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| Logo/Image | -Name | - -
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- Mesh Toolkit | -
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- Dynamo Unfold | -
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- Rhynamo | -
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- Optimo | -
| Logo/Image | +Name | + +
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+ Mesh Toolkit | +
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+ Dynamo Unfold | +
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+ Rhynamo | +
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+ Optimo | +
Returns number of items in the specified list.| -||**Flatten**
Returns the flattened 1D list of the multidimensional input list.| -||**Map**
Maps a value into an input range| - -Core --- - -####Core.Color -|||| -|--|--|--| -||CREATE|| -||**Color.ByARGB**
Construct a color by alpha, red, green, and blue components.| -||**Color Range**
Get a color from a color gradient between a start color and an end color.| -||ACTIONS|| -||**Color.Brightness**
Gets the brightness value for this color.| -||**Color.Components**
Lists the components for the color in the order: alpha, red, green, blue.| -||**Color.Saturation**
Gets the saturation value for this color| -||**Color.Hue**
Gets the hue value for this color.| -||QUERY|| -||**Color.Alpha**
Find the alpha component of a color, 0 to 255.| -||**Color.Blue**
Find the blue component of a color, 0 to 255.| -||**Color.Green**
Find the green component of a color, 0 to 255.| -||**Color.Red**
Find the red component of a color, 0 to 255.| - -####Core.Display -|||| -|--|--|--| -||CREATE|| -||**Display.ByGeometryColor**
Displays geometry using a color.| - -####Core.Input -|||| -|--|--|--| -||ACTIONS|| -||**Boolean**
Selection between a true and false.| -||**Code Block**
Allows for DesignScript code to be authored directly.| -||**Directory Path**
Allows you to select a directory on the system to get its path| -||**File Path**
Allows you to select a file on the system to get its filename.| -||**Integer Slider**
A slider that produces integer values.| -||**Number**
Creates a number.| -||**Number Slider**
A slider that produces numeric values.| -||**String**
Creates a string.| - -####Core.List -|||| -|--|--|--| -||CREATE|| -||**List.Create**
Makes a new list out of the given inputs.| -||**List.Combine**
Applies a combinator to each element in two sequences| -||**Number Range**
Creates a sequence of numbers in the specified range.| -||**Number Sequence**
Creates a sequence of numbers.| -||ACTIONS|| -||**List.Chop**
Chop a list into a set of lists each containing the given amount of items.| -||**List.Count**
Gets the number of items stored in the given list.| -||**List.Flatten**
Flattens a nested list of lists by a certain amount.| -||**List.FilterByBoolMask**
Filters a sequence by looking up corresponding indices in a separate list of booleans.| -||**List.GetItemAtIndex**
Gets an item from the given list that's located at the specified index.| -||**List.Map**
Applies a function over all elements of a list, generating a new list from the results| -||**List.Reverse**
Creates a new list containing the items of the given list but in reverse order| -||**List.ReplaceItemAtIndex**
Replace an item from the given list that's located at the specified index| -||**List.ShiftIndices**
Shifts indices in the list to the right by the given amount| -||**List.TakeEveryNthItem**
Fetches items from the given list at indices that are multiples of the given value, after the given offset.| -||**List.Transpose**
Swaps rows and columns in a list of lists. If there are some rows that are shorter than others, null values are inserted as place holders in the resultant array such that it is always rectangular| - -####Core.Logic -|||| -|--|--|--| -||ACTIONS|| -||**If**
Conditional statement. Checks the boolean value of the test input. If the test input is true, the result outputs the true input, otherwise the result outputs the false input.| - - - -####Core.Math -|||| -|--|--|--| -||ACTIONS|| -||**Math.Cos**
Fines the cosine of an angle.| -||**Math.DegreesToRadians**
Converts an angle in degrees to an angle in radians.| -||**Math.Pow**
Raises a number to the specified power.| -||**Math.RadiansToDegrees**
Converts an angle in radians to an angle in degrees.| -||**Math.RemapRange**
Adjusts the range of a list of numbers while preserving the distribution ratio.| -||**Math.Sin**
Finds the sine of an angle.| - - - -####Core.Object -|||| -|--|--|--| -||ACTIONS|| -||**Object.IsNull**
Determines if the given object is null.| - -####Core.Scripting -|||| -|--|--|--| -||ACTIONS|| -||**Formula**
Evaluates mathematical formulas. Uses NCalc for evaluation. See http://ncalc.codeplex.com | - -####Core.String -|||| -|--|--|--| -||ACTIONS|| -||**String.Concat**
Concatenates multiple strings into a single string.| -||**String.Contains**
Determines if the given string contains the given substring.| -||**String.Join**
Concatenates multiple strings into a single string, inserting the given separator between each joined string.| -||**String.Split**
Divides a single string into a list of strings, with divisions determined by the given separater strings.| -||**String.ToNumber**
Converts a string to an integer or a double.| - - -####Core.View -|||| -|--|--|--| -||ACTIONS|| -||**View.Watch**
Visualize the output of node.| -||**View.Watch 3D**
Shows a dynamic preview of geometry.| - -Geometry --- - -####Geometry.Circle -|||| -|--|--|--| -||CREATE|| -||**Circle.ByCenterPointRadius**
Creates a Circle with input center Point and radius in the world XY plane, with world Z as normal.| -||**Circle.ByPlaneRadius**
