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See:
Description
| Interface Summary | |
|---|---|
| I2DFieldI | abstract field function |
| I3DFieldI | abstract field function |
| IBoidI | Interface API of Boid. |
| IBoolI | Interface of boolean to be used as IParameterObject. |
| IBoolOp | Interface of boolean operator. |
| IComparator<T> | An interface to define comparator to be used in sorting with ISort. |
| ICurveI | Abstract interface of NURBS curve. |
| ICurveOp | Interface of NURBS curve operator. |
| IDoubleI | Interface of double (1 dimensional vector) to be used as IParameterObject. |
| IDoubleOp | Interface of double (or 1 dimensional vector) operator. |
| IDynamics | Interface of a subobject of IObject to control dynamic behavior of IObject. |
| IEntityParameter | Abstract interface to mark entity classes which contain actual geometry data inside. |
| IFieldI | abstract field function |
| IFoldable | Abstract interface of foldable/unfoldable geometry. |
| IFunction | Abstract interface to define a function to output 1 dimensional value taking input of 1 dimensional value. |
| IGraphicI | An interface defining drawing methods. |
| IIntegerI | Interface of integer to be used as IParameterObject. |
| IIntegerOp | Interface of integer operator. |
| IMatrix2I | Abstract interface of 2x2 numerical matrix. |
| IMatrix2Op | Interface of 2x2 matrix operator. |
| IMatrix3I | Abstract interface of 3x3 numerical matrix. |
| IMatrix3Op | Interface of 3x3 matrix operator. |
| IMatrix4I | Abstract interface of 4x4 numerical matrix. |
| IMatrix4Op | Interface of 4x4 matrix operator. |
| IMatrixI | Abstract interface of numerical matrix. |
| IMatrixOp | Interface of matrix operator. |
| IMeshI | Abstract interface of polygon mesh. |
| IParameter | Abstract interface of abstract operators. |
| IParticleI | Class of an implementation of IDynamicObject to have physical attributes of point. |
| IParticleOnCurveI | Class of an implementation of IDynamicObject to have physical attributes of point. |
| IReferenceParameter | Abstract interface to mark reference classes which don't contain actual geometry data inside but do only references to them. |
| IScalar | Abstract Scalar (1D) Value Interface |
| IScalarFieldI | abstract field function |
| IServerI | An interface to have access to IServer. |
| ISpringI | Interface API of straightener (straightening force) classes |
| IStraightenerI | Interface API of straightener (straightening force) classes |
| ISubobject | A base class of subobjects to be contained by IObject. |
| ISurfaceI | Abstract interface of NURBS surface. |
| ISurfaceOp | Interface of NURBS surface operator. |
| ISwitchE | Interface to be used as to switch methods to return entity instance. |
| ISwitchI | Interface to be used as to switch methods to return entity or reference instance. |
| ISwitchR | Interface to be used as to switch methods to return reference instance. |
| ITensionI | Interface API of tension classes |
| ITrajectoryI | Interface of trajectory API |
| ITransformable | Abstract interface of transformable geometry. |
| ITrimCurveI | Interface of trim curve of surface. |
| IVal | Abstract Value Interface (super interface of scalar (1D), 2D vector, 3D vector 4D vector) |
| IVec2I | Abstract interface of 2 dimensional vector. |
| IVec2Op | Interface of 2 dimensional vector operator. |
| IVec4I | Abstract interface of 4 dimensional vector. |
| IVec4Op | Interface of 4 dimensional vector operator. |
| IVecI | Abstract interface of 3 dimensional vector. |
| IVecOp | Interface of 3 dimensional vector operator. |
| Class Summary | |
|---|---|
| I2DCurveFieldGeo | 2D vector filed defined by a NURBS curve. |
| I2DField | 2D vector filed agent. |
| I2DSurfaceFieldGeo | 2D vector filed defined by a NURBS surface. |
| I2DSurfaceNormalField | 2D vector filed defined by a NURBS surface normal. |
| I2DSurfaceNormalField.I2DSurfaceNormalFieldGeo | |
| I2DSurfacePositionField | 2D vector filed defined by a NURBS surface position (vector from the origin). |
| I2DSurfacePositionField.I2DSurfacePositionFieldGeo | |
| I2DSurfaceSlopeField | 2D vector filed defined by a NURBS surface slope in respect to a given vector. |
| I2DSurfaceSlopeField.I2DSurfaceSlopeFieldGeo | |
| I2DSurfaceUTangentField | 2D vector filed defined by a NURBS surface tangent in U. |
| I2DSurfaceUTangentField.I2DSurfaceUTangentFieldGeo | |
| I2DSurfaceVTangentField | 2D vector filed defined by a NURBS surface tangent in U. |
| I2DSurfaceVTangentField.I2DSurfaceVTangentFieldGeo | |
| I3DField | 3D vector filed agent. |
| IAddMap | A subclass of IMap defined by addition of two maps. |
| IAgent | Class of an agent based on one point, extending IPoint and implements IDynamics |
| IAgentTracker | dynamic behavior for a geometry object to track particle location. |
| IAppletGL1 | |
| IAppletGL2 | |
| IApplicationGL1 | |
| IApplicationGL2 | |
| IArc | Arc object. |
| IArcGeo | Geometry class of an arc. |
| IAttractor | Attractor field defined by a center point. |
| IAttractorGeo | Attractor field defined by a center point. |
| IAttribute | A super class of misc attributes of IObject, mostly graphic related. |
| IBasicMaterial | A Class of rendering material properties for IObject geometries. |
| IBoid | Class of an agent based on one point, extending IPoint and implements IDynamics |
| IBoidGeo | Class of boid algorithm (swarm algorithm). |
| IBoidTrajectory | Particle agent with trajectory curve. |
| IBool | Entity class of boolean to be used as IParameterObject. |
| IBoolR | Reference class of boolean to be used as IParameterObject. |
| IBoolR.And | |
| IBoolR.Eq | |
| IBoolR.Not | |
| IBoolR.Or | |
| IBounds | Bounding box described by minimum point and maximum point. |
| IBox | Box geometry |
| IBrep | Class BRep (Boundary Representation) of IObject. |
| IBrepXComparator | A class to define order of IVec in X to be used in sorting with ISort. |
| IBrepYComparator | A class to define order of IVec in X to be used in sorting with ISort. |
| IBrepZComparator | A class to define order of IVec in X to be used in sorting with ISort. |
| IBSplineBasisFunction | Implementation of Bernstein polynomial for NURBS geometry. |
| ICircle | Circle object. |
| ICircleGeo | Geometry class of a circle. |
| ICollidableMesh | Class of polygon mesh with collidable ITriangleWall for IParticleI on each face |
| IColor | Abstracted color class in case ATW not provided. |
| ICompoundField | manage multiple fields; included field should be point / curve / surface based field because it needs to measure distance to check which is closest. |
| IConfig | An interface to contain static constants used in the whole iGeo system. |
| IConstantMap | A subclass of IMap defined by one constant number |
| ICurve | Class of NURBS curve object. |
| ICurveAttractorField | 3D vector filed defined by a NURBS curve. |
| ICurveAttractorField.ICurveAttractorFieldGeo | |
| ICurveCache | Point cache of a curve for proximity search. |
| ICurveCreator | class with collection of static methods to create various type of curve. |
| ICurveCurlField | 3D vector filed defined by a NURBS curve tanget causing curling force. |
| ICurveCurlField.ICurveCurlFieldGeo | |
| ICurveFieldGeo | 3D vector filed defined by a NURBS curve. |
| ICurveGeo | Geometry of NURBS curve. |
| ICurvePositionField | 3D vector filed defined by a NURBS curve position (vector from the origin). |
| ICurvePositionField.ICurvePositionFieldGeo | |
| ICurveR | Reference class of NURBS curve to contain any instance of ICurveI. |
| ICurveR.IsClosed | |
| ICurveR.Pt | |
| ICurveR.Tan | |
| ICurveR.U | |
| ICurveR.U2 | |
| ICurveTangentField | 3D vector filed defined by a NURBS curve tanget. |
| ICurveTangentField.ICurveTangentFieldGeo | |
| ICurveXComparator | A class to define order of IVec in X to be used in sorting with ISort. |
| ICurveYComparator | A class to define order of IVec in X to be used in sorting with ISort. |
| ICurveZComparator | A class to define order of IVec in X to be used in sorting with ISort. |
| ICylinder | Cylinder surface class |
| IDelaunay2D | Class to calculate Delaunay triangulation out of 2D points. |
| IDelaunay2D.EdgeCounter | |
| IDelaunay2D.FaceIndex | |
| IDirectionalComparator | A class to define order of IVec in a specified direction to be used in sorting with ISort. |
| IDistanceComparator | A class to define order of IVec in a specified direction to be used in sorting with ISort. |
| IDouble | Entity class of double (1 dimensional vector) to be used as IParameterObject. |
| IDoubleMap | A subclass of IMap containing 2D array of double to implement a map. |
| IDoubleR | Reference class of double (1 dimensional vector) to be used as IParameterObject. |
| IDoubleR.Abs | |
| IDoubleR.ACos | |
| IDoubleR.Add | |
| IDoubleR.ASin | |
| IDoubleR.ATan | |
| IDoubleR.ATan2 | |
| IDoubleR.Cos | |
| IDoubleR.Deg | |
| IDoubleR.Div | |
| IDoubleR.Eq | |
| IDoubleR.Exp | |
| IDoubleR.FromInt | |
| IDoubleR.Inv | |
| IDoubleR.Log | |
| IDoubleR.Mul | |
| IDoubleR.Neg | |
| IDoubleR.Pow | |
| IDoubleR.Rad | |
| IDoubleR.Sin | |
| IDoubleR.Sq | |
| IDoubleR.Sqrt | |
| IDoubleR.Sub | |
| IDoubleR.Tan | |
| IDynamicsBase | Implementation of IDynamics. |
| IDynamicServer | A server to take care of all IDynamicObject. |
| Ie | Instantiable class of ISwitchE interface to be used as to switch methods to return entity instance. |
| IEdge | Class of an edge of polygon mesh. |
| IErr | A class to provide default static error output stream. |
| IFace | Class of a face of polygon mesh. |
| IField | Field agent base class. |
| IFieldGeo | abstract class of 2D vector filed. |
| IFieldMesh | create polygon mesh as sampled interface of equal intensity of fields |
| IFieldMesh.EdgeVertex | |
| IFieldMesh.VertexGrid | |
| IFieldVisualizer | Visualize field with xyz grid of arrows (IVectorObject) |
| IFoldableStrip | Class of foldable geometry. |
| IG | A main interface to background process of iGeo. |
| IGeometry | Transformable objects. |
| IGeometryXComparator<T extends IGeometry> | A class to define order of IVec in X to be used in sorting with ISort. |
| IGeometryYComparator<T extends IGeometry> | A class to define order of IVec in X to be used in sorting with ISort. |
| IGeometryZComparator<T extends IGeometry> | A class to define order of IVec in X to be used in sorting with ISort. |
| IGraphicObject | A subobject of IObject to draw the object on displays. |
| IGraphicServer | A server to contain graphic objects to manage drawing process. |
| IGravity | Attractor field defined by a center point. |
| IImageMap | A subclass of IMap defined by a bitmap image. |
| IImageSequenceMap | A subclass of IMap defined by a bitmap image. |
| IIn | A class to provide default static input stream. |
| IInteger | Entity class of integer to be used as IParameterObject. |
| IIntegerR | Reference class of integer to be used as IParameterObject. |
| IIntegerR.Add | |
| IIntegerR.Div | |
| IIntegerR.Eq | |
| IIntegerR.FromDouble | |
| IIntegerR.Mod | |
| IIntegerR.Mul | |
| IIntegerR.Neg | |
| IIntegerR.Sub | |
| IInvertMap | A subclass of IMap defined by inverting value from 0 to 1 and 1 to 0. |
| ILayer | A class of a layer to contain and organize objects. |
| ILineAgent | Class of an agent with a line with start and end points. |
| ILineAgentGeo | Class of an agent with a line with start and end points. |
| IMap | A base class of map classes to provide mapping function to set values on a 2D map and extract value out of the map. |
| IMaterial | A super class of rendering material properties |
| IMatrix | Class of numerical matrix in specified size . |
| IMatrix2 | Class of 2x2 numerical matrix. |
| IMatrix3 | Class of 3x3 numerical matrix. |
| IMatrix4 | Class of 4x4 numerical matrix. |
| IMaxMap | A subclass of IMap defined by taking larger value of two maps. |
| IMesh | Class of polygon mesh object. |
| IMeshAgent | Agent to iterate mesh faces. |
| IMeshCreator | Miscellious static methods to instantiate IMesh object. |
| IMeshGeo | Geometry of polygon mesh containing lists of vertices, edges and faces. |
| IMeshR | Reference class of polygon mesh object containing any instance of IMeshI. |
| IMeshType | Visitor class to define a type of mesh to be instantiated. |
| IMinMap | A subclass of IMap defined by taking smaller value of two maps. |
| IMultiplyMap | A subclass of IMap defined by multiplication of two maps. |
| INurbsGeo | Base class of NURBS geometry providing miscellaneous methods to be used in child classes. |
| IObject | A base class of iGeo object to be contained by IServer. |
