1.8 GB | 00:08:22 | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English
Files Included :
000 - Tips, tricks, and techniques for Grasshopper (6.06 MB)
001 - Leveraging NURBS - Sampling (20.6 MB)
002 - Leveraging NURBS - UVW space (25.46 MB)
003 - Leveraging NURBS - Reparameterization (25.64 MB)
004 - Leveraging NURBS - Solving on plane (20.21 MB)
005 - Leveraging NURBS - Curves as math functions (18.91 MB)
006 - Leveraging NURBS - One-degree surfaces (17.63 MB)
007 - Leveraging NURBS - NURBS or meshes Part 1 (19.7 MB)
008 - Leveraging NURBS - NURBS or meshes Part 2 (21.58 MB)
009 - Leveraging NURBS - What is BREP (18.37 MB)
010 - Leveraging NURBS - Alternatives to Boolean, part 1 (37.4 MB)
011 - Leveraging NURBS - Alternatives to Boolean, part 2 (21.73 MB)
012 - Leveraging NURBS - Alternatives to Boolean, Part 3 (24.7 MB)
013 - Leveraging NURBS - Extracting planes from curves (26.88 MB)
014 - Leveraging NURBS - Extracting planes from surfaces (24.99 MB)
015 - Understanding offset directionality (22.35 MB)
016 - Offsetting variable curves consistently (15.97 MB)
017 - Offsetting polygons (20.95 MB)
018 - Equal spacing along a curve for linkages (20.93 MB)
019 - Paneling tools and NURBS sampling (18.65 MB)
020 - Breaking down the paneling tools (11.82 MB)
021 - Buildable 3D paneling (37.33 MB)
022 - Understanding unrolling in Grasshopper (10 MB)
023 - Scripting your own unroller (14.36 MB)
024 - Unfolding from scratch, part 1 (14.13 MB)
025 - Unfolding from scratch, part 2 (20.51 MB)
026 - Why data trees (19.09 MB)
027 - Intentional data trees (29.16 MB)
028 - Installing plugins (15.84 MB)
029 - Fabrication - Ivy fundamentals (19.21 MB)
030 - Fabrication - Ivy for a multiple parts (16.45 MB)
031 - Fabrication - Ivy for fabrication (31.38 MB)
032 - OpenNest (17.28 MB)
033 - Pancake (11.64 MB)
034 - Human - Setting data (20.07 MB)
035 - Human - Getting data (19.61 MB)
036 - Anemone - Basics (11.64 MB)
037 - Anemone - Convex hull (13.1 MB)
038 - Anenome - Custom convex (21.72 MB)
039 - Intralattice (18.94 MB)
040 - Metahopper (19.37 MB)
041 - Chromodoris (27.61 MB)
042 - Dealing with empty branches (18.42 MB)
043 - Data trees as lists (14.33 MB)
044 - Iteration instead of data trees (18.96 MB)
045 - Sorting inputs (13.68 MB)
046 - Sorted geometry to data tree (25.64 MB)
047 - Data trees and scripting (21.05 MB)
048 - Data trees as a master index and ID (15.29 MB)
049 - Vector intro (22.2 MB)
050 - Plane intro (15.04 MB)
051 - Vector math, part 1 (23.38 MB)
052 - Vector math, part 2 (15.36 MB)
053 - Operating in different cartesian systems (22.8 MB)
054 - Operating in twisted spaces, NURBS systems (31.26 MB)
055 - Installing Crow (33.01 MB)
056 - Setting up training data in Crow (23.76 MB)
057 - Prep the neural network in Crow (19.98 MB)
058 - Apply the network to classify face parts (26.36 MB)
059 - Using classification (38.05 MB)
060 - Installing Wallacei (18.09 MB)
061 - Setting up Wallacei (20.98 MB)
062 - Wallacei goals (21.34 MB)
063 - Wallacei goal tuning (32.79 MB)
064 - Wallacei output (19.07 MB)
065 - Weaverbird meshing (29.46 MB)
066 - Mesh+ and mesh editing (21.85 MB)
067 - NGon Reciprocal (15.27 MB)
068 - NGon Reciprocal 3D (30.18 MB)
069 - AXOLOTL - Conformal (26.22 MB)
070 - Opossum - Control (25.86 MB)
071 - AXOLOTL - Smooth branching (28.35 MB)
072 - FlexHopper - Particles (20.08 MB)
073 - FlexHopper - Particles clean (27.61 MB)
074 - FlexHopper - Particles agitate (27.61 MB)
075 - PhysX GH - Stability (19.67 MB)
076 - PhysX GH - Collision (16.61 MB)
077 - PhysX GH - Catenary (18.99 MB)
078 - Heteroptera - Network tools (22.31 MB)
079 - Heteroptera landscape (24.21 MB)
080 - Why coding - C# (20.86 MB)
081 - Reading RhinoDoc (16.86 MB)
082 - Read object (25.95 MB)
083 - Write object (28.37 MB)
084 - Object types (23.54 MB)