Create a Circle centered at the input Plane origin (root), lying in the input Plane, with given radius.| - -####Geometry.CoordinateSystem -|||| -|--|--|--| -||CREATE|| -||**CoordinateSystem.ByOrigin**
Create a CoordinateSystem with origin at input Point, with X and Y Axes set as WCS X and Y axes| -||**CoordinateSystem.ByCyclindricalCoordinates**
Creates a CoordinateSystem at the specified cylindrical coordinate parameters with respet to the specified coordinate system| - - -####Geometry.Cuboid -|||| -|--|--|--| -||CREATE|| -||**Cuboid.ByLengths** (origin)
Create a Cuboid centered at input Point, with specified width, length, and height.| - - -####Geometry.Curve -|||| -|--|--|--| -||ACTIONS|| -||**Curve.Extrude** (distance)
Extrudes a Curve in the normal Vector direction.| -||**Curve.PointAtParameter**
Get a Point on the Curve at a specified parameter between StartParameter() and EndParameter().| - -####Geometry.Geometry -|||| -|--|--|--| -||ACTIONS|| -||**Geometry.DistanceTo**
Obtain the distance from this Geometry to another.| -||**Geometry.Explode**
Separates compound or non-separated elements into their component parts| -||**Geometry.ImportFromSAT**
List of imported geometries| -||**Geometry.Rotate** (basePlane)
Rotates an object around the Plane origin and normal by a specified degree.| -||**Geometry.Translate**
Translates any geometry type by the given distance in the given direction.| - -####Geometry.Line -|||| -|--|--|--| -||CREATE|| -||**Line.ByBestFitThroughPoints**
Creates a Line best approximating a scatter plot of Points.| -||**Line.ByStartPointDirectionLength**
Create a straight Line starting at Point, extending in Vector direction by specified length.| -||**Line.ByStartPointEndPoint**
Creates a straight Line between two input Points.| -||**Line.ByTangency**
Create a Line tangent to the input Curve, positioned at the parameter Point of the input Curve.| -||QUERY|| -||**Line.Direction**
The direction of the Curve.| - -####Geometry.NurbsCurve -|||| -|--|--|--| -||Create|| -||**NurbsCurve.ByControlPoints**
Create a BSplineCurve by using explicit control points.| -||**NurbsCurve.ByPoints**
Create a BSplineCurve by interpolating between points|qcomm - -####Geometry.NurbsSurface -|||| -|--|--|--| -||Create|| -||**NurbsSurface.ByControlPoints**
Create a NurbsSurface by using explicit control Points with specified U and V degrees.| -||**NurbsSurface.ByPoints**
Creates a NurbsSurface with specified interpolated points and U and V degrees. The resultant surface will pass through all of the points.| - -####Geometry.Plane -|||| -|--|--|--| -||CREATE|| -||**Plane.ByOriginNormal**
Create a Plane centered at root Point, with input normal Vector.| -||**Plane.XY**
Creates a plane in the world XY| - -####Geometry.Point -|||| -|--|--|--| -||CREATE|| -||**Point.ByCartesianCoordinates**
Form a Point in th egiven coordinate system with 3 cartesian coordinates| -||**Point.ByCoordinates** (2d)
Form a Point in the XY plane given two 2 Cartesian coordinates. The Z component is 0.| -||**Point.ByCoordinates** (3d)
Form a Point given 3 Cartesian coordinates.| -||**Point.Origin**
Get the Origin point (0,0,0)| -||ACTIONS|| -||**Point.Add**
Add a vector to a point. The same as Translate (Vector).| -||QUERY|| -||**Point.X**
Get the X component of a point| -||**Point.Y**
Get the Y component of a point| -||**Point.Z**
Get the Z component of a point| - - -####Geometry.Polycurve -|||| -|--|--|--| -||CREATE|| -||**Polycurve.ByPoints**
Make PolyCurve from sequence of lines connecting points. For closed curve last point should be in the same location as the start point.| - -####Geometry.Rectangle -|||| -|--|--|--| -||CREATE|| -||**Rectangle.ByWidthLength** (Plane)
Create a Rectangle centered at input Plane root, with input width (Plane X axis length) and (Plane Y axis length).| - -####Geometry.Sphere -|||| -|--|--|--| -||CREATE|| -||**Sphere.ByCenterPointRadius**
Create a Solid Sphere centered at the input Point, with given radius.| - -####Geometry.Surface -|||| -|--|--|--| -||CREATE|| -||**Surface.ByLoft**
Create a Surface by lofting between input cross section Curves| -||**Surface.ByPatch**
Create a Surface by filling in the interior of a closed boundary defined by input Curves.| -||ACTIONS|| -||**Surface.Offset**
Offset Surface in direction of Surface normal by specified distance| -||**Surface.PointAtParameter**
Return the Point at a specified U and V parameters.| -||**Surface.Thicken**
Thicken Surface into a Solid, extruding in the direction of Surface normals on both sides of the Surface.| - -####Geometry.UV -|||| -|--|--|--| -||CREATE|| -||**UV.ByCoordinates**
Create a UV from two doubles.| - -####Geometry.Vector -|||| -|--|--|--| -||CREATE|| -||**Vector.ByCoordinates**
Form a Vector by 3 Euclidean coordinates| -||**Vector.XAxis**
Gets the canonical X axis Vector (1,0,0)| -||**Vector.YAxis**
Gets the canonical Y axis Vector (0,1,0)| -||**Vector.ZAxis**
Gets the canonical Z axis Vector (0,0,1)| -||ACTIONS|| -||**Vector.Normalized**
Get the normalized version of a vector| - - - -Operators --- -|||| -|--|--|--| -||**+**
Addition| -||**-**
Subtraction| -||**\***
Multiplication| -||**/**
Division| -||**%**
Modular Division finds the remainder of the first input after dividing by the second input| -||**<**
Less Than| -||**>**
Greater Than| -||**==**
Equality tests for equality between two values.| + + + + +# INDEX OF NODES + +##### This index provides additional information on all the nodes used in this primer, as well as other components you might find useful. This is just an introduction to some of the 500 nodes available in Dynamo. + + + +Bulitin Functions +-- + +|||| +|--|--|--| +||**Count**
Returns number of items in the specified list.| +||**Flatten**
Returns the flattened 1D list of the multidimensional input list.| +||**Map**
