diff --git a/.travis.yml b/.travis.yml new file mode 100644 index 00000000..2b500a7f --- /dev/null +++ b/.travis.yml @@ -0,0 +1,52 @@ +language: generic # Need python and node + +cache: + pip: true + bundler: true + npm: true + +# Setup pandoc for building +before_install: +- sudo apt-get update -qq +- sudo apt-get install -y pandoc +- sudo apt-get install pandoc-citeproc + +script: + - cd site + - bundler install + - npm install + - pyenv install # Need python 3.4 at least for pathlib + - bash ./compile_assets.sh + - touch ./downloads/plugin/groundhog.zip # Fake file for link checking + # Note -d; need to build into subdirectory to simulate GH pages baseURL + - bundle exec jekyll build -d _site/groundhog --config=_config.yml,_config_gh.yml + - htmlproofer ./_site + +# Branch whitelist, only for GitHub Pages +branches: + only: + - develop + +env: + global: + - NOKOGIRI_USE_SYSTEM_LIBRARIES=true # Speeds up installation of html-proofer + +addons: + apt: + packages: + - libcurl4-openssl-dev + +sudo: false # Route your build to the container-based infrastructure for a faster build + +# Copy compiled site over to Github pages +deploy: + provider: pages + local-dir: ./site/_site/groundhog + target-branch: gh-pages + email: deploy@travis-ci.org + name: Deployment Bot + skip-cleanup: true + github-token: $GITHUB_TOKEN + keep-history: false + on: + branch: develop diff --git a/CHANGELOG.md b/CHANGELOG.md index 5fc044eb..991bcfcb 100644 --- a/CHANGELOG.md +++ b/CHANGELOG.md @@ -1,5 +1,11 @@ ## Changelog +#### [0.10.0] - 2018-11-22 +###### Added +- Added the Flow Area component that derives the water level within a defined channel given a defined flow quantity +- Added the Flow Profile component that calculates a series of hydraulic characteristics for a given flow area +- The Slope components will now calculate slope as a ratio + #### [0.9.1] - 2018-05-15 ###### Changed - Plant shower will now do nothing when provided with a negative time value so successional planting schemes are easier to implement @@ -79,4 +85,4 @@ All notable changes to this project will be documented in this file. The format is based on [Keep a Changelog](http://keepachangelog.com/en/1.0.0/) and this project adheres to [Semantic Versioning](http://semver.org/spec/v2.0.0.html). ---> \ No newline at end of file +--> diff --git a/README.md b/README.md index 2973f721..e29f0f83 100644 --- a/README.md +++ b/README.md @@ -5,7 +5,8 @@ [![License: GPL v3](https://img.shields.io/badge/License-GPL%20v3-blue.svg)](https://www.gnu.org/licenses/gpl-3.0) [![GitHub release](https://img.shields.io/github/release/philipbelesky/groundhog.svg)](https://github.com/philipbelesky/groundhog/releases) -[![Build status](https://ci.appveyor.com/api/projects/status/v54xuu2rea3q4r3p/branch/develop?svg=true)](https://ci.appveyor.com/project/philipbelesky/groundhog/branch/develop) +[![Component Build status](https://ci.appveyor.com/api/projects/status/v54xuu2rea3q4r3p/branch/develop?svg=true)](https://ci.appveyor.com/project/philipbelesky/groundhog/branch/develop) +[![Website Build Status](https://travis-ci.org/philipbelesky/groundhog.svg?branch=develop)](https://travis-ci.org/philipbelesky/groundhog) [![Codacy Badge](https://api.codacy.com/project/badge/Grade/86683403554e426baad9225687d5ca00)](https://www.codacy.com/app/philipbelesky/groundhog?utm_source=github.com&utm_medium=referral&utm_content=philipbelesky/groundhog&utm_campaign=Badge_Grade) @@ -44,4 +45,4 @@ See the [`README.md` file](https://github.com/philipbelesky/groundhog/blob/devel ## License -This project is licensed under the GPL v3 License - see the [`LICENSE` file](https://github.com/philipbelesky/groundhog/blob/develop/LICENSE) for details. \ No newline at end of file +This project is licensed under the GPL v3 License - see the [`LICENSE` file](https://github.com/philipbelesky/groundhog/blob/develop/LICENSE) for details. diff --git a/appveyor.yml b/appveyor.yml index dcfbbedc..b15b664f 100644 --- a/appveyor.yml +++ b/appveyor.yml @@ -5,10 +5,6 @@ # Build worker image (VM template) image: Visual Studio 2017 -init: - - ps: $env:APPVEYOR_CACHE_SKIP_RESTORE = "true" - - ps: git lfs install --skip-smudge # Don't download lfs files - # Scripts that run after cloning repository install: - cd plugin diff --git a/assets/icons.ai b/assets/icons.ai index 92d5cd2a..5c6b3e50 100644 --- a/assets/icons.ai +++ b/assets/icons.ai @@ -1,3 +1,3 @@ version https://git-lfs.github.com/spec/v1 -oid sha256:0fa93e6b208626a8e4583e6085a8ac71cb0d15123d09480196a34bea4d161afc -size 1683593 +oid sha256:32169cbad4dcbe06acedf1a8b020b88eae483f444cecb590a8b1166a1fd54846 +size 1696292 diff --git a/docs/channels/Groundhog - Channels Examples.3dm b/docs/channels/Groundhog - Channels Examples.3dm new file mode 100644 index 00000000..dcda0ea3 --- /dev/null +++ b/docs/channels/Groundhog - Channels Examples.3dm @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:281876c24c87c16eff69021698c36bb3c55784d33341f6ec08b83d8e24376cc4 +size 308568 diff --git a/docs/channels/Groundhog - Channels Examples.ghx 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789c9cf2-f82c-4d84-a102-fefdc20d1975 + B + B + false + 0 + + + + + + 1290 + 1543 + 14 + 31 + + + 1298.5 + 1558.5 + + + + + + 1 + + + + + 1 + {0} + + + + + 1000 + Grasshopper.Kernel.Types.GH_Integer + + + + + + + + + + + The result of the Division + 639fced2-44f3-4547-a8d9-4b08ec414389 + Result + Result + false + 0 + + + + + + 1334 + 1512 + 40 + 62 + + + 1354 + 1543 + + + + + + + + + + + + ffba138d-a959-4dbc-988d-c1ef761b8e79 + 7dc547b5-ca43-457d-a3e2-8286f0784ad0 + Channel Region + + + + + Determine the submerged region of a channel given a quantity of water + true + fdbdea89-b649-4d97-8206-8d8ad41a1984 + Channel Region + Channel Region + + + + + + 84 + 629 + 134 + 115 + + + 151 + 687 + + + + + + The sectional curve profile of the channel; must be planar + 7050770a-e1e3-45b7-a930-ec5e91e373e0 + Channel + Channel + false + 0a6c0c48-e5a2-459b-bfab-7c6819a84822 + 1 + + + + + + 86 + 631 + 50 + 37 + + + 112.5 + 649.5 + + + + + + + + The desired area of the flow body + 20ef8003-62e1-46ce-923d-f72f758e5940 + Area + Area + false + 016d06f2-876d-420c-99db-ee9e279f79ee + 1 + + + + + + 86 + 668 + 50 + 37 + + + 112.5 + 686.5 + + + + + + + + The number of units to be accurate to; if unspecified it will use 1% of the area + 3aa11dd5-f724-4e7e-af21-28d218308a71 + Precision + Precision + true + 0 + + + + + + 86 + 705 + 50 + 37 + + + 112.5 + 723.5 + + + + + + + + 1 + The perimeter(s) of the calculated water body + 197acadb-e186-4c9d-910a-dc204225799d + Channel + Channel + false + 0 + + + + + + 166 + 631 + 50 + 55 + + + 191 + 658.75 + + + + + + + + 1 + The area of the calculated perimeter(s) + 2030b8f3-df02-4b51-bbcf-d224b8b6bf69 + Area + Area + false + 0 + + + + + + 166 + 686 + 50 + 56 + + + 191 + 714.25 + + + + + + + + + + + + c552a431-af5b-46a9-a8a4-0fcbc27ef596 + Group + + + + + 1 + + 200;255;141;101 + + A group of Grasshopper objects + dc7d3f9d-04b9-4b21-a619-4b273750cc14 + 06edde4f-8787-4a75-9a02-b97f1b10ae9b + 2 + 39cc9e36-d434-461a-8e97-2ff317f68f21 + Group + Calculate Water Channel + + + + + + + + + + ffba138d-a959-4dbc-988d-c1ef761b8e79 + 7dc547b5-ca43-457d-a3e2-8286f0784ad0 + Channel Region + + + + + Determine the submerged region of a channel given a quantity of water + 06edde4f-8787-4a75-9a02-b97f1b10ae9b + Channel Region + Channel Region + + + + + + 608 + 66 + 134 + 115 + + + 675 + 124 + + + + + + The sectional curve profile of the channel; must be planar + 1f7739f0-0f35-4f03-ba25-c23918ee85d7 + Channel + Channel + false + 203f4756-49e3-4d52-82e9-cdd09ba8a4c5 + 1 + + + + + + 610 + 68 + 50 + 37 + + + 636.5 + 86.5 + + + + + + + + The desired area of the flow body + cccdebe9-e095-4fca-b204-a0d3e0b1ab5a + Area + Area + false + a0276344-3805-4512-a335-8cf69c8bf82d + 1 + + + + + + 610 + 105 + 50 + 37 + + + 636.5 + 123.5 + + + + + + + + The number of units to be accurate to; if unspecified it will use 1% of the area + 8b22f7d4-0971-4f1e-a34d-7d63333efd58 + Precision + Precision + true + 0 + + + + + + 610 + 142 + 50 + 37 + + + 636.5 + 160.5 + + + + + + + + 1 + The perimeter(s) of the calculated water body + 1872196c-c1e0-4fc2-af92-9177b3eb82cd + Channel + Channel + false + 0 + + + + + + 690 + 68 + 50 + 55 + + + 715 + 95.75 + + + + + + + + 1 + The area of the calculated perimeter(s) + 6fd957e1-e4fe-4ff5-b0e5-80c34045d6ba + Area + Area + false + 0 + + + + + + 690 + 123 + 50 + 56 + + + 715 + 151.25 + + + + + + + + + + + + + + + + + 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 + + + + + \ No newline at end of file diff --git a/docs/flows/Groundhog - Flows Examples.ghx b/docs/flows/Groundhog - Flows Examples.ghx index 1fb3c6ce..a60cb2fc 100644 --- a/docs/flows/Groundhog - Flows Examples.ghx +++ b/docs/flows/Groundhog - Flows Examples.ghx @@ -2525,7 +2525,7 @@ false 0 0 - Definition prepared for Groundhog v0.7.2b and depends on components from that plugin. It is available for download at http://groundhog.la/ + Definition prepared for Groundhog v0.9.1b and depends on components from that plugin. It is available for download at http://groundhog.la/ Contact groundhog@philipbelesky.com for support or feedback. diff --git a/docs/paths/Groundhog - Random Path Examples.ghx b/docs/paths/Groundhog - Random Path Examples.ghx index 3718791c..851e237d 100644 --- a/docs/paths/Groundhog - Random Path Examples.ghx +++ b/docs/paths/Groundhog - Random Path Examples.ghx @@ -741,7 +741,7 @@ false 1 0 - Definition prepared for Groundhog v0.7.2b and depends on components from that plugin. It is available for download at http://groundhog.la/ + Definition prepared for Groundhog v0.9.1b and depends on components from that plugin. It is available for download at http://groundhog.la/ Contact groundhog@philipbelesky.com for support or feedback. diff --git a/docs/paths/Groundhog - Shortest Path Examples.ghx b/docs/paths/Groundhog - Shortest Path Examples.ghx index 5b911e12..85bcfd0c 100644 --- a/docs/paths/Groundhog - Shortest Path Examples.ghx +++ b/docs/paths/Groundhog - Shortest Path Examples.ghx @@ -1755,8 +1755,8 @@ If there are no lengths provided, they will be calculated for each of the curves 1 - A manually-specified length for each curve; useful if you want to artificially increase or - decrease their traversability. If no lengths provided, they will be manually + A manually-specified length for each curve; useful if you want to artificially increase or + decrease their traversability. If no lengths provided, they will be manually calculated for each of the curves. a5e104c0-ccfa-4b86-ac08-bc74ac049002 Lengths @@ -4745,7 +4745,7 @@ If there are no lengths provided, they will be calculated for each of the curves false 1 0 - Definition prepared for Groundhog v0.7.2b and depends on components from that plugin. It is available for download at http://groundhog.la/ + Definition prepared for Groundhog v0.9.1b and depends on components from that plugin. It is available for download at http://groundhog.la/ Contact groundhog@philipbelesky.com for support or feedback. diff --git a/plugin/Hydro/ChannelInfoComponent.cs b/plugin/Hydro/ChannelInfoComponent.cs new file mode 100644 index 00000000..0616c1d0 --- /dev/null +++ b/plugin/Hydro/ChannelInfoComponent.cs @@ -0,0 +1,125 @@ +using System; +using System.Collections.Generic; +using System.Drawing; +using System.Threading.Tasks; +using groundhog.Properties; +using Grasshopper; +using Grasshopper.Kernel; +using Grasshopper.Kernel.Data; +using Rhino; +using Rhino.Geometry; + +namespace groundhog +{ + public class GroundhogChannelInfoComponent : GroundHogComponent + { + public GroundhogChannelInfoComponent() + : base("Channel Info", "CInfo", "Calculate characteristics of water flow in a channel from its submerged region", "Groundhog", "Hydro") + { + } + + public override GH_Exposure Exposure => GH_Exposure.primary; + + protected override Bitmap Icon => Resources.icon_channel_info; + + public override Guid ComponentGuid => new Guid("{008255a6-edff-44d9-b96f-23eb050b4a1a}"); + + protected override void RegisterInputParams(GH_InputParamManager pManager) + { + pManager.AddCurveParameter("Channel", "C", "A closed planar curve representing a section of the water body; assumes a level top", GH_ParamAccess.item); + pManager.AddNumberParameter("Roughness", "N", "Manning's roughness coefficient for the channel", GH_ParamAccess.item); + pManager[1].Optional = true; + pManager.AddNumberParameter("Slope", "S", "Slope of the hydraulic grade line as a decimal (i.e. rise/run = 0.5)", GH_ParamAccess.item); + pManager[2].Optional = true; + } + + protected override void RegisterOutputParams(GH_OutputParamManager pManager) + { + pManager.AddNumberParameter("Area", "A", "Area of the channel", GH_ParamAccess.item); + pManager.AddNumberParameter("Max Depth", "mD", "Maximum depth of the channel", GH_ParamAccess.item); + pManager.AddNumberParameter("Mean Depth", "aD", "Mean depth of the channel", GH_ParamAccess.item); + pManager.AddNumberParameter("Wetted Perimeter", "P", "Length of the channel in the boundary", GH_ParamAccess.item); + pManager.AddNumberParameter("Hydraulic Radius", "R", "Ratio of area to wetted perimeter", GH_ParamAccess.item); + pManager.AddNumberParameter("Velocity", "V", "Velocity of the water flow in the channel", GH_ParamAccess.item); + pManager.AddNumberParameter("Discharge", "Q", "The rate of discharge in cubic document units per second", GH_ParamAccess.item); + } + + protected override void GroundHogSolveInstance(IGH_DataAccess DA) + { + // Create holder variables for input parameters + var CHANNEL_CURVE = default(Curve); + var CHANNEL_PLANE = default(Plane); + var TOLERANCE = RhinoDoc.ActiveDoc.ModelAbsoluteTolerance; + double GAUCKLER_MANNING = 0.0; // Default value + double SLOPE = 0.0; // Default value + + // Access and extract data from the input parameters individually + if (!DA.GetData(0, ref CHANNEL_CURVE)) return; + DA.GetData(1, ref GAUCKLER_MANNING); + DA.GetData(2, ref SLOPE); + + // Validation + if (CHANNEL_CURVE.TryGetPlane(out CHANNEL_PLANE, TOLERANCE) == false) + { + AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, + "A non-planar curve has been provided as the channel section; please ensure it is planar."); + return; + } + if (CHANNEL_CURVE.IsClosed == false) + { + AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, + "A non-closed curve has been provided as the channel section; please ensure it is closed."); + return; + } + if (GAUCKLER_MANNING > 0 && SLOPE <= 0 || GAUCKLER_MANNING <= 0 && SLOPE > 0) + { + AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, + "Calculating velocity and discarge requires both the slope and the roughness coefficient."); + return; + } + + // Calculate area + var area_calc = AreaMassProperties.Compute(CHANNEL_CURVE); + double? area = null; + if (area_calc != null) + { + if (area_calc.Area < 0.0) + area = area_calc.Area * -1; // Areas can be negative; same same + else + area = area_calc.Area; + } + + // Calculate the bounding box for the curve + var bbox = CHANNEL_CURVE.GetBoundingBox(CHANNEL_PLANE); + + double maxDepth = bbox.Diagonal.X; // Distance from high to low + double maxWidth = bbox.Diagonal.Y; // Distance from side to side + + // Mean Depth = cross-sectional area divided by the surface width + double meanDepth = area.Value / maxWidth; + + // Wetted Perimeter = the channel curve that is not the top segment + double wettedPerimeter = CHANNEL_CURVE.GetLength() - maxWidth; // Basically ignore the top channel + + // Hydraulic Radius = area divided by the wetted perimeter + double hydraulicRadius = area.Value / wettedPerimeter; + + // Assign variables to output parameters + DA.SetData(0, area); + DA.SetData(1, maxDepth); + DA.SetData(2, meanDepth); + DA.SetData(3, wettedPerimeter); + DA.SetData(4, hydraulicRadius); + + if (GAUCKLER_MANNING > 0 && SLOPE > 0) + { + // Manning's Formula + double discharge = (1.00 / GAUCKLER_MANNING) * area.Value * Math.Pow(hydraulicRadius, 0.6666666) * Math.Sqrt(SLOPE); + double velocity = discharge / area.Value; + + DA.SetData(5, velocity); + DA.SetData(6, discharge); + } + } + } +} diff --git a/plugin/Hydro/ChannelRegionComponent.cs b/plugin/Hydro/ChannelRegionComponent.cs new file mode 100644 index 00000000..e8473d15 --- /dev/null +++ b/plugin/Hydro/ChannelRegionComponent.cs @@ -0,0 +1,250 @@ +using System; +using System.Collections.Generic; +using System.Drawing; +using System.Linq; +using System.Threading.Tasks; +using groundhog.Properties; +using Grasshopper; +using Grasshopper.Kernel; +using Grasshopper.Kernel.Data; +using Rhino; +using Rhino.Geometry; + +namespace groundhog +{ + public class GroundhogChannelRegionComponent : GroundHogComponent + { + public GroundhogChannelRegionComponent() + : base("Channel Region", "CRegion", "Determine the submerged region of a channel given a quantity of water", "Groundhog", "Hydro") + { + } + + public override GH_Exposure Exposure => GH_Exposure.primary; + + protected override Bitmap Icon => Resources.icon_channel_region; + + public override Guid ComponentGuid => new Guid("{ffba138d-a959-4dbc-988d-c1ef761b8e79}"); + + protected override void RegisterInputParams(GH_InputParamManager pManager) + { + pManager.AddCurveParameter("Channel", "C", "The sectional curve profile of the channel; must be planar and vertically-aligned (i.e. it fills up in the Z-axis)", GH_ParamAccess.item); + pManager.AddNumberParameter("Area", "A", "The desired area of the flow body. If unspecified it will try to guess a sensible value to use that can serve as a reference", GH_ParamAccess.item); + pManager[1].Optional = true; + pManager.AddNumberParameter("Precision", "T", "The number of units to be accurate to in finding a matching area. If unspecified it will use 0.01% of the area. Smaller values will take longer to calculate.", GH_ParamAccess.item); + pManager[2].Optional = true; + } + + protected override void RegisterOutputParams(GH_OutputParamManager pManager) + { + pManager.AddCurveParameter("Channel(s)", "C", "The perimeter(s) of the calculated water body or bodies", GH_ParamAccess.list); + pManager.AddNumberParameter("Area(s)", "A", "The area of the calculated water body or bodies", GH_ParamAccess.list); + // pManager.AddCurveParameter("DEBUG", "D", "The perimeter(s) of the calculated water body", GH_ParamAccess.tree); // DEBUG + } + + protected override void GroundHogSolveInstance(IGH_DataAccess DA) + { + // Create holder variables for input parameters + double TOLERANCE = RhinoDoc.ActiveDoc.ModelAbsoluteTolerance; // Default; overwritten if set + var CHANNEL_CURVE = default(Curve); + + // Curve Validation + if (!DA.GetData(0, ref CHANNEL_CURVE)) return; + if (CHANNEL_CURVE == null) + { + AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, + "A null item has been provided as the Channel input; please correct this input."); + return; + } + if (CHANNEL_CURVE.IsPlanar(TOLERANCE * 100) == false) // Increase tolerance; too many false positives + { + AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, + "A non-planar curve has been provided as the channel section."); + return; + } + var bbox = CHANNEL_CURVE.GetBoundingBox(true); + if (!bbox.IsValid) + { + AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, "Could not calculate bounding box for the curve"); + return; + } + + // Area Validation + Guessing + double AREA_TARGET = 0.0; + DA.GetData(1, ref AREA_TARGET); + if (AREA_TARGET < 0) + { + AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, "The area target must be greater than 0."); + return; + } + if (AREA_TARGET == 0) + { + double[] boxDimensions = new double[3] { bbox.Diagonal.X, bbox.Diagonal.Y, bbox.Diagonal.Z }; + Array.Sort(boxDimensions); // If its the box of a planar curve one of the dimensions will be 0; need to sort + ignore + AREA_TARGET = boxDimensions[1] * boxDimensions[2] * 0.05; // Set area at 5% of bounding box area (bbox.Area property unavailable) + AddRuntimeMessage(GH_RuntimeMessageLevel.Remark, $"The area target was unpsecified so has been set to {AREA_TARGET}."); + } + + // Precision Validation + Guessing + double AREA_PRECISION = 0.0; + DA.GetData(2, ref AREA_PRECISION); + if (AREA_PRECISION < 0) + { + AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, "The area precision must be greater than 0."); + return; + } + if (AREA_PRECISION <= 0) + { + AREA_PRECISION = AREA_TARGET * 0.01; // Default; overwritten if set + AddRuntimeMessage(GH_RuntimeMessageLevel.Remark, $"The area precision was unpsecified or less than 0 so has been set to {AREA_PRECISION}."); + } + + // Get the extremes of the curve + var lowerParam = bbox.Corner(true, true, true).Z; // Minimum X/Y/Z corner's Z-value + var upperParam = bbox.Corner(false, false, false).Z; // Maximum X/Y/Z corner's Z-value + + // Placeholders for outputs + var outputProfiles = new List(); + var outputAreas = new List(); + // var debugProfiles = new DataTree(); // DEBUG + + // Use bisect method to refine to the approximate area + double intervalBegin = lowerParam; + double intervalEnd = upperParam; + double middle; + double lastArea = 0.0; + int iterations = 0; + double zPrecision = 0.00001; + + while ((intervalEnd - intervalBegin) > zPrecision) + { + // Test parameter is halfway between the current upper and lower Z-bounds + iterations += 1; + middle = intervalBegin + ((intervalEnd - intervalBegin) / 2); + + // Find the actual channel geometries at that parameter + var testChannels = GetWaterChannelsAtZHeight(middle, CHANNEL_CURVE, TOLERANCE); + if (testChannels == null) + { + break; // No test curve when <2 intersections; i.e. overflown perimeter + } + + // Calculate its area + var calculatedAreas = GetAreasForWaterChannels(testChannels); + var totalArea = calculatedAreas.Sum(); + lastArea = totalArea; + + // DEBUG + // var nextPath = debugProfiles.Paths.Count; + // debugProfiles.EnsurePath(nextPath); + // debugProfiles.AddRange(testChannels); + + // Refine the interval + if (Math.Abs(AREA_TARGET - totalArea) <= AREA_PRECISION) + { + // SUCCESS + outputProfiles.AddRange(testChannels); + outputAreas.AddRange(calculatedAreas); + break; + } + + if (AREA_TARGET < totalArea) + intervalEnd = middle; // Reduce the upper bound as the sectional area is larger than desired + else + intervalBegin = middle; // Reduce the lower bound as the sectional area is smaller than desired + } + + // AddRuntimeMessage(GH_RuntimeMessageLevel.Remark, $"Completed in {iterations} iterations"); // DEBUG + + if (!outputProfiles.Any()) + { + middle = intervalBegin + ((intervalEnd - intervalBegin) / 2); + var errorArea = Math.Round(lastArea, 2); // Round for concision + if (errorArea > 99) + { + errorArea = Math.Round(errorArea); // Round further for concision + } + + if ((upperParam - middle) < (middle - lowerParam)) + AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, + $"Area of {AREA_TARGET} exceeded the profile's capacity (largest area found was {errorArea}). Decrease the area to produce a solution."); + else + AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, + $"Area of {AREA_TARGET} could not be found in the profile (smallest area found was {errorArea}; which was not in the margin of {AREA_PRECISION}). Increase the area or precision to produce a solution."); + } + + // Assign variables to output parameters + DA.SetDataList(0, outputProfiles); + DA.SetDataList(1, outputAreas); + // DA.SetDataTree(2, debugProfiles); // DEBUG + } + + private List GetAreasForWaterChannels(List channels) + { + var areas = new List(); + for (var i = 0; i < channels.Count; i = i + 1) + { + var area_calc = AreaMassProperties.Compute(channels[i]); + if (area_calc != null) + { + areas.Add(Math.Abs(area_calc.Area)); + } + } + return areas; + } + + private List GetWaterChannelsAtZHeight(double zHeight, Curve CHANNEL_CURVE, double TOLERANCE) + { + // Create an XY plane positioned vertically at the test point + var test_plane = new Plane(new Point3d(0, 0, zHeight), new Vector3d(0, 0, 1)); + + // Intersect Plane with the Curve to get water level(s) + var intersections = Rhino.Geometry.Intersect.Intersection.CurvePlane(CHANNEL_CURVE, test_plane, TOLERANCE); + if (intersections == null) + return null; + if (intersections.Count < 2) + return null; // One or fewer intersections is not solvable + + var validIntersections = new List>(); + // For each intersection event we check evaluate the curve slightly ahead and check whether the + // Z-position is down or up. A higher Z is not allowable as a starting point is a valid end + for (var i = 0; i < intersections.Count; i = i + 1) + { + var currentCurvePoint = intersections[i].PointA; + var currentCurveParameter = intersections[i].ParameterA; + var pointFurtherAlongCurve = CHANNEL_CURVE.PointAt(currentCurveParameter + 0.01); + if (pointFurtherAlongCurve.Z <= currentCurvePoint.Z) + { + validIntersections.Add(Tuple.Create(currentCurvePoint, currentCurveParameter)); + // Also add the next valid point along and skip processing it + i += 1; + if (i >= intersections.Count) + { + break; // Only add to the list when there is another point to pair with + } + validIntersections.Add(Tuple.Create(intersections[i].PointA, intersections[i].ParameterA)); + } + } + + var channelCurves = new List(); + // Loop over the valid interesections pairs and make them into bounded sub-curves (ala channels) + for (var i = 0; i < validIntersections.Count; i = i + 2) + { + if (i + 1 >= validIntersections.Count) + { + break; // Only add to the list when there is another point to pair with + } + var ixA = validIntersections[i]; + var ixB = validIntersections[i + 1]; + + // Make an array of top water line and the sub channel then join to close + var wettedLine = CHANNEL_CURVE.Trim(ixA.Item2, ixB.Item2); // Get the sub-curve of the channel + var waterLine = new Line(ixA.Item1, ixB.Item1).ToNurbsCurve(); + + Curve[] channel = Curve.JoinCurves(new Curve[] { wettedLine, waterLine }); + if (channel.Length > 0) + channelCurves.Add(channel[0]); + } + return channelCurves; + } + } +} \ No newline at end of file diff --git a/plugin/Hydro/FlowCatchmentComponent.cs b/plugin/Hydro/FlowCatchmentComponent.cs index ffcd5c0e..8e7beab1 100644 --- a/plugin/Hydro/FlowCatchmentComponent.cs +++ b/plugin/Hydro/FlowCatchmentComponent.cs @@ -22,7 +22,7 @@ public GroundhogCatchmentComponent() public override GH_Exposure Exposure => GH_Exposure.primary; - protected override Bitmap Icon => Resources.icon_catchments; + protected override Bitmap Icon => Resources.icon_flows_catchments; public override Guid ComponentGuid => new Guid("{2d241bdc-ecaa-4cf3-815a-c8001d1798d1}"); diff --git a/plugin/Properties/AssemblyInfo.cs b/plugin/Properties/AssemblyInfo.cs index 4e551518..a16728ec 100644 --- a/plugin/Properties/AssemblyInfo.cs +++ b/plugin/Properties/AssemblyInfo.cs @@ -33,5 +33,5 @@ // // You can specify all the values or you can default the Build and Revision Numbers // by using the '*' as shown below: -[assembly: AssemblyVersion("0.9.1.