEN GO TO THE MANAGE TAB AND OPEN THE DYNAMO ICON .

STEP 2 OPEN THE NEW OPTION.

STEP 3 SEARCH INTEGER SLIDER AND CREATE 3 INTEGER SLIDER.

STEP 4 WE ARE SET THE LIMIT OF THEIR INTEGER SLIDER FIRST SLIDER SET 26 SECOND IS 620 AND THIRD IS 23.

STEP 5 SEARCH THE RANGE OPTION.

STEP 6 CREATE THE RANGE ABS AND FIRST SLIDER CONNECT TO START OPTION AND SECOND SLIDER CONNECT TO END OPTION  AND THIRD IS CONNECT TO STEP OPTION OF RANGE.

STEP 7 SEARCH THE POINT OPTION AND SELECT THE BY  POINT BY COORDINATE OPTION.

STEP 8 WE ARE CREATE THE TWO POINT BY COORDINATE OPTION.

STEP 9 SEARCH THE MATH.SIN AND SELELCT THE SIN OPTION AND SEARCH THE CODE BLOCK OPTION.

STEP 10 GO TO THE ENABLE BACKGROUND OPTION AND SHOW THW POINTS.

STEP 11 SEARCH THE PRODUCT OPTION.

STEP 12 SELECT THE RETURNS OPTION. LIST OPTION OF RANGE CONNECT TO THE  X AXIS OF POINT BY COORDINATES OPTION. AND WE ARE SET THE LIMIT OF CODE BLOCK IS 50.

STEP 13 THE IST OPTION CONNECT TO THE ANGLE OF MATH.SIN OPTION AND X AXIS OF SECOND POINT BY COORDINATE OPTION Z AXIS OF FIRST COORDINAE OPTION CONNECT TO THE  NUMBER PF RETURN PRODUCT OPTION CODE BLOCK IS CONNECT TO THE Y TERMS OF RETURNS MULTIPLIED OPTION  AND THE Y AXIS RETURNS MULTIPLIED IS CONNECT TO THE DOUBLE OPTION OF MATH.SIN OPTION.AN Y AXIS OF SECOND COORDINATE OPTION IS SELELCT THE CONNECT THE DOUBLE  MATH.SIN OPTION AND Z AXIS IS CONNECT THE CODE BLOCK OPTION.

 STEP 14 SEARCH THE NURBCURVE OPTION. 

STEP 15 SELLECT THE NURBCURVE .BY CONTROL POINT. AND SEARCH THE LIST CRAETE OPTION. AND CREATE THE LIST0 AND LIST1.

STEP 16 SEARCH THE SURFACE AND SELELCT THE BY LOFT SURFACE.

STEP 17 SECOND COORDINATE BY POINT  OPTION  OF POINT IS CONNECT TO THE CODE BLOCK AND POINT OPTION OF NURBS CURVE BY COORDINATE OPTION. AND LIST 0 IS CONNECT TO THE NURBSCURVE OPTION AND LIST 1 IS CONNECT TO THE  Z AXIS OF FIRST COORDINATE BY POINT OPTION. AND LIST OPTION IS CONNECT TO THE  CROSS SECTION OF SURFACE BY LOFT.

RESULT.

                                                                       ANSWER NO 2

AIM ;  Create a conceptual layout of floor plan in dynamo . Using the tools available in dynamo link the lines to appropriate model elements in Revit by choosing the wall types and wall parameters. Make use of the sliders to slide through the height of the wall and length of the wall.

PROCEDURE :

STEP 1 OPEN THE NEW ARCHITECTURL TEMPLATES AND GO TO THE MANAGE TAB AND OPEN THE DYNAMO OPTION .

STEP 2 OPEN THE NEW TAB OF DYANMO

STEP 3 SEARCH THE INTEGER SLIDER.

STEP 3 SELLECT TWO INTEGER SLIDER AND THEIE LIMITS ARE 100,100.

STEP 4 SEARCH THE POINT OPTION.

STEP  5 SELLECT THE POINT BY COORDINATE OPTION AND CREATE FOUR POINT BY COORDINATE.

STEP 6 FIRST SLIDER IS CONNECT TO THE  X AXIS OF  FIRST POINT BY COORDINATES.AND Y AXIS OF SECOND POINT BY COORDINATES AND SECOND SLIDER IS CONNECT TO THE X AXIS OF SECOND POINT BY COORDINATES ,Y AXIS OF THIRD POINT BY COORDNATES.

STEP 7 SEARCH THE LINE OPTION AND SELELCT THE BY START POINT END POINT.

STEP 8 CREATE THE 4 BY START POINT END POINT OPTION.