Maps a value into an input range| + +Core +-- + +####Core.Color +|||| +|--|--|--| +||CREATE|| +||**Color.ByARGB**
Construct a color by alpha, red, green, and blue components.| +||**Color Range**
Get a color from a color gradient between a start color and an end color.| +||ACTIONS|| +||**Color.Brightness**
Gets the brightness value for this color.| +||**Color.Components**
Lists the components for the color in the order: alpha, red, green, blue.| +||**Color.Saturation**
Gets the saturation value for this color| +||**Color.Hue**
Gets the hue value for this color.| +||QUERY|| +||**Color.Alpha**
Find the alpha component of a color, 0 to 255.| +||**Color.Blue**
Find the blue component of a color, 0 to 255.| +||**Color.Green**
Find the green component of a color, 0 to 255.| +||**Color.Red**
Find the red component of a color, 0 to 255.| + +####Core.Display +|||| +|--|--|--| +||CREATE|| +||**Display.ByGeometryColor**
Displays geometry using a color.| + +####Core.Input +|||| +|--|--|--| +||ACTIONS|| +||**Boolean**
Selection between a true and false.| +||**Code Block**
Allows for DesignScript code to be authored directly.| +||**Directory Path**
Allows you to select a directory on the system to get its path| +||**File Path**
Allows you to select a file on the system to get its filename.| +||**Integer Slider**
A slider that produces integer values.| +||**Number**
Creates a number.| +||**Number Slider**
A slider that produces numeric values.| +||**String**
Creates a string.| + +####Core.List +|||| +|--|--|--| +||CREATE|| +||**List.Create**
Makes a new list out of the given inputs.| +||**List.Combine**
Applies a combinator to each element in two sequences| +||**Number Range**
Creates a sequence of numbers in the specified range.| +||**Number Sequence**
Creates a sequence of numbers.| +||ACTIONS|| +||**List.Chop**
Chop a list into a set of lists each containing the given amount of items.| +||**List.Count**
Gets the number of items stored in the given list.| +||**List.Flatten**
Flattens a nested list of lists by a certain amount.| +||**List.FilterByBoolMask**
Filters a sequence by looking up corresponding indices in a separate list of booleans.| +||**List.GetItemAtIndex**
Gets an item from the given list that's located at the specified index.| +||**List.Map**
Applies a function over all elements of a list, generating a new list from the results| +||**List.Reverse**
Creates a new list containing the items of the given list but in reverse order| +||**List.ReplaceItemAtIndex**
Replace an item from the given list that's located at the specified index| +||**List.ShiftIndices**
Shifts indices in the list to the right by the given amount| +||**List.TakeEveryNthItem**
Fetches items from the given list at indices that are multiples of the given value, after the given offset.| +||**List.Transpose**
Swaps rows and columns in a list of lists. If there are some rows that are shorter than others, null values are inserted as place holders in the resultant array such that it is always rectangular| + +####Core.Logic +|||| +|--|--|--| +||ACTIONS|| +||**If**
Conditional statement. Checks the boolean value of the test input. If the test input is true, the result outputs the true input, otherwise the result outputs the false input.| + + + +####Core.Math +|||| +|--|--|--| +||ACTIONS|| +||**Math.Cos**
Fines the cosine of an angle.| +||**Math.DegreesToRadians**
Converts an angle in degrees to an angle in radians.| +||**Math.Pow**
Raises a number to the specified power.| +||**Math.RadiansToDegrees**
Converts an angle in radians to an angle in degrees.| +||**Math.RemapRange**
Adjusts the range of a list of numbers while preserving the distribution ratio.| +||**Math.Sin**
Finds the sine of an angle.| + + + +####Core.Object +|||| +|--|--|--| +||ACTIONS|| +||**Object.IsNull**
Determines if the given object is null.| + +####Core.Scripting +|||| +|--|--|--| +||ACTIONS|| +||**Formula**
Evaluates mathematical formulas. Uses NCalc for evaluation. See http://ncalc.codeplex.com | + +####Core.String +|||| +|--|--|--| +||ACTIONS|| +||**String.Concat**
Concatenates multiple strings into a single string.| +||**String.Contains**
Determines if the given string contains the given substring.| +||**String.Join**
Concatenates multiple strings into a single string, inserting the given separator between each joined string.| +||**String.Split**
Divides a single string into a list of strings, with divisions determined by the given separater strings.| +||**String.ToNumber**
Converts a string to an integer or a double.| + + +####Core.View +|||| +|--|--|--| +||ACTIONS|| +||**View.Watch**
Visualize the output of node.| +||**View.Watch 3D**
Shows a dynamic preview of geometry.| + +Geometry +-- + +####Geometry.Circle +|||| +|--|--|--| +||CREATE|| +||**Circle.ByCenterPointRadius**
Creates a Circle with input center Point and radius in the world XY plane, with world Z as normal.| +||**Circle.ByPlaneRadius**
Create a Circle centered at the input Plane origin (root), lying in the input Plane, with given radius.| + +####Geometry.CoordinateSystem +|||| +|--|--|--| +||CREATE|| +||**CoordinateSystem.ByOrigin**
Create a CoordinateSystem with origin at input Point, with X and Y Axes set as WCS X and Y axes| +||**CoordinateSystem.ByCyclindricalCoordinates**
Creates a CoordinateSystem at the specified cylindrical coordinate parameters with respet to the specified coordinate system| + + +####Geometry.Cuboid +|||| +|--|--|--| +||CREATE|| +||**Cuboid.ByLengths** (origin)
Create a Cuboid centered at input Point, with specified width, length, and height.| + + +####Geometry.Curve +|||| +|--|--|--| +||ACTIONS|| +||**Curve.Extrude** (distance)
Extrudes a Curve in the normal Vector direction.| +||**Curve.PointAtParameter**
Get a Point on the Curve at a specified parameter between StartParameter() and EndParameter().| + +####Geometry.Geometry +|||| +|--|--|--| +||ACTIONS|| +||**Geometry.DistanceTo**