*")] -[assembly: AssemblyFileVersion("0.9.1.*")] +[assembly: AssemblyVersion("0.10.0.*")] +[assembly: AssemblyFileVersion("0.10.0.*")] diff --git a/plugin/Properties/Resources.Designer.cs b/plugin/Properties/Resources.Designer.cs index 6f813d1a..f6759643 100644 --- a/plugin/Properties/Resources.Designer.cs +++ b/plugin/Properties/Resources.Designer.cs @@ -10,48 +10,35 @@ namespace groundhog.Properties { using System; + using System.Reflection; - /// - /// A strongly-typed resource class, for looking up localized strings, etc. - /// - // This class was auto-generated by the StronglyTypedResourceBuilder - // class via a tool like ResGen or Visual Studio. - // To add or remove a member, edit your .ResX file then rerun ResGen - // with the /str option, or rebuild your VS project. - [global::System.CodeDom.Compiler.GeneratedCodeAttribute("System.Resources.Tools.StronglyTypedResourceBuilder", "15.0.0.0")] - [global::System.Diagnostics.DebuggerNonUserCodeAttribute()] - [global::System.Runtime.CompilerServices.CompilerGeneratedAttribute()] + [System.CodeDom.Compiler.GeneratedCodeAttribute("System.Resources.Tools.StronglyTypedResourceBuilder", "4.0.0.0")] + [System.Diagnostics.DebuggerNonUserCodeAttribute()] + [System.Runtime.CompilerServices.CompilerGeneratedAttribute()] internal class Resources { - private static global::System.Resources.ResourceManager resourceMan; + private static System.Resources.ResourceManager resourceMan; - private static global::System.Globalization.CultureInfo resourceCulture; + private static System.Globalization.CultureInfo resourceCulture; - [global::System.Diagnostics.CodeAnalysis.SuppressMessageAttribute("Microsoft.Performance", "CA1811:AvoidUncalledPrivateCode")] + [System.Diagnostics.CodeAnalysis.SuppressMessageAttribute("Microsoft.Performance", "CA1811:AvoidUncalledPrivateCode")] internal Resources() { } - /// - /// Returns the cached ResourceManager instance used by this class. - /// - [global::System.ComponentModel.EditorBrowsableAttribute(global::System.ComponentModel.EditorBrowsableState.Advanced)] - internal static global::System.Resources.ResourceManager ResourceManager { + [System.ComponentModel.EditorBrowsableAttribute(System.ComponentModel.EditorBrowsableState.Advanced)] + internal static System.Resources.ResourceManager ResourceManager { get { - if (object.ReferenceEquals(resourceMan, null)) { - global::System.Resources.ResourceManager temp = new global::System.Resources.ResourceManager("groundhog.Properties.Resources", typeof(Resources).Assembly); + if (object.Equals(null, resourceMan)) { + System.Resources.ResourceManager temp = new System.Resources.ResourceManager("groundhog.Properties.Resources", typeof(Resources).Assembly); resourceMan = temp; } return resourceMan; } } - /// - /// Overrides the current thread's CurrentUICulture property for all - /// resource lookups using this strongly typed resource class. - /// - [global::System.ComponentModel.EditorBrowsableAttribute(global::System.ComponentModel.EditorBrowsableState.Advanced)] - internal static global::System.Globalization.CultureInfo Culture { + [System.ComponentModel.EditorBrowsableAttribute(System.ComponentModel.EditorBrowsableState.Advanced)] + internal static System.Globalization.CultureInfo Culture { get { return resourceCulture; } @@ -60,30 +47,12 @@ internal Resources() { } } - /// - /// Looks up a localized string similar to Species Name, Common Name,Indigenous Name,Time to Maturity,Spacing Radius,Initial Crown Radius,Mature Crown Radius,Crown Variance,Initial Trunk Radius,Mature Trunk Radius,Trunk Variance, Initial Height,Mature Height, Height Variance, Initial Root Radius,Mature Root Radius, Root Variance,Display R,Display G,Display B - ///Generic Shrub,Generic Shrub,Generic Shrub,25,1,100,1500,10,10,75,10,100,1500,15,150,1000,15,62,189,125 - ///Generic Grass,Generic Grass,Generic Grass,50,1,75,500,10,5,20,10,50,400,25,100,500,25,26, [rest of string was truncated]";. - /// internal static string generic_plants { get { return ResourceManager.GetString("generic_plants", resourceCulture); } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// - internal static System.Drawing.Bitmap icon_catchments { - get { - object obj = ResourceManager.GetObject("icon_catchments", resourceCulture); - return ((System.Drawing.Bitmap)(obj)); - } - } - - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_contour_clip { get { object obj = ResourceManager.GetObject("icon_contour_clip", resourceCulture); @@ -91,9 +60,6 @@ internal static System.Drawing.Bitmap icon_contour_clip { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_contour_gap { get { object obj = ResourceManager.GetObject("icon_contour_gap", resourceCulture); @@ -101,9 +67,6 @@ internal static System.Drawing.Bitmap icon_contour_gap { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_contour_planarity { get { object obj = ResourceManager.GetObject("icon_contour_planarity", resourceCulture); @@ -111,9 +74,6 @@ internal static System.Drawing.Bitmap icon_contour_planarity { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_field { get { object obj = ResourceManager.GetObject("icon_field", resourceCulture); @@ -121,9 +81,6 @@ internal static System.Drawing.Bitmap icon_field { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_field_grid_vis { get { object obj = ResourceManager.GetObject("icon_field_grid_vis", resourceCulture); @@ -131,9 +88,6 @@ internal static System.Drawing.Bitmap icon_field_grid_vis { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_floods_river { get { object obj = ResourceManager.GetObject("icon_floods_river", resourceCulture); @@ -141,9 +95,6 @@ internal static System.Drawing.Bitmap icon_floods_river { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_floods_sea { get { object obj = ResourceManager.GetObject("icon_floods_sea", resourceCulture); @@ -151,19 +102,6 @@ internal static System.Drawing.Bitmap icon_floods_sea { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// - internal static System.Drawing.Bitmap icon_flows_mesh { - get { - object obj = ResourceManager.GetObject("icon_flows_mesh", resourceCulture); - return ((System.Drawing.Bitmap)(obj)); - } - } - - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_flows_srf { get { object obj = ResourceManager.GetObject("icon_flows_srf", resourceCulture); @@ -171,29 +109,13 @@ internal static System.Drawing.Bitmap icon_flows_srf { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// - internal static System.Drawing.Bitmap icon_groundhog { - get { - object obj = ResourceManager.GetObject("icon_groundhog", resourceCulture); - return ((System.Drawing.Bitmap)(obj)); - } - } - - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// - internal static System.Drawing.Bitmap icon_mesh_aspect { + internal static System.Drawing.Bitmap icon_flows_mesh { get { - object obj = ResourceManager.GetObject("icon_mesh_aspect", resourceCulture); + object obj = ResourceManager.GetObject("icon_flows_mesh", resourceCulture); return ((System.Drawing.Bitmap)(obj)); } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_mesh_slope { get { object obj = ResourceManager.GetObject("icon_mesh_slope", resourceCulture); @@ -201,9 +123,6 @@ internal static System.Drawing.Bitmap icon_mesh_slope { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_pgeneric { get { object obj = ResourceManager.GetObject("icon_pgeneric", resourceCulture); @@ -211,9 +130,6 @@ internal static System.Drawing.Bitmap icon_pgeneric { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_pimport { get { object obj = ResourceManager.GetObject("icon_pimport", resourceCulture); @@ -221,9 +137,6 @@ internal static System.Drawing.Bitmap icon_pimport { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_pplacer { get { object obj = ResourceManager.GetObject("icon_pplacer", resourceCulture); @@ -231,9 +144,6 @@ internal static System.Drawing.Bitmap icon_pplacer { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_pshower { get { object obj = ResourceManager.GetObject("icon_pshower", resourceCulture); @@ -241,9 +151,34 @@ internal static System.Drawing.Bitmap icon_pshower { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// + internal static System.Drawing.Bitmap icon_mesh_aspect { + get { + object obj = ResourceManager.GetObject("icon_mesh_aspect", resourceCulture); + return ((System.Drawing.Bitmap)(obj)); + } + } + + internal static System.Drawing.Bitmap icon_surface_aspect { + get { + object obj = ResourceManager.GetObject("icon_surface_aspect", resourceCulture); + return ((System.Drawing.Bitmap)(obj)); + } + } + + internal static System.Drawing.Bitmap icon_surface_slope { + get { + object obj = ResourceManager.GetObject("icon_surface_slope", resourceCulture); + return ((System.Drawing.Bitmap)(obj)); + } + } + + internal static System.Drawing.Bitmap icon_groundhog { + get { + object obj = ResourceManager.GetObject("icon_groundhog", resourceCulture); + return ((System.Drawing.Bitmap)(obj)); + } + } + internal static System.Drawing.Bitmap icon_random_path { get { object obj = ResourceManager.GetObject("icon_random_path", resourceCulture); @@ -251,9 +186,6 @@ internal static System.Drawing.Bitmap icon_random_path { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// internal static System.Drawing.Bitmap icon_shortest_path { get { object obj = ResourceManager.GetObject("icon_shortest_path", resourceCulture); @@ -261,22 +193,23 @@ internal static System.Drawing.Bitmap icon_shortest_path { } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// - internal static System.Drawing.Bitmap icon_surface_aspect { + internal static System.Drawing.Bitmap icon_channel_info { get { - object obj = ResourceManager.GetObject("icon_surface_aspect", resourceCulture); + object obj = ResourceManager.GetObject("icon_channel_info", resourceCulture); return ((System.Drawing.Bitmap)(obj)); } } - /// - /// Looks up a localized resource of type System.Drawing.Bitmap. - /// - internal static System.Drawing.Bitmap icon_surface_slope { + internal static System.Drawing.Bitmap icon_channel_region { get { - object obj = ResourceManager.GetObject("icon_surface_slope", resourceCulture); + object obj = ResourceManager.GetObject("icon_channel_region", resourceCulture); + return ((System.Drawing.Bitmap)(obj)); + } + } + + internal static System.Drawing.Bitmap icon_flows_catchments { + get { + object obj = ResourceManager.GetObject("icon_flows_catchments", resourceCulture); return ((System.Drawing.Bitmap)(obj)); } } diff --git a/plugin/Properties/Resources.resx b/plugin/Properties/Resources.resx index 9af6e3c9..8921462c 100644 --- a/plugin/Properties/Resources.resx +++ b/plugin/Properties/Resources.resx @@ -121,9 +121,6 @@ ..\Resources\generic_plants.csv;System.String, mscorlib, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089;Windows-1252 - - ..\Resources\icon_catchments.png;System.Drawing.Bitmap, System.Drawing, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b03f5f7f11d50a3a - ..\Resources\icon_contour_clip.png;System.Drawing.Bitmap, System.Drawing, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b03f5f7f11d50a3a @@ -184,4 +181,13 @@ ..\Resources\icon_shortest_path.png;System.Drawing.Bitmap, System.Drawing, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b03f5f7f11d50a3a + + ..\Resources\icon_channel_info.png;System.Drawing.Bitmap, System.Drawing, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b03f5f7f11d50a3a + + + ..\Resources\icon_channel_region.png;System.Drawing.Bitmap, System.Drawing, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b03f5f7f11d50a3a + + + ..\Resources\icon_flows_catchments.png;System.Drawing.Bitmap, System.Drawing, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b03f5f7f11d50a3a + \ No newline at end of file diff --git a/plugin/Resources/icon_catchments.png b/plugin/Resources/icon_catchments.png deleted file mode 100644 index ce34a38f..00000000 Binary files a/plugin/Resources/icon_catchments.png and /dev/null differ diff --git a/plugin/Resources/icon_channel_info.png b/plugin/Resources/icon_channel_info.png new file mode 100644 index 00000000..b415df88 Binary files /dev/null and b/plugin/Resources/icon_channel_info.png differ diff --git a/plugin/Resources/icon_channel_region.png b/plugin/Resources/icon_channel_region.png new file mode 100644 index 00000000..e8cad3ad Binary files /dev/null and b/plugin/Resources/icon_channel_region.png differ diff --git a/plugin/Resources/icon_flow_area.png b/plugin/Resources/icon_flow_area.png new file mode 100644 index 00000000..bf9e5836 Binary files /dev/null and b/plugin/Resources/icon_flow_area.png differ diff --git a/plugin/Resources/icon_flow_profile.png b/plugin/Resources/icon_flow_profile.png new file mode 100644 index 00000000..1bfb524d Binary files /dev/null and b/plugin/Resources/icon_flow_profile.png differ diff --git a/plugin/Resources/icon_flows_catchments.png b/plugin/Resources/icon_flows_catchments.png new file mode 100644 index 00000000..e3de6d27 Binary files /dev/null and b/plugin/Resources/icon_flows_catchments.png differ diff --git a/plugin/Resources/icon_path_random.png b/plugin/Resources/icon_path_random.png new file mode 100644 index 00000000..4d8dbf0f Binary files /dev/null and b/plugin/Resources/icon_path_random.png differ diff --git a/plugin/Resources/icon_path_shortest.png b/plugin/Resources/icon_path_shortest.png new file mode 100644 index 00000000..d2f6a9cc Binary files /dev/null and b/plugin/Resources/icon_path_shortest.png differ diff --git a/plugin/Terrain/MeshSlopeComponent.cs b/plugin/Terrain/MeshSlopeComponent.cs index 4afcab3d..5fd9fcd8 100644 --- a/plugin/Terrain/MeshSlopeComponent.cs +++ b/plugin/Terrain/MeshSlopeComponent.cs @@ -29,8 +29,9 @@ protected override void RegisterOutputParams(GH_OutputParamManager pManager) pManager.AddMeshParameter("Mesh Faces", "F", "The sub mesh faces (for coloring)", GH_ParamAccess.list); pManager.AddPointParameter("Face Centers", "C", "The centers of each mesh face (for vector previews)", GH_ParamAccess.list); pManager.AddVectorParameter("Face Vectors", "V", "The direction to the lowest points of each face", GH_ParamAccess.list); - pManager.AddNumberParameter("Face Slopes °", "A", "The slope of each mesh face, as an angle", GH_ParamAccess.list); - pManager.AddNumberParameter("Face Slopes %", "P", "The slope of each mesh face, as a percentile", GH_ParamAccess.list); + pManager.AddNumberParameter("Face Slopes °", "A", "The slope of each mesh face, as the angle of inline", GH_ParamAccess.list); + pManager.AddNumberParameter("Face Slopes %", "P", "The slope of each mesh face, as a percentage", GH_ParamAccess.list); + pManager.AddNumberParameter("Face Slopes :", "P", "The slope of each mesh face, as the denominator of a ratio (i.e. 1:x)", GH_ParamAccess.list); } protected override void GroundHogSolveInstance(IGH_DataAccess DA) @@ -52,12 +53,20 @@ protected override void GroundHogSolveInstance(IGH_DataAccess DA) subPercentiles.Add(Math.Tan(radians) * 100); } + // Calculate ratio from percentiles + var subRatioDenominators = new List(); + foreach (var percentage in subPercentiles) + { + subRatioDenominators.Add(100 / percentage); + } + // Assign variables to output parameters DA.SetDataList(0, subMeshes); DA.SetDataList(1, subCentres); DA.SetDataList(2, subDirections); DA.SetDataList(3, subAngles); DA.SetDataList(4, subPercentiles); + DA.SetDataList(5, subRatioDenominators); } private List GetAngles(Mesh MESH) diff --git a/plugin/Terrain/SurfaceSlopeComponent.cs b/plugin/Terrain/SurfaceSlopeComponent.cs index 08e50980..c32d1d8a 100644 --- a/plugin/Terrain/SurfaceSlopeComponent.cs +++ b/plugin/Terrain/SurfaceSlopeComponent.cs @@ -30,8 +30,9 @@ protected override void RegisterOutputParams(GH_OutputParamManager pManager) pManager.AddMeshParameter("Mesh Faces", "F", "The sub mesh faces (for coloring)", GH_ParamAccess.list); pManager.AddPointParameter("Face Centers", "C", "The centers of each mesh face (for vector previews)", GH_ParamAccess.list); pManager.AddVectorParameter("Face Vectors", "V", "The direction to the lowest points of each face", GH_ParamAccess.list); - pManager.AddNumberParameter("Face Slopes °", "A", "The slope of each mesh face, as an angle", GH_ParamAccess.list); - pManager.AddNumberParameter("Face Slopes %", "P", "The slope of each mesh face, as a percentile", GH_ParamAccess.list); + pManager.AddNumberParameter("Face Slopes °", "A", "The slope of each mesh face, as the angle of inline", GH_ParamAccess.list); + pManager.AddNumberParameter("Face Slopes %", "P", "The slope of each mesh face, as a percentage", GH_ParamAccess.list); + pManager.AddNumberParameter("Face Slopes :", "P", "The slope of each mesh face, as the denominator of a ratio (i.e. 1:x)", GH_ParamAccess.list); } protected override void GroundHogSolveInstance(IGH_DataAccess DA) @@ -49,7 +50,7 @@ protected override void GroundHogSolveInstance(IGH_DataAccess DA) var subDirections = TerrainCalculations.GetDirections(subMeshes, subCentres); var subAngles = GetAngles(MESH); - // Calculate ratios from angles + // Calculate perentage from angles var subPercentiles= new List(); foreach (var angle in subAngles) { @@ -57,12 +58,20 @@ protected override void GroundHogSolveInstance(IGH_DataAccess DA) subPercentiles.Add(Math.Tan(radians) * 100); } + // Calculate ratio from percentiles + var subRatioDenominators = new List(); + foreach (var percentage in subPercentiles) + { + subRatioDenominators.Add(100 / percentage); + } + // Assign variables to output parameters DA.SetDataList(0, subMeshes); DA.SetDataList(1, subCentres); DA.SetDataList(2, subDirections); DA.SetDataList(3, subAngles); DA.SetDataList(4, subPercentiles); + DA.SetDataList(5, subRatioDenominators); } private List GetAngles(Mesh MESH) diff --git a/plugin/groundhog readme.md b/plugin/groundhog readme.md index de973c80..787cd74a 100644 --- a/plugin/groundhog readme.md +++ b/plugin/groundhog readme.md @@ -2,7 +2,7 @@ -# Groundhog `v0.9.1 beta` +# Groundhog `v0.10.0 beta` *... a Grasshopper plugin, a set of reference models, and wiki exploring the applications of computational design in landscape architecture.* diff --git a/plugin/groundhog.csproj b/plugin/groundhog.csproj index c7fbbf65..59003430 100644 --- a/plugin/groundhog.csproj +++ b/plugin/groundhog.csproj @@ -77,6 +77,8 @@ + + @@ -105,13 +107,13 @@ - + @@ -154,6 +156,9 @@ + + + @@ -220,4 +225,4 @@ - \ No newline at end of file + diff --git a/plugin/release/manifest.yml b/plugin/release/manifest.yml index 7b4c1115..fb421988 100644 --- a/plugin/release/manifest.yml +++ b/plugin/release/manifest.yml @@ -1,6 +1,6 @@ --- name: groundhog -version: 0.9.1 +version: 0.10.0 authors: - Philip Belesky description: > @@ -8,4 +8,4 @@ description: > exploring the applications of computational design in landscape architecture. url: "http://groundhog.la/" secret: - id: 7dc547b5-ca43-457d-a3e2-8286f0784ad0 \ No newline at end of file + id: 7dc547b5-ca43-457d-a3e2-8286f0784ad0 diff --git a/projects/south-park/Groundhog - South Park.3dm b/projects/south-park/Groundhog - South Park.3dm new file mode 100644 index 00000000..3a15bb32 --- /dev/null +++ b/projects/south-park/Groundhog - South Park.3dm @@ -0,0 +1,3 @@ +version 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false + 0 + + + + + + -225 + 1252 + 204 + 20 + + + -224.5009 + 1252.702 + + + + + + 3 + 1 + 1 + 100000 + 0 + 0 + 9000 + + + + + + + + + e9eb1dcf-92f6-4d4d-84ae-96222d60f56b + Move + + + + + Translate (move) an object along a vector. + true + 5c5fe460-b1af-43d2-bbad-135bd90d5a32 + Move + Move + + + + + + 1081 + 304 + 116 + 44 + + + 1137 + 326 + + + + + + Base geometry + c795d648-d33b-4919-b1b1-61e34e65f995 + Geometry + Geometry + true + a3c869ac-336e-4611-b9f8-4d3e62c1b022 + 1 + + + + + + 1083 + 306 + 39 + 20 + + + 1104 + 316 + + + + + + + + Translation vector + 0f699651-48e2-4cce-8e37-2c6ba5f4f244 + Motion + Motion + false + 97147369-83cf-4ede-8253-b2307bd454e2 + 1 + + + + + + 1083 + 326 + 39 + 20 + + + 1104 + 336 + + + + + + 1 + + + + + 1 + {0} + + + + + + 0 + 0 + 10 + + + + + + + + + + + + Translated geometry + 5028157a-60a4-4bd1-a19b-02ab26c879f8 + Geometry + Geometry + false + 0 + + + + + + 1152 + 306 + 43 + 20 + + + 1173.5 + 316 + + + + + + + + Transformation data + 214ca32a-9cfd-4fdc-9513-3b02d14a07eb + Transform + Transform + false + 0 + + + + + + 1152 + 326 + 43 + 20 + + + 1173.5 + 336 + + + + + + + + + + + + 2b2a4145-3dff-41d4-a8de-1ea9d29eef33 + Interpolate + + + + + Create an interpolated curve through a set of points. + true + 20491aa8-5213-41cd-930f-2eade08e5a4d + Interpolate + Interpolate + + + + + + 1268 + 303 + 122 + 84 + + + 1339 + 345 + + + + + + 1 + Interpolation points + 164fbb11-ce81-4dd7-9925-38d29e54facf + 1 + Vertices + Vertices + false + 5028157a-60a4-4bd1-a19b-02ab26c879f8 + 1 + + + + + + 1270 + 305 + 54 + 20 + + + 1306.5 + 315 + + + + + + + + Curve degree + adecc368-e701-4c08-bbed-a33a6f891fd3 + Degree + Degree + false + 0 + + + + + + 1270 + 325 + 54 + 20 + + + 1306.5 + 335 + + + + + + 1 + + + + + 1 + {0} + + + + + 3 + + + + + + + + + + + Periodic curve + 7be751a0-4229-44bf-91c2-933d2edc0b3b + Periodic + Periodic + false + 0 + + + + + + 1270 + 345 + 54 + 20 + + + 1306.5 + 355 + + + + + + 1 + + + + + 1 + {0} + + + + + false + + + + + + + + + + + Knot spacing (0=uniform, 1=chord, 2=sqrtchord) + e735b211-320a-4f3e-b67b-cab143124285 + KnotStyle + KnotStyle + false + 0 + + + + + + 1270 + 365 + 54 + 20 + + + 1306.5 + 375 + + + + + + 1 + + + + + 1 + {0} + + + + + 1 + + + + + + + + + + + Resulting nurbs curve + 4cdbce31-4313-4900-801e-9fce103271f0 + Curve + Curve + false + 0 + + + + + + 1354 + 305 + 34 + 26 + + + 1371 + 318.3333 + + + + + + + + Curve length + f848ef70-612c-45cf-820e-bf4657c08c1b + Length + Length + false + 0 + + + + + + 1354 + 331 + 34 + 27 + + + 1371 + 345 + + + + + + + + Curve domain + 06cab53a-418f-4457-9b7b-26373eec7d1f + Domain + Domain + false + 0 + + + + + + 1354 + 358 + 34 + 27 + + + 1371 + 371.6667 + + + + + + + + + + + + 57da07bd-ecab-415d-9d86-af36d7073abc + Number Slider + + + + + Numeric slider for single values + ebfb830d-a0cb-422f-8e37-a6077366a49b + Number Slider + Pull Res. 1 + false + 0 + + + + + + -226 + 1117 + 205 + 20 + + + -225.0899 + 1117.459 + + + + + + 3 + 1 + 1 + 1000 + 0 + 0 + 150 + + + + + + + + + d5967b9f-e8ee-436b-a8ad-29fdcecf32d5 + Curve + + + + + Contains a collection of generic curves + true + ece235bb-a9c0-4806-bc13-5354943a5397 + 2 + Curve + Small Attractors + false + b66244f6-d0ac-4319-857f-62b576e13ec8 + 1 + + + + + + -104 + 806 + 85 + 20 + + + -51.86348 + 816.0026 + + + + + + 1 + + + + + 7 + {0} + + + + + -1 + dd387f1b-be1a-4589-a244-2af01b361c22 + + + + + -1 + 6e297288-baf5-4220-bd98-2f37be0a5db6 + + + + + -1 + 4a213f1a-b014-4724-a91e-7d57ce63d83f + + + + + -1 + 4c6f04d7-80c6-4404-b318-b6f4c1774246 + + + + + -1 + 21fd136b-2c4f-4446-be7c-a7423f178529 + + + + + -1 + 73d67a22-0cc0-4ab3-b3f7-c86204446a0b + + + + + -1 + 82d23ce3-bd68-4f93-8a64-1f4651402328 + + + + + + + + + + + + + 2162e72e-72fc-4bf8-9459-d4d82fa8aa14 + Divide Curve + + + + + Divide a curve into equal length segments + true + edecca8b-778f-45f1-926f-c0fb39237603 + Divide Curve + Divide Curve + + + + + + 1622 + 376 + 123 + 67 + + + 1664 + 410 + + + + + + Curve to divide + 9a1bb93d-bbcd-452f-a920-20f4af8282df + Curve + Curve + false + 4cdbce31-4313-4900-801e-9fce103271f0 + 1 + + + + + + 1624 + 378 + 25 + 21 + + + 1638 + 388.5 + + + + + + + + Number of segments + 7b9d9028-af26-4218-9b56-2f1afbea712a + Count + Count + false + 8174863c-f812-4573-a4e1-73e1c090050b + 1 + + + + + + 1624 + 399 + 25 + 21 + + + 1638 + 409.5 + + + + + + 1 + + + + + 1 + {0} + + + + + 80 + + + + + + + + + + + Split segments at kinks + 68f0917a-a6b7-4561-a4c6-77820a3627b1 + Kinks + Kinks + false + 0 + + + + + + 1624 + 420 + 25 + 21 + + + 1638 + 430.5 + + + + + + 1 + + + + + 1 + {0} + + + + + false + + + + + + + + + + + 1 + Division points + 24c39290-f398-42f9-8660-6aa5fc3d25bf + 2 + Points + Points + false + 0 + + + + + + 1679 + 378 + 64 + 21 + + + 1703 + 388.5 + + + + + + + + 1 + Tangent vectors at division points + 6e03c198-3463-48d6-aa9a-33c22359365a + Tangents + Tangents + false + 0 + + + + + + 1679 + 399 + 64 + 21 + + + 1703 + 409.5 + + + + + + + + 1 + Parameter values at division points + 7baa8b71-69da-4864-ad88-45f4d422a3be + Parameters + Parameters + false + 0 + + + + + + 1679 + 420 + 64 + 21 + + + 1703 + 430.5 + + + + + + + + + + + + 2e205f24-9279-47b2-b414-d06dcd0b21a7 + Area + + + + + Solve area properties for breps, meshes and planar closed curves. + true + 0ca8a27e-8536-4e90-9218-1ccd63622fee + Area + Area + + + + + + 1623 + 483 + 126 + 44 + + + 1679 + 505 + + + + + + Brep, mesh or planar closed curve for area computation + d59edec8-9709-428c-9d1b-8a4cd8513508 + Geometry + Geometry + false + ece235bb-a9c0-4806-bc13-5354943a5397 + 1 + + + + + + 1625 + 485 + 39 + 40 + + + 1646 + 505 + + + + + + + + Area of geometry + 0834d5b3-9991-4c73-ae1a-1d29b8eb4a17 + Area + Area + false + 0 + + + + + + 1694 + 485 + 53 + 20 + + + 1712.5 + 495 + + + + + + + + Area centroid of geometry + 4674822a-7772-43dd-a13f-0ee39c35c4df + 1 + Centroid + Centroid + false + 0 + + + + + + 1694 + 505 + 53 + 20 + + + 1712.5 + 515 + + + + + + + + + + + + 571ca323-6e55-425a-bf9e-ee103c7ba4b9 + Closest Point + + + + + Find closest point in a point collection. + true + 91f592c0-7062-4fd7-bd46-a4775af803ca + Closest Point + Closest Point + + + + + + 1821 + 450 + 112 + 68 + + + 1862 + 484 + + + + + + Point to search from + 2af6278e-6658-4b1e-a89e-55b1aa748b2a + Point + Point + false + 24c39290-f398-42f9-8660-6aa5fc3d25bf + 1 + + + + + + 1823 + 452 + 24 + 32 + + + 1836.5 + 468 + + + + + + + + 1 + Cloud of points to search + 1e7021b3-197d-4739-9497-996fd8c53a65 + Cloud + Cloud + false + 4674822a-7772-43dd-a13f-0ee39c35c4df + 1 + + + + + + 1823 + 484 + 24 + 32 + + + 1836.5 + 500 + + + + + + + + Point in [C] closest to [P] + 29b4a616-4df4-408d-8e97-ab6270c45c03 + Closest Point + Closest Point + false + 0 + + + + + + 1877 + 452 + 54 + 21 + + + 1904 + 462.6667 + + + + + + + + Index of closest point + bbd7665a-6265-4559-add1-19fabbd2f730 + CP Index + CP Index + false + 0 + + + + + + 1877 + 473 + 54 + 21 + + + 1904 + 484 + + + + + + + + Distance between [P] and [C](i) + ea39bf80-1f93-4a1e-9d53-e6f5044dc112 + Distance + Distance + false + 0 + + + + + + 1877 + 494 + 54 + 22 + + + 1904 + 505.3333 + + + + + + + + + + + + 934ede4a-924a-4973-bb05-0dc4b36fae75 + Vector 2Pt + + + + + Create a vector between two points. + true + 2a0e79e2-19c1-4c85-9961-685c0585e1bc + Vector 2Pt + Vector 2Pt + + + + + + 2001 + 395 + 94 + 64 + + + 2047 + 427 + + + + + + Base point + 89668d7b-e3a5-4fc2-a15b-fe7672fbf8dd + Point A + Point A + false + 24c39290-f398-42f9-8660-6aa5fc3d25bf + 1 + + + + + + 2003 + 397 + 29 + 20 + + + 2019 + 407 + + + + + + + + Tip point + 5776d8b6-665c-4020-aa85-56abd7e7ea1d + Point B + Point B + false + 29b4a616-4df4-408d-8e97-ab6270c45c03 + 1 + + + + + + 2003 + 417 + 29 + 20 + + + 2019 + 427 + + + + + + + + Unitize output + 0d083a52-3871-4176-a7bd-6a1c5dcc0f37 + Unitize + Unitize + false + 0 + + + + + + 2003 + 437 + 29 + 20 + + + 2019 + 447 + + + + + + 1 + + + + + 1 + {0} + + + + + false + + + + + + + + + + + Vector + e31636e2-c93f-401c-ac60-fdc4108626ac + Vector + Vector + false + 0 + + + + + + 2062 + 397 + 31 + 30 + + + 2077.5 + 412 + + + + + + + + Vector length + 1d443f75-e170-4499-98e5-8491bc1ff685 + Length + Length + false + 0 + + + + + + 2062 + 427 + 31 + 30 + + + 2077.5 + 442 + + + + + + + + + + + + 2a3f7078-2e25-4dd4-96f7-0efb491bd61c + Vector Display + + + + + false + 0 + Preview vectors in the viewport + 0.1 + 15 + true + 52ba3a46-cf03-4bd7-b6cb-a9ca327f63fa + Vector Display + Vector Display + + + + + 3 + false + false + + + + + + 255;255;0;0 + + + 255;255;0;0 + + 0 + 1f27f4b4-972c-45dc-8866-e979ce0af8f0 + + + + + + 255;255;165;0 + + + 255;255;165;0 + + 0.5 + 540069f7-c9b4-48a4-970d-3cffacd2589b + + + + + + 255;124;252;0 + + + 255;124;252;0 + + 1 + c85e052a-ba98-4d4d-85c1-fb06611c1905 + + + + + + + + 2119 + 232 + 60 + 74 + + + 2165 + 269 + + + + + + Anchor point for preview vector + 6e6f3536-4061-4148-b1c3-2b969f85ccb9 + Anchor + Anchor + true + 24c39290-f398-42f9-8660-6aa5fc3d25bf + 1 + + + + + + 2121 + 234 + 29 + 35 + + + 2137 + 251.5 + + + + + + + + Vector to preview + 0bcc9e54-2086-4caf-88a8-60424c83e6f2 + Vector + Vector + true + e31636e2-c93f-401c-ac60-fdc4108626ac + 1 + + + + + + 2121 + 269 + 29 + 35 + + + 2137 + 286.5 + + + + + + + + + + + + 6ec39468-dae7-4ffa-a766-f2ab22a2c62e + Amplitude + + + + + Set the amplitude (length) of a vector. + true + b0c29dd4-03bd-41a0-aeb9-1132c9fbabe2 + Amplitude + Amplitude + + + + + + 2191 + 483 + 103 + 54 + + + 2247 + 510 + + + + + + Base vector + f7e3359c-9a49-4b0a-b08e-ef42499ad7e1 + Vector + Vector + false + e31636e2-c93f-401c-ac60-fdc4108626ac + 1 + + + + + + 2193 + 485 + 39 + 25 + + + 2214 + 497.5 + + + + + + + + Amplitude (length) value + ba25316b-9490-4472-80a8-91c4cebafca7 + Amplitude + Amplitude + false + 4e6eca3b-58c6-4fd7-a266-143b9ac93840 + 1 + + + + + + 2193 + 510 + 39 + 25 + + + 2214 + 522.5 + + + + + + 1 + + + + + 1 + {0} + + + + + 1 + + + + + + + + + + + Resulting vector + 34c2421d-d59d-4b37-870a-58adfabb7784 + Vector + Vector + false + 0 + + + + + + 2262 + 485 + 30 + 50 + + + 2277 + 510 + + + + + + + + + + + + e9eb1dcf-92f6-4d4d-84ae-96222d60f56b + Move + + + + + Translate (move) an object along a vector. + true + d42a979e-0a0f-4a1a-ac87-055590e69b7e + Move + Move + + + + + + 2354 + 403 + 116 + 44 + + + 2410 + 425 + + + + + + Base geometry + ad67e341-a8db-4b44-8d13-1d948d1fb747 + Geometry + Geometry + true + 24c39290-f398-42f9-8660-6aa5fc3d25bf + 1 + + + + + + 2356 + 405 + 39 + 20 + + + 2377 + 415 + + + + + + + + Translation vector + f5326bc6-fcde-4896-b51c-c274af5bb7f6 + Motion + Motion + false + 34c2421d-d59d-4b37-870a-58adfabb7784 + 1 + + + + + + 2356 + 425 + 39 + 20 + + + 2377 + 435 + + + + + + 1 + + + + + 1 + {0} + + + + + + 0 + 0 + 10 + + + + + + + + + + + + Translated geometry + d701f6a6-6a51-46cf-ad81-ea96a9e9c99f + Geometry + Geometry + false + 0 + + + + + + 2425 + 405 + 43 + 20 + + + 2446.5 + 415 + + + + + + + + Transformation data + 5a8f157f-8374-4372-858f-ff09dc813544 + Transform + Transform + false + 0 + + + + + + 2425 + 425 + 43 + 20 + + + 2446.5 + 435 + + + + + + + + + + + + 2b2a4145-3dff-41d4-a8de-1ea9d29eef33 + Interpolate + + + + + Create an interpolated curve through a set of points. + true + eb27b1de-eb59-4511-9f59-63ac2e0559ff + Interpolate + Interpolate + + + + + + 2551 + 354 + 122 + 84 + + + 2622 + 396 + + + + + + 1 + Interpolation points + 7cdf9380-04c0-44fd-a465-d1a5b432a8d5 + 1 + Vertices + Vertices + false + d701f6a6-6a51-46cf-ad81-ea96a9e9c99f + 1 + + + + + + 2553 + 356 + 54 + 20 + + + 2589.5 + 366 + + + + + + + + Curve degree + b1f59b29-4245-4fd2-8f52-e37530b4e0cc + Degree + Degree + false + 0 + + + + + + 2553 + 376 + 54 + 20 + + + 2589.5 + 386 + + + + + + 1 + + + + + 1 + {0} + + + + + 3 + + + + + + + + + + + Periodic curve + a020292d-abff-4570-a564-e26883c05b4c + Periodic + Periodic + false + 0 + + + + + + 2553 + 396 + 54 + 20 + + + 2589.5 + 406 + + + + + + 1 + + + + + 1 + {0} + + + + + false + + + + + + + + + + + Knot spacing (0=uniform, 1=chord, 2=sqrtchord) + ae3e3eca-b253-439f-a8fe-ace0c54004e2 + KnotStyle + KnotStyle + false + 0 + + + + + + 2553 + 416 + 54 + 20 + + + 2589.5 + 426 + + + + + + 1 + + + + + 1 + {0} + + + + + 1 + + + + + + + + + + + Resulting nurbs curve + 642f2919-3ba9-452c-8310-a557861702ab + Curve + Curve + false + 0 + + + + + + 2637 + 356 + 34 + 26 + + + 2654 + 369.3333 + + + + + + + + Curve length + 9b68ba78-29f3-4e59-a0d0-bf8321761ea8 + Length + Length + false + 0 + + + + + + 2637 + 382 + 34 + 27 + + + 2654 + 396 + + + + + + + + Curve domain + f4a8951a-1507-4c7b-8f19-8c1304ee81a2 + Domain + Domain + false + 0 + + + + + + 2637 + 409 + 34 + 27 + + + 2654 + 422.6667 + + + + + + + + + + + + 57da07bd-ecab-415d-9d86-af36d7073abc + Number Slider + + + + + Numeric slider for single values + 8174863c-f812-4573-a4e1-73e1c090050b + Number Slider + Pull Res. 2 + false + 0 + + + + + + -226 + 1142 + 205 + 20 + + + -225.7836 + 1142.032 + + + + + + 3 + 1 + 1 + 1000 + 0 + 0 + 150 + + + + + + + + + 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8382 + 2318 + 54 + 22 + + + 8409 + 2329.333 + + + + + + + + + + + + 934ede4a-924a-4973-bb05-0dc4b36fae75 + Vector 2Pt + + + + + Create a vector between two points. + true + c3fd2f37-7399-4443-a331-fbb9e67d7efb + Vector 2Pt + Vector 2Pt + + + + + + 8513 + 2181 + 94 + 64 + + + 8559 + 2213 + + + + + + Base point + 09992270-b0d6-4e28-a52d-dc6acaa6e6b3 + Point A + Point A + false + 5af3d797-3604-4257-bd14-13ca05195e54 + 1 + + + + + + 8515 + 2183 + 29 + 20 + + + 8531 + 2193 + + + + + + + + Tip point + badae489-4646-4ca4-a02b-eca69b12976e + Point B + Point B + false + 9c41541e-d201-4fae-93c4-0c77bce96619 + 1 + + + + + + 8515 + 2203 + 29 + 20 + + + 8531 + 2213 + + + + + + + + Unitize output + 221b9f17-f304-4312-89b6-cbb0ffd9c752 + Unitize + Unitize + false + 0 + + + + + + 8515 + 2223 + 29 + 20 + + + 8531 + 2233 + + + + + + 1 + + + + + 1 + {0} + + + + + false + + + + + + + + + + + Vector + 458b2cb2-b5b8-4b93-8f03-1cc539022819 + Vector + Vector + false + 0 + + + + + + 8574 + 2183 + 31 + 30 + + + 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1132736f-81a7-4fb0-94fd-b59b4b04d0c8 + Vector + Vector + true + 458b2cb2-b5b8-4b93-8f03-1cc539022819 + 1 + + + + + + 8651 + 2038 + 29 + 35 + + + 8667 + 2055.5 + + + + + + + + + + + + 6ec39468-dae7-4ffa-a766-f2ab22a2c62e + Amplitude + + + + + Set the amplitude (length) of a vector. + true + e066052f-dea2-485c-9e38-08d6cbbdeccb + Amplitude + Amplitude + + + + + + 8682 + 2232 + 103 + 54 + + + 8738 + 2259 + + + + + + Base vector + 8047c040-ff06-4c65-9bfa-10a75c8cb3da + Vector + Vector + false + 458b2cb2-b5b8-4b93-8f03-1cc539022819 + 1 + + + + + + 8684 + 2234 + 39 + 25 + + + 8705 + 2246.5 + + + + + + + + Amplitude (length) value + a728abc1-a755-44c8-b995-2f1bf36dc7b8 + Amplitude + Amplitude + false + 0be93556-b1a7-4ef6-bb99-b7955847c2d0 + 1 + + + + + + 8684 + 2259 + 39 + 25 + + + 8705 + 2271.5 + + + + + + 1 + + + + + 1 + {0} + + + + + 1 + + + + + + + + + + + Resulting vector + 3c15d4e4-42c5-4b39-bff6-2f6aa3ace81e + Vector + Vector + false + 0 + + + + + + 8753 + 2234 + 30 + 50 + + + 8768 + 2259 + + + + + + + + + + + + e9eb1dcf-92f6-4d4d-84ae-96222d60f56b + Move + + + + + Translate (move) an object along a vector. + true + 6cd513a0-166a-4184-a82c-27d50f8008fd + Move + Move + + + + + + 8993 + 2114 + 116 + 44 + + + 9049 + 2136 + + + + + + Base geometry + d9fb113f-201d-4772-a228-b84e742b7bfe + Geometry + Geometry + true + 5af3d797-3604-4257-bd14-13ca05195e54 + 1 + + + + + + 8995 + 2116 + 39 + 20 + + + 9016 + 2126 + + + + + + + + Translation vector + c72aa5d2-1247-4577-841e-33b95d96e744 + Motion + Motion + false + a23938f0-8b48-4283-b202-f1efa7430bad + 1 + + + + + + 8995 + 2136 + 39 + 20 + + + 9016 + 2146 + + + + + + 1 + + + + + 1 + {0} + + + + + + 0 + 0 + 10 + + + + + + + + + + + + Translated geometry + beafa11c-1a75-4c0b-9ce7-0df5e5b6b5b1 + Geometry + Geometry + false + 0 + + + + + + 9064 + 2116 + 43 + 20 + + + 9085.5 + 2126 + + + + + + + + Transformation data + 5e504b65-628b-49e0-9b7d-2739f15317c3 + Transform + Transform + false + 0 + + + + + + 9064 + 2136 + 43 + 20 + + + 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Garden + false + 0 + + + + + + -255 + 1190 + 234 + 20 + + + -254.2875 + 1190.264 + + + + + + 3 + 1 + 1 + 1000 + 0 + 0 + 14 + + + + + + + + + 57da07bd-ecab-415d-9d86-af36d7073abc + Number Slider + + + + + Numeric slider for single values + 0be93556-b1a7-4ef6-bb99-b7955847c2d0 + Number Slider + Garden Bed Size + false + 0 + + + + + + -233 + 1598 + 212 + 20 + + + -232.0303 + 1598.087 + + + + + + 3 + 1 + 1 + 100000 + 0 + 0 + 5128 + + + + + + + + + a3371040-e552-4bc8-b0ff-10a840258e88 + Negative + + + + + Compute the negative of a value. + true + 68465470-98c3-4108-829a-1ba08342fa51 + Negative + Negative + + + + + + 8846 + 2186 + 87 + 49 + + + 8887 + 2211 + + + + + + Input value + 11f0b03b-4171-4775-9e3c-0a970c801860 + Value + Value + false + 3c15d4e4-42c5-4b39-bff6-2f6aa3ace81e + 1 + + + + + + 8848 + 2188 + 24 + 45 + + + 8861.5 + 2210.5 + + + + + + + + Output value + a23938f0-8b48-4283-b202-f1efa7430bad + Result + Result + false + 0 + + + + + + 8902 + 2188 + 29 + 45 + + + 8916.5 + 2210.5 + + + + + + + + + + + + a72b0bd3-c7a7-458e-875d-09ae1624638c + Point In Curve + + + + + Test a point for closed curve containment. + true + d9f6e737-805a-4504-a213-c55207b7c268 + Point In Curve + Point In Curve + + + + + + 9172 + 2143 + 126 + 73 + + + 9230 + 2180 + + + + + + Point for region inclusion test + c61b381e-8358-4cef-9e6d-36ce521364e1 + 1 + Point + Point + false + beafa11c-1a75-4c0b-9ce7-0df5e5b6b5b1 + 1 + + + + + + 9174 + 2145 + 41 + 34 + + + 9204 + 2162.25 + + + + + + + + Boundary region (closed curves only) + 93787d5c-83a8-4ccd-b105-7d11c92301cd + Curve + Curve + false + 99434de8-c668-48a7-b0f3-97f260b5e257 + 1 + + + + + + 9174 + 2179 + 41 + 35 + + + 9204 + 2196.75 + + + + + + + + Point/Region relationship (0 = outside, 1 = coincident, 2 = inside) + 7176d63a-9ab1-49e6-bfdf-0fd9d5c5cdbd + Relationship + Relationship + false + 0 + + + + + + 9245 + 2145 + 51 + 34 + + + 9270.5 + 2162.25 + + + + + + + + Point projected on region plane. + true + 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+ + + Curve start point + 4a146726-eae4-49b5-97a4-1849ee288541 + Start + Start + false + 0 + + + + + + 10700 + 2235 + 23 + 27 + + + 10711.5 + 2248.5 + + + + + + + + Curve end point + a589e8b5-d23a-4075-88f2-29c18c29d6c0 + End + End + false + 0 + + + + + + 10700 + 2262 + 23 + 27 + + + 10711.5 + 2275.5 + + + + + + + + + + + + 4c4e56eb-2f04-43f9-95a3-cc46a14f495a + Line + + + + + Create a line between two points. + true + 1c6e9493-0bbf-4810-9623-43ceecf38fc9 + Line + Line + + + + + + 10797 + 2281 + 97 + 44 + + + 10855 + 2303 + + + + + + Line start point + 92b7d310-3292-454f-8e58-13eaa00cd75b + Start Point + Start Point + false + 4a146726-eae4-49b5-97a4-1849ee288541 + 1 + + + + + + 10799 + 2283 + 41 + 20 + + + 10821 + 2293 + + + + + + + + Line end point + 3defe227-761d-4e79-b3c3-3cb20c42ca80 + End Point + End Point + false + bc6f70e5-7cb1-4963-9eb8-879f3d469c92 + 1 + + + + + + 10799 + 2303 + 41 + 20 + + + 10821 + 2313 + + + + + + + + Line segment + 93894460-73d4-4dd4-a4ae-95255ff6575c + Line + Line + false + 0 + + + + + + 10870 + 2283 + 22 + 40 + + + 10881 + 2303 + + + + + + + + + + + + 4c4e56eb-2f04-43f9-95a3-cc46a14f495a + Line + + + + + Create a line between two points. + true + 147f22d0-c366-4bc9-822a-1174e3c88732 + Line + Line + + + + + + 10798 + 2330 + 97 + 44 + + + 10856 + 2352 + + + + + + Line start point + 9e919f9d-2cec-4af6-b130-75de44a22ea8 + Start Point + Start Point + false + 8f36e49c-5f67-4fbc-b858-12d07b51253c + 1 + + + + + + 10800 + 2332 + 41 + 20 + + + 10822 + 2342 + + + + + + + + Line end point + f29dc43e-46bc-4e0f-81b2-3638d7aab751 + End Point + End Point + false + a589e8b5-d23a-4075-88f2-29c18c29d6c0 + 1 + + + + + + 10800 + 2352 + 41 + 20 + + + 10822 + 2362 + + + + + + + + Line segment + a29ca35a-69ab-4f9f-aedd-59a5be787b54 + Line + Line + false + 0 + + + + + + 10871 + 2332 + 22 + 40 + + + 10882 + 2352 + + + + + + + + + + + + a3371040-e552-4bc8-b0ff-10a840258e88 + Negative + + + + + Compute the negative of a value. + true + 3e36adc2-c94d-4f28-925c-c11c94888d35 + Negative + Negative + + + + + + 10093 + 2289 + 87 + 49 + + + 10134 + 2314 + + + + + + Input value + 3a8ce4b9-fe3c-40ed-ad0d-ef1d5968be7c + Value + Value + false + 2e9d743c-d421-4249-9c46-7e2f2523961b + 1 + + + + + + 10095 + 2291 + 24 + 45 + + + 10108.5 + 2313.5 + + + + + + + + Output value + 23b8d97d-e315-425c-8a2b-5ab845e3ea17 + Result + Result + false + 0 + + + + + + 10149 + 2291 + 29 + 45 + + + 10163.5 + 2313.5 + + + + + + + + + + + + f72c480b-7ee6-42ef-9821-c371e9203b44 + Region Difference + + + + + Difference between two sets of planar closed curves (regions) + e3f3f0f0-923a-4329-8790-6226ce04f6f2 + Region Difference + Region Difference + + + + + + 11852 + 1517 + 127 + 90 + + + 11905 + 1562 + + + + + + 1 + Curves to subtract from. + e62d6b86-8062-4b2b-b853-e286d686c3a0 + Curves A + Curves A + false + e8285568-fd42-4293-a13c-d599deb84d6e + 1 + + + + + + 11854 + 1519 + 36 + 28 + + + 11873.5 + 1533.333 + + + + + + + + 1 + Curves to subtract. + f5bb9bc0-1aa7-4deb-a03d-7215c6e5f08f + Curves B + Curves B + false + d162ec2a-0edb-4f59-b070-4405d7ac0598 + 1 + + + + + + 11854 + 1547 + 36 + 29 + + + 11873.5 + 1562 + + + + + + + + Optional plane for boolean solution + fc91da63-6e6b-4289-8c29-1a8ab555df12 + Plane + Plane + true + 0 + + + + + + 11854 + 1576 + 36 + 29 + + + 11873.5 + 1590.667 + + + + + + + + 1 + Result outlines of boolean difference (A - B) + 9a38217d-2a09-437c-8dfd-549475be34bf + Result + Lawns Outline + false + 0 + + + + + + 11920 + 1519 + 57 + 86 + + + 11948.5 + 1562 + + + + + + + + + + + + 477c2e7b-c5e5-421e-b8b2-ba60cdf5398b + Region Intersection + + + + + Intersection between two sets of planar closed curves (regions) + 9c639090-3153-4597-a02c-6c6608b55609 + Region Intersection + Region Intersection + + + + + + 11851 + 1699 + 126 + 96 + + + 11904 + 1747 + + + + + + 1 + First set of regions. + a9e07477-968b-418b-9d0b-f30522a5671d + Curves A + Curves A + false + e8285568-fd42-4293-a13c-d599deb84d6e + 1 + + + + + + 11853 + 1701 + 36 + 30 + + + 11872.5 + 1716.333 + + + + + + + + 1 + Second set of regions. + 95e533f5-36ff-4027-b9ae-1ef2fb9f5e02 + Curves B + Curves B + false + d162ec2a-0edb-4f59-b070-4405d7ac0598 + 1 + + + + + + 11853 + 1731 + 36 + 31 + + + 11872.5 + 1747 + + + + + + + + Optional plane for boolean solution + 1eae8067-8208-4429-a0a8-20403bd4226c + Plane + Plane + true + 0 + + + + + + 11853 + 1762 + 36 + 31 + + + 11872.5 + 1777.667 + + + + + + + + 1 + Result outlines of boolean intersection (A and B) + 8210086e-2be6-4942-b5ed-db521479b807 + Result + G-bed Outline + false + 0 + + + + + + 11919 + 1701 + 56 + 92 + + + 11947 + 1747 + + + + + + + + + + + + 477c2e7b-c5e5-421e-b8b2-ba60cdf5398b + Region Intersection + + + + + Intersection between two sets of planar closed curves (regions) + 4a1391b4-9227-4cb3-8241-ec2346a589b2 + Region Intersection + Region Intersection + + + + + + 11851 + 1887 + 126 + 96 + + + 11904 + 1935 + + + + + + 1 + First set of regions. + d420c5f6-c712-4c1c-b642-0843e728b9c6 + Curves A + Curves A + false + e8285568-fd42-4293-a13c-d599deb84d6e + 1 + + + + + + 11853 + 1889 + 36 + 30 + + + 11872.5 + 1904.333 + + + + + + + + 1 + Second set of regions. + 04dd5d8e-aa07-406a-9e61-af95b4cbe5af + Curves B + Curves B + false + 88d35c46-690c-414e-86d1-1ed8434d9e22 + 1 + + + + + + 11853 + 1919 + 36 + 31 + + + 11872.5 + 1935 + + + + + + + + Optional plane for boolean solution + 58a8a4ad-6a0a-40ec-bb03-86de48f5db5b + Plane + Plane + true + 0 + + + + + + 11853 + 1950 + 36 + 31 + + + 11872.5 + 1965.667 + + + + + + + + 1 + Result outlines of boolean intersection (A and B) + 34c2ba02-3470-47aa-a25f-3b6c1a5266a8 + Result + G-bed Outline + false + 0 + + + + + + 11919 + 1889 + 56 + 92 + + + 11947 + 1935 + + + + + + + + + + + + 2d268bdc-ecaa-4cf7-815a-c8111d1798d3 + 7dc547b5-ca43-457d-a3e2-8286f0784ad0 + Generic Species Attributes + + + + + Output plant objects from pre-define generic types + true + d33ee8e7-2eb5-45d8-9aad-bef4320706e3 + Generic Species Attributes + Generic Species + + + + + + 12831 + 2124 + 64 + 83 + + + 12845 + 2166 + + + + + + Placeholder description 1 + de64f147-3d54-40a3-bee7-f1c9c2a5afe2 + ShrubP + ShrubP + false + 0 + + + + + + 12860 + 2126 + 33 + 26 + + + 12876.5 + 2139.167 + + + + + + + + Placeholder description 2 + ec29b374-2556-4c47-9dde-921fbe36ac48 + GrassP + GrassP + false + 0 + + + + + + 12860 + 2152 + 33 + 26 + + + 12876.5 + 2165.5 + + + + + + + + Placeholder description 3 + baa01181-9a1a-44ce-ac62-4cf493d9ed4a + TreeP + TreeP + false + 0 + + + + + + 12860 + 2178 + 33 + 27 + + + 12876.5 + 2191.833 + + + + + + + + + + + + 8ec86459-bf01-4409-baee-174d0d2b13d0 + Data + + + + + Contains a collection of generic data + true + eee4b8db-1035-4793-9e99-179756c40a59 + Data + Species + false + ec29b374-2556-4c47-9dde-921fbe36ac48 + 1 + + + + + + 12936 + 2151 + 50 + 20 + + + 12961.56 + 2161.035 + + + + + + + + + + f31d8d7a-7536-4ac8-9c96-fde6ecda4d0a + Cluster + + + + + + 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+ 40 + + + 13343.5 + 2297 + + + + + + + + 1 + The plant locations to simulate + fbf768cf-7797-4918-a41d-8527152b5bb8 + Locations + Locations + false + 982cb8e6-a21a-408a-be51-98008b98e00c + 1 + + + + + + 13323 + 2317 + 38 + 40 + + + 13343.5 + 2337 + + + + + + + + The time (in years) since planting to display + c582daed-496d-4cbc-b2ff-9dd40c4d8a7d + Times + Times + true + 0 + 2 + + + + + + 13323 + 2357 + 38 + 40 + + + 13343.5 + 2377 + + + + + + + + 1 + Trunk radius + c388d117-d3ad-440a-96ef-2212a8684581 + Trunk + Trunk + false + 0 + + + + + + 13391 + 2277 + 35 + 20 + + + 13408.5 + 2287 + + + + + + + + 1 + Root radius + 662d1706-d02f-4b9f-8140-fcae6f39327c + Root + Root + false + 0 + + + + + + 13391 + 2297 + 35 + 20 + + + 13408.5 + 2307 + + + + + + + + 1 + Crown radius + 889c7749-6d10-485f-900f-1d2677e04404 + Crown + Crown + false + 0 + + + + + + 13391 + 2317 + 35 + 20 + + + 13408.5 + 2327 + + + + + + + + 1 + Spacing radius + 63f2b62c-6df2-49b4-8fad-6ac02ce98766 + Spacing + Spacing + false + 0 + + + + + + 13391 + 2337 + 35 + 20 + + + 13408.5 + 2347 + + + + + + + + 1 + The color value of each plant + 44b8a277-98be-42fd-90e1-de02f010d723 + Color + Color + false + 0 + + + + + + 13391 + 2357 + 35 + 20 + + + 13408.5 + 2367 + + + + + + + + 1 + The label of each plant + 71fb72b1-ccd2-4eb0-83d1-3365622cccf0 + Label + Label + false + 0 + + + + + + 13391 + 2377 + 35 + 20 + + + 13408.5 + 2387 + + + + + + + + + + + + c40dc145-9e36-4a69-ac1a-6d825c654993 + Repeat Data + + + + + Repeat a pattern until it reaches a certain length. + true + 032dda60-cf57-47bf-b1cd-1d5eb419cd2b + Repeat Data + Repeat Data + + + + + + 13153 + 2171 + 85 + 66 + + + 13198 + 2204 + + + + + + 1 + Pattern to repeat + 46830dcf-971d-4b06-9326-e3d8e228bc01 + Data + Data + false + eee4b8db-1035-4793-9e99-179756c40a59 + 1 + + + + + + 13155 + 2173 + 28 + 31 + + + 13170.5 + 2188.5 + + + + + + + + Length of final pattern + f7310e6f-fecc-48e3-9a46-324a10fd2556 + Length + Length + false + e18a4048-be79-4eca-9d8c-9a346d1510d7 + 1 + + + + + + 13155 + 2204 + 28 + 31 + + + 13170.5 + 2219.5 + + + + + + + + 1 + Repeated data + 0331c361-0439-49be-b027-4230bd8f5018 + Data + Data + false + 0 + + + + + + 13213 + 2173 + 23 + 62 + + + 13224.5 + 2204 + + + + + + + + + + + + 1817fd29-20ae-4503-b542-f0fb651e67d7 + List Length + + + + + Measure the length of a list. + true + a04e8d98-5b0e-40e9-b5ef-524a6b8e1662 + List Length + List Length + + + + + + 12971 + 2216 + 81 + 58 + + + 13004 + 2245 + + + + + + 1 + Base list + fa69dc5d-80ff-4973-b3bb-c428f101fc4d + List + List + false + 982cb8e6-a21a-408a-be51-98008b98e00c + 1 + + + + + + 12973 + 2218 + 16 + 54 + + + 12982.5 + 2245 + + + + + + + + Number of items in L + e18a4048-be79-4eca-9d8c-9a346d1510d7 + Length + Length + false + 0 + + + + + + 13019 + 2218 + 31 + 54 + + + 13034.5 + 2245 + + + + + + + + + + + + 3b220754-4114-4170-b6c3-b286b86ed524 + Text Tag + + + + + Represents a list of text tags in a Rhino viewport + true + e0c5fdc3-11f8-474b-af1d-6637837e029a + Text Tag + Text Tag + 12 + + + + + + 13706 + 2225 + 65 + 64 + + + 13757 + 2257 + + + + + + Location of text tag + true + e2c97ef1-00b2-4d7f-a3a0-3a655a4ce91e + Location + Location + false + e0884999-a5c1-4b53-a408-5e3e3fc0afb2 + 1 + + + + + + 13708 + 2227 + 34 + 20 + + + 13726.5 + 2237 + + + + + + + + The text to display + 2b34fd0d-6ae1-4e6c-b49d-7892c056d722 + Text + Text + false + 71fb72b1-ccd2-4eb0-83d1-3365622cccf0 + 1 + + + + + + 13708 + 2247 + 34 + 20 + + + 13726.5 + 2257 + + + + + + + + Optional colour for tag + 433da378-183d-43a6-ae43-6820436a16d9 + Colour + Colour + true + 44b8a277-98be-42fd-90e1-de02f010d723 + 1 + + + + + + 13708 + 2267 + 34 + 20 + + + 13726.5 + 2277 + + + + + + + + + + + + 537b0419-bbc2-4ff4-bf08-afe526367b2c + Custom Preview + + + + + Allows for customized geometry previews + ffd5eb52-e92b-44bf-85d9-f18ba17c6987 + Custom Preview + LAWN + + + + + + + 15368 + 1970 + 70 + 44 + + + 15424 + 1992 + + + + + + Geometry to preview + true + 8841968b-4858-4f9d-bfe2-a878a31afa02 + Geometry + Geometry + false + 889c7749-6d10-485f-900f-1d2677e04404 + 1 + + + + + + 15370 + 1972 + 39 + 20 + + + 15391 + 1982 + + + + + + + + The preview shader override + d47c72b0-afa8-4e0d-8757-9f191ae1446f + Shader + S + false + 44b8a277-98be-42fd-90e1-de02f010d723 + 1 + + + + + + 15370 + 1992 + 39 + 20 + + + 15391 + 2002 + + + + + + 1 + + + + + 1 + {0} + + + + + + + + + + + + + 952c2bcc-b5ec-480a-a0d7-27f016632e33 + Pie Chart + + + + + Displays a set of text fragments as a pie chart + ba536112-d31f-453c-84d3-aa7956c94ab5 + Pie Chart + Pie Chart + false + fd6dfa48-85fc-4bf4-942c-4100eb8b80f8 + 1 + + + + + + 13874.18 + 2131.205 + 164 + 164 + + 82 + + 13956.18 + 2213.205 + + + + + + + + + + 3ede854e-c753-40eb-84cb-b48008f14fd4 + Text + + + + + Contains a collection of text fragments + fd6dfa48-85fc-4bf4-942c-4100eb8b80f8 + 1 + Text + Text + false + 71fb72b1-ccd2-4eb0-83d1-3365622cccf0 + 1 + + + + + + 13716 + 2333 + 69 + 20 + + + 13760.5 + 2343.479 + + + + + + + + + + 23862862-049a-40be-b558-2418aacbd916 + Deconstruct Arc + + + + + Retrieve the base plane, radius and angle domain of an arc. + true + b38bddfc-6d6e-46da-88b7-f58303bee8d6 + Deconstruct Arc + Deconstruct Arc + + + + + + 13484 + 2223 + 96 + 81 + + + 13516 + 2264 + + + + + + Arc or Circle to deconstruct + 921d55e9-56c0-4957-be1f-51bcb7b04d15 + Arc + Arc + false + 889c7749-6d10-485f-900f-1d2677e04404 + 1 + + + + + + 13486 + 2225 + 15 + 77 + + + 13495 + 2263.5 + + + + + + + + Base plane of arc or circle + e0884999-a5c1-4b53-a408-5e3e3fc0afb2 + Base Plane + Base Plane + false + 0 + + + + + + 13531 + 2225 + 47 + 25 + + + 13554.5 + 2237.833 + + + + + + + + Radius of arc or circle + 53c8db5b-22c6-48c3-a333-8b4c03981379 + Radius + Radius + false + 0 + + + + + + 13531 + 2250 + 47 + 26 + + + 13554.5 + 2263.5 + + + + + + + + Angle domain (in radians) of arc + a6655304-3a28-4098-b69a-4d9f0257f632 + Angle + Angle + false + 0 + + + + + + 13531 + 2276 + 47 + 26 + + + 13554.5 + 2289.167 + + + + + + + + + + + + 06953bda-1d37-4d58-9b38-4b3c74e54c8f + File Path + + + + + Contains a collection of file paths + false + All files|*.