STEP 9  POINT OPTION OF FIRST POINT BY COORDINATE IS CONNECT THE START POINT OF FIRST LINE BY START END POINT AND END POINT OF 4 LINE START END POINT OPTION. AND SECOND POINT BY COORDINATES IS CONNECT TO THE END POINT OF FIRST LINE OPTION AND START POINT OF SECOND LINE OPTION .AND THIRD POINT BY COORDINATES  IS CONNECT TO THE  END POINT OF SECONT LINE OPTION AND START POINT OF THIRD LINE OPTION AND FOUTH OPTION OF POINT BY COORDINATES OPTION IS CONNECT TO THE  END POINT OF THIRD LINE OPTION ,STARTPOINT OF FOUTH LINE OPTION.

STEP 10 SHOW THE WALL IN DYNAMO .

STEP 11 GO TO THE REVIT SOFTWARE AND SHOW THE WALL.

STEP 12 SEARCH THE LIST CREATE OPTION.

STEP 13 CREATE THE ITEM 0,1,2,3.

STEP 14  FIRST LINE OPTION CONNECT THE ITEM O.SECONDLINE OPTION  IS CONNECT ITEM 2, THIRD LINE OPTION  IS CONNECT ITEM 3, AND FOURTH LINE OPTION IS CONNECT THE ITEM 4 OF CREATE LIST OPTION.

STEP 15 SEARCH THE LEVELS OPTION.

STEP 16 SEARCH THE WALL AND SELELCT THE THE WALL TYPE OPTION.

STEP 17 SELECT THE WALL BY CURVE AND HEIGHT.

STEP 18 SEARCH THE INTEGGER  AND SELELCT THE INTEGGER SLIDER OPTION.

STEP 19 SET THE LIMIT 10 OF INTIGER SLIDER.

STEP 20 WE ARE SELECT THE GENERIC 12 INCH WALL TYPES.

STEP 21 IN WALL BY CURVE AND HEIGH OPTION THE CURVE IS CONNECT THE CURVE OF LIST,LEVEL IS CONNECT THE LEVELS AND HEIGHT IS CONNECT TO THE INTEGER SLIDER , TYPES IS CONNECT IS WALL TYPES OPTION.

STEP 22 GO TO THE REVIT OPTION AND SHOW THE WALL IN 3D VIEW .

STEP 22 SEARCH THE FLOOR AND SELELCT FLOOR TYPES OPTION

STEP 23 SEARCH THE FLOOR BY AND SELECT THE FLOOR BY OUTLINE TYPE AND LEVEL.

STEP 24 WE ARE SELECT THE GENRIC 12 INCH OF FLOOR TYPES.

STEP 25 OUTLINE CURVES IS CONNECT TO THE LIST AND LEVEVLS IS CONNECT TO THE LEVELS AND TYPE IS CONNECT TO THE FLOOR TYPE OPTION.

STEP 26 RESULT

                                                                        ANSWER NO 3 

AIM: Create an array of model elements in Revit. Use dynamo to vary the properties of model elements by using the slider or code block

PROCEDURE:

STEP 1 OPEN THE REVIT SOFTWARE AND SELELCT THE ARCHITECTURAL TEMPLATES AND GO TO THE ARCHITECTURAL AND THEN GO TO COLOUMN OPTION AND SELELCT THE ARCHITECTURAL COLOUMN .

STEP 2 GO TO THE DYNAMO OPTION AND OPEN THE DYNAMO .

STEP 3 OPEN THE NEW OPTION .

STEP 4 SEARCH THE MODEL LEVEL AND SELELCT THE MODEL ELENLENTS.

STEP 5 SEARCH THE SLIDER AND SEELELCT THE INTEGGER SLIDER.

STEP 6 SEARCH THE ROTATION AND SELELCT THE SET ROTATION OPTION.

STEP 7 THE FAMILY INSTANCE IS CONNECT TO THE ELEMENTS AND DEGREE IS CONNECT THE INTEGER SLIDER.

RESULT IN 54 DEGREE

RESULT IN 32 DEGREE. 

                                                                           ANSWER NO 4

AIM : Create a conceptual mass in Revit and develop a parametric column by dividing the surfaces and apply the concepts similar to used in parametric walkway modelling. Use triangular bent or square shaped panels to add finish to the parametric column

PROCEDURE :

STEP 1 OPEN THE REVIT SOFTWARE AND GO TO THE FAMILES OPTION AND SELELCT THE ENGLISH IMPERCIAL THEN OPEN THE CONCEPTUAL MASS .

STEP 2 GO TO THE ELEVATION OPTION AND SELELCT THE EAST ELEVATION VIEW. AND GO TO THE LEVEL OPTION.