Obtain the distance from this Geometry to another.| +||**Geometry.Explode**
Separates compound or non-separated elements into their component parts| +||**Geometry.ImportFromSAT**
List of imported geometries| +||**Geometry.Rotate** (basePlane)
Rotates an object around the Plane origin and normal by a specified degree.| +||**Geometry.Translate**
Translates any geometry type by the given distance in the given direction.| + +####Geometry.Line +|||| +|--|--|--| +||CREATE|| +||**Line.ByBestFitThroughPoints**
Creates a Line best approximating a scatter plot of Points.| +||**Line.ByStartPointDirectionLength**
Create a straight Line starting at Point, extending in Vector direction by specified length.| +||**Line.ByStartPointEndPoint**
Creates a straight Line between two input Points.| +||**Line.ByTangency**
Create a Line tangent to the input Curve, positioned at the parameter Point of the input Curve.| +||QUERY|| +||**Line.Direction**
The direction of the Curve.| + +####Geometry.NurbsCurve +|||| +|--|--|--| +||Create|| +||**NurbsCurve.ByControlPoints**
Create a BSplineCurve by using explicit control points.| +||**NurbsCurve.ByPoints**
Create a BSplineCurve by interpolating between points|qcomm + +####Geometry.NurbsSurface +|||| +|--|--|--| +||Create|| +||**NurbsSurface.ByControlPoints**
Create a NurbsSurface by using explicit control Points with specified U and V degrees.| +||**NurbsSurface.ByPoints**
Creates a NurbsSurface with specified interpolated points and U and V degrees. The resultant surface will pass through all of the points.| + +####Geometry.Plane +|||| +|--|--|--| +||CREATE|| +||**Plane.ByOriginNormal**
Create a Plane centered at root Point, with input normal Vector.| +||**Plane.XY**
Creates a plane in the world XY| + +####Geometry.Point +|||| +|--|--|--| +||CREATE|| +||**Point.ByCartesianCoordinates**
Form a Point in th egiven coordinate system with 3 cartesian coordinates| +||**Point.ByCoordinates** (2d)
Form a Point in the XY plane given two 2 Cartesian coordinates. The Z component is 0.| +||**Point.ByCoordinates** (3d)
Form a Point given 3 Cartesian coordinates.| +||**Point.Origin**
Get the Origin point (0,0,0)| +||ACTIONS|| +||**Point.Add**
Add a vector to a point. The same as Translate (Vector).| +||QUERY|| +||**Point.X**
Get the X component of a point| +||**Point.Y**
Get the Y component of a point| +||**Point.Z**
Get the Z component of a point| + + +####Geometry.Polycurve +|||| +|--|--|--| +||CREATE|| +||**Polycurve.ByPoints**
Make PolyCurve from sequence of lines connecting points. For closed curve last point should be in the same location as the start point.| + +####Geometry.Rectangle +|||| +|--|--|--| +||CREATE|| +||**Rectangle.ByWidthLength** (Plane)
Create a Rectangle centered at input Plane root, with input width (Plane X axis length) and (Plane Y axis length).| + +####Geometry.Sphere +|||| +|--|--|--| +||CREATE|| +||**Sphere.ByCenterPointRadius**
Create a Solid Sphere centered at the input Point, with given radius.| + +####Geometry.Surface +|||| +|--|--|--| +||CREATE|| +||**Surface.ByLoft**
Create a Surface by lofting between input cross section Curves| +||**Surface.ByPatch**
Create a Surface by filling in the interior of a closed boundary defined by input Curves.| +||ACTIONS|| +||**Surface.Offset**
Offset Surface in direction of Surface normal by specified distance| +||**Surface.PointAtParameter**
Return the Point at a specified U and V parameters.| +||**Surface.Thicken**
Thicken Surface into a Solid, extruding in the direction of Surface normals on both sides of the Surface.| + +####Geometry.UV +|||| +|--|--|--| +||CREATE|| +||**UV.ByCoordinates**
Create a UV from two doubles.| + +####Geometry.Vector +|||| +|--|--|--| +||CREATE|| +||**Vector.ByCoordinates**
Form a Vector by 3 Euclidean coordinates| +||**Vector.XAxis**
Gets the canonical X axis Vector (1,0,0)| +||**Vector.YAxis**
Gets the canonical Y axis Vector (0,1,0)| +||**Vector.ZAxis**
Gets the canonical Z axis Vector (0,0,1)| +||ACTIONS|| +||**Vector.Normalized**
Get the normalized version of a vector| + + + +Operators +-- +|||| +|--|--|--| +||**+**
Addition| +||**-**
Subtraction| +||**\***
Multiplication| +||**/**
Division| +||**%**
Modular Division finds the remainder of the first input after dividing by the second input| +||**<**
Less Than| +||**>**
Greater Than| +||**==**
Equality tests for equality between two values.| diff --git a/Appendix/A-3_packages.md b/Appendix/A-3_packages.md index 1fbf38ca..92894125 100644 --- a/Appendix/A-3_packages.md +++ b/Appendix/A-3_packages.md @@ -1,193 +1,193 @@ - - -##Dynamo Packages -Here are a list of some of the more popular packages in the Dynamo community. Developers, please add to the list! Remember, the [Dynamo Primer](https://github.com/DynamoDS/DynamoPrimer) is open-source! - -
- 
- |
- - ARCHI-LAB - | -- Visit the Official archi-lab Site - | - -
| archi-lab is a collection of over 50+ custom packages that vastly extend Dynamo's ability to interact with Revit. Nodes contained in archi-lab package vary from basic list operations to advanced Analysis Visualization Framework nodes for Revit. | -
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- BUMBLEBEE FOR DYNAMO | -Visit the Official BumbleBee Site | -
| Bumblebee is an Excel and Dynamo interoperability plugin that vastly improves Dynamo’s ability to read and write Excel files. | - |
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- CLOCKWORK FOR DYNAMO | -Visit the Clockwork For Dynamo GitHub | -
| Clockwork is a collection of custom nodes for the Dynamo visual programming environment. It contains many Revit-related nodes, but also lots of nodes for various other purposes such as list management, mathematical operations, string operations, unit conversions, geometric operations (mainly bounding boxes, meshes, planes, points, surfaces, UVs and vectors) and paneling. | - |