| IOut | A class to provide default static output stream. |
| IParameterObject | A subobject of IObject to contain numerical geometry data |
| IParticle | Class of an agent with IParticleGeo. |
| IParticleAgent | Alias class of IParticle for backward compatibility. |
| IParticleDirectionLink | Class of an implementation of IDynamics to limit particles to be spacified direction from a center. |
| IParticleDistanceLink | Class of an implementation of IDynamics to limit particles to be spacified direction from a center. |
| IParticleGeo | Class of an implementation of IDynamics to have physical attributes of point. |
| IParticleOnCurve | Class of an agent with IParticleOnCurveGeo. |
| IParticleOnCurveAgent | Alias class of IParticleOnCurve for backward compatibility; Use IParticleOnCurve instead. |
| IParticleOnCurveGeo | Class of an implementation of IDynamics to have physical attributes of point on a curve. |
| IParticleOnMeshGeo | Class of an implementation of IDynamics to have physical attributes of point on a cureve. |
| IParticleOnPlane | Class of an agent with IParticleOnPlaneGeo. |
| IParticleOnPlaneGeo | Class of an implementation of IDynamics to have physical attributes of point on a plane. |
| IParticleTrajectory | Particle agent with trajectory curve. |
| IPiecewiseFunction | Implementation of piecewise function out of multiple IFunction. |
| IPiecewisePolynomialFunction | Implementation of piecewise function out of multiple IPolynominalFunction |
| IPoint | Class of point object. |
| IPointAgent | Class of an agent based on one point. |
| IPointCurlField | Attractor field defined by a center point. |
| IPointCurlFieldGeo | Curl field defined by a point and an axis vector. |
| IPointFieldGeo | 3D vector filed defined by a point. |
| IPointR | Reference class of a point object to contain any instance of IVecI. |
| IPolycurve | Class of a curve which consists of multiple curves. |
| IPolycurveGeo | Class of a curve which consists of multiple curves. |
| IPolynomialFunction | Implementation of IFunction with polynomial. |
| Ir | Instantiable class of ISwitchR interface to be used as to switch methods to return reference instance. |
| IRadialComparator | A class to define order of IVec in angle around a specified center to be used in sorting with ISort. |
| IRand | A class to provide random number function. |
| IRandom | An alias class of IRand. |
| IScalarField | scalar filed agent. |
| IScaleMap | A subclass of IMap defined by scaling another map. |
| IServer | A class of server to contain and manage instances of IObject. |
| ISort | A class to sort objects in the order defined by a comparator implementing IComparator interface. |
| ISpacingEqualizer | Tension force to equalize spacing between pt1- pt2 and pt2 - pt3. |
| ISphere | Sphere surface class |
| ISpring | Class of IDynamics to simulate spring force between two particles with specified length. |
| ISpringLine | Class of IDynamicObject to simulate spring force between two particles. |
| IStick | Class of IDynamics to simulate fixed length relationship between two points |
| IStickLine | Line representation of stick dynamics |
| IStraightener | Class of IDynamicsBase to simulate tension force to make 3 points in straight |
| IStraightenerCurve | 3 point curve with straightener force inside. |
| IString | Class of IDynamics to simulate limited length relationship between two points |
| IStringLine | Class of IDynamicObject to simulate limited length string between two particles. |
| ISubMap | A subclass of IMap defined by extracting part of another map. |
| ISubtractMap | A subclass of IMap defined by subtraction of two maps. |
| ISun | A solar analysis package providing direction of the sun in the spcecified location at the specified time. |
| ISun.DateIterator | |
| ISun.DateRange | |
| ISun.Location | |
| ISun.SearchBuffer | |
| ISurface | Class of NURBS surface object. |
| ISurfaceCache | Point cache of a surface for proximity search. |
| ISurfaceCreator | class with collection of static methods to create various type of surface. |
| ISurfaceCreator.XCurveComparator | |
| ISurfaceCreator.YCurveComparator | |
| ISurfaceCreator.ZCurveComparator | |
| ISurfaceDensityMap | A subclass of IMap defined by accumulated curvature of a surface |
| ISurfaceDepthMap | A subclass of IMap defined by depth of surface in the assigned depth direction. |
| ISurfaceFieldGeo | 3D vector filed defined by a NURBS surface. |
| ISurfaceGeo | Geometry of NURBS surface. |
| ISurfaceNormalField | 3D vector filed defined by a NURBS surface normal. |
| ISurfaceNormalField.ISurfaceNormalFieldGeo | |
| ISurfacePositionField | 3D vector filed defined by a NURBS surface position (vector from the origin). |
| ISurfacePositionField.ISurfacePositionFieldGeo | |
| ISurfaceR | Reference class of NURBS surface to contain any instance of ISurfaceI. |
| ISurfaceR.IsFlat | |
| ISurfaceR.IsUClosed | |
| ISurfaceR.IsVClosed | |
| ISurfaceR.Normal | |
| ISurfaceR.Pt | |
| ISurfaceR.UTan | |
| ISurfaceR.UV | |
| ISurfaceR.UV2 | |
| ISurfaceR.VTan | |
| ISurfaceSlopeField | 3D vector filed defined by a NURBS surface slope in respect to a given vector. |
| ISurfaceSlopeField.ISurfaceSlopeFieldGeo | |
| ISurfaceUTangentField | 3D vector filed defined by a NURBS surface tangent in U. |
| ISurfaceUTangentField.ISurfaceUTangentFieldGeo | |
| ISurfaceVTangentField | 3D vector filed defined by a NURBS surface tangent in U. |
| ISurfaceVTangentField.ISurfaceVTangentFieldGeo | |
| ISurfaceXComparator | A class to define order of IVec in X to be used in sorting with ISort. |
| ISurfaceYComparator | A class to define order of IVec in X to be used in sorting with ISort. |
| ISurfaceZComparator | A class to define order of IVec in X to be used in sorting with ISort. |
| ISurfaceZDepthMap | A subclass of IMap defined by z depth of surface. |
| ITensileNet | Class to create tensile network which consists of IParticle and ITensionLine. |
| ITensileNet.ConstructorAndParameters<T> | |
| ITensileNet.IParticleCoupler | |
| ITensileNet.IParticleOnCurveComparator | |
| ITension | Class of IDynamics to simulate tension force between two particles. |
| ITensionLine | Class of IDynamicObject to simulate tension force between two particles. |
| ITensionLineOnCurve | Class of IDynamicObject to simulate tension force between two particles. |
| ITensionOnCurve | Class of IDynamics to simulate tension force between two particles on curve based on distance in u parameter space. |
| IText | |
| ITextGeo | Class of a text object in 3D space |
| ITrajectoryGeo | IDyanmics class to have trajectory curve object. |
| ITriangleWall | Infinite plane wall to bounce particle |
| ITrimCache | Point cache of a surface trim curves, for checking a point is inside the trim or not |
| ITrimCurve | Geometry class of trim curve on a surface. |
| IUFlipMap | A subclass of IMap defined by flipping another map in u direction. |
| IULinearMap | A subclass of IMap defined by two value to generate gradient map in u direction. |
| IUnit | Unit of geometries in a server |
| IUSineMap | A subclass of IMap defined by sine curve in u direction. |
| IUStripeShiftMap | A subclass of IMap defined by another map and parameter shift in u direction in a stripe way in v direction |
| IValueComparator<T> | An interface to define comparator to be used in sorting with ISort. |
| IVec | Class of 3 dimensional vector. |
| IVec2 | Class of 2 dimensional vector. |
| IVec2f | Class of 2 dimensional vector in float. |
| IVec2R | Reference class of 2 dimensional vector to be used as IParameterObject. |
| IVec2R.Add | |
| IVec2R.Angle | |
| IVec2R.Cross | |
| IVec2R.Dist | |
| IVec2R.Dist2 | |
| IVec2R.Div | |
| IVec2R.Dot | |
| IVec2R.Eq | |
| IVec2R.EqX | |
| IVec2R.EqY | |
| IVec2R.FromX | |
| IVec2R.FromXY | |
| IVec2R.FromY | |
| IVec2R.Len | |
| IVec2R.Len2 | |
| IVec2R.Mul | |
| IVec2R.Neg | |
| IVec2R.Ortho | |
| IVec2R.Ref | |
| IVec2R.Rot | |
| IVec2R.Scale1d | |
| IVec2R.SetLen | |
| IVec2R.Shear | |
| IVec2R.Sub | |
| IVec2R.ToVec2 | |
| IVec2R.ToVec3 | |
| IVec2R.ToVec4 | |
| IVec2R.Transform2 | |
| IVec2R.Transform3 | |
| IVec2R.TransformVec2 | |
| IVec2R.TransformVec3 | |
| IVec2R.Unit | |
| IVec2R.X | |
| IVec2R.Y | |
| IVec4 | Class of 4 dimensional vector. |
| IVec4R | Reference class of 4 dimensional vector to be used as IParameterObject. |
| IVec4R.Add | |
| IVec4R.Cross | |
| IVec4R.Dist | |
| IVec4R.Dist2 | |
| IVec4R.Div | |
| IVec4R.Eq | |
| IVec4R.EqW | |
| IVec4R.EqX | |
| IVec4R.EqY | |
| IVec4R.EqZ | |
| IVec4R.FromVec | |
| IVec4R.FromVecAndW | |
| IVec4R.FromW | |
| IVec4R.FromX | |
| IVec4R.FromXYZ | |
| IVec4R.FromXYZW | |
| IVec4R.FromY | |
| IVec4R.FromZ | |
| IVec4R.Mul | |
| IVec4R.Neg | |
| IVec4R.Ref | |
| IVec4R.Rot | |
| IVec4R.Rot2 | |
| IVec4R.Scale1d | |
| IVec4R.SetLen | |
| IVec4R.Shear | |
| IVec4R.Sub | |
| IVec4R.ToVec | |
| IVec4R.ToVec2 | |
| IVec4R.ToVec2WithAxis | |
| IVec4R.ToVec2WithAxisAndOrigin | |
| IVec4R.ToVec2WithProjection | |
| IVec4R.Transform3 | |
| IVec4R.Transform4 | |
| IVec4R.TransformVec3 | |
| IVec4R.TransformVec4 | |
| IVec4R.Unit | |
| IVec4R.W | |
| IVec4R.X | |
| IVec4R.Y | |
| IVec4R.Z | |
| IVecR | Reference class of 3 dimensional vector to be used as IParameterObject. |
| IVecR.Add | |
| IVecR.Angle | |
| IVecR.Cross | |
| IVecR.Dist | |
| IVecR.Dist2 | |
| IVecR.Div | |
| IVecR.Dot | |
| IVecR.Eq | |
| IVecR.EqX | |
| IVecR.EqY | |
| IVecR.EqZ | |
| IVecR.FromX | |
| IVecR.FromXYZ | |
| IVecR.FromY | |
| IVecR.FromZ | |
| IVecR.Len | |
| IVecR.Len2 | |
| IVecR.Mul | |
| IVecR.Neg | |
| IVecR.Ref | |
| IVecR.Rot | |
| IVecR.Rot2 | |
| IVecR.Scale1d | |
| IVecR.SetLen | |
| IVecR.Shear | |
| IVecR.Sub | |
| IVecR.ToVec2 | |
| IVecR.ToVec2WithAxis | |
| IVecR.ToVec2WithAxisAndOrigin | |
| IVecR.ToVec2WithProjection | |
| IVecR.Transform3 | |
| IVecR.Transform4 | |
| IVecR.TransformVec3 | |
| IVecR.TransformVec4 | |
| IVecR.Unit | |
| IVecR.X | |
| IVecR.Y | |
| IVecR.Z | |
| IVectorObject | Class only to visualize IVecI. |
| IVertex | Class of a vertex of polygon mesh. |
| IVertex.ZComparator | |
| IVertex.ZYXComparator | |
| IVFlipMap | A subclass of IMap defined by flipping another map in v direction. |
| IVLinearMap | A subclass of IMap defined by two value to generate gradient map in v direction. |
| IVoronoi2D | Class to calculate Delaunay triangulation out of 2D points. |
| IVoronoi2D.RadialComparator | |
| IVSineMap | A subclass of IMap defined by sine curve in v direction. |
| IVStripeShiftMap | A subclass of IMap defined by another map and parameter shift in v direction in a stripe way in u direction |
| IWall | Infinite plane wall to bounce particle |
| IXComparator | A class to define order of IVec in X to be used in sorting with ISort. |
| IYComparator | A class to define order of IVec in Y to be used in sorting with ISort. |
| IZComparator | A class to define order of IVec in Z to be used in sorting with ISort. |
| Enum Summary | |
|---|---|
| IFieldGeo.Decay | type of decay from surface position |
| ISun.City | |
| ITextGeo.HorizontalAlignment | |
| ITextGeo.VerticalAlignment | |
| IUnit.Type |
Main package of iGeo library. This contains classes to handle three dimensional geometries, database of created internal objects and miscellaneous numerical operations. Old sub-package of igeo.geo (geometry package), igeo.core (core package), and igeo.util (utility package) are integrated into this main package.
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Provides three functions to calculate the outputs of the two main components of the Canadian Forest Fire Danger Rating System (CFFDRS): the Fire Weather Index (FWI) System and the Fire Behaviour Prediction (FBP) System.
| Version: | 1.7 |
| Depends: | R (≥ 2.15.1) |
| Published: | 2016-01-08 |
| Author: | Xianli Wang, Alan Cantin, Marc-Andre Parisien, Mike Wotton, Kerry Anderson, and Mike Flannigan |
| Maintainer: | Alan Cantin <Alan.Cantin at Canada.ca> |
| BugReports: | https://r-forge.r-project.org/tracker/?group_id=1453 |
| License: | GPL-2 |
| URL: | https://r-forge.r-project.org/projects/fwi-fbp/ |
| NeedsCompilation: | no |
| CRAN checks: | fwi.fbp results |
| Reference manual: | fwi.fbp.pdf |
| Package source: | fwi.fbp_1.7.tar.gz |
| Windows binaries: | r-devel: fwi.fbp_1.7.zip, r-release: fwi.fbp_1.7.zip, r-oldrel: fwi.fbp_1.7.zip |
| OS X binaries: | r-release: fwi.fbp_1.7.tgz, r-oldrel: fwi.fbp_1.7.tgz |
| Old sources: | fwi.fbp archive |
Please use the canonical form https://CRAN.R-project.org/package=fwi.fbp to link to this page.