* + 600861cc-4b2e-4ed2-acf7-92d268c2e0f0 + File Path + PLANTING CSV + false + 0 + + + + + + -87 + 1003 + 68 + 20 + + + -52.37223 + 1013.337 + + + + + + 1 + + + + + 1 + {0} + + + + + false + C:\Users\runra\Dropbox\Groundhog Supporting\Projects models (future)\south-park\South Park-Garden Beds.csv + + + + + + + + + + + + + 6587fcbf-e3cf-480a-b2f5-641794474194 + Read File + + + + + Read the contents of a file + true + 719cc973-3a9c-420a-afcc-3730289763ca + Read File + Read File + true + + + + + action = GH_LineParserAction.Include + Return line + + 'Parse the line and return some data that represents the line. + 'If the line cannot be parsed, you can return Nothing and + 'assign a different action. + 'The default implementation is to just return the line itself. + 'If you return types that implement IGH_Goo, this component + 'will work substantially faster. + + 10 + + + + + + 12726 + 2683 + 85 + 52 + + + 12759 + 2709 + + + + + + Uri of file to read + false + All files|*.* + 56eeb8d1-a1c0-419a-95d5-ea8a9679d75e + File + File + false + 600861cc-4b2e-4ed2-acf7-92d268c2e0f0 + 1 + + + + + + 12728 + 2685 + 16 + 48 + + + 12737.5 + 2709 + + + + + + 1 + + + + + 1 + {0} + + + + + false + \\Mac\Dropbox\Work RMIT\Research\Groundhog Supporting\Projects models (future)\south-park\South Park-Garden Beds.csv + + + + + + + + + + + 1 + File content + 93fef31c-24fc-4aca-8b70-47c1106e9c5a + Content + Content + false + 0 + + + + + + 12774 + 2685 + 35 + 48 + + + 12791.5 + 2709 + + + + + + + + + + + + 2d268bdc-ecaa-4cf7-815a-c8111d1798d4 + 7dc547b5-ca43-457d-a3e2-8286f0784ad0 + Species Attribute Importer + + + + + Create plant attributes from an imported spreadsheet + true + 5f6afdd7-d72f-405d-965b-b6441f65371a + Species Attribute Importer + Species Importer + + + + + + 12914 + 2667 + 98 + 85 + + + 12966 + 2710 + + + + + + 1 + The output of a CSV set to a Read File component + 1de7ef6e-2e49-475d-b5be-2f4ffafc7c01 + CSV File + CSV File + false + 93fef31c-24fc-4aca-8b70-47c1106e9c5a + 1 + + + + + + 12916 + 2669 + 35 + 81 + + + 12935 + 2709.5 + + + + + + + + The resulting plant objects + 08e6dead-36b4-4304-8b68-f77263ed5a2c + Plants + Plants + false + 0 + + + + + + 12981 + 2669 + 29 + 81 + + + 12995.5 + 2709.5 + + + + + + + + + + + + 8ec86459-bf01-4409-baee-174d0d2b13d0 + Data + + + + + Contains a collection of generic data + true + 3c7dbae2-595a-4640-8d9c-37ffe178c5ba + Data + Species + false + 08e6dead-36b4-4304-8b68-f77263ed5a2c + 1 + + + + + + 13064 + 2677 + 50 + 20 + + + 13089.28 + 2687.742 + + + + + + + + + + f31d8d7a-7536-4ac8-9c96-fde6ecda4d0a + Cluster + + + + + + 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Represents a list of text tags in a Rhino viewport + true + d8b8fda8-99dd-4207-8b35-b7779ac9de03 + Text Tag + Text Tag + 12 + + + + + + 13934 + 2764 + 65 + 64 + + + 13985 + 2796 + + + + + + Location of text tag + true + 26e71fd2-bee7-4b21-b2dc-1336f523fc72 + Location + Location + false + f2514496-aae8-4105-aa51-fdadfda9b9d2 + 1 + + + + + + 13936 + 2766 + 34 + 20 + + + 13954.5 + 2776 + + + + + + + + The text to display + a0092dbf-745c-478a-9fa7-3394e5e2c9f1 + Text + Text + false + c3c8af05-510d-4417-a704-d61877dbf2b1 + 1 + + + + + + 13936 + 2786 + 34 + 20 + + + 13954.5 + 2796 + + + + + + + + Optional colour for tag + 3450e4d5-9d2d-498b-a277-7df8aa95a68f + Colour + Colour + true + 3626f8b5-a4b4-4c99-bc1d-4f6fe4800dee + 1 + + + + + + 13936 + 2806 + 34 + 20 + + + 13954.5 + 2816 + + + + + + + + + + + + 537b0419-bbc2-4ff4-bf08-afe526367b2c + Custom Preview + + + + + Allows for customized geometry previews + 17cf73cb-5584-4978-a1d1-4c00a3431b8c + Custom Preview + G-BED PLANTING + + + + + + + 15368 + 1791 + 70 + 94 + + + 15424 + 1838 + + + + + + Geometry to preview + true + 351452af-48d0-4f3a-8e1d-1e246881664c + Geometry + Geometry + false + 3da3ba41-6373-41c0-b42f-1f408a3910ef + 1 + + + + + + 15370 + 1793 + 39 + 45 + + + 15391 + 1815.5 + + + + + + + + The preview shader override + 72faf109-2d7b-4cbf-b802-21d63a9ef350 + Shader + S + false + 3626f8b5-a4b4-4c99-bc1d-4f6fe4800dee + 1 + + + + + + 15370 + 1838 + 39 + 45 + + + 15391 + 1860.5 + + + + + + 1 + + + + + 1 + {0} + + + + + + + + + + + + + 952c2bcc-b5ec-480a-a0d7-27f016632e33 + Pie Chart + + + + + Displays a set of text fragments as a pie chart + b2b0c240-a65e-4384-8206-f96de55b7812 + Pie Chart + Pie Chart + false + a696e9ac-d028-49a9-8b04-39969cecabf3 + 1 + + + + + + 15306.18 + 2042.886 + 164 + 164 + + 82 + + 15388.18 + 2124.886 + + + + + + + + + + 3ede854e-c753-40eb-84cb-b48008f14fd4 + Text + + + + + Contains a collection of text fragments + a696e9ac-d028-49a9-8b04-39969cecabf3 + 1 + Text + Text + false + c3c8af05-510d-4417-a704-d61877dbf2b1 + 1 + + + + + + 14029 + 2654 + 69 + 20 + + + 14073.94 + 2664.113 + + + + + + + + + + 23862862-049a-40be-b558-2418aacbd916 + Deconstruct Arc + + + + + Retrieve the base plane, radius and angle domain of an arc. + true + afe2eb0b-8160-4b87-82e2-0d7a5cf81195 + Deconstruct Arc + Deconstruct Arc + + + + + + 13726 + 2641 + 96 + 81 + + + 13758 + 2682 + + + + + + Arc or Circle to deconstruct + 269bfded-f69c-4a42-aa98-ac9e8af653b3 + Arc + Arc + false + 3da3ba41-6373-41c0-b42f-1f408a3910ef + 1 + + + + + + 13728 + 2643 + 15 + 77 + + + 13737 + 2681.5 + + + + + + + + Base plane of arc or circle + f2514496-aae8-4105-aa51-fdadfda9b9d2 + Base Plane + Base Plane + false + 0 + + + + + + 13773 + 2643 + 47 + 25 + + + 13796.5 + 2655.833 + + + + + + + + Radius of arc or circle + 004d48ce-2cfa-4455-8201-891f32699353 + Radius + Radius + false + 0 + + + + + + 13773 + 2668 + 47 + 26 + + + 13796.5 + 2681.5 + + + + + + + + Angle domain (in radians) of arc + 51dda334-8064-4e94-901f-45ea04f4533b + Angle + Angle + false + 0 + + + + + + 13773 + 2694 + 47 + 26 + + + 13796.5 + 2707.167 + + + + + + + + + + + + 952c2bcc-b5ec-480a-a0d7-27f016632e33 + Pie Chart + + + + + Displays a set of text fragments as a pie chart + 66c8d47a-b23d-4f0b-b142-121f56783df1 + Pie Chart + Pie Chart + false + fd6dfa48-85fc-4bf4-942c-4100eb8b80f8 + a696e9ac-d028-49a9-8b04-39969cecabf3 + 2 + + + + + + 15304.2 + 2238.811 + 164 + 164 + + 82 + + 15386.2 + 2320.811 + + + + + + + + + + 59e0b89a-e487-49f8-bab8-b5bab16be14c + Panel + + + + + A panel for custom notes and text values + b0d002ce-9ae0-4b31-9a98-73959132b2b1 + Panel + + false + 0 + 0 + This first section of the script uses data from site to interpolate a line through the park pulled toward these data points according to their importance. + + + + + + 364 + 188 + 160 + 100 + + 0 + 0 + 0 + + 364.1409 + 188.1164 + + + + + + + 255;250;250;250 + + true + true + true + false + true + + + + + Courier New + 4 + + + + + + + + + + + 59e0b89a-e487-49f8-bab8-b5bab16be14c + Panel + + + + + A panel for custom notes and text values + 6424c366-f679-42c8-a083-d26179cb1134 + Panel + + false + 0 + 0 + This second step generates offsets from the intial line that will inform the extents (y) of our path. These offsets are also influenced by the input data. + + + + + + 3208 + 538 + 205 + 143 + + 0 + 0 + 0 + + 3208.839 + 538.6346 + + + + + + + 255;250;250;250 + + true + true + true + false + true + + + + + Courier New + 4 + + + + + + + + + + + c552a431-af5b-46a9-a8a4-0fcbc27ef596 + Group + + + + + 1 + + 150;170;135;255 + + A group of Grasshopper objects + 9ff5a0e8-ac39-4a33-88c6-edb349d85706 + 1 + 68d06cb8-50c7-4fc7-8bbe-43685eb7fbbd + Group + STEP 3: PAVING + + + + + + + + + + 59e0b89a-e487-49f8-bab8-b5bab16be14c + Panel + + + + + A panel for custom notes and text values + 9ff5a0e8-ac39-4a33-88c6-edb349d85706 + Panel + + false + 0 + 0 + Here we use the lines generated in step 1 and 2 to produce a detailed paving system which is responsive to changes in data input. + + + + + + 5262 + 1191 + 160 + 100 + + 0 + 0 + 0 + + 5262.55 + 1191.765 + + + + + + + 255;250;250;250 + + true + true + true + false + true + + + + + Courier New + 4 + + + + + + + + + + + 59e0b89a-e487-49f8-bab8-b5bab16be14c + Panel + + + + + A panel for custom notes and text values + e70d9159-79b5-43fb-b036-a1a37151d435 + Panel + + false + 0 + 0 + Subracts paved area of park from remaining area. + + + + + + 8128 + 716 + 160 + 100 + + 0 + 0 + 0 + + 8128.539 + 716.5709 + + + + + + + 255;250;250;250 + + true + true + true + false + true + + + + + Courier New + 4 + + + + + + + + + + + c552a431-af5b-46a9-a8a4-0fcbc27ef596 + Group + + + + + 1 + + 150;170;135;255 + + A group of Grasshopper objects + 7e9bb34e-cc1d-4a47-902a-a1b36eabc1ea + 1 + 015e337e-3a26-4622-ad63-edd213ed7736 + Group + STEP 5: BEDS AND LAWNS + + + + + + + + + + 59e0b89a-e487-49f8-bab8-b5bab16be14c + Panel + + + + + A panel for custom notes and text values + 7e9bb34e-cc1d-4a47-902a-a1b36eabc1ea + Panel + + false + 0 + 0 + Divides remaining area into Garden Beds and Lawns. Garden bed area is also determined by initial input data + + + + + + 8076 + 1961 + 160 + 100 + + 0 + 0 + 0 + + 8076.813 + 1961.425 + + + + + + + 255;250;250;250 + + true + true + true + false + true + + + + + Courier New + 4 + + + + + + + + + + + c552a431-af5b-46a9-a8a4-0fcbc27ef596 + Group + + + + + 1 + + 150;170;135;255 + + A group of Grasshopper objects + 43177e72-a0b1-43f1-b63a-5ec08994dfe8 + 1 + 7e21f422-8517-4dd3-8db3-25ddf2d16790 + Group + STEP 6: PLANTING + + + + + + + + + + 59e0b89a-e487-49f8-bab8-b5bab16be14c + Panel + + + + + A panel for custom notes and text values + 43177e72-a0b1-43f1-b63a-5ec08994dfe8 + Panel + + false + 0 + 0 + Planting mix spreadsheet input into groundhog components for garden bed visualisation. Default groundhog grass visualisation for lawns. +Refer to Groundhog planting documentation for more details. + + + + + + 12721 + 1922 + 207 + 153 + + 0 + 0 + 0 + + 12721.47 + 1922.881 + + + + + + + 255;250;250;250 + + true + true + true + false + true + + + + + Courier New + 4 + + + + + + + + + + + d5967b9f-e8ee-436b-a8ad-29fdcecf32d5 + Curve + + + + + Contains a collection of generic curves + true + d3f146b1-057c-422c-ab7e-0b3eef0e1036 + Curve + Interpolated Data Line + false + 642f2919-3ba9-452c-8310-a557861702ab + 1 + + + + + + 2895 + 594 + 88 + 20 + + + 2939.09 + 604.2959 + + + + + + + + + + 919e146f-30ae-4aae-be34-4d72f555e7da + Brep + + + + + Contains a collection of Breps (Boundary REPresentations) + true + b3fe1ccb-3e37-476a-969e-44901a0890ae + Brep + Boundary Area of Path + false + f010efd6-5939-48d3-adfd-7bf942a18d4f + 1 + + + + + + 6162 + 997 + 90 + 20 + + + 6207.602 + 1007.751 + + + + + + + + + + 919e146f-30ae-4aae-be34-4d72f555e7da + Brep + + + + + Contains a collection of Breps (Boundary REPresentations) + true + cfc999a2-88fe-4435-9ed7-f0a483ca1052 + Brep + Boundary Area of Path (3D) + false + 68948900-ed26-46b4-8405-761867c35f7c + 1 + + + + + + 6148 + 1046 + 108 + 20 + + + 6202.13 + 1056.896 + + + + + + + + + + 8529dbdf-9b6f-42e9-8e1f-c7a2bde56a70 + Line + + + + + Contains a collection of line segments + true + e181f9d0-24bf-4d1e-9dbd-1140bf4cccbc + Line + Paver Start Line + false + e318ddd9-4ff6-4d46-8701-40dc17889a19 + 1 + + + + + + 6169 + 1092 + 67 + 20 + + + 6203.097 + 1102.23 + + + + + + + + + + d5967b9f-e8ee-436b-a8ad-29fdcecf32d5 + Curve + + + + + Contains a collection of generic curves + true + fd46c549-b84d-40ee-b226-201278af25eb + Curve + Outlines 4 Baking + false + 9a38217d-2a09-437c-8dfd-549475be34bf + 8210086e-2be6-4942-b5ed-db521479b807 + 34c2ba02-3470-47aa-a25f-3b6c1a5266a8 + 3 + + + + + + 12730 + 1438 + 72 + 20 + + + 12766.29 + 1448.68 + + + + + + + + + + 8073a420-6bec-49e3-9b18-367f6fd76ac3 + Join Curves + + + + + Join as many curves as possible + true + 6f691166-415e-4af6-84c4-77738b45f937 + Join Curves + Join Curves + + + + + + 10982 + 2041 + 102 + 62 + + + 11035 + 2072 + + + + + + 1 + Curves to join + 8f8daf49-fc7d-425a-b641-95bfcb37fb1b + Curves + Curves + false + 9fc95b90-bb1d-4efc-a5db-9f086c3219dd + ce198941-d20f-4f36-8e72-9998afc5e62a + 53f5de20-5a60-4826-83e1-ffc0618ed12d + c0647f60-8184-4419-bc3d-478331edf7a3 + 4 + + + + + + 10984 + 2043 + 36 + 29 + + + 11003.5 + 2057.5 + + + + + + + + Preserve direction of input curves + 5a2f3330-80d8-4d6d-9c47-af77e8ce51ec + Preserve + Preserve + false + 0 + + + + + + 10984 + 2072 + 36 + 29 + + + 11003.5 + 2086.5 + + + + + + 1 + + + + + 1 + {0} + + + + + false + + + + + + + + + + + 1 + Joined curves and individual curves that could not be joined. + d162ec2a-0edb-4f59-b070-4405d7ac0598 + Curves + Curves + false + 0 + + + + + + 11050 + 2043 + 32 + 58 + + + 11066 + 2072 + + + + + + + + + + + + 8073a420-6bec-49e3-9b18-367f6fd76ac3 + Join Curves + + + + + Join as many curves as possible + true + e5dd2c5a-5aaa-4e61-9659-66df4fcb4306 + Join Curves + Join Curves + + + + + + 10982 + 2236 + 102 + 62 + + + 11035 + 2267 + + + + + + 1 + Curves to join + cd95726f-f28c-49fc-aad1-81017a143655 + Curves + Curves + false + 93894460-73d4-4dd4-a4ae-95255ff6575c + a29ca35a-69ab-4f9f-aedd-59a5be787b54 + 890dace9-70c9-422f-b2eb-df2bd4fb1f88 + 49de3b05-387f-449e-a77b-c22636e29dc7 + 4 + + + + + + 10984 + 2238 + 36 + 29 + + + 11003.5 + 2252.5 + + + + + + + + Preserve direction of input curves + fa5fc976-06ea-405e-845f-f6dd18982c60 + Preserve + Preserve + false + 0 + + + + + + 10984 + 2267 + 36 + 29 + + + 11003.5 + 2281.5 + + + + + + 1 + + + + + 1 + {0} + + + + + false + + + + + + + + + + + 1 + Joined curves and individual curves that could not be joined. + 88d35c46-690c-414e-86d1-1ed8434d9e22 + Curves + Curves + false + 0 + + + + + + 11050 + 2238 + 32 + 58 + + + 11066 + 2267 + + + + + + + + + + + + c552a431-af5b-46a9-a8a4-0fcbc27ef596 + Group + + + + + 1 + + 150;170;135;255 + + A group of Grasshopper objects + 5c6c80df-1309-4435-a7b7-1cb318545966 + 1 + 30bd45c6-d338-41a9-b6fd-45d64922a8dc + Group + STEP 2: OFFSETING + + + + + + + + + + 2162e72e-72fc-4bf8-9459-d4d82fa8aa14 + Divide Curve + + + + + Divide a curve into equal length segments + true + 013e5036-8354-4d46-b62d-27e20f93774b + Divide Curve + Divide Curve + + + + + + 3204 + 717 + 123 + 67 + + + 3246 + 751 + + + + + + Curve to divide + 4fe574dc-4836-4763-9632-d673d517ce9b + Curve + Curve + false + d3f146b1-057c-422c-ab7e-0b3eef0e1036 + 1 + + + + + + 3206 + 719 + 25 + 21 + + + 3220 + 729.5 + + + + + + + + Number of segments + 75b00357-c97d-4bd4-9493-2058ebcffc76 + Count + Count + false + acf22731-eb13-462e-8bfc-ed5d99a9a117 + 1 + + + + + + 3206 + 740 + 25 + 21 + + + 3220 + 750.5 + + + + + + 1 + + + + + 1 + {0} + + + + + 80 + + + + + + + + + + + Split segments at kinks + 9fd7cec7-6e51-4afa-bfeb-d2a0d45cf457 + Kinks + Kinks + false + 0 + + + + + + 3206 + 761 + 25 + 21 + + + 3220 + 771.5 + + + + + + 1 + + + + + 1 + {0} + + + + + false + + + + + + + + + + + 1 + Division points + df9f6c37-9d4e-43f2-8d2f-0f381df6f8b5 + 2 + Points + Points + false + 0 + + + + + + 3261 + 719 + 64 + 21 + + + 3285 + 729.5 + + + + + + + + 1 + Tangent vectors at division points + 231d9091-1c3a-4917-b7a0-09c2f2357307 + Tangents + Tangents + false + 0 + + + + + + 3261 + 740 + 64 + 21 + + + 3285 + 750.5 + + + + + + + + 1 + Parameter values at division points + 0ea177dd-65d8-4346-94b3-a4c73f955be7 + Parameters + Parameters + false + 0 + + + + + + 3261 + 761 + 64 + 21 + + + 3285 + 771.5 + + + + + + + + + + + + 571ca323-6e55-425a-bf9e-ee103c7ba4b9 + Closest Point + + + + + Find closest point in a point collection. + true + f8ec792c-8115-43c5-adb9-2a30c2c7fee5 + Closest Point + Closest Point + + + + + + 3424 + 827 + 112 + 68 + + + 3465 + 861 + + + + + + Point to search from + 7bfee9e6-07f8-4bb2-8944-20e0b61b6667 + Point + Point + false + df9f6c37-9d4e-43f2-8d2f-0f381df6f8b5 + 1 + + + + + + 3426 + 829 + 24 + 32 + + + 3439.5 + 845 + + + + + + + + 1 + Cloud of points to search + 27dd225c-4fae-4aa4-9f93-c49f66cdd61c + Cloud + Cloud + false + 7aaba0c9-beaa-470c-bc06-a854132b731f + 1 + + + + + + 3426 + 861 + 24 + 32 + + + 3439.5 + 877 + + + + + + + + Point in [C] closest to [P] + 8be1eefd-f54e-4b10-b6ab-792889f3739b + Closest Point + Closest Point + false + 0 + + + + + + 3480 + 829 + 54 + 21 + + + 3507 + 839.6667 + + + + + + + + Index of closest point + 8a01345c-c7f0-4141-aa9e-293ea322240a + CP Index + CP Index + false + 0 + + + + + + 3480 + 850 + 54 + 21 + + + 3507 + 861 + + + + + + + + Distance between [P] and [C](i) + 82a0cd06-2a11-4608-b118-a1045e67112b + Distance + Distance + false + 0 + + + + + + 3480 + 871 + 54 + 22 + + + 3507 + 882.3334 + + + + + + + + + + + + 6ec39468-dae7-4ffa-a766-f2ab22a2c62e + Amplitude + + + + + Set the amplitude (length) of a vector. + 9577f649-67ed-4e32-b16b-bba092c895c0 + Amplitude + Amplitude + + + + + + 3811 + 750 + 103 + 54 + + + 3867 + 777 + + + + + 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It is available for download at http://groundhog.la/ + +Contact groundhog@philipbelesky.com for support or feedback. + +This 3dm/gha files are a part of that plugin's documentation. + +This definition is licensed under the terms of the GPL v3 https://opensource.org/licenses/GPL-3.0 + + + + + + -279 + -233 + 264 + 217 + + 0 + 0 + 0 + + -278.7156 + -232.2609 + + + + + + 1 + + 255;245;245;245 + + true + true + true + false + true + + + + + Microsoft Sans Serif + 8 + + + + + + + + + + + + + + + + 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 + + + + + \ No newline at end of file diff --git a/projects/south-park/Groundhog - South Park_embedded_files/South+Park+-+Site+Plan+Final-11x17.jpg b/projects/south-park/Groundhog - South Park_embedded_files/South+Park+-+Site+Plan+Final-11x17.jpg new file mode 100644 index 00000000..36744ecb Binary files /dev/null and b/projects/south-park/Groundhog - South Park_embedded_files/South+Park+-+Site+Plan+Final-11x17.jpg differ diff --git a/projects/south-park/Groundhog - South Park_embedded_files/baseplan.png b/projects/south-park/Groundhog - South Park_embedded_files/baseplan.png new file mode 100644 index 00000000..a477a0e7 Binary files /dev/null and b/projects/south-park/Groundhog - South Park_embedded_files/baseplan.png differ diff --git a/projects/south-park/Groundhog - South Park_embedded_files/g-earth.png b/projects/south-park/Groundhog - South Park_embedded_files/g-earth.png new file mode 100644 index 00000000..e6109734 Binary files /dev/null and b/projects/south-park/Groundhog - South Park_embedded_files/g-earth.png differ diff --git a/projects/south-park/Groundhog - South Park_embedded_files/orientation.png b/projects/south-park/Groundhog - South Park_embedded_files/orientation.png new file mode 100644 index 00000000..bd7b105f Binary files /dev/null and b/projects/south-park/Groundhog - South Park_embedded_files/orientation.png differ diff --git a/site/.python-version b/site/.python-version index 0f44168a..9575d51b 100644 --- a/site/.python-version +++ b/site/.python-version @@ -1 +1 @@ -3.6.4 +3.6.1 diff --git a/site/.ruby-version b/site/.ruby-version index 73462a5a..437459cd 100644 --- a/site/.ruby-version +++ b/site/.ruby-version @@ -1 +1 @@ -2.5.1 +2.5.0 diff --git a/site/Gemfile b/site/Gemfile index fbf2f76b..4286891e 100644 --- a/site/Gemfile +++ b/site/Gemfile @@ -1,16 +1,18 @@ source "https://rubygems.org" -gem "jekyll", "3.8.3" +gem "jekyll", "3.8.5" # Windows does not include zoneinfo files, so bundle the tzinfo-data gem gem 'tzinfo-data', platforms: [:mingw, :mswin, :x64_mingw, :jruby] # Plugins gem "jekyll-assets", group: :jekyll_plugins -gem "jekyll-feed", group: :jekyll_plugins gem "jekyll-pandoc", group: :jekyll_plugins -gem "jekyll-sitemap", group: :jekyll_plugins -gem "jekyll-tidy", group: :jekyll_plugins + +# Plugins only for production +gem "jekyll-feed" +gem "jekyll-sitemap" +gem "jekyll-tidy" # Assets gem "mini_magick" @@ -18,4 +20,7 @@ gem "image_optim" gem "image_optim_pack" # For Deployment -gem 's3_website' \ No newline at end of file +gem 's3_website' + +# For Travis +gem 'html-proofer' diff --git a/site/Gemfile.lock b/site/Gemfile.lock index 5eaa17af..fd757634 100644 --- a/site/Gemfile.lock +++ b/site/Gemfile.lock @@ -1,7 +1,7 @@ GEM remote: https://rubygems.org/ specs: - activesupport (5.2.0) + activesupport (5.2.1) concurrent-ruby (~> 1.0, >= 1.0.2) i18n (>= 0.7, < 2) minitest (~> 5.1) @@ -18,7 +18,8 @@ GEM aws-sigv4 (1.0.3) colorator (1.1.0) colored (1.2) - concurrent-ruby (1.0.5) + colorize (0.8.1) + concurrent-ruby (1.1.3) configure-s3-website (2.3.0) aws-sdk (~> 2) deep_merge (~> 1.0.0) @@ -27,32 +28,43 @@ GEM em-websocket (0.5.1) eventmachine (>= 0.12.9) http_parser.rb (~> 0.6.0) + ethon (0.11.0) + ffi (>= 1.3.0) eventmachine (1.2.7) execjs (2.7.0) exifr (1.3.4) extras (0.3.0) forwardable-extended (~> 2.5) - fastimage (2.1.3) + fastimage (2.1.4) ffi (1.9.25) forwardable-extended (2.6.0) fspath (3.1.0) + html-proofer (3.9.2) + activesupport (>= 4.2, < 6.0) + addressable (~> 2.3) + colorize (~> 0.8) + mercenary (~> 0.3.2) + nokogiri (~> 1.8.1) + parallel (~> 1.3) + typhoeus (~> 1.3) + yell (~> 2.0) htmlbeautifier (1.3.1) htmlcompressor (0.4.0) http_parser.rb (0.6.0) i18n (0.9.5) concurrent-ruby (~> 1.0) - image_optim (0.26.1) + image_optim (0.26.3) exifr (~> 1.2, >= 1.2.2) fspath (~> 3.0) - image_size (~> 1.5) + image_size (>= 1.5, < 3) in_threads (~> 1.3) progress (~> 3.0, >= 3.0.1) image_optim_pack (0.5.1) fspath (>= 2.1, < 4) image_optim (~> 0.19) - image_size (1.5.0) + image_size (2.0.0) in_threads (1.5.0) - jekyll (3.8.3) + jekyll (3.8.5) addressable (~> 2.4) colorator (~> 1.0) em-websocket (~> 0.5) @@ -65,7 +77,7 @@ GEM pathutil (~> 0.9) rouge (>= 1.7, < 4) safe_yaml (~> 1.0) - jekyll-assets (3.0.11) + jekyll-assets (3.0.12) activesupport (~> 5.0) execjs (~> 2.7) extras (~> 0.2) @@ -76,7 +88,7 @@ GEM nokogiri (~> 1.8) pathutil (~> 0.16) sprockets (>= 3.3, < 4.1.beta) - jekyll-feed (0.10.0) + jekyll-feed (0.11.0) jekyll (~> 3.3) jekyll-pandoc (2.0.1) jekyll (>= 3.0) @@ -91,11 +103,11 @@ GEM htmlbeautifier htmlcompressor jekyll - jekyll-watch (2.0.0) + jekyll-watch (2.1.2) listen (~> 3.0) jmespath (1.4.0) kramdown (1.17.0) - liquid (4.0.0) + liquid (4.0.1) liquid-tag-parser (1.9.0) extras (~> 0.3) liquid (>= 3.0, < 5.0) @@ -104,21 +116,22 @@ GEM rb-inotify (~> 0.9, >= 0.9.7) ruby_dep (~> 1.2) mercenary (0.3.6) - mini_magick (4.8.0) + mini_magick (4.9.2) mini_portile2 (2.3.0) minitest (5.11.3) - nokogiri (1.8.3) + nokogiri (1.8.5) mini_portile2 (~> 2.3.0) pandoc-ruby (2.0.2) - pathutil (0.16.1) + parallel (1.12.1) + pathutil (0.16.2) forwardable-extended (~> 2.6) progress (3.4.0) - public_suffix (3.0.2) - rack (2.0.5) + public_suffix (3.0.3) + rack (2.0.6) rb-fsevent (0.10.3) rb-inotify (0.9.10) ffi (>= 0.5.0, < 2) - rouge (3.1.1) + rouge (3.3.0) ruby_dep (1.5.0) s3_website (3.4.0) colored (= 1.2) @@ -126,7 +139,7 @@ GEM dotenv (~> 1.0) thor (~> 0.18) safe_yaml (1.0.4) - sass (3.5.6) + sass (3.7.2) sass-listen (~> 4.0.0) sass-listen (4.0.0) rb-fsevent (~> 0.9, >= 0.9.4) @@ -136,16 +149,20 @@ GEM rack (> 1, < 3) thor (0.20.0) thread_safe (0.3.6) + typhoeus (1.3.0) + ethon (>= 0.9.0) tzinfo (1.2.5) thread_safe (~> 0.1) + yell (2.0.7) PLATFORMS ruby DEPENDENCIES + html-proofer image_optim image_optim_pack - jekyll (= 3.8.3) + jekyll (= 3.8.5) jekyll-assets jekyll-feed jekyll-pandoc @@ -156,4 +173,4 @@ DEPENDENCIES tzinfo-data BUNDLED WITH - 1.16.2 + 1.16.3 diff --git a/site/README.md b/site/README.md index 4908ee38..090fe6f8 100644 --- a/site/README.md +++ b/site/README.md @@ -24,6 +24,10 @@ To start a local copy of the website, use: Then open `http://localhost:4000/`. If using a [Livereload plugin](https://chrome.google.com/webstore/detail/livereload/jnihajbhpnppcggbcgedagnkighmdlei?hl=en) changes to files (layout; markdown; css; etc) should trigger browser updates live. +## Staging + +Staging copy of the site is built by Travis and deployed to [Github Pages](http://philipbelesky.github.io/groundhog/) + ## Deploying Note the `compile.sh` script handles compiling JSON representations of components and zipping/shifting the necessary files over to the `_site` for publishing. This is run when building Jekyll for deployment: @@ -38,4 +42,4 @@ This is packaged together in npm run publish -Note that credentials are stored in environment variables; i.e. a `.env` file in this directory. \ No newline at end of file +Note that credentials are stored in environment variables; i.e. a `.env` file in this directory. diff --git a/site/_config.yml b/site/_config.yml index db023841..87bfe293 100644 --- a/site/_config.yml +++ b/site/_config.yml @@ -15,30 +15,23 @@ # in the templates via {{ site.myvariable }}. title: Groundhog email: groundhog@philipbelesky.com -description: is a Grasshopper plugin, a set of reference models, and wiki exploring the applications of computational design in landscape architecture. -baseurl: "" # the subpath of your site, e.g. /blog -url: "http://groundhog.la" # the base hostname & protocol for your site, e.g. http://example.com +description: a Grasshopper plugin and wiki exploring the applications of computational design in landscape architecture. + # Build settings -livereload: true markdown: Pandoc plugins: - - jekyll-feed - jekyll-pandoc - - jekyll-sitemap - - jekyll-tidy + - jekyll-sitemap # Part of html-proofer tests pandoc: extensions: - csl: "./assets/style.csl" - bibliography: "./assets/cites.bib" -google_analytics: UA-314178-30 +permalink: pretty # Ditch the .html suffix for links -# Configuration -permalink: pretty # Ditch the .html sass: sass_dir: assets - style: compressed # Custom types collections: @@ -79,12 +72,7 @@ defaults: values: layout: post -jekyll_tidy: - # exclude: ["index.html"] - compress_html: false - ignore_env: false - -# Jekyll-Assets management +# Shared assets setup assets: sources: - assets/documentation @@ -106,11 +94,6 @@ assets: jhead: false jpegtran: false svgo: false - jpegrecompress: - allow_lossy: true - quality: 1 - pngquant: - allow_lossy: true # The following items will not be processed, by default. Create a custom list # to override the default setting. @@ -127,3 +110,4 @@ exclude: - compile.sh - style.csl - npm-debug.log + - vendor # Exclude gem file on travis diff --git a/site/_config_dev.yml b/site/_config_dev.yml new file mode 100644 index 00000000..ade992e9 --- /dev/null +++ b/site/_config_dev.yml @@ -0,0 +1,28 @@ +# For local development; disable assets and sets up live reloading etc + +environment: development + +baseurl: "" # the subpath of your site, e.g. /blog +url: "" # the base hostname & protocol for your site, e.g. http://example.com + +host: 0.0.0.0 +port: 4002 + +incremental: true +livereload: true + +sass: + style: expanded + +# For development skip compilation of assets +assets: + raw_precompile: + - "*.png" + - "*.jpg" + - "*.jpeg" + plugins: + img: + optim: # The preset used by @optim tag; disable those used for production + default: + jpegrecompress: false + pngquant: false diff --git a/site/_config_gh.yml b/site/_config_gh.yml new file mode 100644 index 00000000..a3d96fbe --- /dev/null +++ b/site/_config_gh.yml @@ -0,0 +1,19 @@ +# For Github pages; just sets the configuration variables to the required URL + +environment: development + +baseurl: "/groundhog" +url: "" + +# For development skip compilation of assets +assets: + raw_precompile: + - "*.png" + - "*.jpg" + - "*.jpeg" + plugins: + img: + optim: # The preset used by @optim tag; disable those used for production + default: + jpegrecompress: false + pngquant: false diff --git a/site/_config_prod.yml b/site/_config_prod.yml new file mode 100644 index 00000000..cc84d232 --- /dev/null +++ b/site/_config_prod.yml @@ -0,0 +1,29 @@ +environment: production + +baseurl: "" # the subpath of your site, e.g. /blog +url: "http://groundhog.la" # the base hostname & protocol for your site, e.g. http://example.com + +jekyll_tidy: + compress_html: false + +plugins: + - jekyll-feed + - jekyll-tidy + +sass: + style: compressed + +# Jekyll-Assets management +assets: + plugins: + img: + optim: # The preset used by @optim tag + default: + jpegrecompress: + allow_lossy: true + quality: 1 + pngquant: + allow_lossy: true + +google_analytics: UA-314178-30 + diff --git a/site/_documentation/channels.md b/site/_documentation/channels.md new file mode 100644 index 00000000..49daba40 --- /dev/null +++ b/site/_documentation/channels.md @@ -0,0 +1,25 @@ +--- +title: Channels +excerpt: Components for deriving and analysing water flows within a sectional profile. +date: 18-07-31 +files: true +files_text: model and definition that demonstrating the use of these components +thumbnail: thumbnail.jpg +published: false +--- + +- Introduction to general hydraulic principles +- Describe process for deriving level from flow quantity; noting not that water does not strictly follow this process (i.e. settling effects) + +{% include elements/component.html title='ChannelRegion' %} + +- Description of the calculated attributes and their meaning/purpose +- More detailed discussion of manning formula and link to predefined values for channel materials (noting the uncertainty involved in using them) + +{% include elements/component.html title='ChannelInfo' %} + +- Discussion of applications to design + +{% include elements/figure.html image='channels/model.jpg' alt='Images of the channel tool applied to various geometries' %} + +{% include elements/figure.html image='channels/definition.jpg' caption='Grasshopper definition demonstrating how to use the channel region and channel profile components.' credit='Philip Belesky, for http://groundhog.la' %} diff --git a/site/_documentation/flows.md b/site/_documentation/flows.md index 43c758ab..d03a8cd1 100644 --- a/site/_documentation/flows.md +++ b/site/_documentation/flows.md @@ -9,9 +9,9 @@ thumbnail: thumbnail.jpg {% include elements/figure.html image='flows/1.jpg' caption='Surface water flow paths across a littoral region' credit='Image via Philip Belesky for the "Processes and Processors" project (http://philipbelesky.com/projects/processes-and-processors/)' %} -The "flows" components create naïve projections or simulation of surface water flows and provide further means to analyse the results of this calculation. The key component — the `FlowPath` accepts a series of 'drop points' on a `Surface` or `Mesh` that become the starting locations of each hypothetical flow path. From there, each point samples the surface or mesh to determine its slope, which becomes a directing vector (i.e. one that points 'downhill'). Each point is then moved along this vector a pre-specified distance, forming a line. The end of this line part then becomes the starting point for the next direction; creating a recursive process where flow paths assemble themselves as `Polylines` that grow through this series of descending jumps. +The "flows" components create naïve projections or simulations of surface water flows and provide further means to analyse the results of these calculations. The key component — the `FlowPath` accepts a series of 'drop points' on a `Surface` or `Mesh` that become the starting locations of each hypothetical flow path. From there, each point samples the surface or mesh to determine its slope, which becomes a directing vector (i.e. one that points 'downhill'). Each point is then moved along this vector a pre-specified distance, forming a line. The end of this line part then becomes the starting point for the next direction; creating a recursive process where flow paths assemble themselves as `Polylines` that grow through this series of descending jumps. -This 'gradient descent' process repeats until a path crosses the edge of the form, after a specified quantity of iterations, or until the algorithm determines that the path has reached a point without a viable further downhill path. This halting calculation aims to identify 'basin' where water might collect and pool rather than continue to flow downhill. The component then produces as an output a series of `Polylines`, from which the beginnings, ends, and individual segments can be readily extracted. The process provides degrees of flexibility. By accepting any given set of `Points` (rather than enforcing a spatial grid or other formation) it offers the ability to work across a number of contexts, from situations where you may want to simulate a uniform distribution (say rain) or just a particular point-source of water. +This 'gradient descent' process repeats until a path crosses the edge of the form, after a specified quantity of iterations, or until the algorithm determines that the path has reached a point without a viable further downhill path. This halting calculation aims to identify a 'basin' where water might collect and pool rather than continue to flow downhill. The component then produces as an output a series of `Polylines`, from which the beginnings, ends, and individual segments can be readily extracted. The process provides degrees of flexibility. By accepting any given set of `Points` (rather than enforcing a spatial grid or other formation) it offers the ability to work across a number of contexts, from situations where you may want to simulate a uniform distribution (say rain) or just a particular point-source of water. The `FlowPath` component takes two forms a `SurfaceFlowPath` and a `MeshFlowPath` depending on the geometric type of the 'landscape' you want to test. @@ -24,6 +24,6 @@ The first component for this is `FlowCatchment`. It uses the collection of flow {% include elements/component.html title='FlowCatchment' %} -{% include elements/figure.html image='flows/model.jpg' %} +{% include elements/figure.html image='flows/model.jpg' alt='Image of the flows component used across two hypothetical landforms' %} {% include elements/figure.html image='flows/definition.jpg' caption='Grasshopper definition demonstrating how to use the flow and catchment analysis for Surface and Mesh form.' credit='Philip Belesky, for http://groundhog.la' %} diff --git a/site/_documentation/paths.md b/site/_documentation/paths.md new file mode 100644 index 00000000..147f90b7 --- /dev/null +++ b/site/_documentation/paths.md @@ -0,0 +1,26 @@ +--- +title: Paths +excerpt: Components for ... +date: 18-07-31 +files: true +files_text: model and definition that demonstrating the use of these components +thumbnail: false +published: false +--- + +- Introduction to general hydraulic principles +- Describe process for deriving level from flow quantity; noting not that water does not strictly follow this process (i.e. settling effects) + + + +- Description of topology / shortest path algorithm + + + +- Description of random path component +- Note link to ecologist's behavioural models +- Discussion of uses within design process + - Understanding connectivity across a landscape/city etc + - Understanding more abstracted 'connections' — i.e. river systems + - Random path as useful for things like seed scattering etc + diff --git a/site/_documentation/plants.md b/site/_documentation/plants.md index 13172bf0..fbb26333 100644 --- a/site/_documentation/plants.md +++ b/site/_documentation/plants.md @@ -7,9 +7,9 @@ files_text: model and definition that demonstrating the use of these components thumbnail: thumbnail.jpg --- -If considered just in terms of their CAD representation, planting design appears to be an exercise in arranging circles. Some circles are smaller or larger, brighter or duller; more round or more frayed. But, removing the metadata that are the sprites, colours, and labels, we start and end with a representation of a particular species' dimensions at maturity: a disc. +If considered just in terms of its CAD representation, planting design appears to be an exercise in arranging circles. Some circles are smaller or larger, brighter or duller; more round or more frayed. But, removing the metadata that are the sprites, colours, and labels, we start and end with a representation of a particular species' dimensions at maturity: a disc. -It is regrettable that in both digital and analogue mediums the typical representations used poorly reflect their subject matter. Depictions of vegetation are rarely spatially explicit, and often rely on fixed and idealised averages that do not reflect the general nature, or the actual reality, of specific species.[@Elkin:2017ee 60-61][@Raxworthy:2013wa 113] A plan, once planted, will reach the 'mature' state it depicts after years if not decades. This mature state itself is itself an abstraction, as each plant's dimensions vary according to the localised condition that propel or constrain individual growth and are typically altered through ongoing maintenance regimes +It is regrettable that in both digital and analogue mediums the typical representations used poorly reflect their subject matter. Depictions of vegetation are rarely spatially explicit, and often rely on fixed and idealised averages that do not reflect the general nature, or the actual reality, of specific species.[@Elkin:2017 60-61][@Raxworthy:2013 113] A plan, once planted, will reach the 'mature' state it depicts after years if not decades. This mature state is itself an abstraction, as each plant's dimensions vary according to the localised conditions that propel or constrain individual growth and are typically altered through ongoing maintenance regimes. {% include elements/figure.html image='plants/1.jpg' caption='Parametric methods of planting design can manage vast quantities of individual species distributed across a site and evaluate how they change over time.' credit='Philip Belesky, for http://groundhog.la' %} @@ -17,9 +17,9 @@ While many options exist for visualising planting plans with a high degree of fi However the lack of 'accurate' models restricts those earlier stages of the design process, if working in orthographic projections, to the most abstracted versions of a planting plan. This constricts the design potential for vegetated elements in a design, both in terms of their broad visual character, but also in terms of any performance metrics available. Particularly important is the nature of plants as one of the most clearly-evolving elements of a landscape, where growth heavily effects the aesthetics of a space, and so must be planned across different time periods if the space is to be successful before each plant reaches maturity. -Several components in the Groundhog plugin work in conjunction to explore how some aspects of planting design can be eased, or approached differently, using parametric methods. To do so, it augments traditional forms of representations (points and circles) with metadata that describes that spatial and performance characteristics of a particular species. These attributes can then be used to inform both the locations of the plants in an automated manner, or be used as analytic tools for better understand how a given plant distribution performs according to specific criteria or over a particular time period. +Several components in the Groundhog plugin work in conjunction to explore how some aspects of planting design can be eased, or approached differently, using parametric methods. To do so, it augments traditional forms of representations (points and circles) with metadata that describes the spatial and performance characteristics of a particular species. These attributes can then be used to inform both the locations of the plants in an automated manner, or be used as analytic tools for better understand how a given plant distribution performs according to specific criteria or over a particular time period. -Its primary input in establishing species attributes is as a spreadsheet; namely namely a CSV file with tables of information that are then read-in to Grasshopper. It contains a number of 'core' and optional parameters for each species that are needed to (later) produce a minimum-viable depiction of species typical geometry. These values (and example species) are available in the `Groundhog - Plants Examples.csv` file within the demo files attached to this post. This spreadsheet also provides option for extensibility, where arbitrary values can be added according to particular design intents, such as a value representing phytoremediation potential, or wind breaking potential, etc. +Its primary input in establishing species attributes is as a spreadsheet; namely namely a CSV file with tables of information that are then read-in to Grasshopper. It contains a number of 'core' and optional parameters for each species that are needed to (later) produce a minimum-viable depiction of species typical geometry. These values (and example species) are available in the `Groundhog - Plants Examples.csv` file within the demo files attached to this post. This spreadsheet also provides an option for extensibility, where arbitrary values can be added according to particular design intents, such as a value representing phytoremediation potential, or wind breaking potential, etc. {% include elements/component.html title='PImport' %} @@ -31,12 +31,12 @@ Regardless of which component is used the result is a simple textual representat The next step is related to how plants are distributed across space. This process can proceed using a number of different methods, given the varying relationships between spatial condition and species attributes that drive different patterns of distribution. At its most simple, the distributor can take a given series of spatial points, developed in Rhinoceros or in Grasshopper, where pre-existing tools allow for common patterns such as grid or radial patterns, as well as more complex options, such as where planter elements are defined elsewhere in the design and planting locations depend directly on these geometries. -Once a location (in the form of a `Point`) has been generated for each instance of a species (in the form of the list) these can be fed into the `Appearance` component. This then allows for key geometric features of each individual plant to be projected at a particular point in time. At present these visualisation methods are limited to basic circular depictions for criteria such as heights or trunks, root, and canopy radii. While offered as flat linework, many existing grasshopper tools can be used to give them volume but filling in interior values, such as when returning canopy circles into spheres can be used to test shading or trunk circles into cylinders to check visual occlusion. +Once a location (in the form of a `Point`) has been generated for each instance of a species (in the form of the list) these can be fed into the `Appearance` component. This then allows for key geometric features of each individual plant to be projected at a particular point in time. At present these visualisation methods are limited to basic circular depictions for criteria such as heights or trunks, root, and canopy radii. While offered as flat linework, many existing grasshopper tools can be used to give them volume by filling-in interior values. For instance, the circles that represent canopies can be transformed into spheres that can then test simple shading effects. {% include elements/component.html title='PShower' %} -While the components are relatively simple here in their calculations (especially given the currently-released set of components available) their value is in enabling quantitative criteria to be more easily used in designing and assessing vegetation distributions. The tripartite attribute/placement/simulation stages have emerged from extensive iteration in testing how to best support planting design workflows by best allowing each task to easily interface with the existing methods of generation and analysis available in Grasshopper. +While the components are relatively simple here in their calculations, (especially given the currently-released set of components available) their value is in enabling quantitative criteria to be more easily used in designing and assessing vegetation distributions. The tripartite attribute/placement/simulation stages have emerged from extensive iteration in testing how to best support planting design workflows by best allowing each task to easily interface with the existing methods of generation and analysis available in Grasshopper. {% include elements/figure.html image='plants/definition.jpg' caption='Grasshopper definition demonstrating how to select particular species, place them, and simulate basic growth characteristics.' credit='Philip Belesky, for http://groundhog.la' %} -> ***Coming Soon**: further components that allow for more naturalistic or performance-based planting distribution and 3D visualisation methods.* \ No newline at end of file +> ***Coming Soon**: further components that allow for more naturalistic or performance-based planting distribution and 3D visualisation methods.* diff --git a/site/_documentation/terrain.md b/site/_documentation/terrain.md index bfb3f2eb..19dff71d 100644 --- a/site/_documentation/terrain.md +++ b/site/_documentation/terrain.md @@ -9,7 +9,7 @@ thumbnail: thumbnail.jpg Topography is heterogeneous in a more complex manner than contours or a 3D visualisation often suggest. Different and seemingly-similar areas of landform can posses quite distinct characteristics depending on relatively small variations in their grading and wider position within the landscape. 3D models in particular often make it difficult to determine or apprehend these characteristics of digital terrain models given the artificial manner in which they are rendered. -Groundhog provides a number of components for measuring particular characteristics of a given landform. However its worth noting that, as above, such tools for classifying topographic features are only as good as their underpinning 3D representations. Representing landform as (say) either a `Mesh` or a `Surface` has different trade-offs in terms of the different types of accuracy and level of detailed offered. +Groundhog provides a number of components for measuring particular characteristics of a given landform. However its worth noting that, as above, such tools for classifying topographic features are only as good as their underpinning 3D representations. Representing a landform as (say) either a `Mesh` or a `Surface` has different trade-offs in terms of the different types of accuracy and level of detail offered. {% include elements/figure.html image='terrain/1.png' caption="Visualisations of slope analysis across a mesh, showing each face's grade as a vector, fill, and label" credit='Philip Belesky, for http://groundhog.la' %} @@ -21,7 +21,7 @@ The aspect analysis component operates in a similar fashion but measures the fac {% include elements/component.html title='MeshAspect' %} -Each component calculates the specified values but does not visualise them in the model itself. For visualisation purposes you will typically want to assign the range of slope or aspect values to a colour using the `Gradient` component then use a `Preview` component to apply these colours to each individual mesh face. The reference definition provided at the top of this page shows an example of this process and several other visualisation options. +Each component calculates the specified values but does not visualise them in the model itself. For visualisation purposes you will typically want to assign the range of slope or aspect values to a colour using the `Gradient` component and then use a `Preview` component to apply these colours to each individual mesh face. The reference definition provided at the top of this page shows an example of this process and several other visualisation options. Components are provided (as a convenience) for employing the same analytics on a `Surface` rather than a `Mesh` although note that the former will be converted to the latter during the calculation. diff --git a/site/_includes/elements/component.html b/site/_includes/elements/component.html index e1e642e9..93cdc7f3 100644 --- a/site/_includes/elements/component.html +++ b/site/_includes/elements/component.html @@ -29,7 +29,7 @@
Icon
-
+
Icon for the {{ component.nickname }} component
@@ -75,4 +75,4 @@ - \ No newline at end of file + diff --git a/site/_includes/elements/download.html b/site/_includes/elements/download.html index 72b3e320..aa5be412 100644 --- a/site/_includes/elements/download.html +++ b/site/_includes/elements/download.html @@ -8,10 +8,10 @@
-Download the latest version (0.9.1b). Installation instructions are provided in the README file. +Download the latest version (0.10.0b). Installation instructions are provided in the README file.