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- DYNAMO SAP | -Visit the DynamoSAP Project at Core Studio | -
| DynamoSAP is a parametric interface for SAP2000, built on top of Dynamo. The project enables designers and engineers to generatively author and analyze structural systems in SAP, using Dynamo to drive the SAP model. The project prescribes a few common workflows which are described in the included sample files, and provides a wide range of opportunities for automation of typical tasks in SAP. | - |
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- DYNAMO UNFOLD | -Visit the DynamoUnfold GitHub | -
| This library extends Dynamo/Revit functionality by enabling users to unfold surface and poly-surface geometry. The library allows users to first translate surfaces into planar tessellated topology, then unfold them using Protogeometry tools in Dynamo. This package also includes some experimental nodes as well as a few basic sample files. | - |
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- DYNASTRATOR | -Download Dynastrator at the Package Manager | -
| Import vector art from Illustrator or the web using .svg. This allows you to import manually created drawings into Dynamo for parametric operations. | - |
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- ENERGY ANALYSIS FOR DYNAMO | -Visit the Energy Analysis for Dynamo Project on GitHub | -
| Energy Analysis for Dynamo allows for parametric energy modeling and whole-building energy analysis workflows in Dynamo 0.8. Energy Analysis for Dynamo allows the user to configure the energy model from Autodesk Revit, submit to Green Building Studio for DOE2 energy analysis, and dig into the results returned from the analysis. The package is being developed by Thornton Tomasetti's CORE studio. | - |
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- FIREFLY FOR DYNAMO | -Download Firefly at the Dynamo Package Manager | -
| Firefly is a collection of nodes which enable dynamo to talk to input/output devices, like the Arduino micro controller. Because the data flow happens “live”, Firefly opens up many opportunities for interactive prototyping between the digital and physical worlds through web cams, mobile phones, game controllers, sensors and more. | - |
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- LUNCHBOX FOR DYNAMO | -Checkout Lunchbox for Dynamo on the Proving Ground | -
| LunchBox is a collection of reusable geometry and data management nodes. The tools have been tested with Dynamo 0.8.1 and Revit 2016. The tool includes nodes for surface paneling, geometry, Revit data collection, and more! | - |
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- MANTIS SHRIMP | -Visit the official Mantis Shrimp site. | -
| Mantis Shrimp is an interoperability project that allows you to easily import Grasshopper and/or Rhino geometry into Dynamo. | - |
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- MESH TOOLKIT | -Visit the Dynamo Mesh Toolkit GitHub | -
| The Dynamo Mesh Toolkit provides many useful tools for working with mesh geometry. The functionality of this package includes the ability to import meshes from external file formats, generate meshes from pre-existing Dynamo geometry objects, and manually build meshes through vertices and connectivity information. Additionally, this toolkit includes tools to modify and repair mesh geometry. | - |
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- OPTIMO | -Visit the Optimo GitHub | -
| Optimo provides dynamo users with the capability to optimize self-defined design problems by using various evolutionary algorithms. Users can define the problem objective or set of objectives as well as specific fitness functions. | - |
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- RHYNAMO | -Visit the Rhynamo Bitbucket | -
| The Rhynamo node library provides users with the ability to read and write Rhino 3DM files from within Dynamo. Rhynamo translates Rhino geometry into usable Dynamo geometry by using McNeel’s OpenNURBS library allowing for new workflows that can exchange geometry and data fluidly between Rhino and Revit. This package also contains some experimental nodes that allow for “live” access to the Rhino command line. | - |
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 |
- RHYTHM | -Visit Rhythm on GitHub | -
| At first glance, Rhythm isn't anything special. It does not involve any sophisticated code or anything of that nature. What Rhythm does represent though, is the result of practical thinking and diligence. The idea is this package helps users maintain Rhythm in Revit with Dynamo. Rhythm primarily consists of out of the box Dynamo nodes used in clever ways as they apply to the Revit environment. | - |
- |
|
+
+ |
+ + ARCHI-LAB + | ++ Visit the Official archi-lab Site + | + +
| archi-lab is a collection of over 50+ custom packages that vastly extend Dynamo's ability to interact with Revit. Nodes contained in archi-lab package vary from basic list operations to advanced Analysis Visualization Framework nodes for Revit. | +
+
+ |
+ |
|
+ BUMBLEBEE FOR DYNAMO | +Visit the Official BumbleBee Site | +
| Bumblebee is an Excel and Dynamo interoperability plugin that vastly improves Dynamo’s ability to read and write Excel files. | + |
+ |
|
+ CLOCKWORK FOR DYNAMO | +Visit the Clockwork For Dynamo GitHub | +
| Clockwork is a collection of custom nodes for the Dynamo visual programming environment. It contains many Revit-related nodes, but also lots of nodes for various other purposes such as list management, mathematical operations, string operations, unit conversions, geometric operations (mainly bounding boxes, meshes, planes, points, surfaces, UVs and vectors) and paneling. | + |