Blueprints
Description
Topology
element is a combination of a node
, a service
, attached networks
and a replication factor (replicas
).
Finally, each node has a label
which represents the name of the node at the deployed dockerized application.
In the following example we have three node-sm
nodes connected to the internet
network (with specific connectivity characteristics)
that will execute the nimbus
and supervisor
services respectively.
topology:
- node: node-sm # Node template as described in Node profiles
service: nimbus # Service as described in docker-compose services
label: nimbus # label/identifier of the emulated fog node
replicas: 1 # replication factor of the node
networks: # a list of the networks that the node is connected to
- internet
- node: node-sm
service: supervisor
label: supervisor
replicas: 2
networks:
- internet
Parameters
Label
Label
is the identifier of the blueprint
.
Users can use the label
to specify the instances for injecting actions
and scenarios
.
Furthermore, users can include a number after the label
to identify specific replica of the blueprint, e.g supervisor.1
.
Service
Service
is the executable that will run on the Fog node.
The service
is inherited from services
section of the docker-compose
specification.
For more details check out the following link.
Node
Specifies on which emulated device the service will run on. The emulated node inherits the capabilities
of node profile
.
For more details check out the following link.
Replicas
Replicas
identifies the number of instances that Fogify will create from the specific blueprint
.
All instances will have the same processing characteristics, execute the same service and are connected on the same networks.
Networks
This section provides information about node networking. Specifically, users select in which networks
the blueprint
will be connected.
For instance, at the before-mentioned example, supervisor
nodes will be connected to the internet
network with default network connectivity QoS.
If there is a need for node-specific network QoS, user can override them. Following example illustrates how do users override the network QoS.
....
- node: node-sm
service: supervisor
label: supervisor
replicas: 2
networks:
- name: internet
uplink:
bandwidth: 1Mbps
latency:
delay: 200ms
drop: 0.01%
downlink:
bandwidth: 1Mbps
latency:
delay: 200ms
drop: 0.01%
....