- \ No newline at end of file + diff --git a/site/_includes/elements/figure.html b/site/_includes/elements/figure.html index 24254990..efbd266b 100644 --- a/site/_includes/elements/figure.html +++ b/site/_includes/elements/figure.html @@ -12,7 +12,7 @@ (max-width: 1408px) 92vw, 2600w" src="{{ default }}" - alt="{{ include.caption }}" width="100%" + alt="{%- if include.alt -%}{{ include.alt }}{%- else %}{{ include.caption }}{%- endif -%}" width="100%" > {%- if include.caption or include.credit -%} @@ -21,4 +21,4 @@ {% if include.credit %}{{ include.credit }}{% endif %} {%- endif -%} - \ No newline at end of file + diff --git a/site/_includes/elements/files.html b/site/_includes/elements/files.html index b4023d78..7b30d7db 100644 --- a/site/_includes/elements/files.html +++ b/site/_includes/elements/files.html @@ -10,7 +10,7 @@
- The associated {{ page.files_text }} can be downloaded here. You will need to have installed the Groundhog plugin for the definition to work properly. + The associated {{ page.files_text }} can be downloaded here. You will need to have installed the Groundhog plugin for the definition to work properly.
diff --git a/site/_includes/structural/head.html b/site/_includes/structural/head.html index c520e8f2..4b246cf2 100644 --- a/site/_includes/structural/head.html +++ b/site/_includes/structural/head.html @@ -7,18 +7,20 @@ {{ site.title | escape }} - {% if page.meta %}{{ page.meta | escape }}{% else %}{{ page.title | escape }}{% endif %} - - - + + + - - - {%- if jekyll.environment == 'production' and site.google_analytics -%} + + {%- if site.environment == 'production' and site.google_analytics -%} + {%- include google-analytics.html -%} + {% else %} + {% endif %} - \ No newline at end of file + diff --git a/site/_includes/structural/menu.html b/site/_includes/structural/menu.html index 28cda6c1..d0874d8f 100644 --- a/site/_includes/structural/menu.html +++ b/site/_includes/structural/menu.html @@ -3,8 +3,8 @@
- - + + Groundhog diff --git a/site/_includes/tile.html b/site/_includes/tile.html index de1420e3..a118e4df 100644 --- a/site/_includes/tile.html +++ b/site/_includes/tile.html @@ -32,7 +32,7 @@ {% endif %}
-
@@ -43,4 +43,4 @@

{{ item.title }}

{{ item.excerpt }}

 -
\ No newline at end of file +
diff --git a/site/_layouts/default.html b/site/_layouts/default.html index d03ae59e..fce84719 100644 --- a/site/_layouts/default.html +++ b/site/_layouts/default.html @@ -16,6 +16,6 @@ - + - \ No newline at end of file + diff --git a/site/_layouts/landing_home.html b/site/_layouts/landing_home.html index d8af902a..10861b84 100644 --- a/site/_layouts/landing_home.html +++ b/site/_layouts/landing_home.html @@ -19,7 +19,7 @@

{{ page.excerpt }}

{% if page.category == 'top' %}

- + {% if page.path == 'documentation.md' %}Docs{% endif %} {% if page.path == 'techniques.md' %}{{ page.title }}{% endif %} {% if page.path == 'projects.md' %}{{ page.title }}{% endif %} @@ -28,7 +28,7 @@

{{ page.excerpt }}

- + View {{ page.title }}

diff --git a/site/_projects/botanical-gardens-of-barcelona.md b/site/_projects/botanical-gardens-of-barcelona.md index 6f8ed527..74821533 100644 --- a/site/_projects/botanical-gardens-of-barcelona.md +++ b/site/_projects/botanical-gardens-of-barcelona.md @@ -7,32 +7,32 @@ year: 1999 (constructed) location: Barcelona, Spain designers: Carlos Ferrater, Josep Lluís Canosa, and Bet Figueras files: true -files_text: model and definition that demonstrating a partial recreation of this project +files_text: model and definition that demonstrate a partial recreation of this project thumbnail: thumbnail.png --- The *Botanic Gardens of Barcelona* show an early example of how a sophisticated model of natural systems can help generate, test, and provide feedback upon the complex design criteria, such as grading and planting, that define the key features of a landscape. -{% include elements/figure.html image='botanical-gardens-of-barcelona/2.jpg' %} +{% include elements/figure.html image='botanical-gardens-of-barcelona/2.jpg' alt='Photograph of the Botanic Gardens of Barcelona' %} {% include elements/figure.html image='botanical-gardens-of-barcelona/3.jpg' caption='An irregular triangular grid spreads across the garden, organising the planting typologies and path network.' credit='Image from Ferrater, Carlos, and Borja Ferrater. "Synchronizing Geometry". Actar, 2016.' %} -Designed in 1989, the gardens were the product of a collaboration between Bet Figueras (landscape architect), Carles Ferrater and Josep Lluís Canosa (architects), Joan Pedrola (biologist) and Artur Bossy (horticulturist).[@Anonymous:vs] Located on a steep site in Barcelona the design proposed an irregular triangular grid that spread across the site. The grid structure was in part developed to avoid the need for major earthworks, as the triangular geometry could closely follow the existing topography by keeping two of each triangle's vertices at the same elevation but allowing the third to shift vertically to match the pre-existing slope.[@Preziosi:2004vf 116] The resulting grading, paths, and retaining walls create a highly expressive and architectonic landscape that render the circulation experience as that of a faceted network[@Ferrater:2016ta 19] as paths split and converge to connect the planar surfaces. +Designed in 1989, the gardens were the product of a collaboration between Bet Figueras (landscape architect), Carles Ferrater and Josep Lluís Canosa (architects), Joan Pedrola (biologist) and Artur Bossy (horticulturist).[@WikiArquitectura:2017] Located on a steep site in Barcelona the design proposed an irregular triangular grid that spread across the site. The grid structure was in part developed to avoid the need for major earthworks, as the triangular geometry could closely follow the existing topography by keeping two of each triangle's vertices at the same elevation but allowing the third to shift vertically to match the pre-existing slope.[@Preziosi:2004 116] The resulting grading, paths, and retaining walls create a highly expressive and architectonic landscape with a complex circulation network[@Ferrater:2016 19] that sees paths split and converge to connect the planar surfaces. {% include elements/figure.html image='botanical-gardens-of-barcelona/5.jpg' caption="The configuration of each of the facet's vertices creates a number of distinct planting conditions correspond to the conditions of various geographic areas represented in the garden's vegetation." credit='Image from Ferrater, Carlos, and Borja Ferrater. "Synchronizing Geometry". Actar, 2016.' %} -While the formalism of the triangulation is striking, its design intent is directly tied to the project's key program: to showcase botanical collections drawn from a range of regions whose Mediterranean climates match that of Catalonia. To aid this goal the structure of the grid provides a further function: each facet creates a unique (but internally uniform) set of characteristics according to their differences in slope, solar orientation, and irrigation integration.[@Ferrater:2016ta 19] The diversity of conditions present across then grid then informs the planting design by allowing for the pairing of species from each geographic region to the corresponding conditions on each facet that best mimic the "ideal growing conditions in the plants' native setting."[@Hansen:2011tka] The tessellated mosaic thus creates a locally-coherent but globally-diverse distribution of vegetation clusters across the landscape that would develop specific adjacencies to 'allow visitors to compare the various species and note the remarkable phenomena of convergence'[@Preziosi:2004vf 116] while presenting a diversity of planted form and texture that "mitigate the excessive virtuality"[@Preziosi:2004vf 117] of the facets. +While the formalism of the triangulation is striking, its design intent is directly tied to the project's key program: to showcase botanical collections drawn from a range of regions whose Mediterranean climates match that of Catalonia. To aid this goal the structure of the grid provides a further function: each facet creates a unique (but internally uniform) set of characteristics according to their differences in slope, solar orientation, and irrigation integration.[@Ferrater:2016 19] The diversity of conditions present across then grid then informs the planting design by allowing for the pairing of species from each geographic region to the corresponding conditions on each facet that best mimic the "ideal growing conditions in the plants' native setting."[@Hansen:2011] The tessellated mosaic thus creates a locally-coherent but globally-diverse distribution of vegetation clusters across the landscape that would develop specific adjacencies to 'allow visitors to compare the various species and note the remarkable phenomena of convergence'[@Preziosi:2004 116] while presenting a diversity of planted form and texture that "mitigate the excessive virtuality"[@Preziosi:2004 117] of the facets. {% include elements/figure.html image='botanical-gardens-of-barcelona/4.jpg' caption="Images produced by the computer program developed to assign species typologies across each of the grid's facets." credit='Image from Ferrater, Carlos, and Borja Ferrater. "Synchronizing Geometry". Actar, 2016.' %} -Software developed for a small personal computer guided the process of matching the vegetation of each region to the grid by calculating the environmental characteristics of each triangular plane and automatically selecting the region whose species best fit this profile.[@Ferrater:2016ta 19] Outsourcing this otherwise-tedious task of topographic analysis and species allocation to an automated process allowed the designers to "obtain what we believed to be the most important factor: control of the forms of the future landscape";[@Preziosi:2004vf 117] presumably because the tool allowed for faster and more precise feedback loops between the different grid configurations that defined the distributions of plant species. At the same time the software helped enable inter-disciplinary dialogue by making the relationship between key landscape features and the horticultural implications of those features explicit — something that had been "impossible in the early days of the project."[@Ferrater:2016ta 19] +Software developed for a small personal computer guided the process of matching the vegetation of each region to the grid by calculating the environmental characteristics of each triangular plane and automatically selecting the region whose species best fit this profile.[@Ferrater:2016 19] Outsourcing this otherwise-tedious task of topographic analysis and species allocation to an automated process allowed the designers to "obtain what we believed to be the most important factor: control of the forms of the future landscape";[@Preziosi:2004 117] presumably because the tool allowed for faster and more precise feedback loops between the different grid configurations that defined the distributions of plant species. At the same time the software helped enable inter-disciplinary dialogue by making the relationship between key landscape features and the horticultural implications of those features explicit — something that had been "impossible in the early days of the project."[@Ferrater:2016 19] {% include elements/figure.html image='botanical-gardens-of-barcelona/7.jpg' caption='The conscious clustering of facets with similar characteristics creates adjacencies within the plan that juxtapose the different geographic regions and vegetation types within each of those regions.' credit='Image from Ferrater, Carlos, and Borja Ferrater. "Synchronizing Geometry". Actar, 2016.' %} -While the power of computer hardware has increased exponentially since 1989 the digital model developed for the Gardens illustrates that "the complex questions regarding the design of the garden"[@Ferrater:2016ta 117] don't necessitate large amounts of complexity in terms of computational rules or power. The natural systems that define the 'micro-ecology' of each of the planted facets are innumerably complex in their exactitude, but for the purposes of designing viable distributions of vegetation the model only needed to include a (relatively) small number of salient parameters, metrics, and rules. The software was able to provide clear feedback on how each design iteration performed because it had such a clear set of procedures (the spatial grid and planting palette) with clearly-defined relationships between the formal and ecological systems that define the landscape. +While the power of computer hardware has increased exponentially since 1989 the digital model developed for the Gardens illustrates that "the complex questions regarding the design of the garden"[@Ferrater:2016 117] don't necessitate large amounts of complexity in terms of computational rules or power. The natural systems that define the 'micro-ecology' of each of the planted facets are innumerably complex in their exactitude, but for the purposes of designing viable distributions of vegetation the model only needed to include a (relatively) small number of salient parameters, metrics, and rules. The software was able to provide clear feedback on how each design iteration performed because it had such a clear set of procedures (the spatial grid and planting palette) with clearly-defined relationships between the formal and ecological systems that define the landscape. -Recreating the general logic used to help design the *Barcelona Botanic Gardens* is relatively easy to do using modern computer-aided design platforms. Yet, the project remains as a seemingly-rare example of how computational methods can directly generate distinctly landscape architectural design features. As the similarly-faceted forms of Plasma Studio and Groundlab's *Flowing Gardens* project illustrate, the formal epiphenomenon of digital modelling are easily identified and are often stated as having been shaped (indirectly) by landscape conditions and logics.[@Hansen:2011tka] Yet direct computationally-enabled ties between landscape forms and landscape logics — that is to say a generative processes that mediates between the two — remains rare. Many techniques exist for analysing the different aspects of a landscape in isolation[^iso] but part of the ongoing novelty of the *Barcelona Botanic Gardens* is that it developed a more holistic model that could incorporate the otherwise-isolated aspects of landscape form, landscape analysis, and planting design into a cohesive set of procedures that could help to generate (rather than just validate) a design. +Recreating the general logic used to help design the *Barcelona Botanic Gardens* is relatively easy to do using modern computer-aided design platforms. Yet, the project remains as a seemingly-rare example of how computational methods can directly generate distinctly landscape architectural design features. As the similarly-faceted forms of Plasma Studio and Groundlab's *Flowing Gardens* project illustrate, the formal epiphenomenon of digital modelling are easily identified and are often stated as having been shaped (indirectly) by landscape conditions and logics.[@Hansen:2011] Yet direct computationally-enabled ties between landscape forms and landscape logics — that is to say a generative processes that mediates between the two — remains rare. Many techniques exist for analysing the different aspects of a landscape in isolation[^iso] but part of the ongoing novelty of the *Barcelona Botanic Gardens* is that it developed a more holistic model that could incorporate the otherwise-isolated aspects of landscape form, landscape analysis, and planting design into a cohesive set of procedures that could help to generate (rather than just validate) a design. -{% include elements/figure.html image='botanical-gardens-of-barcelona/model.jpg' %} +{% include elements/figure.html image='botanical-gardens-of-barcelona/model.jpg' alt='Rhinoceros model of the Botanic Gardens of Barcelona' %} {% include elements/figure.html image='botanical-gardens-of-barcelona/definition.png' caption='Grasshopper definition recreating the basic analysis of the triangular grid and allocates plants accordingly.' credit='Philip Belesky, for http://groundhog.la' %} [^iso]: For instance determining surface water flows or solar gain over a given topographic surface. diff --git a/site/_projects/keio-university-roof-garden.md b/site/_projects/keio-university-roof-garden.md index 7ec0c0a1..85eb4a7a 100644 --- a/site/_projects/keio-university-roof-garden.md +++ b/site/_projects/keio-university-roof-garden.md @@ -7,7 +7,7 @@ year: 2012 (constructed) location: Tokyo, Japan designers: Michel Desvigne Paysagiste files: true -files_text: model and definition that demonstrating a partial recreation of this project +files_text: model and definition that demonstrates a partial recreation of this project tags: - image map - hardscape @@ -15,20 +15,19 @@ tags: - vegetation --- -{% include elements/figure.html image='keio-university-roof-garden/1.jpg' credit="Image via MBP website's project - page (http://micheldesvignepaysagiste.com/en/keio-university-慶應義塾)" %} +{% include elements/figure.html image='keio-university-roof-garden/1.jpg' alt='Photographs of the Keio University Roof Garden' credit="Image via MBP website's project page (http://micheldesvignepaysagiste.com/en/keio-university-慶應義塾)" %} -The most visible impact of computational design techniques on the design of landscapes is often in the formal treatment of 'hard' surfaces or structures — street furniture, paving elements, pavilions, and other items that. As manufactured and constructed artefacts, these elements can draw from the design and fabrication techniques typically developed in other disciplines. +The most visible impact of computational design techniques on the design of landscapes is often in the formal treatment of 'hard' surfaces or structures — street furniture, paving elements, pavilions, and other items. As manufactured and constructed artefacts, these elements can draw from the design and fabrication techniques typically developed in other disciplines. -For example, the Keio University Roof Garden employs a 'field' technique whereby the radii of a parametrically-defined grid of circles grows in response to an image. This image is initially read as 2D grid of pixels that are then transposed on to the site model so that each grid point can 'sample' the brightness of the corresponding pixels on the original image. The apertures that result from these grid-samples become voids within the paving grid and are either used for planting beds or extruded as cylinders that function as seating.[@Corner:2009jg 173] +For example, the Keio University Roof Garden employs a 'field' technique whereby the radii of a parametrically-defined grid of circles grows in response to an image. This image is initially read as 2D grid of pixels that are then transposed on to the site model so that each grid point can 'sample' the brightness of the corresponding pixels on the original image. The apertures that result from these grid-samples become voids within the paving grid and are either used for planting beds or extruded as cylinders that function as seating.[@Gilles:2009 173] -The resulting aesthetic is one of a smoothly differentiated surface with semi-enclosed areas that reflects the that form a braided river in plan; an image used to drive the geometric layout: +The resulting aesthetic is one of a smoothly differentiated surface with semi-enclosed areas that reflects the form of a braided river in plan; an image used to drive the geometric layout: -> "One slips into this space, drifting along on the feelings aroused by the water and the light, playing on the same logic. There is no clear separation here (nor was there in Noguchi's garden) between voids and solids. This composition plays with successive planes and textures of variable densities. The even punctuation of the ground gives cadence to these variations. This is a small structure that organizes textures, porosities, densities, and transparencies—the material and the complex spaces, just as in a natural landscape." [@Corner:2009jg 175] +> "One slips into this space, drifting along on the feelings aroused by the water and the light, playing on the same logic. There is no clear separation here (nor was there in Noguchi's garden) between voids and solids. This composition plays with successive planes and textures of variable densities. The even punctuation of the ground gives cadence to these variations. This is a small structure that organizes textures, porosities, densities, and transparencies—the material and the complex spaces, just as in a natural landscape." [@Gilles:2009 175] -{% include elements/figure.html image='keio-university-roof-garden/2.jpg' title='The different types of granite slab in terms of their dimensions and appearance in the resulting design.' credit='Image via "Intermediate Natures, The Landscapes of Michel Desvigne" (2009) p172' %} +{% include elements/figure.html image='keio-university-roof-garden/2.jpg' caption='The different types of granite slab in terms of their dimensions and appearance in the resulting design.' credit='Image via "Intermediate Natures, The Landscapes of Michel Desvigne" (2009) p172' %} The project's goals are a productive contradiction: a desire for a roof garden — a tightly bounded and highly sculpted landscape — that at the same time displays some of the rich variety and dynamism that characterise a traditional Japanese garden. The definition and model provided also demonstrate some of the capacity for variation inherent to the parametric model itself, as basic variables (such as tile depth, dimensions, planting palette, etc) are easily modified. At the same time the use of the interpolated image map allows for a more expressive mode whereby the tile pattern can be altered by manipulating the source image by applying either filter effects (i.e. tweaking the overall brightness or contrast) or through specific edits (i.e. using brush tools in Photoshop). -{% include elements/figure.html image='keio-university-roof-garden/model.png' %} +{% include elements/figure.html image='keio-university-roof-garden/model.png' alt='Rhinoceros model of the Keio University Roof Garden' %} {% include elements/figure.html image='keio-university-roof-garden/definition.png' caption='Grasshopper definition recreating the basic pattern effect and planting distribution.' credit='Philip Belesky, for http://groundhog.la' %} diff --git a/site/_projects/max-iv-laboratory.md b/site/_projects/max-iv-laboratory.md index 369b7229..6f247695 100644 --- a/site/_projects/max-iv-laboratory.md +++ b/site/_projects/max-iv-laboratory.md @@ -1,31 +1,31 @@ --- title: MAX IV Laboratory Landscape date: 17-11-14 -excerpt: A defensive topography that that creates an intricate series of rolling mounds to dampen vibrations from a nearby highway. +excerpt: A defensive topography that creates an intricate series of rolling mounds to dampen vibrations from a nearby highway. thumbnail: 4.jpg year: 2016 (constructed) location: Lund, Sweden designers: Snøhetta files: true -files_text: model and definition that demonstrating a partial recreation of this project +files_text: model and definition that demonstrate a partial recreation of this project categories: - parametric geometry - simulation tags: grasshopper, --- -{% include elements/figure.html image='max-iv-laboratory/7.jpg' title='The MAX Lab facility uses a rippled spiral of topographic form to surround the main building.' credit="Image via Snøhetta website's project page (https://snohetta.com/projects/70-max-iv-laboratory-landscape)" %} +{% include elements/figure.html image='max-iv-laboratory/7.jpg' caption='The MAX Lab facility uses a rippled spiral of topographic form to surround the main building.' credit="Image via Snøhetta website's project page (https://snohetta.com/projects/70-max-iv-laboratory-landscape)" %} -In designing this new scientific facility a major concern was that external vibrations from a nearby highway would disrupt the measurements from sensitive laboratory instruments.[@Snohetta:2016us 1] The site's pre-existing topography — a flat slope — heightened this fear as it enabled surface vibrations to travel freely.[@Snohetta:2016us 2] Thus a key design goal for Snøhetta's design was to maximise the landscape's surface area through a rippled topography that would, in effect, better scatter the vibrations that might interfere with the work of the laboratory. At the same time, such an exuberant grading could provide some ancillary benefits such as managing run-off.[@Snohetta:2016us 2] +In designing this new scientific facility a major concern was that external vibrations from a nearby highway would disrupt the measurements from sensitive laboratory instruments.[@Snohetta:2016 1] The site's pre-existing topography — a flat slope — heightened this fear as it enabled surface vibrations to travel freely.[@Snohetta:2016 2] Thus a key design goal for Snøhetta's design was to maximise the landscape's surface area through a rippled topography that would, in effect, better scatter the vibrations that might interfere with the work of the laboratory. At the same time, such an exuberant grading could provide some ancillary benefits such as managing run-off.[@Snohetta:2016 2] > "3D-modelling proved crucial for several reasons. The design layout was established by extracting the nature of vibrations into rational values inserted in a generic model (Grasshopper; a Rhino plug-in). In plan, intersecting tangents radiating from the major storage ring form the first basis of the wave pattern. These align with the positions of potential future laboratories, and the starting points were defined by 10 to 40m vibration wavelengths and a 4.5m amplitude. ... Our digital model enabled continuous testing of the pattern's effect on mitigating the ground vibrations." -Several Grasshopper definitions were used across the project. In the main definition that drove the base landform, the vibrations from the adjacent roads were implemented as a parametised constraint whose exact value could be honed over many iterations in conjunction with an engineering team.[@Walliss:2016vy 39] Once set, this constraint allowed the design team to then assess the dampening effects of specific topographic forms and fine-tune them. The resulting topographies could then be further analysed and evaluated according to secondary design criteria that were encapsulated in other definitions that would simulate wind conditions, inform tree planting, visualise a maximum slope gradient, or measure stormwater drainage and retention.[@Walliss:2016vy 37] +Several Grasshopper definitions were used across the project. In the main definition that drove the base landform, the vibrations from the adjacent roads were implemented as a parametised constraint whose exact value could be honed over many iterations in conjunction with an engineering team.[@Walliss:2016 39] Once set, this constraint allowed the design team to then assess the dampening effects of specific topographic forms and fine-tune them. The resulting topographies could then be further analysed and evaluated according to secondary design criteria that were encapsulated in other definitions that would simulate wind conditions, inform tree planting, visualise a maximum slope gradient, or measure storm-water drainage and retention.[@Walliss:2016 37] -{% include elements/figure.html image='max-iv-laboratory/3.jpg' %} -{% include elements/figure.html image='max-iv-laboratory/6.jpg' title='The topographic form was designed using an intersecting series of geometric projections that extend as tangents from the outer ring of the main laboratory building.' credit='Image via Snøhetta press release "The MAX IV Laboratory Landscape Design by Snøhetta to Open Summer 2016."' %} +{% include elements/figure.html image='max-iv-laboratory/3.jpg' alt='Diagram of the Max Lab IV\'s geometry showing the spiralling patterns.' %} +{% include elements/figure.html image='max-iv-laboratory/6.jpg' caption='The topographic form was designed using an intersecting series of geometric projections that extend as tangents from the outer ring of the main laboratory building.' credit='Image via Snøhetta press release "The MAX IV Laboratory Landscape Design by Snøhetta to Open Summer 2016."' %} -As compared to other projects discussed, the design process for the MAX Lab IV landscape presents a clearer (or perhaps just more articulated) example of how computational design methods can improve design development. The projects makes a case for these tools as a necessary means to achieve crucial levels of precision when producing and testing a complex landscape design against a complex design goal. While the results of this process still need to be assessed by designers and their consultants, the use of parametric models here shows how computational approaches can help to speed that testing and make some of the trade-offs between design criteria more explicit. +As compared to other projects discussed, the design process for the MAX Lab IV landscape presents a clearer (or perhaps just more articulated) example of how computational design methods can improve design development. The project makes a case for these tools as a necessary means to achieve crucial levels of precision when producing and testing a complex landscape design against a complex design goal. While the results of this process still need to be assessed by designers and their consultants, the use of parametric models here shows how computational approaches can help to speed that testing and make some of the trade-offs between design criteria more explicit. -{% include elements/figure.html image='max-iv-laboratory/model.png' %} +{% include elements/figure.html image='max-iv-laboratory/model.png' alt='Rhinoceros model of the MAX IV Laboratory Landscape' %} {% include elements/figure.html image='max-iv-laboratory/definition.png' caption='Grasshopper definition recreating the basic pattern effect that defines the topographic forms.' credit='Philip Belesky, for http://groundhog.la' %} diff --git a/site/_projects/south-park.md b/site/_projects/south-park.md new file mode 100644 index 00000000..c65aeb78 --- /dev/null +++ b/site/_projects/south-park.md @@ -0,0 +1,97 @@ +--- +title: South Park +date: 18-11-22 +thumbnail: thumbnail.jpg +excerpt: Computational tools testing the resilience of analogue rules +year: 2017 (constructed) +location: San Francisco, United States of America +designers: Fletcher Studio +files: true +files_text: model and definition that demonstrate a partial recreation of this project +--- + +{% include elements/figure.html image='south-park/1.jpg' alt='Aerial photograph of South Park.' %} +{% include elements/figure.html image='south-park/2.jpg' caption='The design of the park utilises a \'path finding\' tool which uses data collected on site to draw the path towards important areas.' credit='Image via Fletcher Studio\'s project page (https://www.fletcher.studio/southpark)' %} + +When Fletcher Studio first began work on San Francisco's South Park, the initial design not was developed using computational scripting tools but "through iterative analogue diagramming"[@Fletcher:2018 72] made on paper with a focus on "an intuitive understanding of the site and embedded in an analogue rule set."[@Fletcher:2018 72] This rule set was derived from on-the-ground observations. Designers observed and collected data on "land use, park usage, circulation patterns, tree conditions and drainage systems"[@Fletcher:2018 72] as well as "points of entry and desire lines."[@Fletcher:2018 72] This data was aggregated into a "hierarchy of circulation patterns, access points, social nodes, existing trees and structures to retain"[@Fletcher:2018 72] that worked to inform the width and position of the central path running through the park. + +While the designers implemented a 'rules based' approach even from the earliest stages of site analysis, they also made of a point of "utilizing a combination of blend tools, manual adjustments, and hand drawings"[@Fletcher:2018 72] which "allowed for idiosyncratic moments while conforming to a robust formal rule set based on environmental, spatial and material logic."