+ |
|
+ DYNAMO SAP | +Visit the DynamoSAP Project at Core Studio | +
| DynamoSAP is a parametric interface for SAP2000, built on top of Dynamo. The project enables designers and engineers to generatively author and analyze structural systems in SAP, using Dynamo to drive the SAP model. The project prescribes a few common workflows which are described in the included sample files, and provides a wide range of opportunities for automation of typical tasks in SAP. | + |
+ |
|
+ DYNAMO UNFOLD | +Visit the DynamoUnfold GitHub | +
| This library extends Dynamo/Revit functionality by enabling users to unfold surface and poly-surface geometry. The library allows users to first translate surfaces into planar tessellated topology, then unfold them using Protogeometry tools in Dynamo. This package also includes some experimental nodes as well as a few basic sample files. | + |
+ |
|
+ DYNASTRATOR | +Download Dynastrator at the Package Manager | +
| Import vector art from Illustrator or the web using .svg. This allows you to import manually created drawings into Dynamo for parametric operations. | + |
+ |
|
+ ENERGY ANALYSIS FOR DYNAMO | +Visit the Energy Analysis for Dynamo Project on GitHub | +
| Energy Analysis for Dynamo allows for parametric energy modeling and whole-building energy analysis workflows in Dynamo 0.8. Energy Analysis for Dynamo allows the user to configure the energy model from Autodesk Revit, submit to Green Building Studio for DOE2 energy analysis, and dig into the results returned from the analysis. The package is being developed by Thornton Tomasetti's CORE studio. | + |
+ |
|
+ FIREFLY FOR DYNAMO | +Download Firefly at the Dynamo Package Manager | +
| Firefly is a collection of nodes which enable dynamo to talk to input/output devices, like the Arduino micro controller. Because the data flow happens “live”, Firefly opens up many opportunities for interactive prototyping between the digital and physical worlds through web cams, mobile phones, game controllers, sensors and more. | + |
+ |
|
+ LUNCHBOX FOR DYNAMO | +Checkout Lunchbox for Dynamo on the Proving Ground | +
| LunchBox is a collection of reusable geometry and data management nodes. The tools have been tested with Dynamo 0.8.1 and Revit 2016. The tool includes nodes for surface paneling, geometry, Revit data collection, and more! | + |
+ |
|
+ MANTIS SHRIMP | +Visit the official Mantis Shrimp site. | +
| Mantis Shrimp is an interoperability project that allows you to easily import Grasshopper and/or Rhino geometry into Dynamo. | + |
+ |
|
+ MESH TOOLKIT | +Visit the Dynamo Mesh Toolkit GitHub | +
| The Dynamo Mesh Toolkit provides many useful tools for working with mesh geometry. The functionality of this package includes the ability to import meshes from external file formats, generate meshes from pre-existing Dynamo geometry objects, and manually build meshes through vertices and connectivity information. Additionally, this toolkit includes tools to modify and repair mesh geometry. | + |
+ |
|
+ OPTIMO | +Visit the Optimo GitHub | +
| Optimo provides dynamo users with the capability to optimize self-defined design problems by using various evolutionary algorithms. Users can define the problem objective or set of objectives as well as specific fitness functions. | + |
+ |
|
+ RHYNAMO | +Visit the Rhynamo Bitbucket | +
| The Rhynamo node library provides users with the ability to read and write Rhino 3DM files from within Dynamo. Rhynamo translates Rhino geometry into usable Dynamo geometry by using McNeel’s OpenNURBS library allowing for new workflows that can exchange geometry and data fluidly between Rhino and Revit. This package also contains some experimental nodes that allow for “live” access to the Rhino command line. | + |
+ |
|
+ RHYTHM | +Visit Rhythm on GitHub | +
| At first glance, Rhythm isn't anything special. It does not involve any sophisticated code or anything of that nature. What Rhythm does represent though, is the result of practical thinking and diligence. The idea is this package helps users maintain Rhythm in Revit with Dynamo. Rhythm primarily consists of out of the box Dynamo nodes used in clever ways as they apply to the Revit environment. | + |
+ |
](http://modelab.is)
-
-### Acknowledgments
-
-A special thanks to Ian Keough for initiating and guiding the Dynamo project.
-
-Thank you to Matt Jezyk, Ian Keough, Zach Kron, and Colin McCrone for enthusiastic collaboration and the opportunity to participate on a wide array of Dynamo projects.
-
-### Software and Resources
-**Dynamo** The current stable release of Dynamo is Version 1.1.0.
-
-http://dynamobim.com/download/
-
-**DynamoBIM** The best source for additional information, learning content, and forums is the DynamoBIM website.
-
-http://dynamobim.org
-
-**Dynamo GitHub** Dynamo is an open-source development project on Github. To contribute, check out DynamoDS.
-
-https://github.com/DynamoDS/Dynamo
-
-**Contact** Let us know about any issues with this document.
-
-Dynamo@autodesk.com
-
-### License
-Copyright 2017 Autodesk
-
-Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at
-
-http://www.apache.org/licenses/LICENSE-2.0
-
-Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.
+#The Dynamo Primer
+##For Dynamo v1.0
+
+
+
+> Dynamo is an open source visual programming platform for designers.
+
+### Welcome
+You have just opened the Dynamo Primer, a comprehensive guide to visual programming in Autodesk Dynamo Studio. This primer is an on-going project to share the fundamentals of programming. Topics include working with computational geometry, best practices for rules-based design, cross-disciplinary programming applications, and more with the Dynamo Platform.