Password must be minimum 3 symbols.
Password must be maximum 32 symbols.
Forbidden password characters!
Passwords does not match!


Tengen 80032
Board
Tech Specs:
Max. 128K PRG ROM.
Max. 128K CHR ROM.
RAMBO-1 mapper.
Description:
Looks to be a pretty standard setup. The interesting thing is there is a spot on the board
for a 74LS32 to allow using 28 pin single enable CHR ROMs. When the ROM is 64K or less,
there are jumpers which can be placed on the PCB to bypass it.
This was Tengen's "next gen" mapper hardware, and was only used on a couple games.
It is their answer to the MMC3 apparently. It works similar, but the registers are
a bit hosed up, and the timer IRQ is different. Mirroring seems to be handled by
the mapper now. There is no support for WRAM. The boards are only set up to handle
128K of PRG and 128K of CHR, but there are two NC pins on the mapper which may allow
up to 256K of each. I have tested these two pins. They are indeed extra address lines.
RAMBO-1 pinout (marked 337006)
Chip is packaged in a standard 40 pin DIP
.----\/----.
| |
M2 - |01 40| - +5V
PRG A16 (r) - |02 39| - PRG A17 (r)
PRG A15 (r) - |03 38| - PRG A13 (n)
PRG A13 (r) - |04 37| - PRG A14 (r)
PRG /CE (r) - |05 36| - PRG A14 (n)
PRG D6 (s) - |06 35| - PRG D7 (s)
PRG A0 (s) - |07 34| - PRG D5 (s)
PRG D4 (s) - |08 33| - PRG D0 (s)
PRG D2 (s) - |09 32| - PRG D1 (s)
PRG R/W (n) - |10 31| - PRG D3 (s)
PRG /CE (n) - |11 30| - /IRQ
CHR A10 (r) - |12 29| - CHR A17 (r)
CHR A10 (n) - |13 28| - CHR A11 (r)
CHR A12 (n) - |14 27| - CHR A11 (n)
lockout (n) - |15 26| - CHR A13 (r)
lockout (n) - |16 25| - CHR A12 (r)
lockout (n) - |17 24| - CHR A14 (r)
lockout (n) - |18 23| - CHR A15 (r)
GND - |19 22| - CIRAM A10 (n)
GND - |20 21| - CHR A16 (r)
| |
`----------'
Registers:
8001h, 8000h
Register 8000h is the "control" register, while 8001h is the "data" register.
First, a byte is written into 8000h to select the desired bank register(s).
Then, the desired bank number can be written into 8001h.
8000h:
7 bit 0
---------
CSRx MMMM
C: CHR Address Invert. When set, does an effective XOR of 1000h with the CHR addresses.
S: PRG ROM swapping control.
0 - Swap PRG ROM at 8000h, A000h, and C000h
1 - Swap PRG ROM at A000h, C000h, and 8000h
(first, second, and third banks)
R: CHR ROM bank size control.
1 - changes registers in modes 0 & 1 to only be 1K in size. When set,
modes 8 & 9 control their respective CHR pages as indicated.
0 - registers in modes 0 & 1 are 2K in size. The registers at modes 8 & 9 ARE NOT USED.
M: Mode bits
0000b 0 - Select 2 1K CHR ROM pages at 0000h in PPU space
0001b 1 - Select 2 1K CHR ROM pages at 0800h in PPU space
0010b 2 - Select 1K CHR ROM page at 1000h in PPU space
0011b 3 - Select 1K CHR ROM page at 1400h in PPU space
0100b 4 - Select 1K CHR ROM page at 1800h in PPU space
0101b 5 - Select 1K CHR ROM page at 1C00h in PPU space
0110b 6 - Select first 8K PRG ROM page
0111b 7 - Select second 8K PRG ROM page
1000b 8 - Select 1K CHR ROM page at 0400h in PPU space (only used if bit R is set in 8000h)
1001b 9 - Select 1K CHR ROM page at 0C00h in PPU space (only used if bit R is set in 8000h)
1111b F - Select third 8K PRG ROM page
All other mode selections are unused.
A000h:
7 bit 0
---------
xxxx xxxM
M: Mirroring control
0 - Vertical mirroring
1 - Horizontal mirroring
A001h:
------
Apparently unused.
------
RAMBO-1 IRQ's. The IRQ setup on here is quite interesting. It appears you can select either
a scanline based IRQ *or* an M2-based IRQ. The scanline based IRQ works almost exactly like
the MMC3's, with a few tiny differences. Please see the MMC3 documentation for the down
and dirty.
C000h:
IRQ reload register. After N+1 clocks have occured, the IRQ flag will be set. N is
the value written to C000h. Writing a value of 00h will cause NO interrupts to be generated
at all. (Note: if C001h is written to, then a value of 00h can be used- it will cause an
interrupt to be generated in 2 clocks after C001h is written to. No more interrupts will
be generated unless C001h is written to again).
C001h:
This register deviates from the MMC3 IRQ in one important way- Bit 0 determines the interrupt
source. When clear, the counter clock source is PPU A12 (like on the MMC3). When set, however,
the counter clock source is (M2 / 4). (That's the M2 clock divided by 4) In either case, the
counter decrements on each RISING edge.
Any write here will trigger a reload of the IRQ counter (and select the desired clock source).
One thing of note, after writing, the IRQ counter will expire after a count of N+2 instead of
N+1. In this case, a value of 00h in C000h WILL generate an interrupt after 2 clocks. A
value of 0ffh likewise generates an interrupt after 257d clocks.
E000h:
Disables and resets IRQ flag. Writing anything here will reset and disable the IRQ flag.
Works identically to the MMC3.
E001h:
Enables the IRQ flag. Writing anything here will enable the IRQ flag.
Works identically to the MMC3.
---
Notes: The last 8K of PRG ROM space is hard wired to the last 8K of the PRG ROM. The other
3 8K banks are selectable.
|


The name of the property used to pass the names of the changed modules to the build.
Only required when "Incremental build" is selected and "Build modules as separate jobs" is not selected. If left empty in this case, then the dafualt value of "hudson.ivy.changedModules" will be used.
The property specified here can then be used in your branch-level build script for the "leaf" attribute of the "ivy:buildlist" task.


QuantConnect provides 71 OANDA Brokerage currency pairs for backtesting and trading.
OANDA data is in GMT timezone. Although many popular charting websites convert this to EST for display, QuantConnect has elected to leave it in GMT and not manipulate the data. When comparing the data to external references, make sure to account for the different time zones.
| Data Properties | |
|---|---|
| Data Provider | OANDA |
| Start Date | Mixed Dates: Earliest starts May 30th, 2004 |
| Symbol Universe | 71 Currency Pairs ( More Information) |
To use OANDA Brokerage FX products in QuantConnect, you must specify the QuantConnect symbol, not the OANDA one.
Data is automatically passed into your algorithm on request. Requested data must be added in the
Initialize()
method.
// Access data via dedicated event handlers: public void OnData(TradeBars data) { data["EURUSD"].Close; } // Access data via grouped time slice method handlers: public override void OnData(Slice data) { data.Bars["EURUSD"].Close; }
# Access tradebar(midpoints) or quote data (real) via grouped time slice method handlers: def OnData(self, data): data.Bars["EURUSD"].Close data.QuoteBars["EURUSD"].Close


--- title: Class RecordMergeStrategy description: RecordMergeStrategy navLabel: RecordMergeStrategy category: interface body_class: dark ---
Whenever a version conflict occurs the
MergeStrategy set via Record .setMergeStrategy (RecordMergeStrategy )
will be called to merge the data and send the data back to the server.
This is mainly used for scenarios such as when working on very collaborative records where messages cross on the wire, or for connection drops where the client still updates records in an offline mode.
Throw an error if the merge fails, but keep in mind that this only means it will postpone the merge conflict until the next remote/local update.
record
- The Record, used to retrieve the local Record .version and data via Record .get()remoteValue
- The remote value on the serverremoteVersion
- The remote version on the server, used to find out if the remote is ahead of the local


