GUID-701C07AA-A1FF-4F8D-85BC-3215802E3B0A
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- Trimming, hides the other object. Duplicate the curve and creating a lofted surface.
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- Intersecting surfaces creating a new curve where the two surfaces interest.
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- Selecting open edges, isoparms of two surfaces creating a loft between them.
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- Lofted surface’s hulls adjusted making the new shape.
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- the resulting curve from the intersecting surfaces, the other sphere has been hidden
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- Fillet surfaces to bridge gapes between surfaces.
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- Adjusting CVs, lining up the shape with the reference.
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- Railed surface, the profile curve between to curves.
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- Detached sections of a NURBS sphere creating a new surface.
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- Adjusting the shape of the rebuild, profile curve
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- Creating the brail surface. First selecting the profile curve, then the first and second rail curves.
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- Loft created between the inside edges, then adjust the hulls to match the reference.
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- Adjusted hulls of the lofted surface.
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- Creating multiple curves in preparation for lofting across them.
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- Adjusting Cvs of the lofted surface.
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- All the parts starting to come together.
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- The supplied finished helmet.
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- model reference set as image planes, front and side views and visible in perspective.
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- Started with the technique – box modelling.
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- Looking at tool settings to begin adjusting vertices for the basic shape.
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- Soft select to move vertices for the front view’s basic shape.
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- Adding edge loops then using new vertices to continue shaping the torso.
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- Extruding faces to make a depression for the arms and helmet.
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- Divisions with the extrude tool.
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- Depressions for the arms and helmet.
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- Selecting faces for deleting.
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- Deleted faces
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- Extruding when the object is selected, settings for Thickness and Divisions.
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- Extruded faces.
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- Crease Tool.
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- Crease Tool used on the edges.
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- Positioned the socket in the opening of the torso.
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- Creating a Crease Set.
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- Creating the basic shape from a pipe for the shoulder amor.
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- Extrude and scale the faces.
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- Mirror Cut plane and settings.
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- Mirror cut geometry and nodes that have been created.
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- Final shape model from the book.
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- Lattice deformer to shape the geo.
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- Adjusting selected lattice points to create a bend in the surface.
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- Extruding faces making the extended geo.
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- Soft Modification adding slight spherical bend to the surface.
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- Creating the boult using two meshes.
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- Curve between the two connectors.
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- Extrude faces with Divisions, to make the indent.
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- Combining two meshes.
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- Extrude along the curve creating the tube
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- Refining the shape with creasing edges.
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- Curves drawn on ‘Live’ surface, extrude mesh along the curve making the tube.
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- The bolt shape.
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- Positioned bolt and combined with shoulder amor object.
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- Creating offset curve from original curve.
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- Joining the curves and shaping using CVs.
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- Projecting the curve shape on another poly surface, moving CVs adjusts the projection.
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- Bevel edges to round the shape.
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- Round cap ON, Inputs settings adjusted.
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- Edge to curve and extrude.
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- Can then refine the shape.
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- Revolve from the CV curve.
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- Belly pleats ready for more modelling, including creasing.
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- Object lined up to cut a hole in the mesh.
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- CV Curve
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- Converting Nurbs to Polygons.
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- Hole cut by Booleans, difference operation.
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- Sphere shaped and merged using a union operation.
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- Starting with a cube for fabric.
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- Sculpting the basic shape of the fabric.
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- Refining the shape of the fabric.
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- Spin a Polygon edge
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- Bridge Polygons
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- Number of subdivisions
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- Interactive Split Tool
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- Bowties
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- Append a Polygon
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- front
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- side
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- back
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- Set Driven Keys to connect the controller to the blend shapes., mouth narrow.
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- Set Driven Keys to connect the controller to the blend shapes., mouth wide.
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- Set Driven Keys to connect the controller to the blend shapes for left and side mouth.
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- Showing each side of the mouth has a different shape.
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- Surfaces > Birail 1 Tool
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- Proportional
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- Non Proportional
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- Non Proportional
3d art and animation 