+
+The power of Dynamo can be found in a wide variety of design-related activities. Dynamo enables an expanding list of readily accessible ways for you to get started:
+* **Explore** visual programming for the first time
+* **Connect** workflows in various software
+* **Engage** an active community of users, contributors, and developers
+* **Develop** an open-source platform for continued improvement
+
+In the midst of this activity and exciting opportunity for working with Dynamo, we need a document of the same caliber, the Dynamo Primer.
+
+Version 1.0 of this Primer includes the first ten chapters developed by Mode Lab. These chapters focus on the essentials you will need to get up and running developing your own visual programs with Dynamo and key insights on how to take Dynamo further. Here's what you can expect to learn from the primer:
+
+* **Context** - What exactly is "Visual Programming" and what are the concepts I need to understand to dive in to Dynamo?
+* **Getting Started** - How do I get Dynamo and create my first program?
+* **What's in a Program** - What are the functional parts of Dynamo and how do I use them?
+* **Building Blocks** - What is "Data" and what are some fundamental types I can start using in my programs?
+* **Geometry for Design** - How do I work with geometric elements in Dynamo?
+* **Lists, Lists, Lists** - How to do I manage and coordinate my data structures?
+* **Code in Nodes** - How can I start extending Dynamo with my own code?
+* **Computational BIM** - How can I use Dynamo with a Revit model?
+* **Custom Nodes** - How can I create my own nodes?
+* **Packages** - How can I share my tools with the community?
+
+This is an exciting time to be learning about, working with, and developing for Dynamo. Let's get started!
+
+---
+
+### Open Source
+The Dynamo Primer project is open source! We're dedicated to providing quality content and appreciate any feedback you may have. If you would like to report an issue on anything at all, please post them on our git hub issue page: https://github.com/DynamoDS/DynamoPrimer/issues
+
+If you would like to contribute a new section, edits, or anything else to this project, check out the github repo to get started: https://github.com/DynamoDS/DynamoPrimer.
+
+---
+### The Dynamo Primer Project
+The Dynamo Primer is an open source project, initiated by Matt Jezyk and the Dynamo Development team at Autodesk.
+
+**Mode Lab** was commissioned to write the First Edition of the primer. The team continues to work with Autodesk to provide updates in parallel with Dynamo's development.
+
+[](http://modelab.is)
+
+### Acknowledgments
+
+A special thanks to Ian Keough for initiating and guiding the Dynamo project.
+
+Thank you to Matt Jezyk, Ian Keough, Zach Kron, and Colin McCrone for enthusiastic collaboration and the opportunity to participate on a wide array of Dynamo projects.
+
+### Software and Resources
+**Dynamo** The current stable release of Dynamo is Version 1.1.0.
+
+http://dynamobim.com/download/
+
+**DynamoBIM** The best source for additional information, learning content, and forums is the DynamoBIM website.
+
+http://dynamobim.org
+
+**Dynamo GitHub** Dynamo is an open-source development project on Github. To contribute, check out DynamoDS.
+
+https://github.com/DynamoDS/Dynamo
+
+**Contact** Let us know about any issues with this document.
+
+Dynamo@autodesk.com
+
+### License
+Copyright 2017 Autodesk
+
+Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at
+
+http://www.apache.org/licenses/LICENSE-2.0
+
+Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.
diff --git a/SUMMARY.md b/SUMMARY.md
index fb2bc858..b2d3f087 100644
--- a/SUMMARY.md
+++ b/SUMMARY.md
@@ -1,72 +1,72 @@
-# Summary
-
-* [About](README.md)
-* [Introduction](01_Introduction/1_introduction.md)
- * [What is Visual Programming?](01_Introduction/1-1_what_is_visual_programming.md)
- * [What is Dynamo?](01_Introduction/1-2_what_is_dynamo.md)
- * [Dynamo in Action](01_Introduction/1-3_dynamo_in_action.md)
-* [Hello Dynamo!](02_Hello-Dynamo/2_hello_dynamo.md)
- * [Installing and Launching Dynamo](02_Hello-Dynamo/2-1_launching_dynamo.md)
- * [The User Interface](02_Hello-Dynamo/2-2_the_dynamo_ui.md)
- * [The Workspace](02_Hello-Dynamo/2-3_the_workspace.md)
- * [Getting Started](02_Hello-Dynamo/2-6_the_quick_start_guide.md)
-* [The Anatomy of a Visual Program](03_Anatomy-of-a-Dynamo-Definition/3_anatomy-of-a-dynamo-definition.md)
- * [Nodes](03_Anatomy-of-a-Dynamo-Definition/3-1_dynamo_nodes.md)
- * [Wires](03_Anatomy-of-a-Dynamo-Definition/3-3_wiring_programs.md)
- * [Library](03_Anatomy-of-a-Dynamo-Definition/3-2_dynamo_libraries.md)
- * [Managing Your Program](03_Anatomy-of-a-Dynamo-Definition/3-4_best_practices.md)
- * [Managing Your Data with Presets](03_Anatomy-of-a-Dynamo-Definition/3-5_presets.md)