--- layout: post title: "Seven Ideas You Should Know About In 2021" subtitle: "From life-saving viruses to spaceship swarms to virtual reality therapy, here's our pick of the scientific research to look out for in the year ahead" date: 2021-01-22 23:25:58 +0530 background: '/img/posts/06.jpg' published: true categories: [ Science ] tags: [ cutting edge, future, future tech, vr, space ] ---
You won’t find any brash proclamations about the scientific world in 2021 here. Instead, here’s our selection of the most interesting research to keep an eye out for in the year to come.
Before the pandemic came to dominate our airwaves, one of the biggest threats to our collective health was antibiotic resistance. This is the process by which infectious bacteria, like MRSA, slowly but surely, become immune to our strongest medicines. The phenomenon wreaks havoc in hospitals where superbugs thrive on patients with compromised immune systems.
The ultimate goal of phage therapy is to identify viruses that feed on superbugs and find a safe way to deliver them to a patient.
In 2021, expect a number of ground-breaking studies to publish their results. This could be the beginning of the end of the superbug.
While there’s something to be said about seeing a giant starship take off, the next era of space exploration needn’t be big, brash and expensive.
Around Europe there’s a wave of engineers and scientists aiming to miniaturise satellites so that hundreds can be sent into orbit and beyond with minimal cost and effort.
Mass extinction and the climate crisis could be mitigated by the careful restoration of wild spaces, creating ecosystems that lock up carbon in the process. And as a bonus, these wildernesses could provide something of a safe haven for our beleaguered pollinators.
Critics argue the money would be better spent protecting what wild spaces we have left and, of course, farmers are concerned that their way of life and indeed their livelihood could be under threat.
Paleoproteomics is essentially a new lens through which we can see the past. It’s the study of ancient proteins, which are more abundant and tend to hang around longer in ancient fossils than DNA.
Thus far the technique has already provided insight into samples that are 3.4 million years old, whereas the oldest DNA fragment studied to date is 800,000 years old. This relatively new field is revealing more about the human origin story every day and there’s likely to be even more exciting breakthroughs from this field to pore over in 2021.
When Dolly the sheep, the first animal clone, was born 25 years ago it was moment engulfed in controversy that consumed the news agenda for weeks. Today the cloning of animals seems to have become fairly unremarkable.
The tech is also in use in breeding better working dogs, like drug-detection dogs, where the clones out-perform traditionally bred animals in training.
Although virtual reality tech is at the point where it can be convincingly realistic and totally immersive, it hasn’t become mainstream yet.
The most salient example of how VR can be useful is perhaps in the treatment of phobias or anxiety disorders.
For the most part, our understanding of the laws that govern the Universe is profound. Our model of the Universe means we can use GPS to follow any object on the planet, study worlds light-years away and look back to the birth of the cosmos with phenomenal accuracy and clarity.
It’s mind-blowing stuff, perhaps best left in the hands of radio astronomer Marcus Chown, who explains here why our understanding of the Universe doesn’t add up. But in the year ahead, we’re looking forward to seeing how work using gravitational waves to probe the Universe may provide answers, or at the very least patch up our current models.


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In 1999, Mr. Ravi Modi created a family business that re-invented men’s ethnic wear category. During the course of its evolution, it became synonymous with wedding wear. A one stop store for grooms and men of the family for functions big and small. As more and more variety was added to the range, the brand became popular for occasion wear - from weddings to festivals, Rakhi to Roka. Today Manyavar is India’s leading Celebration Wear brand for men. Timeless and iconic attires have cemented its reputation across the world owning retail space of 4,50,000 sq. feet - 450+ stores including 60 flagship and 12 international stores across 173 cities in India, U.S.A, Bangladesh, Nepal & U.A.E. Manyavar dress the world’s elite with finest Indian elegance. The collections include exquisite Sherwanis, fine Indo Westerns, royal Band Galas, Jackets, Kurtas and matching accessories for life’s celebrations. Kid’s Ethnic and Fusion wear are also on offer. In the year 2016 celebration wear for women, Mohey was launched. The label is backed by years of collective experience, values and passion. Handpicked Lehengas, Sarees, Suits and Gowns are now available at 50+ Mohey stores. Mohey is out to reach 5,00,000 sq. ft. of retail space across India and abroad by 2020. Whatever the occasion, culture or geography – now Mohey too, shall join the celebration.


Week 8 Quiz
Start Quiz 8
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Name the layers in an OSI Network Model
Name the layers in a TCP/IP Network Model
In the OSI Network Model, briefly describe what protocol each layer uses.
| Layer | Protocol and description |
|---|---|
| Application | HTTP is a common Application Layer protocol. Data transmitted on this layer will interact directly with applications. |
| Presentation | JPEG, GIF are examples of protocols at this layer. This is where the data gets translated into a presentable format. |
| Session | RPC (Remote Procedure Call): Includes protocols responsible for authentication and data continuity. May authroize a client with a server or re-establish a dropped connection. |
| Transport | TCP/UDP: These processes focus on data integrity and connectivity |
| Network | IP: Manages connections between remote networks, transferring packets across intermediary devices. |
| Data Link | Ethernet : Deals with connections directly from one machine's network interface to another. Frames targeting different MAC addresses are transferred here. This layer is primarily used by machines in local networks. |
| Physical | Wi-Fi (802.11) and DSL : Translate from raw electrical signals to bits and bytes of data. |
In the TCP/IP model, briefly describe the 4 layers
| Layer | Protocols and application |
|---|---|
| Application | HTTP, HTTPS, FTP, SMTP, etc. Includes protocols related to user user-facing data. |
| Transport | TCP and UDP. Focuses on connectivity between clients and servers. |
| Internet | IP. Where data is processed in packets, and where routing is handled with IP addresses. This layer focuses primarly on connecting separate networks together using the Internet Protocol (IP). |
| Link | Ethernet. This layer is the lower-level communication, concerned with getting data from one local network resource to another. |
What are some use cases for TCP protocol?
Anytime data integrity is important:
What are some use cases for the UDP protocol?
When performance is more important than quality:
What is a TLD?
Top level domain: The last part of the domain. e.g.: .com, .net, .org
What is a second-level domain
The more common name for the website. The full website address consists of the second-level domain (marylark) and a Top Level Domain (.com)
What does TCP stand for?
Transmission Control Protocol : Used when you want reliable connections such as web browsing, downloading files, fetching email, streaming music or videos.
What does UDP stand for:
User Datagram Protocol: Used when you don't mind a more unreliable connection, but real time interactivity is more important. Voice Over IP, Video Chat are examples of where you might use UDP
What is a MAC Address?
A hardware address assigned to every physical networking device on a network. They look like a series of Hexidecimal values like ea:de:36:d9:5a:b8; They are used to communicate on the local network ONLY.
Describe an IP address
An address assigned to a networking device. Usually assigned by an ISP or a router on a local network using DHCP. They are used to route connections across multiple networks. Example: IPV4: <IP_ADDRESS>
Describe a Port
Represents a TCP/UDP connection on an actual computer. Valid ports are in the range from 0 - 65535. Used by the operating system of a computer to route TCP connections to the right program running on a computer. These programs can be said to be "listening" on a port. No two programs are allowed to listen on the same port at once.
What are the default ports for web servers?
HTTP port 80, and HTTPS port 443.
What is a Network Hub?
A device which hooks multiple computers together over ethernet and blindly repeats ethernet packets to all the other devices on a local area network.
What is a network switch?
A device which intelligently hooks multiple computers together over ethernet and sends ethernet packets to the correct devices on a local area network based on MAC addresses.
What is a router?
A device which is responsible for routing IP packets BETWEEN Different networks.
What is an IP Address
The internet protocol address assigned to a particular networking device
What is a domain name?
A human readable name assigned to an IP address. Examples: google.com or appacademy.io.
What is DNS?
Domain Name System: A protocol (on UDP port 53) that allows our computer to talk to a DNS Server and resolve a Domain Name into an IP address. Example: google.com might resolve to <IP_ADDRESS>.
What is a DNS A Record?
This record directly maps a domain name to an IPv4 Address
What is a DNS AAAA record?
This directly maps a domain name to an IPv6 Address
What is a CNAME record?
This maps a domain name to another domain name. An alias, you might say.
What is an MX record?
This defines the mail server for a domain.
What is an NS record?
This defines the DNS Servers for a zone (domain)
What is an SOA?
Start of Authority: Defines which DNS Server is the authority for a zone (domain)
In the IP packet header, where do you discover whether this is an IPv4 or IPv6 packet?
In the version. This is a binary number. IPv4 = 0100; IPv6 = 0110. The version number is the 1st->4th bit in the packet
How many octets make up an IPv4 address?
4 octets: <IP_ADDRESS> for example
How is an IPv6 number made up?
Describe the rules for reformatting an IPv6 address
Describe an IPv6 header
The IPv6 header
Which version is this IP header?
IPv4 : Identified by the first 4 bits on the header, 0100 = 4. Also, this header has many additional fields included in it. IHL, DSCP, ECN, Total Length, Identification, Flags, Fragment Offset, Time To Live, Protocol, Header Checksum and Options. Notice the 3 fields that are the same between IPv4 and IPv6 headers: Version, Source IP Address and Destination IP Address
Identify which IP version this header is:
IPv6: Notice many fewer fields (8 vs 14), but has Version, Source IP Address and Destination IP Address in common
Which TCP/IP Layer does the IP Header reside?
The Internet Layer (IP)
In the OSI Model, which layer do Hubs, Switches and Routers exist at?
Is a linked list a graph?
Yes!
What is a Tree?
A tree is a graph that does not contain any cycles. Note the image below. Tree 4 is a graph in mathematics, but in
computer science it is not.
Define a binary tree
A binary tree is a tree where nodes have at most 2 children. Graphs 1, 2 and 3 are all binary trees shown
below.
Define the three binary tree depth-first searches (traversing the tree)
Determine the nodes to be searched in pre-order traversal, in the following graph:
Determine the nodes to be searched in in-order traversal, in the following graph:
Determine the nodes to be searched in post-order traversal in the following graph:
Write a recursive function to print a binary search tree inOrder
``
function inOrderPrint(root) {
if (!root) return;
inOrderPrint(root.left);
console.log(root.val);
inOrderPrint(root.right);
}
Write a recursive function to print a binary search tree in PostOrder
``
function postOrderPrint(root) {
if (!root) return;
postOrderPrint(root.left);
postOrderPrint(root.right);
console.log(root.val)
}
Write a recursive function to print a binary search tree in PreOrder
``
function inPreOrder(root) {
if (!root) return;
console.log(root.val);
inPreOrder(root.left);
inPreOrder(root.right);
}
Write a recursive function to perform a breadth-first search.
``
function printBreadthFirst(root) {
let queue = [];
queue.push(root);
while (queue.length) {
let currNode = queue.shift();
if (currNode.left) queue.push(currNode.left);
if (currNode.right) queue.push(currNode.right);
console.log(currNode.val);
}
}
Write a recursive function that returns an array in postOrder.
``
function postOrderArray(root) {
if (!root) return [];
return [
...postOrderArray(root.left),
...postOrderArray(root.right),
root.val
]
}
Write a function that returns an array in pre-order order.
``
function preOrderArray(root) {
if (!root) return [];
return [
root.val,
...preOrderArray[root.left],
...preOrderArray[root.right]
]
}
Write a function that returns an array inOrder order.
``
function inOrderArray(root){
if (!root) return [];
return [
...inOrderArray(root.left),
root.val,
...inOrderArray(root.right)
]
}
Write a function that adds a node to a binary search tree
``
function add(root, val) {
if (!root) //root is null
{
let newNode = new Node(val);
root = newNode;
}
if (val < root.val) {
if (root.left === null) {
let newNode = new Node(val);
root.left = newNode;
} else {
add(root.left, val);
}
else if (val > root.val) {
if (root.right === null) {
let newNode = new Node(val);
root.right = newNode;
} else {
add(root.right, val);
}
}
Write a function to search a binary search tree recursively for a value. If the value is found, return true. Otherwise return false.
``
function searchRecurse(root, val) {
if (!root) return false;
if(root.val < val) {
return searchRecurse(root.right, val);
} else if (root.val > val) {
return searchRecurse(root.left, val);
} else // (root.val === val) {
return true;
}
}
Write an iterative search for a binary tree, returning true or false if the value is found.
``
function searchIter(root, val) {
let currNode = root;
while (currNode) {
if (currNode.val < val) {
currNode = currNode.right;
} else if (currNode.val > val) {
currNode = currNode.left;
} else if (currNode.val === val) {
return true;
}
}
return false;
}
What are the two properties that make a Binary Tree a Binary Search Tree
Define a graph
A graph is a collection of nodes and any edges between those nodes.
Are linked lists a subclass of a graph?
Yes!
Are trees a subclass of graphs?
Yes!
Are binary search trees a subclass of graphs?
Yes!
Name two ways we can create a graph
Write a breadthFirstSearch for a graph, iteratively.
``
let graph = {
'q': ['r'],
'r': ['q'],
's': ['t'],
't': ['s', 'u', 'v'],
'u': ['t', 'v'],
'v': ['u', 't'],
'w': []
};
function breadthFirstSearch(graph, startingNode, targetVal) {
let queue = [ startingNode ];
let visited = new Set();
while(queue.length) {
let node = queue.shift();
if (visited.has(node)) continue;
visited.add(node);
if (node === targetVal) return true;
queue.push(...graph[node]);
}
return false;
}
breadthFirstSearch(graph, graph['t'], 'q'); //returns true;
breadthFirstSearch(graph, graph['q'], 'c'); //returns false;
Write a depth-first Search on the adjacency list graph.
Note with the following: If your graph has disjointed subgraphs - in that there is no way to move from one
subgraph to another, your starting node is ONLY the subgraph you want to search through. Also note, this
algorithm only works on graphs with NO cycles. We won't be tested on searching through a cycle for depth-first,
so set that topic aside. Also note, mathematicians consider cycles as a graph. Computer scientists do not.
``
const depthFirst = (graph, node, targetVal, visited = new Set()) => {
if (node === targetVal) return true;
visited.add(node);
for (let neighbor of graph[node]) {
if (visited.has(neighbor)) continue;
if (depthFirst(graph, neighbor, targetVal, visited)) {
return true;
}
}
return false;
};
Name the steps for whiteboarding.


