Etiket: rhino

  • Rhinoceros Modeling Camera

    Rhinoceros Modeling Camera

    This study was prepared as part of a direct modeling workflow discussion opened on the McNeel forum during the Rhino 9 development process.

    In the forum, users were asked, “How would you approach this workflow in Rhino?” As a reference, a very fast and practical camera modeling video created in NX was shared. Honestly, I didn’t know NX could be this practical in terms of direct editing.

    I modeled a similar camera form in Rhino using my own workflow and recorded the process. During the modeling process, I used NURBS surface modeling, Boolean operations, deformation methods, rebuild surface operations, and fillet details.

    I wasn’t satisfied with a few parts, so I deleted them and re-created them from scratch as surfaces. This added about 5–10 minutes to the total modeling time.

    Below, you can find the original McNeel forum discussion screenshot, the NX reference video, my Rhino modeling process, and the final CAD data.

    McNeel Forum Discussion


    Direct modeling workflow discussion opened on the McNeel forum during the Rhino 9 development process.

    NX Reference Video

    Reference camera modeling video created in NX:

    My Rhino Modeling Process

    Screen recording of how I modeled a similar camera body form in Rhino using my own workflow:

    Final CAD Data

    You can download the final CAD data from the link below.

    Final CAD data

    #Rhino3D #Rhino9 #NX #NURBS #SurfaceModeling #DirectModeling #IndustrialDesign #CAD

  • Rhino & V-Ray Sneakers

    Rhino & V-Ray Sneakers

    Black Sneakers Modeling: Rhinoceros and V-Ray

    In this project, I modeled a pair of black sneakers in Rhinoceros and visualized the final result with V-Ray.

    The modeling process includes the main shoe form, sole structure, upper surface transitions, lace details, and edge lines created with Rhino’s NURBS modeling tools. In the rendering stage, I focused on the black material texture, studio lighting, and a clean product presentation.

    You can watch the modeling process here:

  • Soccer Ball Modeling in Rhino

    Soccer Ball Modeling in Rhino

    In this project, the soccer ball model was created in Rhinoceros and rendered with V-Ray.

    The modeling process includes the main spherical form, panel structure, surface divisions, and edge details created with Rhino’s NURBS modeling tools.

    Modeling video:

  • 3D Curve and Surface Modeling in Rhino

    3D Curve and Surface Modeling in Rhino

    In this project, the modeling process was prepared in Rhinoceros using a blueprint reference.

    The workflow includes 3D Curve, Curve From 2 Views, Mirror, Join Curve, Curve Network, Flip, Zebra Analyze, Rebuild Curve, Adjustable Curve Blend, Intersection, Extend Surfaces, and Sweep commands.

    Blueprint reference:

    https://goo.gl/gyTikx

    Modeling video:

  • Rhino & V-Ray Mouse

    Rhino & V-Ray Mouse

    Google Drive CAD File

    Tutorial Subject; (start time) 1-Conrtol Point Curve (02:13) 2-SmartTrack On (1:42) 3-Point on+Move (02:37) 4-Set XYZ Coordinates (05:39) 5-Surface from network of curves (08:59) 6-Sweep 2 rails (11:45) 7-Extend by line (12:49) 8-Trim (13:06) 9-Split edge (13:52) 10-Blend Surface (14:10) 11-Flip direction (15:31) 12-Split Surface (16:59) 13-Zebra Analysis (17:52) 14-Wire Cut (19:13) 15-Shell closed polysurface (20:10) 16-Variable radius fillet (21:01) 17-edit control point weight (22:09) 18-Revolve surface (23:19) 19-Object intersection (24:49) 4.1-Set XYZ Coordinates (25:57) 20-Offset curve (26:05) 21-Make hole (26:20) 22-Project curves (27:04) 23-Invert selection (27:15) 24-Pipe round caps (27:25) 25-Polar array (27:50) 26-Last crated objects (28:09) 27-Boolean difference (28:22) 28-Split Isocurve (29:39) 29-Vray rhino reflection (31:35) 30-vray rhino bump,(32:29) 32-Skylight (33:02) 33-Environment reflection (33:38) 34-Environment background (33:55) 35-RT Engine (38:11) 36-Final Render…
  • Rhino Buccaneer Aircraft

    Rhino Buccaneer Aircraft

    00:10 #Picture frame, 00:52 #Scale, 01:16 #Gumball, 02:25 #Interpolate point curve, 02:47 #Points on, 03:12 #Points off, 03:52-#Project to Cplane, 04:09-#Move, 06:38-#Mirror, 06:56 #Control point curve, 07:52 #Trim, 08:23 #Circle 2 point, 08:45 #Circle 2 point+vertical plane perpendicular, 08:53 #Circle 2 point+vertical+deformable, 09:50 #Ellipse diameter,deformable, 12:37 #Rotate, 22:11 #Perpendicular osnap,

    2.Video

    https://youtu.be/cucbdMD8c9E?si=TgqoQ101e5elTKs6

  • Rhino Iron Man Helmet

    Rhino Iron Man Helmet

    Software : Rhino 5, T-Spline, V-Ray, Photoshop

  • Rhino for T-Spline & V-Ray

    Rhino for T-Spline & V-Ray

    Software : Rhino 5, T-Spline, V-Ray, Photoshop
    Design by Erhan Biçkioğlu