[@Fletcher:2018 72] The design team made a special point of working with computational tools only when there was a clear need. + +{% include elements/figure.html image='south-park/3.jpg' caption='Control points of varying intensity are parametrised to manipulate the alignment of that path which runs through site.' credit='Fletcher Studio, image from Bentley, Chris, "Follow the Script", Landscape Architecture Magazine 107, no. 7, 2016, p. 72' %} + +Analogue rule sets are not — however — without problems of their own. Not only do they take a long time to test, but the very same 'idiosyncratic moments' that allow for the emergence of new and exciting design moves can also lead designers to overlook inconsistencies or failings in their logic. + +This is where Grasshopper came in for the designers of South Park. They translated the system of organisation they developed on paper and in the field into a Grasshopper script and used this to test "the design resiliency" of their already developed "tectonic and spatial systems".[@Fletcher:2018 73] Through this process, Fletcher Studio were able to observe their rule set operating around a range of conditions more rapidly than would have been possible manually. This, in turn, allowed the designers not only to easily pick up and iron out any glitches and kinks in their logic, but also to iterate incredibly rapidly, at a high level of detail, all while staying squarely within the already established constraints of their design. + +{% include elements/figure.html image='south-park/4.png' caption='Parametric scripting allows for the rapid generation of highly detailed design iterations.' credit='Fletcher Studio, image from David Fletcher, Parametric and Computational Design in Landscape Architecture, Bradley Cantrell & Adam Mekies (Routledge, 2018), p. 72' %} + +By translating their rule set into grasshopper and refining it through iterative testing, Fletcher Studio eventually developed what they call a "live model"[@Fletcher:2018a 39] which: + +> "was responsive, in the sense that various 3-D parameters could be modified and would universally update the entire model. Paving tablet width, length and distribution could be adjusted by modifying inputs, allowing the entry of exact values, or perhaps more intuitive site specific adjustments."[@Fletcher:2018a 39] + +This 'live model', in turn, offered more opportunities later in the design process. After the resilience of the initial analogue design parameters was tested, parametric design techniques went on to serve as a powerful aid for time-saving when working through the implications of design alterations. For example, "introducing a slight slope to improve drainage in one area... would create a problem in the site 200 feet away" and in being able to quickly pinpoint this, "the program helped them \[the designers\] juggle interdependent aspects of the design."[@Bentley:2016a 68] + +Parametric methods also presented significant benefits when it came to detailing and the associated rapid production of sheet files for engagement with stake-holders. The landscape architect's noted that the Grasshopper definition had a powerful ability to work both in broad strokes and with minute detail simultaneously: "updates to wall profiles, thickness, edge radii and even the distribution and frequency of skate deterrents were automated."[@Bentley:2016a 68] This then allowed not only for a reduction in time spent on slow and repetitive drawing, but also for the designers to produce outputs even as complex and detailed as full sheet file sets, much faster than would otherwise be possible. + +Fletcher Studio's South park is a project that uses Grasshopper to supplement and support analogue logic rather than to drive the design. The designers have seen the huge potential of computational tools, but are wary of these same tools becoming the be all and end all of a project. "Memory, experience, emotion and humour" writes David Fletcher, almost as a warning at the end of a recent article, "are not yet parameters that can be put into a parametric definition."[@Fletcher:2018] + +### Reference Model + +In this next section we use Grasshopper to speculatively reverse-engineer the path finding rule-set developed by Fletcher Studio for this project. We also divide the remaining space into lawns and garden beds based on the same rules, and give an example of how Groundhog's [planting components]({{ site.baseurl }}{% link _documentation/plants.md %}) might prove useful in this context. + +##### Step 1 + +This first section of the script uses data from site to interpolate a line through the park pulled toward various data points according to their perceived importance. Here, for simplicity's sake, the data points are divided simply into 2 sets for 'more important' and 'less important' and are visualised with a set of larger and smaller circles. Thereafter: + +1. The initial 'base line' running through the centre of the park is divided up into points +2. Vectors are created between these points and the centroid of the closest given number of data (attractor) points (circles) +3. The points are then offset along this vector a given distance and the curve is then rebuilt +4. This process is run twice, once with higher amplitude vectors for the 'more important' data points and again with vectors of a smaller amplitude for the 'less important'. The resultant line trends toward the various data points at differing levels of intensity. + +{% include elements/figure.html image='south-park/step_1.jpg' caption='A straight base line is drawn toward control circles by vectors which warp and re-align it.' credit='Albert Rex, for groundhog.la' %} + +##### Step 2 + +This second step generates offsets from the initial line that will define the width of the path. These offsets are also influenced by the same input data or 'attractor points' discussed in step 1; essentially repeating the same operation. However, this iteration only includes the attractor points on 1 side of the park so that one line is offset in one direction and another in the opposite. We see here that the path grows wider when it is closer to more powerful attractor points — doubly so when points are present on both sides. + +{% include elements/figure.html image='south-park/step_2.jpg' caption='A path is offset out from the initial line. Offset distances also dependant on control points.' credit='Albert Rex, for groundhog.la' %} + +##### Step 3 + +Here we use the lines generated in steps 1 and 2 to produce a detailed paving system which is responsive to changes in data input. While straight lines are lofted off the initial base line, the 2 offset lines generated in step 2 are used as cutters to fit these lines to the curve of the path. These lines are then offset, capped and filleted to replicate the shape of the pavers in the original design. The script gives its user control of paver width, spacing and finally trims them to the boundary line of the park. + +{% include elements/figure.html image='south-park/step_3.jpg' caption='A grid allows for the introduction of paving over the designated path area. A site boundary curve clips this paving to stay within site.' credit='Albert Rex, for groundhog.la' %} + +##### Step 4 + +The shape of the paved area of the park is subtracted from the total area, leaving us with an area which we are free to divide up between garden beds and lawns. + +{% include elements/figure.html image='south-park/step_4.jpg' caption='Area not taken up by the path is identified.' credit='Albert Rex, for groundhog.la' %} + +##### Step 5 + +This step divides the remaining area found in step 4 into Garden Beds and Lawns. The size and shape of garden beds is also determined by the initial input data set: the attractor points of this definition. The beds are generated by offsetting the straight segments of the park boundary along the inverse of the vectors used in steps 1 and 2. + +*Note: At this point we are stepping away from attempting to replicate the original design process and moving instead toward some of the latent potential we feel presents itself in the script.* + +{% include elements/figure.html image='south-park/step_5.jpg' caption='Boundary offsets introduced to divide lawns and garden beds. Lawns: Green. Garden Beds: Green yellow overlap.' credit='Albert Rex, for groundhog.la' %} + +##### Step 6 + +Here a planting mix spreadsheet is imported and operated on by a series of Groundhog components to generate a rapid visualisation of potential garden bed layouts. This in turn could provide the base for various rapidly iterated light, shade and line of sight studies looking at the effects of growth in the garden beds through time. Default Groundhog grass visualisation have been used for lawns. + +{% include elements/figure.html image='south-park/step_6.jpg' caption='Boundary offsets introduced to divide lawns and garden beds. Lawns: Green. Garden Beds: Green yellow overlap.' credit='Albert Rex, for groundhog.la' %} + +While perhaps more symbolic than actually programmatically useful on such a small scale, the ability of this definition to alter the direction and width of paths based on a particular data set has clear implications for larger scale operations. "In response to the observed resiliency of the rule set" writes David Fletcher, "we foresee application of this system to large scale linear open spaces...Potential sites for this application include: urban waterways, waterfronts, corridors, linear open spaces and right of ways".[@Fletcher:2018 75] + +One can easily image (for example) how using a script like this, a walking path running along a kilometres long coast-line could automatically give wide girth to a stormwater outlet or road, while at the same time being drawn towards aesthetically pleasing areas or widening where higher densities of people are projected to move through. + +{% include elements/figure.html image='south-park/step_7.jpg' caption='The script generates a path, garden beds and lawns, all based on site boundaries and usage data recorded on site' credit='Albert Rex, for groundhog.la' %} + +And of course, the ability to quickly iterate while tweaking data sets and incorporating additional features to a design is even more powerful at scales larger than that of a park. This is because when working at these larger scales, designers simply can't effectively develop 'intuitive' analogue understanding of site like the designers at Fletchers did at South Park. This is not a problem for a set of parametric relationships, which can be applied just as effectively over 100 meters as it can over 100 kilometres. Subsequent rapid iterations can then be curated by designers, who can use tools like Grasshopper as a crutch to help them understand how their designs can apply at scales of operation that would otherwise be near impossible to comprehend. + +{% include elements/figure.html image='south-park/iteration_1.jpg' caption='The script still operates when site boundary and path are altered. From this we can infer that it is based on a relatively \'resilient\' rule set.' credit='Albert Rex, for groundhog.la' %} + +{% include elements/figure.html image='south-park/iteration_2.jpg' caption='The script is capable of operating over a wide range of environments. Here it regulates how a path moves through a forest.' credit='Albert Rex, for groundhog.la' %} + +{% include elements/figure.html image='south-park/iteration_3.jpg' caption='The script can be easily altered to accommodate additional, site specific. variations. Here an additional path is influenced by the original set of attractor curves and cuts under the first path, while at the same time the definition rebuilds garden beds around it.' credit='Albert Rex, for groundhog.la' %} diff --git a/site/_techniques/analogue-computation.md b/site/_techniques/analogue-computation.md index dd5e668c..e345198f 100644 --- a/site/_techniques/analogue-computation.md +++ b/site/_techniques/analogue-computation.md @@ -7,34 +7,34 @@ date: 17-11-07 Digital computation makes use of some of the most basic natural laws: that of binary logic. Computers employ this at scale; they boil down abstract operations into ever more simple abstractions that are eventually enacted as a series of electronic `on`/`off` states. Other ways to calculate exist. Analogue computation is a method for employing real-world phenomena to 'solve' complex calculations. For example, wind tunnels could be considered as 'analogue wind computers' because they allow us to test a particular natural phenomena by enacting that very phenomena (albeit at a smaller scale) in a controlled environment. -Within a landscape context the use of physical models as test-beds has a long history.[@Llabres:2014vv 55] The US Army Core of Engineers built many hydraulic models to investigate how to best implement flood control measures in a manner that accounts for the holistic operation of the chosen area.[@Llabres:2014vv 56] By using physical models as test-beds, engineers could simulate various landscape conditions at smaller scales that accurately reflected complex behaviours. However doing so at such scales is often costly in terms the initial construction and ongoing operation.[@Llabres:2014vv 56][@Davis:2015uw 40] +Within a landscape context the use of physical models as test-beds has a long history.[@Llabres:2014 55] The US Army Core of Engineers built many hydraulic models to investigate how to best implement flood control measures in a manner that accounts for the holistic operation of the chosen area.[@Llabres:2014 56] By using physical models as test-beds, engineers could simulate various landscape conditions at smaller scales that accurately reflected complex behaviours. However doing so at such scales is often costly in terms the initial construction and ongoing operation.[@Llabres:2014 56][@Davis:2015 40] {% include elements/figure.html image='analogue-computation/3.jpg' caption='The Mississippi River Basin Model.' credit='Image via 99% Invisible, "America\'s Last Top Model", https://99percentinvisible.org/episode/americas-last-top-model/' %} -This form of modelling — where real landscape materials test real landscape phenomena — is greatly aided when combined with digital techniques for easily gathering data from physical models. For example, the use of laser-based scanning methods allow for topographic data to be continuously recorded while cheap sensors and actuators precisely control the release water or light. This form of hybrid modelling — where physical media test particular phenomena in conjunction with digital data processing can be described as 'proxi models' or 'responsive technologies'. Particularly for simulations of geomorphological and flow-based criteria this approach may be one of few accurate options available given the high degree of physical accuracy required[@Walliss:2016vy] precludes digital simulation.[^preclude] +This form of modelling — where real landscape materials test real landscape phenomena — is greatly aided when combined with digital techniques for easily gathering data from physical models. For example, the use of laser-based scanning methods allows for topographic data to be continuously recorded while cheap sensors and actuators precisely control the release of water or light. This form of hybrid modelling — where physical media test particular phenomena in conjunction with digital data processing can be described as 'proxi models' or 'responsive technologies'. Particularly for simulations of geomorphological and flow-based criteria this approach may be one of few accurate options available given the high degree of physical accuracy required[@Walliss:2016] precludes digital simulation.[^preclude] [^preclude]: Or rather preclude digital simulations when the necessary quantities of computing power and simulation expertise are not available. -Enriqueta Llabres and Eduardo Rico's work at the Bartlett identifies a lineage of material computation in design practices, with Frei Otto's work as a key "project of extracting logics of distribution and form derived from the careful study of material behaviour".[@Llabres:2014vv 52] In particular they look at his experiments at a territorial level, where he identified large scale organisational patterns in existing landscapes and then reproduced these through physical tests that employed self-organising phenomena. As an example, one of these investigations used floating magnets and needles to identify a minimal-energy state of equilibrium while maintaining connectivity between key nodes,[@Llabres:2014vv 53] creating a self-organising pattern that could apply to planning tasks such as road networks. While most of Otto's experiments were highly dynamic — i.e. the magnets and needles would push and pull before settling into a steady state — the final equilibrium is still an single endpoint; a 'frozen blueprint' that represents an optimised outcome. [@Llabres:2014vv 54] While dynamic in their 'solving' process the static result nevertheless becomes problematic when modelling many time-based phenomena where a steady-state outcome is rare. +Enriqueta Llabres and Eduardo Rico's work at the Bartlett identifies a lineage of material computation in design practices, with Frei Otto's work as a key "project of extracting logics of distribution and form derived from the careful study of material behaviour".[@Llabres:2014 52] In particular they look at his experiments at a territorial level, where he identified large scale organisational patterns in existing landscapes and then reproduced these through physical tests that employed self-organising phenomena. As an example, one of these investigations used floating magnets and needles to identify a minimal-energy state of equilibrium while maintaining connectivity between key nodes,[@Llabres:2014 53] creating a self-organising pattern that could apply to planning tasks such as road networks. While most of Otto's experiments were highly dynamic — i.e. the magnets and needles would push and pull before settling into a steady state — the final equilibrium is still a single endpoint; a 'frozen blueprint' that represents an optimised outcome. [@Llabres:2014 54] While dynamic in their 'solving' process the static result nevertheless becomes problematic when modelling many time-based phenomena where a steady-state outcome is rare. -Taking Otto's experiments as a point of departure Enriqueta and Eduardo look to new forms of 'proxi modelling' that better approximate the means by which landscapes transform in response to natural and designed events.[@Llabres:2014vv 54] One project looks at a Canadian site and the hydrological and geomorphological effects of mineral extraction. Here the mining process has dammed and diverted existing rivers to capture water for industrial use, which in turn creates new 'trailing pods' and new patterns of sedimentation. The new and disrupted hydrological flows are a starting point for imagining interventions that better re-naturalise these industrial outputs; a process complicated by the dynamic formation of both the new and existing water courses. [@Llabres:2014vv 57] +Taking Otto's experiments as a point of departure Enriqueta and Eduardo look to new forms of 'proxi modelling' that better approximate the means by which landscapes transform in response to natural and designed events.[@Llabres:2014 54] One project looks at a Canadian site and the hydrological and geomorphological effects of mineral extraction. Here the mining process has dammed and diverted existing rivers to capture water for industrial use, which in turn creates new 'trailing pods' and new patterns of sedimentation. The new and disrupted hydrological flows are a starting point for imagining interventions that better re-naturalise these industrial outputs; a process complicated by the dynamic formation of both the new and existing water courses. [@Llabres:2014 57] {% include elements/figure.html image='analogue-computation/1.png' caption='The particular topography and substrates present on site inform simulations that examine new potential water flows over time.' credit='Image via Enriqueta Llabres and Eduardo Rico, "Proxi modelling: A tacit approach to territorial praxis," The Journal of Space Syntax 5, no. 1 (August 2014): 60' %} Physical models, working in conjunction with digital sensing systems, explored these dynamics by simulating the process of delta formation that results when sediment infiltrates slower-moving water bodies: -> "In the physical model generated for the project, water and sediments are dropped from the corner of a tank (assumed upstream) which allows water to ow from the other corner. As the process goes on, layers of sediment will expand away from the corner (Figure 7), generating sedimentation fans and channels that accumulate in layers. ... Experiments are then carried out to evaluate as well as instigate potential interventions and modifications to the main river branches, in this case through the introduction of obstacles to the flow at the point where the first channels begin to emerge." [@Llabres:2014vv 58-59] +> "In the physical model generated for the project, water and sediments are dropped from the corner of a tank (assumed upstream) which allows water to flow from the other corner. As the process goes on, layers of sediment will expand away from the corner (Figure 7), generating sedimentation fans and channels that accumulate in layers. ... Experiments are then carried out to evaluate as well as instigate potential interventions and modifications to the main river branches, in this case through the introduction of obstacles to the flow at the point where the first channels begin to emerge." [@Llabres:2014 58-59] -The results of these tests were recorded using laser capture and chromatic filtering to create a 3D model that can identify particular patterns in the direction and distance of water flows.[@Llabres:2014vv 59] Designers can then intervene into the form of the model to their understanding of the sedimentary dynamics against both the existing landscape state and against alternative states that introduce new physical formations.[@Llabres:2014vv 59] +The results of these tests were recorded using laser capture and chromatic filtering to create a 3D model that can identify particular patterns in the direction and distance of water flows.[@Llabres:2014 59] Designers can then intervene into the form of the model to their understanding of the sedimentary dynamics against both the existing landscape state and against alternative states that introduce new physical formations.[@Llabres:2014 59] -There are difficulties in 'miniaturising' such a simulation, in terms of both ensuring the dynamics are correct reflection of the larger scale system[@Llabres:2014vv 55] and in terms of ensuring the sensing techniques are of sufficient resolution to capture small scale changes.[@Llabres:2014vv 61] Nevertheless the hybrid analogue/digital system allows the design process to become more intuitive where seeing and modifying a physical model creates causative relationships between complex non-linear phenomena that can be examined and tested with a specificity that well exceeds the designer's understanding.[@Llabres:2014vv 62] +There are difficulties in 'miniaturising' such a simulation, in terms of both ensuring the dynamics are correct reflection of the larger scale system[@Llabres:2014 55] and in terms of ensuring the sensing techniques are of sufficient resolution to capture small scale changes.[@Llabres:2014 61] Nevertheless the hybrid analogue/digital system allows the design process to become more intuitive where seeing and modifying a physical model creates causative relationships between complex non-linear phenomena that can be examined and tested with a specificity that well exceeds the designer's understanding.[@Llabres:2014 62] {% include elements/figure.html image='analogue-computation/2.png' caption="The model tests Hydrological flows against a variety of different morphological interventions (left) while a digital capture of the model's water flows over time depict the water's trajectory and volume (right)." credit='Image via Enriqueta Llabres and Eduardo Rico, "Proxi modelling: A tacit approach to territorial praxis," The Journal of Space Syntax 5, no. 1 (August 2014): 60' %} -This method is placed in contrast to that of traditional methods of simulation, whereby the advantage of the proxi model is that it is "constantly in flux and shifting, with sand and water changing the overall configuration of the landscape and the urban environment"[@Llabres:2014vv 65] creating a method that is not "just a projective tool purely emanating from the designer."[@Llabres:2014vv 62] To an extent this is a characterisation that derives from the nature of the phenomena investigated and the simulative methods — parametric models themselves are also capable of rapidly changing their configuration in terms of their initial state and the simulated outcomes. What obstructs this in cases of many hydrological- or climate-driven systems is the computationally taxing and irreducible complexity of said fluid phenomena where simulations are difficult to integrate into a rapid feedback system. Without the ability to quickly test intuitive design decisions against simulations of systems conditions the capabilities of either approach has limits whereby the designer cannot build up an understanding of the phenomena that consciously informs (rather than just validates) design intent. +This method is placed in contrast to that of traditional methods of simulation, whereby the advantage of the proxi model is that it is "constantly in flux and shifting, with sand and water changing the overall configuration of the landscape and the urban environment"[@Llabres:2014 65] creating a method that is not "just a projective tool purely emanating from the designer."[@Llabres:2014 62] To an extent this is a characterisation that derives from the nature of the phenomena investigated and the simulative methods — parametric models themselves are also capable of rapidly changing their configuration in terms of their initial state and the simulated outcomes. What obstructs this in cases of many hydrological- or climate-driven systems is the computationally taxing and irreducible complexity of said fluid phenomena where simulations are difficult to integrate into a rapid feedback system. Without the ability to quickly test intuitive design decisions against simulations of systems conditions the capabilities of either approach has limits whereby the designer cannot build up an understanding of the phenomena that consciously informs (rather than just validates) design intent. This approach is particularly effective for many classes of hydrological phenomena because they enact simulations of fluid dynamics; a process that is difficult to do digitally, particularly in the context of simulating landscape form at landscape scales. While there may be some changes in behaviour between the model and real scale, the basic behaviour at least reflects the general dynamics of the chosen phenomena. However there are limits to what phenomena *can be* or *need to be* simulated using physical modelling. Biological phenomena can be measured and tested for design purposes, such as say the phytoremediative potential of a given species, but for these results to drive design iterations (rather than merely validate a design proposal) there needs to be an iterative dialogue where new results can be easily generated to gauge new design moves. For biological phenomena, such as say a species' growth rates given a particular shading or soil condition, the time required to simulate these phenomena cannot be greatly accelerated and so are generally too slow to assist in rapid design iteration. Similarly the setup costs are high for both the initial model and of each simulated iteration. Creating and setting up the sensor networks and linking them to digital models requires a high degree of expertise, with sensor and software setup likely explicitly tied to the conditions investigated. Physically creating a model — particularly if it is to represent a real-world location is difficult — and often the course of each test requires that the model is reset to this base form if the tests have physical effects — such as with simulations of erosion. -As a result the use of analogue computation is to an extent niche. It remains one of the best — if not only — method for modelling many classes of phenomena where digital methods are exceedingly slow or inaccurate. Moreover, even if digital methods for modelling such phenomena become more advanced, physical models would likely remain useful as methods for validating results. In the cases of many other landscape phenomena, the simulated action may be unsuitable for physical modelling, either due to scalar or temporal dependencies that cannot be compressed so as to enable easy testing. However, because the use of sensing technologies ties these physical simulations to digital simulations, creating 'hybridized' models can merge the methods and results of both in order to create a more cohesive understanding of landscape performance. +As a result the use of analogue computation is to an extent niche. It remains one of the best — if not only — method for modelling many classes of phenomena where digital methods are exceedingly slow or inaccurate. Moreover, even if digital methods for modelling such phenomena become more advanced, physical models would likely remain useful as methods for validating results. In the cases of many other landscape phenomena, the simulated action may be unsuitable for physical modelling, either due to scalar or temporal dependencies that cannot be compressed so as to enable easy testing. However, because the use of sensing technologies ties these physical simulations to digital simulations, 'hybridized' models can merge the methods and results of both in order to create a more cohesive understanding of landscape performance. diff --git a/site/_techniques/field-conditions.md b/site/_techniques/field-conditions.md index 0c7ce915..9203bcdd 100644 --- a/site/_techniques/field-conditions.md +++ b/site/_techniques/field-conditions.md @@ -5,34 +5,34 @@ thumbnail: thumbnail.png date: 17-11-13 --- -The notion of a 'field condition' came the fore of both architectural and landscape architectural theory over the course of the 90's as part of the 'digital turn' and emergence of landscape urbanism.[@Llabres:2014vv 64] To follow Stan Allen's *From Object to Field*, field conditions are: +The notion of a 'field condition' came to the fore of both architectural and landscape architectural theory over the course of the 90's as part of the 'digital turn' and emergence of landscape urbanism.[@Llabres:2014 64] To follow Stan Allen's *From Object to Field*, field conditions are: -> "...any formal or spatial matrix capable of unifying diverse elements while respecting the identity of each. Field configurations are loosely bounded aggregates characterised by porosity and local interconnectivity. The internal regulations of the parts are decisive; overall shape and extent are highly fluid. Field conditions are bottom-up phenomena: defined not by overarching geometrical schemas but by intricate local connection" [@Allen1997 24] +> "...any formal or spatial matrix capable of unifying diverse elements while respecting the identity of each. Field configurations are loosely bounded aggregates characterised by porosity and local interconnectivity. The internal regulations of the parts are decisive; overall shape and extent are highly fluid. Field conditions are bottom-up phenomena: defined not by overarching geometrical schemas but by intricate local connection" [@Allen:1997 24] -Unlike the hierarchical patterns of classicism or the minimal montages of modernism, the field condition as a compositional strategy rejects hierarchical orders and imposed rules in favour of an ability to "respond fluidly and sensitively to local difference while maintaining overall stability."[@Allen1997 27] Such a condition is identified in a number of both designed and emergent phenomena: in the Cordoba Mosque, Corbusier's Venice Hospital design; in Renzo Piano's tectonics; in Barry Le Va's sculpture; in the flocking of birds; and in the warped Jeffersonian grids of Midwestern towns or the poly-centric spread of the Greater Tokyo Area.[@Allen1997 25-29] +Unlike the hierarchical patterns of classicism or the minimal montages of modernism, the field condition as a compositional strategy rejects hierarchical orders and imposed rules in favour of an ability to "respond fluidly and sensitively to local difference while maintaining overall stability."[@Allen:1997 27] Such a condition is identified in a number of both designed and emergent phenomena: in the Cordoba Mosque, Corbusier's Venice Hospital design; in Renzo Piano's tectonics; in Barry Le Va's sculpture; in the flocking of birds; and in the warped Jeffersonian grids of Midwestern towns or the poly-centric spread of the Greater Tokyo Area.