{% extends 'emails/base.html' %} {% block content %}
We heard that you lost your password. Sorry about that!
But don’t worry! You can use the following button to reset your password:
Reset your passwordIf you don’t use this link within 5 minutes, it will expire. To get a new password reset link, visit: {% url 'users:password-reset' %}
Thanks, The Auth App team
{% endblock %}


Bandiagara was like countless other small, dusty West African towns I had travelled through – women stacked vegetables in neat pyramids at road-side shacks plastered with cell phone adverts, while motorbike drivers sat idly chatting, waiting for business.
But a short distance to the east of this modern Malian reality lay one of the continent’s most intriguing ancient cultures, etched into the Bandiagara Escarpment.
Along this cliff face – 150km long and 500m high – the Dogon people established their villages 1,000 years ago, hidden within the sandstone to defend themselves against volatile intruders.
This enigmatic landscape, its people and their culture, which has endured throughout the centuries, had historically attracted a steady stream of tourists on their way to and from the famous mud mosque of Djenne and the legendary town of Timbuktu in the north of the country.
But recent kidnappings throughout Mali have slowed this stream to a trickle and the local people are feeling the impact.
I arrived in Bandiagara from the capital of Burkina Faso, Ouagadougou, a journey that had taken over 12 hours aboard two dusty, rickety overcrowded buses.
On my first night in Mali, I fell asleep on a rooftop mattress while the sounds of kora, the haunting traditional calabash harp, swept around me from the courtyard below.
The following morning my guide, Ibrahim, arrived, armed with a bag of kola nuts. This caffeine-rich stimulant is a crucial part of all Malian socio-cultural activities. Armed with a healthy supply, my presence in the villages of Dogon Country would hopefully be welcomed enthusiastically.
We loaded onto Ibrahim’s old motorbike and sped out of town along dusty, dry scrub flanked roads. A soft haze of eroded soil blanketed the landscape as the escarpment slowly came into view – a wide strip of cliffs, lodged between a strikingly flat plateau at its top. From a distance, its sandstone façade looked pockmarked with small indentations, but as we drove closer they came into view as the dwellings of the Dogon people.
Mud huts lined the road as we arrived at a village, animated with the activity of the weekly market. Women draped in vibrant African print dresses and headscarves sold fruit, vegetables, stews, and sweets, while bare-bottomed children ran between their feet and donkeys bellowed loudly. The dry surrounding landscape betrayed such an abundance of produce.
We ascended the cliff face along a path that switchbacked through abandoned mud huts. Socio-economic pressures and environmental degradation have forced the Dogon to gradually descend from the steep escarpments to the plains below where their cultural traditions are being challenged by the threat of modernity.
Ibrahim explained the architectural significance of each building. Togu-na are long open-air structures with an elevated platform where men traditionally sat to discuss business; gin’na are large, windowless family houses constructed over two levels and decorated with sculptured motifs. The distinctive totemic structures are known as binu.
I sat on a rock jutting out from the cliff face with the escarpment curving around to my right and the village sprawled out below.
This defensive shelter had, for some time, provided a natural refuge against formidable invaders, but what the Dogon are facing now – desertification and rebel activity – is bringing widespread poverty to the region. I asked Ibrahim what he wanted for the Dogon people.
“I want peace. I don’t want people to only think of war, kidnappings and terror when they think of Mali.”


| Beer Image | Name | Description | Price |
|---|---|---|---|
| Corona Extra 330ml | Very nice beer, too long Description | $1.90 | |
| Stella Artois 330ml | Very nice beer, too long Description | $1.90 | |
| Corola 330ml | Very nice beer, too long Description | $1.90 | |
| Haineken 330ml | Very nice beer, too long Description | $1.90 |


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Code Connect 2021
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VMware {code} connect is a two day, virtual, and 100% live event meant to bring together the VMware {code} community to learn, code, and connect with one another.
To keep our community safe during the global COVID-19 pandemic. After running Code Connect virtually last year, we’re applying everything we’ve learned to make this year's VMware {code} Connect an exciting and engaging virtual experience.
IT practioner looking to learn more about DevOps? Developer curious to see what VMware has been working on? Student trying to gain more industry knowledge? First time coder? All are welcome at our conference! Code Connect is meant to be an experience where anyone at any level can participate and still walk away having learnt something new. And best of all- it's FREE!
Register on our website and check out the course catalog on https://www.vmworld.com/en/index.html to learn more about this year's keynotes and sessions. Choose the right track and sessions for you, from beginner to intermediate. Apply your new skills by signing up for the Hackathon and creating a team with your friends or request to be added to a random group to mingle with the community!
Yes! ALL sessions will be live streamed, however, they will be available for watching on demand later!
Please register via the "Home" page and vmworld.com
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Sessions will begin at their scheduled start times in their tracks. Keep the livestream running while you work, or build a personalized agenda by setting individual calendar reminders for the sessions that interest you most. While watching sessions, you’ll be able to join the conversation and ask questions live via Zoom chat.
Every session will be recorded and made available for on demand viewing soon after it ends! Catch up by clicking on past session titles in the schedule once they’re uploaded.


