Flux: Code Block

Simple Code Blocks from the Parkerator Phase 1 and 2

Domain.js

• parameters: min(number), max(number)
• returns: Domain(list of number)

GetClosestIndexFromPTS.js

• parameters: min(number), max(number)
• returns: index(number), point

GetDuplication.js

• parameters: obj(json)
• returns: obj(json)

GetMeshByFourPoints.js

• parameters: min(number), max(number)
• returns: Domain(list of number)

GetMeshExtrusionByFourPoints.js

• parameters: points(ListOfPoint), height(number)
• returns: mesh

GetMeshFromExtrudedPoint.js

• parameters: points(ListOfPoint), height(number)
• returns: mesh, centerPoint

GetMeshRotation.js

• parameters: mesh(mesh), angle(number), local(bool)
• returns: mesh

GetPolylineFromPts.js

• parameters: min(number), max(number)
• returns: Domain(list of number)

Grid2D.js

• parameters: min(number), max(number)
• returns: Domain(list of number)

Grid2DRndom.js

• parameters: min(number), max(number)
• returns: Domain(list of number)

Grid3D.js

• parameters: min(number), max(number)
• returns: Domain(list of number)

Grid3DRndom.js

• parameters: min(number), max(number)
• returns: Domain(list of number)

IntersectionFromTwoLine.js

Reference: line-intersect

• parameters: line1, line2
• returns: point

IsInsideOfPolyline.js

Reference: point-in-polygon

• parameters: Polyline(ListOfPoints), Point
• returns: Boolean

NPolyline

• parameters: Point(ListOfPoint), closed(bool)
• returns: polyline(ListOfLine), Mesh, Length(number), Area(number)

instance methods

• .Add(Point) : Add point to polyline
• .Closed() : make it a closed polyline
• .Open() : make it a open polyline
• .GetClosedPtFromPt(Point) : retrun the closest point to a reference point
• .GetCenterPt() : return the center point of the polyline
• .ComputeArea() : return the area of polyline
• .ComputeLength() : return the length of polyline
• .ToPoint() : convert to list of point
• .ToLine() : convert to list of line
• .ToMesh() : convert to mesh

static methods

• .BuildWithPoint(PointList) : create NPolyline from Point list
• .BuildWithLine(LineList) : create NPolyline from line list

It automatically finds an optimized point gird with tolerance by the number. The number of point in the grid is 50, and it takes 6 iteractions to meet the number within the tolerance. The number of point in the grid is 106, and it takes 4 iteractions to meet the number within the tolerance.

GridOptimizerWithinPolyline.js

• parameters: boundary(Polyline), angle(number), xSpan(number), ySpan(number), xOff(number), yOff(number), remap(bool)
• returns: Pts(PointList), boundary(Polyline), NumPts(number)

ExtractOuterVertices.js

• parameters: In (Mesh)
• returns: Out (PointList)

ReOrderLine.js

• parameters: line(unordered line list)
• returns: line(ordered line list)

SunVector.js

Reference: ASHRAE Handbook of Fundamentals

• parameters: Latitude(number), Day(number), Hour(number), South(number)
• returns: SolarPath(line), SolarVector(point), SolarLog(string)

Data Visualization

VisDataToPolarCoord.js

• parameters:
• returns:

DataVisChart.js

• parameters: data(listOfNumber), scale(number), width(number), height(number), circular(bool), flip(bool)
• returns: barChart(listOfLine) or CircularBarChart(listOfLine)