[@Allen:1997 25-29] -The descriptions of urban phenomena (particularly urban growth) as a field condition are one of the enduring impacts of this notion within landscape architecture, wherein the distinctions between architectural and landscape conditions collapse when considered as instances of unified process of continuous differentiation.[@Moloney:2011bd 219] Considering sites in this manner was seen as better registering the complexity and dynamism of landscape systems; particularly given contemporary patterns of urbanism -that move away from strict spatial and geometric orders and towards other methods of organisation.[@Barnett:2013tw 69] +The descriptions of urban phenomena (particularly urban growth) as field conditions are one of the enduring impacts of this notion within landscape architecture, wherein the distinctions between architectural and landscape conditions collapse if seen within a broader milieu of continuous differentiation.[@Moloney:2011 219] Considering sites in this manner was seen as better registering the complexity and dynamism of landscape systems; particularly given contemporary patterns of urbanism +that move away from strict spatial and geometric orders and towards other methods of organisation.[@Barnett:2013 69] {% include elements/figure.html image='field-conditions/1.png' caption='Diagram of various field compositions.' credit='Peter Hudac (https://peterhudac.wordpress.com/2010/09/22/from-object-to-field/) largely adapted from page 26 of Stan Allen, “From Object to Field,” Architectural Design 67, no. 5 (1997)' %} -The second enduring impact is in how the concept helps re-evaluate figure-ground relationships in mapping. Considered as a field, the figure is understood "not as a demarcated object but as an effect emerging from the field itself — as moments of intensity; as peaks or valleys."[@Allen1997 28] This approach has lead to strategies that seek to employ the field condition as a generative or analytic device, primarily in plan, as evident in a number of graphic techniques:[^ghn] +The second enduring impact is in how the concept helps re-evaluate figure-ground relationships in mapping. Considered as a field, the figure is understood "not as a demarcated object but as an effect emerging from the field itself — as moments of intensity; as peaks or valleys."[@Allen:1997 28] This approach has lead to strategies that seek to employ the field condition as a generative or analytic device, primarily in plan, as evident in a number of graphic techniques:[^ghn] [^ghn]: It's worth noting that the popularity of many of the techniques below occured in tandem with the popularity of NURBs- and parametric- based modelling. Grid deformations tie closely to topological surface modelling; while vector, heat-map, differentiated geometries, and the like are easier to achieve using parametric methods. - The use of gradiented heat-map style visual representations that depict site conditions along a colour spectrum that is then overlaid and spread across a spatial extent in a diffuse manner. - The use of a visual pattern whose geometric shape shifts subtly in response to spatial conditions; such as using a grid of circles whose radii expand or contract over the course of a site in response to particular points of interest. - The use of vector diagrams to measure site information; often paired with variable-length or coloured arrows to display site information that has both a spatial direction (say the movement of air) as well as a given magnitude. -- The use of grids that transform and transfigure in relation to a site's embedded spatial systems so that they can be appropriated as a structure for generating novelty rather than enforcing order.[@Monacella:2011vp 44] +- The use of grids that transform and transfigure in relation to a site's embedded spatial systems so that they can be appropriated as a structure for generating novelty rather than enforcing order.[@Monacella:2011 44] {% include elements/figure.html image='field-conditions/2.jpg' caption="Lateral Office's study of the ecological characteristics across Baffin Island in Nunavut, Canada." credit='*Image via Lateral Office for the Arctic Food Network project, posted on ArchDaily (https://www.archdaily.com/182435/arctic-food-network-lateral-office)' %} -In each case the graphic symbols employed attempt to — as much as is possible within a primarily graphic medium — shift away from strictly demarcated geometries towards more distributed and diffuse modes of representation. This parallels a distinction often discussed in relation to field conditions: that of intensive conditions and extensive conditions. In the original (thermodynamics) sense an extensive material property is one that is proportional to quantity: the mass or volume of an object will reduce if that object is divided whereas an intensive properties — such as temperature or density — would not.[@DeLanda:2006uy 152] When talking about more general types of phenomena, rather than individual properties, intensive conditions are described as those that drive or exhibit continuous dynamism, such as meteorological conditions that flux according to constant shifts in pressure differences, air movement, or temperature fronts.[@DeLanda:2006uy 152] Such "mobile and productive" differences setup a kind of map/territory distinction whereby underpinning intensive conditions — say that of lithospheric lava movements — produce extensive measures — landform.[@DeLanda:2006uy 152] Traditional forms of mapping document extensive phenomena (by geometrically extensive means) that are the results of these underpinning processes whereas more 'intensive' modes of mapping can begin to "show the process itself."[@DeLanda:2006uy 152] +In each case the graphic symbols employed attempt to — as much as is possible within a primarily graphic medium — shift away from strictly demarcated geometries towards more distributed and diffuse modes of representation. This parallels a distinction often discussed in relation to field conditions: that of intensive conditions and extensive conditions. In the original (thermodynamics) sense an extensive material property is one that is proportional to quantity: the mass or volume of an object will reduce if that object is divided whereas an intensive properties — such as temperature or density — would not.[@DeLanda:2006 152] When talking about more general types of phenomena, rather than individual properties, intensive conditions are described as those that drive or exhibit continuous dynamism, such as meteorological conditions that flux according to constant shifts in pressure differences, air movement, or temperature fronts.[@DeLanda:2006 152] Such "mobile and productive" differences setup a kind of map/territory distinction whereby underpinning intensive conditions — say that of lithospheric lava movements — produce extensive measures — landform.[@DeLanda:2006 152] Traditional forms of mapping document extensive phenomena (by geometrically extensive means) that are the results of these underpinning processes whereas more 'intensive' modes of mapping can begin to "show the process itself."[@DeLanda:2006 152] {% include elements/figure.html image='field-conditions/4.jpg' caption="Plan of the different 'climatic lands' of the Jade Eco Park, as expressed by the different intensities of the heat-shifting (pink) and humidity-shifting (blue) vegetation and devices." credit='Image by Mosbach paysagates, Philippe Rahm architects, and Ricky Liu & Associates for the TAICHUNG GATEWAY PARK competition.' %} -Complicating this distinction is a characterisation of design strategies and graphic techniques as themselves emblematic of an intensive or extensive process. Codified systems of documentation and drawing — plans, sections, elevations — can be characterised as self-limiting techniques for "domesticating matter within metric space" whose geometric rigour is required for clear communication.[@Reiser:2009tz 80] In contrast, the lack of constraints found in a sketch[@Reiser:2009tz 80] or the diagram[@Reiser:2009tz 122] render it as methods for intensive exploration; whose expressions can be then be translated and evaluated against the constraints of codified techniques. An interplay between intensive and extensive modes of design exploration are often desirable, such as stepping between a plan and a exploratory physical model, as the differences in mode create a reciprocity where the "creative tendency of intensive fields and the codifying tendency of extensive fields do not merely work in succession."[@Reiser:2009tz 80] +Complicating this distinction is a characterisation of design strategies and graphic techniques as themselves emblematic of an intensive or extensive process. Codified systems of documentation and drawing — plans, sections, elevations — can be characterised as self-limiting techniques for "domesticating matter within metric space" whose geometric rigour is required for clear communication.[@Reiser:2009 80] In contrast, the lack of constraints found in a sketch[@Reiser:2009 80] or the diagram[@Reiser:2009 122] render it as methods for intensive exploration; whose expressions can be then be translated and evaluated against the constraints of codified techniques. An interplay between intensive and extensive modes of design exploration are often desirable, such as stepping between a plan and a exploratory physical model, as the differences in mode create a reciprocity where the "creative tendency of intensive fields and the codifying tendency of extensive fields do not merely work in succession."[@Reiser:2009 80] -As in analogue media, the role of geometry in digital models acts as a regulator of intensive material conditions; as a way of delimiting their properties into a particular fixed scalar, temporal, and spatial limit.[@Reiser:2009tz 80] At the same time, most digital models can be seen as more extensive in their codification of these properties: they are assemblages of data organised according to highly structured and inflexible properties that define geometric types such as that of a `Surface` or `Mesh`. While parametric modelling would be considered as extensive (if not more so) than standard forms of geometric modelling in terms of their implementation and codification, the malleability of that codification (as assemblages of parametric relationships) can enable a generative intensity as previously-fixed geometric properties become dynamic from the perspective of the person creating and operating the model. +As in analogue media, the role of geometry in digital models acts as a regulator of intensive material conditions; as a way of delimiting their properties into a particular fixed scalar, temporal, and spatial limit.[@Reiser:2009 80] At the same time, most digital models can be seen as more extensive in their codification of these properties: they are assemblages of data organised according to highly structured and inflexible properties that define geometric types such as that of a `Surface` or `Mesh`. While parametric modelling would be considered as extensive (if not more so) than standard forms of geometric modelling in terms of implementation and codification, the malleability of that codification (as assemblages of parametric relationships) can enable a generative intensity as previously-fixed geometric properties become dynamic from the perspective of the person creating and operating the model. {% include elements/figure.html image='field-conditions/3.jpg' caption='Mapping of soil conditions across a littoral area according to parametric analysis of a terrain model and site data.' credit='Image via Philip Belesky for the "Processes and Processors" project (http://philipbelesky.com/projects/processes-and-processors/)' %} diff --git a/site/about.md b/site/about.md index fdcee063..87c3976c 100644 --- a/site/about.md +++ b/site/about.md @@ -16,7 +16,7 @@ Most of the functionality and documentation provided here is not at the bleeding Philip Belesky is an Associate Lecturer and PhD candidate in the Landscape Architecture program at RMIT University in Melbourne, Australia. He has previously worked as a programmer and computational designer. His current research explores the use of computational methods and tooling to design landscape systems — more information available at [philipbelesky.com](http://www.philipbelesky.com). -Support requests, bug reports, feature suggestions and other plugin-related communications can be made as outlined on the [plugin page](/plugin). For other matters please email me using at [contact@philipbelesky.com](mailto:contact@philipbelesky.com). +Support requests, bug reports, feature suggestions and other plugin-related communications can be made as outlined on the [plugin page](http://groundhog.la/plugin/). For other matters please email me using at [contact@philipbelesky.com](mailto:contact@philipbelesky.com). ### Contributing diff --git a/site/assets/cites.bib b/site/assets/cites.bib index ce71d77d..d62c3a0d 100644 --- a/site/assets/cites.bib +++ b/site/assets/cites.bib @@ -1,177 +1,213 @@ -%% Created using Papers on Sun, 08 Apr 2018. -%% http://papersapp.com/papers/ - -@article{Allen1997, -author = {Allen, Stan}, -title = {{From Object to Field}}, -journal = {Architectural Design}, -year = {1997}, -volume = {67}, -number = {5}, -pages = {24--31} -} - -@webpage{Anonymous:vs, -title = {{Botanical Garden of Barcelona}}, -url = {https://en.wikiarquitectura.com/building/botanical-garden-of-barcelona/} -} - -@book{Barnett:2013tw, -author = {Barnett, Rod}, -title = {{Emergence in Landscape Architecture}}, -publisher = {Routledge}, -year = {2013} -} - -@book{Cantrell:2015tf, -author = {Holzman, Justine and Cantrell, Bradley}, -title = {{Responsive Landscapes}}, -publisher = {Routledge}, -year = {2015}, -series = {Strategies for Responsive Technologies in Landscape Architecture}, -month = nov -} - -@article{Cantrell:2015wd, -author = {Cantrell, Bradley and Holzman, Justine}, -title = {{After modify}}, -journal = {Kerb}, -year = {2015}, -number = {23}, -pages = {12--17}, -month = jul -} - -@book{Corner:2009jg, -author = {Desvigne, Michel}, -title = {{Intermediate Natures}}, -publisher = {Walter de Gruyter}, -year = {2009}, -series = {The Landscapes of Michel Desvigne}, -address = {Basel}, -month = jan -} - -@article{Davis:2015uw, -author = {Davis, Brian}, -title = {{Landscapes of Math}}, -journal = {Kerb}, -year = {2015}, -number = {23}, -pages = {38--43}, -month = jul -} - -@article{DeLanda:2006uy, -author = {De Landa, Manuel}, -title = {{Extensive and Intensive}}, -journal = {Domus}, -year = {2006}, -number = {892}, -pages = {152--153}, -month = may -} - -@article{Elkin:2017ee, -author = {Elkin, Rosetta S}, -title = {{Live Matter: Towards a theory of plant life}}, -journal = {Journal of Landscape Architecture}, -year = {2017}, -volume = {12}, -number = {2}, -pages = {60--73}, -month = aug -} - -@book{Ferrater:2016ta, -author = {Ferrater, Carlos and Ferrater, Borja}, -title = {{Synchronizing Geometry}}, -publisher = {Actar}, -year = {2016}, -series = {Landscape, Architecture {\&} Construction; Ideographic Resources}, -month = jun -} - -@article{Hansen:2011tka, -author = {Hansen, Andrea}, -title = {{From Hand to Land: Tracing Procedural Artifacts in the Built Landscape}}, -journal = {Scenario Journal}, -year = {2011}, -volume = {1}, -number = {1}, -month = oct -} - -@article{Llabres:2014vv, -author = {Llabres, Enriqueta and Rico, Eduardo}, -title = {{Proxi modelling: A tacit approach to territorial praxis}}, -journal = {The Journal of Space Syntax}, -year = {2014}, -volume = {5}, -number = {1}, -pages = {50--67--67}, -month = aug -} - -@article{Moloney:2011bd, -author = {Moloney, Jules}, -title = {{Literal and notional force fields in architecture}}, -journal = {The Journal of Architecture}, -year = {2011}, -volume = {16}, -number = {2}, -pages = {213--229}, -month = apr -} - -@phdthesis{Monacella:2011vp, -author = {Monacella, Rosalea}, -title = {{Metalogues on the Thickened Ground}}, -school = {RMIT University}, -year = {2011}, -month = nov -} - -@book{Preziosi:2004vf, -author = {Preziosi, Massimo}, -title = {{Carlos Ferrater: Works and Projects}}, -publisher = {Phaidon Press}, -year = {2004}, -month = oct -} - -@phdthesis{Raxworthy:2013wa, -author = {Raxworthy, Julian}, -title = {{Novelty in the Entropic Landscape}}, -school = {The University of Queensland}, -year = {2013}, -month = nov -} - -@article{Reiser:2009tz, -author = {Reiser, Jesse and Dodington, Ned}, -title = {{Jesse Reiser on the Intensive}}, -journal = {Manifold}, -year = {2009}, -number = {3}, -pages = {19--22}, -month = nov -} - -@webpage{Snohetta:2016us, -author = {{Sn{\o}hetta}}, -title = {{The MAX IV Laboratory Landscape Design by Sn{\o}hetta to Open Summer 2016}}, -year = {2016}, -month = apr, -url = {https://www.maxiv.lu.se/wp-content/uploads/2016/04/PRESS-RELEASE-MAX-IV-Laboratory-Landscape-Design_light.pdf} -} - -@book{Walliss:2016vy, -author = {Walliss, Jillian and Rahmann, Heike}, -title = {{Landscape Architecture and Digital Technologies}}, -publisher = {Routledge}, -year = {2016}, -series = {Re-conceptualising Design and Making}, -month = feb -} + +@article{Allen:1997, + author = {Allen, Stan}, + date = {1997}, + journaltitle = {Architectural Design}, + number = {5}, + pages = {24-31}, + title = {From Object to Field}, + volume = {67} +} + +@book{Barnett:2013, + author = {Barnett, Rod}, + date = {2013}, + location = {{London, United Kingdom}}, + publisher = {{Routledge}}, + title = {Emergence in Landscape Architecture} +} + +@article{Bentley:2016a, + author = {Bentley, Chris}, + date = {2016}, + entrysubtype = {magazine}, + journaltitle = {Landscape Architecture Magazine}, + number = {7}, + pages = {64-73}, + title = {Follow the {{Script}}}, + volume = {106} +} +% == BibLateX quality report for Bentley:2016a: +% ? Title looks like it was stored in title-case in Zotero + +@book{Cantrell:2015, + author = {Cantrell, Bradley and Holzman, Justine}, + date = {2015}, + location = {{London, United Kingdom}}, + publisher = {{Routledge}}, + title = {Responsive Landscapes} +} + +@article{Cantrell:2015a, + author = {Cantrell, Bradley and Holzman, Justine}, + date = {2015}, + journaltitle = {Kerb}, + pages = {12-17}, + title = {After Modify}, + volume = {23} +} + +@article{Davis:2015, + author = {Davis, Brian}, + date = {2015}, + journaltitle = {Kerb}, + pages = {38-43}, + title = {Landscapes of Math}, + volume = {23} +} + +@article{DeLanda:2006, + author = {De Landa, Manuel}, + date = {2006}, + journaltitle = {Domus}, + number = {892}, + pages = {152-153}, + title = {Extensive and Intensive} +} + +@article{Elkin:2017, + author = {Elkin, Rosetta S}, + date = {2017}, + journaltitle = {Journal of Landscape Architecture}, + number = {2}, + pages = {60-73}, + title = {Live Matter: Towards a Theory of Plant Life}, + volume = {12} +} + +@book{Ferrater:2016, + author = {Ferrater, Carlos and Ferrater, Borja}, + date = {2016}, + location = {{Barcelona, Spain}}, + publisher = {{Actar}}, + series = {Landscape, Architecture \& Construction; Ideographic Resources}, + title = {Synchronizing Geometry} +} + +@incollection{Fletcher:2018, + author = {Fletcher, David}, + booktitle = {Codify: {{Parametric}} and {{Computational Design}} in {{Landscape Architecture}}}, + date = {2018}, + location = {{London, United Kingdom}}, + pages = {71-76}, + publisher = {{Routledge}}, + title = {The Parametric Park} +} +% == BibLateX quality report for Fletcher:2018: +% Missing required field 'editor' + +@article{Fletcher:2018a, + author = {Fletcher, David}, + date = {2018}, + entrysubtype = {magazine}, + issue = {February 2018}, + journaltitle = {Landscape Middle East}, + title = {South {{Park}}: {{San Francisco}}'s {{Oldest Park Reinvented}}} +} +% == BibLateX quality report for Fletcher:2018a: +% ? Title looks like it was stored in title-case in Zotero + +@book{Gilles:2009, + author = {Gilles, Tiberghien}, + date = {2009}, + location = {{Basel, Switzerland}}, + publisher = {{Walter de Gruyter}}, + series = {The Landscapes of Michel Desvigne}, + title = {Intermediate Natures} +} + +@article{Hansen:2011, + author = {Hansen, Andrew}, + date = {2011}, + journaltitle = {Scenario Journal}, + title = {From Hand to Land: Tracing Procedural Artifacts in the Built Landscape}, + url = {https://scenariojournal.com/lu-from-hand-to-land/}, + volume = {2} +} + +@article{Llabres:2014, + author = {Llabres, Enriqueta and Rico, Eduardo}, + date = {2014}, + journaltitle = {The Journal of Space Syntax}, + number = {1}, + pages = {50-67}, + title = {Proxi Modelling: A Tacit Approach to Territorial Praxis}, + volume = {5} +} + +@article{Moloney:2011, + author = {Moloney, Jules}, + date = {2011}, + journaltitle = {The Journal of Architecture}, + number = {2}, + pages = {213-229}, + title = {Literal and Notional Force Fields in Architecture}, + volume = {16} +} + +@thesis{Monacella:2011, + author = {Monacella, Rosalea}, + date = {2011}, + institution = {{RMIT University}}, + location = {{Melbourne, Australia}}, + title = {Metalogues on the Thickened Ground}, + type = {Doctoral Thesis} +} + +@book{Preziosi:2004, + author = {Preziosi, Massimo}, + date = {2004}, + location = {{Salzburg, Austria}}, + publisher = {{Phaidon Press}}, + title = {Carlos Ferrater: Works and Projects} +} + +@thesis{Raxworthy:2013, + author = {Raxworthy, Julian}, + date = {2013}, + institution = {{The University of Queensland}}, + location = {{Brisbane, Australia}}, + title = {Novelty in the Entropic Landscape}, + type = {Doctoral Thesis} +} + +@article{Reiser:2009, + author = {Reiser, Jesse and Dodington, Ned}, + date = {2009}, + journaltitle = {Manifold}, + number = {3}, + pages = {19-22}, + title = {Jesse Reiser on the Intensive} +} + +@online{Snohetta:2016, + author = {{Snøhetta}}, + date = {2016-04-18}, + journaltitle = {Snøhetta}, + title = {The Max {{IV}} Laboratory Landscape Design by Snøhetta to Open Summer 2016}, + url = {https://snohetta.com/news/322-max-iv-laboratory-landscape-design-by-snoslashhetta-to-open-summer-2016}, + urldate = {2015-12-05} +} +% == BibLateX quality report for Snohetta:2016: +% Unexpected field 'journaltitle' + +@book{Walliss:2016, + author = {Walliss, Jillian and Rahmann, Heike}, + date = {2016}, + location = {{Abingdon, England}}, + publisher = {{Routledge}}, + title = {Landscape Architecture and Digital Technologies} +} + +@online{WikiArquitectura:2017, + author = {{WikiArquitectura}}, + date = {2017}, + journaltitle = {WikiArquitectura}, + title = {Botanical Garden of Barcelona}, + url = {https://en.wikiarquitectura.com/building/botanical-garden-of-barcelona/}, + urldate = {2017-08-03} +} +% == BibLateX quality report for WikiArquitectura:2017: +% Unexpected field 'journaltitle' + diff --git a/site/assets/documentation/channels/definition.jpg 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b/site/assets/projects/south-park/step_7.jpg @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:9ebeb634b7233d39cb929763c0b5ed19d172954c875b9781bf2c81bc8f993594 +size 2535592 diff --git a/site/assets/projects/south-park/thumbnail.jpg b/site/assets/projects/south-park/thumbnail.jpg new file mode 100644 index 00000000..c5f7cf98 --- /dev/null +++ b/site/assets/projects/south-park/thumbnail.jpg @@ -0,0 +1,3 @@ +version https://git-lfs.github.com/spec/v1 +oid sha256:1c5f36db3bb4dffefbdd30ebe116b4ea0a530951335771819a4e8e3c8fa54d1d +size 61999 diff --git a/site/compile.sh b/site/compile_assets.sh similarity index 66% rename from site/compile.sh rename to site/compile_assets.sh index 3dbea4f1..b793c164 100644 --- a/site/compile.sh +++ b/site/compile_assets.sh @@ -14,7 +14,8 @@ python ../docs/extract_params.py # ============ rm -rf ./assets/plugin/icons/*.png cp ../plugin/Resources/**.png ./assets/plugin/icons/ -echo "Extracted Component Icons" +ICONS=$(ls -1 "./assets/plugin/icons/" | wc -l | xargs) +echo "Extracted ${ICONS} Component Icons" # Documentation Files @@ -26,7 +27,8 @@ done rm -rf ./downloads/documentation/*.zip mv ../docs/**.zip ./downloads/documentation/ -echo "Moved Documentation Files" +DOCS=$(ls -1 "./downloads/documentation/" | wc -l | xargs) +echo "Moved ${DOCS} Documentation Files" # Project Files @@ -38,26 +40,12 @@ done rm -rf ./downloads/projects/*.zip mv ../projects/**.zip ./downloads/projects/ -echo "Moved Project Files" +PROJECTS=$(ls -1 "./downloads/projects/" | wc -l | xargs) +echo "Moved ${PROJECTS} Project Files" # NPM Dependencies # ================ cp ./node_modules/@ibm/type/fonts/Sans/web/woff2/IBMPlexSans-Regular*.woff2 ./assets/fonts/ cp ./node_modules/@ibm/type/fonts/Sans/web/woff/IBMPlexSans-Regular*.woff ./assets/fonts/ - - -# Build -# ===== -MSBuild ../plugin/groundhog.csproj /property:Configuration=Release /verbosity:q - - -# Plugin Files -# ============ -rm -f ../plugin/release/groundhog.gha.mdb -rm -f ../plugin/release/groundhog.pdb # Comes from VS build using release config -mv -f ../plugin/release/groundhog.dll ../plugin/release/groundhog.gha -rm -f ./downloads/plugin/groundhog.zip - -zip -r -q -j ./downloads/plugin/groundhog.zip ../plugin/release/ -x "*.DS_Store*" -x "*manifest.yml*" -echo "Built and Moved Plugin Files" +echo "Moved Asset Files" diff --git a/site/compile_plugin.sh b/site/compile_plugin.sh new file mode 100644 index 00000000..b7aad359 --- /dev/null +++ b/site/compile_plugin.sh @@ -0,0 +1,18 @@ +#!/bin/bash + +# Build the plugin itself and move/bundle the files over + +# Build +# ===== +MSBuild ../plugin/groundhog.csproj /property:Configuration=Release /verbosity:q + + +# Plugin Files +# ============ +rm -f ../plugin/release/groundhog.gha.mdb +rm -f ../plugin/release/groundhog.pdb # Comes from VS build using release config +mv -f ../plugin/release/groundhog.dll ../plugin/release/groundhog.gha +rm -f ./downloads/plugin/groundhog.zip + +zip -r -q -j ./downloads/plugin/groundhog.zip ../plugin/release/ -x "*.DS_Store*" -x "*manifest.yml*" +echo "Built and Moved Plugin Files" diff --git a/site/documentation.md b/site/documentation.md index 3596258b..ffb3aa3f 100644 --- a/site/documentation.md +++ b/site/documentation.md @@ -1,8 +1,8 @@ --- layout: landing_documentation title: Documentation -meta: documentation for the Grasshopper component +meta: documentation for the Grasshopper plugin's components category: top -excerpt: Explanatory material and example definitions that outline how to use and extend upon the plugin's components. +excerpt: Explanatory material and example models that outline how to use the plugin's components. --- diff --git a/site/index.md b/site/index.md index a42080b6..e24ffbb0 100644 --- a/site/index.md +++ b/site/index.md @@ -1,6 +1,6 @@ --- layout: landing_home title: Groundhog -meta: a Grasshopper plugin and wiki for parametric landscape architecture. -excerpt: ... is a Grasshopper plugin and wiki exploring the applications of computational design in landscape architecture. +meta: a Grasshopper plugin and wiki exploring the applications of computational design in landscape architecture. +excerpt: Groundhog is a Grasshopper plugin and wiki exploring the applications of computational design in landscape architecture. --- diff --git a/site/package-lock.json b/site/package-lock.json index 098d2f5e..e1d1372f 100644 --- a/site/package-lock.json +++ b/site/package-lock.json @@ -10,9 +10,9 @@ "integrity": "sha512-2LrIzxAUgZKEVepykKKekCpdiClL7U66ZrzhztftjmM76bQvhLpkg+IYzbMFBfZYlwcuV/hVqSNvW7fbmY1ogw==" }, "bulma": { - "version": "0.7.1", - "resolved": "https://registry.npmjs.org/bulma/-/bulma-0.7.1.tgz", - "integrity": "sha512-wRSO2LXB+qI9Pyz2id+uZr4quz5aftSN7Ay1ysr1+krzVp3utD+Ci4CeKuZdrYGc800t65b7heXBL6qw2Wo/lQ==" + "version": "0.7.2", + "resolved": "https://registry.npmjs.org/bulma/-/bulma-0.7.2.tgz", + "integrity": "sha512-6JHEu8U/1xsyOst/El5ImLcZIiE2JFXgvrz8GGWbnDLwTNRPJzdAM0aoUM1Ns0avALcVb6KZz9NhzmU53dGDcQ==" }, "classnames": { "version": "2.2.6", @@ -39,8 +39,8 @@ "resolved": "https://registry.npmjs.org/feather-icons/-/feather-icons-4.7.3.tgz", "integrity": "sha512-uuYklJ5HR64WgUZSAcFlZBSjU3jDjDJTr3C62G5Oxq5WmetjM58cjVNLlB4sLgveOKlpCywLTd20m4ww06eLLA==", "requires": { - "classnames": "2.2.6", - "core-js": "2.5.7" + "classnames": "^2.2.5", + "core-js": "^2.5.3" } }, "fizzy-ui-utils": { @@ -48,7 +48,7 @@ "resolved": "https://registry.npmjs.org/fizzy-ui-utils/-/fizzy-ui-utils-2.0.7.tgz", "integrity": "sha512-CZXDVXQ1If3/r8s0T+v+qVeMshhfcuq0rqIFgJnrtd+Bu8GmDmqMjntjUePypVtjHXKJ6V4sw9zeyox34n9aCg==", "requires": { - "desandro-matches-selector": "2.0.2" + "desandro-matches-selector": "^2.0.0" } }, "get-size": { @@ -57,12 +57,12 @@ "integrity": "sha512-lXNzT/h/dTjTxRbm9BXb+SGxxzkm97h/PCIKtlN/CBCxxmkkIVV21udumMS93MuVTDX583gqc94v3RjuHmI+2Q==" }, "masonry-layout": { - "version": "4.2.1", - "resolved": "https://registry.npmjs.org/masonry-layout/-/masonry-layout-4.2.1.tgz", - "integrity": "sha512-ngJmxszn+JSKreNnrwkjks9OUuwVL2JR8T4iVeE3+g+sJjyoxTLdUNRbYONA25y+nWZn+WZI2GvThRAV+z5Duw==", + "version": "4.2.2", + "resolved": "https://registry.npmjs.org/masonry-layout/-/masonry-layout-4.2.2.tgz", + "integrity": "sha512-iGtAlrpHNyxaR19CvKC3npnEcAwszXoyJiI8ARV2ePi7fmYhIud25MHK8Zx4P0LCC4d3TNO9+rFa1KoK1OEOaA==", "requires": { - "get-size": "2.0.3", - "outlayer": "2.1.1" + "get-size": "^2.0.2", + "outlayer": "^2.1.0" } }, "outlayer": { @@ -70,15 +70,15 @@ "resolved": "https://registry.npmjs.org/outlayer/-/outlayer-2.1.1.tgz", "integrity": "sha1-KYY7beEOpdrf/8rfoNcokHOH6aI=", "requires": { - "ev-emitter": "1.1.1", - "fizzy-ui-utils": "2.0.7", - "get-size": "2.0.3" + "ev-emitter": "^1.0.0", + "fizzy-ui-utils": "^2.0.0", + "get-size": "^2.0.2" } }, "picturefill": { - "version": "3.0.2", - "resolved": "https://registry.npmjs.org/picturefill/-/picturefill-3.0.2.tgz", - "integrity": "sha1-+j01//vvWrUwD+KtncqPLjbLons=" + "version": "3.0.3", + "resolved": "https://registry.npmjs.org/picturefill/-/picturefill-3.0.3.tgz", + "integrity": "sha512-JDdx+3i4fs2pkqwWZJgGEM2vFWsq+01YsQFT9CKPGuv2Q0xSdrQZoxi9XwyNARTgxiOdgoAwWQRluLRe/JQX2g==" } } } diff --git a/site/package.json b/site/package.json index cd1e487e..15011fe4 100644 --- a/site/package.json +++ b/site/package.json @@ -1,24 +1,23 @@ { "name": "groundhog", - "version": "0.9.1b", + "version": "0.10.0b", "description": "groundhog.la site source", "main": "index.html", "dependencies": { "@ibm/type": "^0.5.4", - "bulma": "^0.7.1", + "bulma": "^0.7.2", "feather-icons": "^4.7.0", - "masonry-layout": "^4.2.1", - "picturefill": "^3.0.2" + "masonry-layout": "^4.2.2", + "picturefill": "^3.0.3" }, "devDependencies": {}, "scripts": { - "test": "echo \"Error: no test specified\" && exit 1", "purge": "bundle exec jekyll clean && rm -rf .jekyll-cache", - "serve": "bundle exec jekyll serve --host 0.0.0.0 --port 4002 --incremental --livereload --unpublished --future", - "preview": "bundle exec jekyll serve --host 0.0.0.0 --port 4002 --incremental --livereload --strict_front_matter", - "watch": "npm run serve", - "build": "bash ./compile.sh && bundle exec jekyll build", - "publish": "npm run purge && JEKYLL_ENV=production npm run build && s3_website push" + "serve": "bundle exec jekyll serve --unpublished --future --config=_config.yml,_config_dev.yml", + "preview": "bundle exec jekyll serve --strict_front_matter --config=_config.yml,_config_dev.yml", + "compile": "bash ./compile_assets.sh && bash ./compile_plugin.sh", + "build": "npm run compile && bundle exec jekyll build --config=_config.yml,_config_prod.yml", + "publish": "npm run purge && npm run build && s3_website push" }, "author": "Philip Belesky", "license": "GPL-3.0", diff --git a/site/plugin.md b/site/plugin.md index 5f4fe0ce..050c07df 100644 --- a/site/plugin.md +++ b/site/plugin.md @@ -2,7 +2,7 @@ layout: page title: Plugin meta: download latest plugin version -excerpt: Download the latest version (0.9.1b) of the Groundhog plugin for Grasshopper. +excerpt: Download the latest version (0.10.0b) of the Groundhog plugin for Grasshopper. thumbnail: thumbnail.png --- diff --git a/site/projects.md b/site/projects.md index a9dff8f7..c79941fd 100644 --- a/site/projects.md +++ b/site/projects.md @@ -1,7 +1,7 @@ --- layout: landing_projects title: Projects -meta: precedent projects of parametric landscapes +meta: precedent projects of landscape architectural projects designed with computational techniques category: top excerpt: Descriptions and reference models detailing how computational methods were employed to help design particular landscapes. --- diff --git a/site/techniques.md b/site/techniques.md index aab60290..fdb30d2a 100644 --- a/site/techniques.md +++ b/site/techniques.md @@ -1,7 +1,7 @@ --- layout: landing_techniques title: Techniques -meta: techniques for parametric modelling in landscape architecture +meta: discussion of different computational techniques in landscape architecture category: top excerpt: Discussions of concepts that inform how computation can be applied in a landscape architectural context. ---