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Before Change
split_names_of_interest = self.get_split_names_of_interest_for_internal_genome(entry)
contigs_db = dbops.ContigsDatabase(entry["contigs_db_path"])
genome_hash = hashlib.sha224("_".join(["".join(split_names_of_interest), contigs_db.meta["contigs_db_hash"]]).encode("utf-8")).hexdigest()[0:12]
contigs_db.disconnect()
return genome_hash
After Change
"It is most likely you unintentionally listed the same information for different genome names. If you would like "
"to double check, genome %s and genome %s seem to have the same hash. "
"If you are certain these genomes represent two different genomes, please re-run the program, and if they appear "
"again please let the developers know about the problem." % (self.genome_hash_to_genome_name[genome_hash], entry["name"]))
return genome_hash


After the gradient drops momentarily in Huez village, the mountain cranks up the pain again with five bends remaining. Riders can find themselves entering the red zone here, 10km in, as the gradient returns to around 10%.


{% extends "base.html" %}
{%block title %}Write a review {% endblock %}
{% block content %}
{# Review form #}
This will contain a form to fill in a review.
The app should have been already selected.
The form will just be to select the effectiveness, usability,
and type in the review.
{# Summary review of app #}
{% endblock %}


Reviews:
{% for review in reviews %} By: {{review[1]}}
Rating: {{review[2]}}
Review: {{review[0]}}
{% endfor %}
{% if username %} Add review
Review:
Rating:
{% else %} Please
login
to add a review. {% endif %}


SCARY MOVIE 2 Directed by Keenen Ivory Wayans With Shawn & Marlon Wayans, Anna Faris De Vargas R 99 min.
It must be said of Scary Movie 2 that it is a very fluid movie. Pretty much every fluid that can emerge from the human body does emerge from the human body, in living color and copious, screen-filling quantities. There is solid waste as well, and of course the indispensable gaseous emissions without which no contemporary American comedy worthy of the name would dream of being seen or heard.
In short, Scary Movie 2 has pretty much everything that its chart-busting antecedent Scary Movie had except an original idea. It has the same cast, more or less, including those wacky eternal college kids Shawn Wayans (30), Marlon Wayans (29), and Tori Spelling (28), and including a lot of characters who were killed in the original. It has the same pacing, the same quality of jokes, the same striving tastelessness.
2 opens in a place called Hell House with an Exorcist take-off, which offers one of the few mildly amusing moments in the picture: a group of middle-aged white people gathered around a piano singing a rap hit. But before we leave Hell House we are treated to dueling vomit, and the sight of James Woods (in the role of the Exorcist) straining and performing at top volume on the toilet. It could have been worse. The role was originally intended for Marlon Brando.
We move from there to One Year Later , and pick things up with our heroine Cindy (Anna Faris) now in college. Evil Professor Oldman (Tim Curry) and his wheelchair-bound sidekick Dwight (David Cross) have hatched a nefarious research project that involves getting the stupidest undergraduates on campus to spend the weekend at a haunted house, the same Hell House where the opening Exorcist stuff took place, now presided over by Hanson (Chris Elliot), a butler with a deformed hand and mind. This serves as a vehicle for a rapid-fire burst of parodies of haunted house movies, but Wayans and his team of seven, count em, writers never heard of a joke that didn t involve bodily functions, so if you were looking for wit with your haunted house mystery spoof, rent the 1976 Neil Simon movie Murder by Death.
Much hilarity is wrung from Hanson's deformed hand, and from Dwight's wheelchair, and from Tori Spelling performing ghostly fellatio, and from a sexually aggressive talking parrot, and from the heroine using the black cat's kitty litter box. A reasonable definition of what is funny might be something that makes you laugh, and at the showing I attended, which was also attended by a lot of small children, there was the occasional ripple of laughter. The original Scary Movie was the largest-grossing R-rated movie in history, so there is undoubtedly an audience for this one too. But if you are literate enough to be reading a newspaper, it probably isn't you.
========== X-RAMR-ID: 28714 X-RT-AuthorID: 2779 X-RT-TitleID: 1108748
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{% extends "base.html" %} {% block content %} {% if form.errors %}
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FAST TIMES AT RIDGEMONT HIGH (1982)
What, you ask, is this movie of movies? This one which you've heard about? It's an eighties thing, with not much appeal for the modern troupe because its slower paced, less funny, than what you might see today. But, like a lot of eighties movies, it holds its own merit. This adaptation of the book by Cameron Crowe (don't know who he is? I'll give you a hint.  That's right, the maker of Jerry Maguire and Singles) is a coming-of-age drama about a young girl making the choice all of us make, sex or a relationship.
Sure, we tell ourselves that both can exist, and they can, but there is the line that she draws: if she wants to sleep around or if she wants to have something to hold onto. And the movie, in a nutshell, is about that. It follows her and her friends during their last year in High School in the small town of Ridgemont. Where each one of them ends up with their troubles, ranging from no girlfriend to an abortion to adultery. It sounds serious, right?
That's not quite on target.
The movie has its serious moments, but it has its funny moments too: from two girls practicing blow jobs on a carat at a lunch table to a guy cruising for chicks dressed in a pirate cap. The movie is sublimely funny. And interesting. It's very sad, in my mind, that those things are so rarely seen in the 90's.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
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The user will be made to follow a series of psychologically-tested and scientific steps based on the stress signals.
LEARN MOREOur aim is to reduce your stress levels by giving you psychologically-tested solutions. This will surely increase the quality of your life.
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JS Wait Until - Callback Version
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This version does not support late binding.


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---
layout: post
authors: ["Greg Wilson"]
title: "Interim Board Meeting: Sep 16, 2014"
date: 2014-09-16
time: "19:30:00"
tags: ["Governance"]
---
Software Carpentry Foundation Interim Board Meeting: Sep 16, 2014
Attending
- NCH: Neil Chue Hong (Software Sustainability Institute) - chair
- GW: Greg Wilson (Software Carpentry)
- JB: Jenny Bryan (Univ of British Columbia)
- CG: Carole Goble (U. Manchester)
- KH: Katy Huff (UC Berkeley)
- DI: Damien Irving (University of Melbourne / Research Platforms)
- AS: Adam Stone (Berkeley Lab)
- KT: Kaitlin Thaney (Mozilla Science Lab)
- TT: Tracy Teal (Michigan State / Data Carpentry)
- DA: David Ascher (Mozilla) - nonvoting
- JG: Josh Greenberg (Sloan Foundation) - nonvoting
Actions
- CG: speak with Force11 about how they had overcome issues to do with staffing / taking in money from other countries?
- DA: elaborate on Eclipse Foundation board structure
- GW + TT + JG: create a budget for ongoing operations [revised: was originally KH instead of TT]
- KT: set up spreadsheet to track current budget/resourcing
- NCH + GW + KH to draft press release and circulate for comments [revised: was originally TT instead of KH]
- TT + JB: set up repository for tracking grant opportunities and grants submitted
- Board: circulate proposals for announcement dates (with rationales) by email before Sept 30 meeting so we can vote
- Board: vote on Sept 30 on (a) wording of press release and (b) announcement date
- Board: send questions about NumFOCUS to GW by Monday Sept 22
- e.g., can NumFOCUS be an employer for tax/insurance purposes, or would people be independent contractors paid by NumFOCUS?
- Board: propose alternatives to 501(c)3 status to mailing list by Wed Sept 24 for discussion
- Board: circulate proposals for handling funding streams (especially out-of-US contributions) to mailing list for discussion on Sept 30
- Board: contribute to KT spreadsheet
- Board: send material to TT for grant repository (past, present, and future)
Summary