STEP 3 CHOOSE THE PICK UP LINE OPTION AND SET THE OFFSET 12.00.

STEP 4 CREATE THE LEVEL.

STEP 5 GO TO THE LEVEL 1.

STEP 6 GO TO THE MODIFY AND SELELCT THE MODEL OPTION.

STEP 7 SELELCT THE SPLINE THROUGH POINT OPTION.

STEP 8 CREATE THE SPLINE CURVE.

STEP 9 GO TO THE 3D VIEW.

STEP 10 SELELCT THE POINT AND GO TO SET OPTION AND THEN SET WORK FRAME THEN GO TO SHOW OPTION.

STEP 12  SELELCT THE CIRCUMSCRIBED POLYGON.

STEP 13 CREATE THE CIRCUIMSCRIBED POLYGON ON ALL POINTS.

STEP 14 SELELCT THE ALL POINTS AND GO TO THE WORKFRAME THEN CLICK THE OK.

STEP 15 SELELCT THE CURVE AND GO TO THE FFILTER OPTION.

STEP 17 SEELCT THE FORM OPTION.

STEP 18 SEELLCT THE CURVE AGAIN 

STEP 19 SEELCT THE DIVINE PATH.

STEP 2O SELECT THE DIVINE FORM .

STEP 21 GO TO THE PROPERTIES OPTION AND SELECT THE TRIANGLE BENT.

SEP 23 RESULT

                                                                      ANSWER NO 5

AIM : Use Dynamo to work on developing a Parametric Stadium. List your parameters and use the visual programming approach to complete the modelling, You can use the concepts discussed in parametric high rise tower in class for reference.

PROCEDURE :

STEP 1  OPEN THE NEW ARCHITECTURL TEMPLATES AND GO TO THE MANAGE TAB AND OPEN THE DYNAMO OPTION .

STEP 2 OPEN THE NEW TEMPLATE OF DYANAMO.

STEP 3 SEARCH THE INTEGER SLIDER OPTION.AND CREATE THE TWO SLIDER.

STEP 4 SET THE LEVELS 5 AND HEIGHT IS 10.

STEP 5 SEARCH THE CODE BLOCK.

STEP 6 EDIT THE CODE BLOCK WITH LEVELS AND FLOOR HEIGHT.

STEP 7 SEARCH THE COORDINATE BY SYSTEM.

STEP 8 SELECT THE COORDINATE SYSTEM. BY ORGIN. AND NO OF LEVELS IS CONNECT TO THE LEVELS AND FLOOR TO FLOOR HEIGHT CONNECT TO FLOOR HEIGHT OGF CODE BLOCK.

STEP 9  LEVELS..FLOORHEIGHT IS CONNECT TO THE Z AXIS OF COORDINATE SYSTEM.

STEP 10 SEARCH THE INTEGER SLIDER.

STEP 11 CREATE 4 INTEGER SLIDERS AND THEIR NAMES ARE LENGTH,WIDTH,BOTTOM FLOOR HEIGHT,TOP FLOOR HEIGHT.AND SEARCH THE RECTANGLE AND SELELCT THE BY WIDTH ELNGTH OF RECTANGLE.

STEP 12 LENGTH IS CONNECT TO LENGTH AND LEVEL CONNECT TO LEVEL AND COORDINATE IS ONNECT TO COORDINATE OF WIDTH LENGTH RECTANGLE.

STEP 13 SEARCH THE CODE BLOCK.

STEP 14 EDIT THE CODE BLOCK WITH BOTTOM ,TOP,LEVELS.

STEP 15 BOTTOM IS CONNECT THE BOTTOM LEVELS IS CONNECT TO THE NO OF LEVELS ANF TOPIS CONNECT THE TOP OF CODE BLOCK.

STEP 16 SEARCH THE POINT.O AND SELELCT THE POINT ORGIN.

STEP 17 SEARCH THE Z AXIS OF VECTOR.

STEP 18 SEARCH THE GEOMETRY ROT AND SELELCT THE GEOMETRY ROTATE OPTION.

STEP 19 GEOMETRY IS CONNECT THE RECTANGLE AXIS IS CONNECT THE Z AXIS ,AND ORGIN IS CONNECT THE POINT ORGIN. AND DEGREE IS CONNECT THE CODE BLOCK.

STEP 20 SEARCH THE POLYSURF AND SELELCT THE BY LOFT POLYSURFACE OPTION.

STEP 21 GEOMETRY IS CONNECT THE CROSSECTION OF POLYSURF.BY LOFT.

STEP 22 RESULT.

STEP 23 RESULT IN REVIT SOFTWARE