Ex Files Grasshopper Tips Tricks Techniques (15.21 MB)
001 - Leveraging NURBS - Sampling (20.6 MB)
002 - Leveraging NURBS - UVW space (25.46 MB)
003 - Leveraging NURBS - Reparameterization (25.64 MB)
004 - Leveraging NURBS - Solving on plane (20.21 MB)
005 - Leveraging NURBS - Curves as math functions (18.91 MB)
006 - Leveraging NURBS - One-degree surfaces (17.63 MB)
007 - Leveraging NURBS - NURBS or meshes Part 1 (19.7 MB)
008 - Leveraging NURBS - NURBS or meshes Part 2 (21.58 MB)
009 - Leveraging NURBS - What is BREP (18.37 MB)
010 - Leveraging NURBS - Alternatives to Boolean, part 1 (37.4 MB)
011 - Leveraging NURBS - Alternatives to Boolean, part 2 (21.73 MB)
012 - Leveraging NURBS - Alternatives to Boolean, Part 3 (24.7 MB)
013 - Leveraging NURBS - Extracting planes from curves (26.88 MB)
014 - Leveraging NURBS - Extracting planes from surfaces (24.99 MB)
015 - Understanding offset directionality (22.35 MB)
016 - Offsetting variable curves consistently (15.97 MB)
017 - Offsetting polygons (20.95 MB)
018 - Equal spacing along a curve for linkages (20.93 MB)
019 - Paneling tools and NURBS sampling (18.65 MB)
020 - Breaking down the paneling tools (11.82 MB)
021 - Buildable 3D paneling (37.33 MB)
022 - Understanding unrolling in Grasshopper (10 MB)
023 - Scripting your own unroller (14.36 MB)
024 - Unfolding from scratch, part 1 (14.13 MB)
025 - Unfolding from scratch, part 2 (20.51 MB)
026 - Why data trees (19.09 MB)
027 - Intentional data trees (29.16 MB)
028 - Installing plugins (15.84 MB)
029 - Fabrication - Ivy fundamentals (19.21 MB)
030 - Fabrication - Ivy for a multiple parts (16.45 MB)
031 - Fabrication - Ivy for fabrication (31.38 MB)
032 - OpenNest (17.28 MB)
033 - Pancake (11.64 MB)
034 - Human - Setting data (20.07 MB)
035 - Human - Getting data (19.61 MB)
036 - Anemone - Basics (11.64 MB)
037 - Anemone - Convex hull (13.1 MB)
038 - Anenome - Custom convex (21.72 MB)
039 - Intralattice (18.94 MB)
040 - Metahopper (19.37 MB)
041 - Chromodoris (27.61 MB)
042 - Dealing with empty branches (18.42 MB)
043 - Data trees as lists (14.33 MB)
044 - Iteration instead of data trees (18.96 MB)
045 - Sorting inputs (13.68 MB)
046 - Sorted geometry to data tree (25.64 MB)
047 - Data trees and scripting (21.05 MB)
048 - Data trees as a master index and ID (15.29 MB)
049 - Vector intro (22.2 MB)
050 - Plane intro (15.04 MB)
051 - Vector math, part 1 (23.38 MB)
052 - Vector math, part 2 (15.36 MB)
053 - Operating in different cartesian systems (22.8 MB)
054 - Operating in twisted spaces, NURBS systems (31.26 MB)
055 - Installing Crow (33.01 MB)
056 - Setting up training data in Crow (23.76 MB)
057 - Prep the neural network in Crow (19.98 MB)
058 - Apply the network to classify face parts (26.36 MB)
059 - Using classification (38.05 MB)
060 - Installing Wallacei (18.09 MB)
061 - Setting up Wallacei (20.98 MB)
062 - Wallacei goals (21.34 MB)
063 - Wallacei goal tuning (32.79 MB)
064 - Wallacei output (19.07 MB)
065 - Weaverbird meshing (29.46 MB)
066 - Mesh+ and mesh editing (21.85 MB)
067 - NGon Reciprocal (15.27 MB)
068 - NGon Reciprocal 3D (30.18 MB)
069 - AXOLOTL - Conformal (26.22 MB)
070 - Opossum - Control (25.86 MB)
071 - AXOLOTL - Smooth branching (28.35 MB)
072 - FlexHopper - Particles (20.08 MB)
073 - FlexHopper - Particles clean (27.61 MB)
074 - FlexHopper - Particles agitate (27.61 MB)
075 - PhysX GH - Stability (19.67 MB)
076 - PhysX GH - Collision (16.61 MB)
077 - PhysX GH - Catenary (18.99 MB)
078 - Heteroptera - Network tools (22.31 MB)
079 - Heteroptera landscape (24.21 MB)
080 - Why coding - C# (20.86 MB)
081 - Reading RhinoDoc (16.86 MB)
082 - Read object (25.95 MB)
083 - Write object (28.37 MB)
084 - Object types (23.54 MB)
Ex Files Grasshopper Tips Tricks Techniques (15.21 MB)
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