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May 2017
| # | Topic | Newspaper | Date |
|---|---|---|---|
| 1 | HRH Prince Khaled Al Faisal - Art Gallery in Jeddah | Riyadh Newspaper | 5th May 2017 |
| Makkah Newspaper | 7th May 2017 | ||
| Sabq Newspaper | 8th May 2017 | ||
| Okaz Newspaper | 5th May 2017 | ||
| Saudi Press Agency | 5th May 2017 | ||
| Almowaten | 4th May 2017 | ||
| Alyoum Newspaper | 5th May 2017 | ||
| (Almnatiq) Electronic Newspaper | 5th May 2017 | ||
| 2 | First Annual Corporate Governance Conference | Riyadh Newspaper | 22nd May 2017 |
| Argaam | 18th May 2017 | ||
| Alwatan Newspaper | 17th May 2017 | ||
| Saudi Press Agency | 18th May 2017 | ||
| Saudi Press Agency | 16th May 2017 |
April 2017
| # | Topic | Newspaper | Date |
|---|---|---|---|
| 1 | Graduation 2017 | Alriyadh Newspaper | 25th April 2017 |
| Saudi Press Agency Online News | 24th April 2017 | ||
| Almowaten Online News | 24th April 2017 | ||
| Makkah Newspaper | 24th April 2017 | ||
| Okaz Newspaper | 25th April 2017 | ||
| Alwatan Newspaper | 24th April 2017 | ||
| Arabyoum Online News | 24th April 2017 | ||
| Albayan Online News | 25th April 2017 | ||
| Bwabtk Online News | 24th April 2017 | ||
| Sabq Online News | 25th April 2017 | ||
| Saudinews..com | 25th April 2017 | ||
| inewsarabia.com | 25th April 2017 | ||
| Saudiied.com | 25th April 2017 | ||
| Riyadh Newspaper | 27th April 2017 | ||
| Riyadh Newspaper | 25th April 2017 | ||
| Riyadh Newspaper | 26th April 2017 | ||
| Okaz Newspaper | 29th April 2017 | ||
| AlMarsad | 26th April 2017 | ||
| Al-Jazirah Newspaper | 27th April 2017 | ||
| Saudi Press Agency | 27th April 2017 | ||
| Almowaten | 26th April 2017 | ||
| Albiladdaily | 27th April 2017 | ||
| Saudi Press Agency | 28th April 2017 | ||
| Almnatiq.net | 28th April 2017 | ||
| Riyadh Newspaper | 28th April 2017 | ||
| Riyadh Newspaper | 29th April 2017 | ||
| Almowaten.net | 28th April 2017 | ||
| Almowaten.net | 27th April 2017 | ||
| Kolalwatan | 24th April 2017 | ||
| Biicon.net | 25th April 2017 | ||
| Al-Jazirah Online | 24th April 2017 | ||
| Lotus News | 25th April 2017 | ||
| Alufuq News | 25th April 2017 | ||
| Al-Madina Newspaper | 26th April 2017 | ||
| Riyadh Newspaper | 28th April 2017 | ||
| 2 | Alfaisal - Art Gallery 6th Arpil | Alriyadh Newspaper | 2nd April 2017 |
| 2nd April 2017 | |||
| Almowaten Online News | 2nd April 2017 | ||
| Almadaen Online News | 2nd April 2017 | ||
| Daralakhbar Online News | 2nd April 2017 | ||
| Noon Online Newspaper | 2nd April 2017 | ||
| 123 Online News | 2nd April 2017 | ||
| Fajar News | 2nd April 2017 | ||
| Al Sharq Newspaper | 7th April 2017 | ||
| 3jil.net | 7th April 2017 | ||
| Suhf.net | 2nd April 2017 | ||
| Masr 24 | 6th April 2017 | ||
| slaati.com | 2nd April 2017 | ||
| hiamag.com | 4th April 2017 | ||
| Al-Madina Newspaper | 6t April 2017 | ||
| Okaz Newspaper Okaz Newspaper |
6th April 2017 17th April 2017 |
||
| Albilad Newspaper | 6th April 2017 | ||
| Makkah Newspaper | 6th April 2017 | ||
| Sauress Online | 6th April 2017 | ||
| Freepen.com | 4th April 2017 | ||
| Saudi Press Agency (SPA) | 9th April 2017 | ||
| Al-Madina Newspaper | 7th April 2017 | ||
| Saudi Gazette | 6th April 2017 | ||
| Riyadh Newspaper Riyadh Newspaper |
6th April 2017 6th April 2017 |
||
| Okaz Newspaper | 7th April 2017 | ||
| Inma Online | 6th April 2017 | ||
| Aljazirah Newspaper | 6th April 2017 | ||
| Sayidy.net | 6th April 2017 | ||
| Ariyadh Newspaper | 3rd April 2017 | ||
| Alyoum Newspaper | 6th April 2017 | ||
| Almadaen Newspaper | 16th April 2017 | ||
| Albilad Daily | 6th April 2017 | ||
| Alwatan Newspaper | 3rd April 2017 | ||
| Al-Jazirah Newspaper | 8th April 2017 | ||
| Al-Hayat Newspaper | 17th April 2017 | ||
| Aawsat Nespaper | 7th April 2017 | ||
| Arts-news.org | 7th April 2017 | ||
| Al-Balad News | 7th April 2017 | ||
| Makkah News | 25th March 2017 | ||
| Riyadhkey.com | 3rd April 2017 | ||
| Elfagr.org | 6th April 2017 | ||
| Alapn.com | 6th April 2017 | ||
| Masr24 | 6th April 2017 | ||
| 3 | Vision Club at Alfaisal University | Alwatan Newspaper | 19th April 2017 |
| Press Reader | 19th April 2017 | ||
| Saudied | 19th April 2017 | ||
| Saudi Arabia Daily News | 19th April 2017 |
March 2017
| # | Topic | Newspaper | Date |
|---|---|---|---|
| 1 | Career Expo 2017 | ||
| 2nd March 2017 | |||
| 2nd March 2017 | |||
| 2nd March 2017 |
|||
| Okaz Newspaper | 2nd March 2017 | ||
| Tawasul | 2nd March 2017 | ||
| Sabq Online Newspaper | 2nd March 2017 | ||
| Saudi Press Agency | 28th Feb 2017 | ||
| 2nd March 2017 | |||
| Sayyidaty, Rotana Khalijiah | 2nd March 2017 | ||
| 2nd March 2017 | |||
| 2nd March 2017 | |||
| 2nd March 2017 |


Uses of Package
Funds.DataObjects
-
Packages that use Funds.DataObjects Package Description Funds The .java and .fxml files relating to the primary Graphical User Interface for this application.Funds.DataObjects The actual Java bean style data organizing classes for this projectFunds.Dialogs In an attempt to minimize clutter that typically comes along with GUI's on accounting software most user interaction is handled via dialog boxes and this package holds all of the .java controllers and .fxml GUI's in an attempt to keep this mess of files somewhat organized.Funds.Tools.BookExport At times it is necessary to send data from a program elsewhere for processing, this object allows data to exported in the four most common formats for transferring and handling data: XML, JSON, CSV, SQL.Funds.Tools.Budgeting.RevenueSplitter Revenue often comes in as one lump sum but needs distributed to a number of accounts this tool performs the calculations when these distributions are percentage basedFunds.Tools.GeneralLedger By the nature of accounting software it may remain in use for quite some time, which means that the list of transactions being tracked can grow quite extensive, this tool provides filter and view options for sorting through the list of transactions recorded in the book. -
Classes in Funds.DataObjects used by Funds Class Description Account The Account class will be the primary working tool for organizing the transactions in terms of money coming in or money going out using the standard accounting practice of double-entry method.Book A Book is the main organizer object for this whole software application, transactions will be collected into Accounts, and the Book is a collection of accounts with measures taken to assure it is balanced, and the Book object is what will be saved/opened/worked-with by users for ongoing concerns in accounting.Book.AccountController All of the dialogs keep a reference to the current Book object, but not the primary GUI controller, so this interface assures there is a way to call the methods on the primary GUI from any dialog -
Classes in Funds.DataObjects used by Funds.DataObjects Class Description Account The Account class will be the primary working tool for organizing the transactions in terms of money coming in or money going out using the standard accounting practice of double-entry method.AccountCategory A identifiable list of accounts of the same primary type so that the Book object has a way to grab only the accounts in a certain category as organized on the balance sheet appearance of the main GUIBook A Book is the main organizer object for this whole software application, transactions will be collected into Accounts, and the Book is a collection of accounts with measures taken to assure it is balanced, and the Book object is what will be saved/opened/worked-with by users for ongoing concerns in accounting.Book.AccountController All of the dialogs keep a reference to the current Book object, but not the primary GUI controller, so this interface assures there is a way to call the methods on the primary GUI from any dialogTransaction An Transaction is the basic building block of the whole thing, it is a collection of datafields representing a single real-world monetary transaction. -
Classes in Funds.DataObjects used by Funds.Dialogs Class Description Account The Account class will be the primary working tool for organizing the transactions in terms of money coming in or money going out using the standard accounting practice of double-entry method.AccountCategory A identifiable list of accounts of the same primary type so that the Book object has a way to grab only the accounts in a certain category as organized on the balance sheet appearance of the main GUIBook A Book is the main organizer object for this whole software application, transactions will be collected into Accounts, and the Book is a collection of accounts with measures taken to assure it is balanced, and the Book object is what will be saved/opened/worked-with by users for ongoing concerns in accounting.Transaction An Transaction is the basic building block of the whole thing, it is a collection of datafields representing a single real-world monetary transaction. -
Classes in Funds.DataObjects used by Funds.Tools.BookExport Class Description Account The Account class will be the primary working tool for organizing the transactions in terms of money coming in or money going out using the standard accounting practice of double-entry method.Book A Book is the main organizer object for this whole software application, transactions will be collected into Accounts, and the Book is a collection of accounts with measures taken to assure it is balanced, and the Book object is what will be saved/opened/worked-with by users for ongoing concerns in accounting.Transaction An Transaction is the basic building block of the whole thing, it is a collection of datafields representing a single real-world monetary transaction. -
Classes in Funds.DataObjects used by Funds.Tools.Budgeting.RevenueSplitter Class Description Account The Account class will be the primary working tool for organizing the transactions in terms of money coming in or money going out using the standard accounting practice of double-entry method.Book A Book is the main organizer object for this whole software application, transactions will be collected into Accounts, and the Book is a collection of accounts with measures taken to assure it is balanced, and the Book object is what will be saved/opened/worked-with by users for ongoing concerns in accounting. -
Classes in Funds.DataObjects used by Funds.Tools.GeneralLedger Class Description Account The Account class will be the primary working tool for organizing the transactions in terms of money coming in or money going out using the standard accounting practice of double-entry method.Book A Book is the main organizer object for this whole software application, transactions will be collected into Accounts, and the Book is a collection of accounts with measures taken to assure it is balanced, and the Book object is what will be saved/opened/worked-with by users for ongoing concerns in accounting.Transaction An Transaction is the basic building block of the whole thing, it is a collection of datafields representing a single real-world monetary transaction.


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