-* [The Building Blocks of Programs](04_The-Building-Blocks-of-Programs/4_the-building-blocks-of-programs.md)
- * [Data](04_The-Building-Blocks-of-Programs/4-1_data.md)
- * [Math](04_The-Building-Blocks-of-Programs/4-2_math.md)
- * [Logic](04_The-Building-Blocks-of-Programs/4-3_logic.md)
- * [Strings](04_The-Building-Blocks-of-Programs/4-4_strings.md)
- * [Color](04_The-Building-Blocks-of-Programs/4-5_color.md)
-* [Geometry for Computational Design](05_Geometry-for-Computational-Design/5_geometry-for-computational-design.md)
- * [Geometry Overview](05_Geometry-for-Computational-Design/5-1_geometry-overview.md)
- * [Vectors](05_Geometry-for-Computational-Design/5-2_vectors.md)
- * [Points](05_Geometry-for-Computational-Design/5-3_points.md)
- * [Curves](05_Geometry-for-Computational-Design/5-4_curves.md)
- * [Surfaces](05_Geometry-for-Computational-Design/5-5_surfaces.md)
- * [Solids](05_Geometry-for-Computational-Design/5-6_solids.md)
- * [Meshes](05_Geometry-for-Computational-Design/5-7_meshes.md)
- * [Importing Geometry](05_Geometry-for-Computational-Design/5-8_importing.md)
-* [Designing with Lists](06_Designing-with-Lists/6_designing-with-lists.md)
- * [What's a List](06_Designing-with-Lists/6-1_whats-a-list.md)
- * [Working with Lists](06_Designing-with-Lists/6-2_working-with-lists.md)
- * [Lists of Lists](06_Designing-with-Lists/6-3_lists-of-lists.md)
- * [n-Dimensional Lists](06_Designing-with-Lists/6-4_n-dimensional-lists.md)
-* [Code Blocks and DesignScript](07_Code-Block/7_Code-Blocks-and-Design-Script.md)
- * [What's a Code Block](07_Code-Block/7-1_what-is-a-code-block.md)
- * [DesignScript Syntax](07_Code-Block/7-2_Design-Script-syntax.md)
- * [Shorthand](07_Code-Block/7-3_shorthand.md)
- * [Functions](07_Code-Block/7-4_functions.md)
-* [Dynamo for Revit](08_Dynamo-for-Revit/8_Dynamo-for-Revit.md)
- * [The Revit Connection](08_Dynamo-for-Revit/8-1_The-Revit-Connection.md)
- * [Selecting](08_Dynamo-for-Revit/8-2_Selecting.md)
- * [Editing](08_Dynamo-for-Revit/8-3_Editing.md)
- * [Creating](08_Dynamo-for-Revit/8-4_Creating.md)
- * [Customizing](08_Dynamo-for-Revit/8-5_Customizing.md)
- * [Documenting](08_Dynamo-for-Revit/8-6_Documenting.md)
-* [Custom Nodes](09_Custom-Nodes/9_Custom-Nodes.md)
- * [Custom Node Introduction](09_Custom-Nodes/9-1_Introduction.md)
- * [Creating a Custom Node](09_Custom-Nodes/9-2_Creating.md)
- * [Publishing to Your Library](09_Custom-Nodes/9-3_Library.md)
- * [Python Nodes](09_Custom-Nodes/9-4_Python.md)
- * [Python and Revit](09_Custom-Nodes/9-5_Python-Revit.md)
-* [Packages](10_Packages/10-Packages.md)
- * [Package Introduction](10_Packages/10-1_Introduction.md)
- * [Package Case Study - Mesh Toolkit](10_Packages/10-2_Mesh-Toolkit.md)
- * [Developing a Package](10_Packages/10-3_Developing.md)
- * [Publishing a Package](10_Packages/10-4_Publishing.md)
- * [Zero-Touch Importing](10_Packages/10-5_Zero-Touch.md)
-* [Web Experience](11_Web_Experience/11-1_Introduction.md)
- * [Web Experience Introduction](11_Web_Experience/11-1_Introduction.md)
- * [Send to Web](11_Web_Experience/11-2_Send_to_Web.md)
- * [Customizer View](11_Web_Experience/11-3_Customizer_View.md)
-* [Appendix](Appendix/A_appendix.md)
- * [Resources](Appendix/A-1_resources.md)
- * [Index of Nodes](Appendix/A-2_index-of-nodes.md)
- * [Useful Packages](Appendix/A-3_packages.md)
- * [Example Files](Appendix/A-4_example-files.md)
-
+# Summary
+
+* [About](README.md)
+* [Introduction](01_Introduction/1_introduction.md)
+ * [What is Visual Programming?](01_Introduction/1-1_what_is_visual_programming.md)
+ * [What is Dynamo?](01_Introduction/1-2_what_is_dynamo.md)
+ * [Dynamo in Action](01_Introduction/1-3_dynamo_in_action.md)
+* [Hello Dynamo!](02_Hello-Dynamo/2_hello_dynamo.md)
+ * [Installing and Launching Dynamo](02_Hello-Dynamo/2-1_launching_dynamo.md)
+ * [The User Interface](02_Hello-Dynamo/2-2_the_dynamo_ui.md)
+ * [The Workspace](02_Hello-Dynamo/2-3_the_workspace.md)
+ * [Getting Started](02_Hello-Dynamo/2-6_the_quick_start_guide.md)
+* [The Anatomy of a Visual Program](03_Anatomy-of-a-Dynamo-Definition/3_anatomy-of-a-dynamo-definition.md)
+ * [Nodes](03_Anatomy-of-a-Dynamo-Definition/3-1_dynamo_nodes.md)
+ * [Wires](03_Anatomy-of-a-Dynamo-Definition/3-3_wiring_programs.md)
+ * [Library](03_Anatomy-of-a-Dynamo-Definition/3-2_dynamo_libraries.md)
+ * [Managing Your Program](03_Anatomy-of-a-Dynamo-Definition/3-4_best_practices.md)
+ * [Managing Your Data with Presets](03_Anatomy-of-a-Dynamo-Definition/3-5_presets.md)
+* [The Building Blocks of Programs](04_The-Building-Blocks-of-Programs/4_the-building-blocks-of-programs.md)
+ * [Data](04_The-Building-Blocks-of-Programs/4-1_data.md)
+ * [Math](04_The-Building-Blocks-of-Programs/4-2_math.md)
+ * [Logic](04_The-Building-Blocks-of-Programs/4-3_logic.md)
+ * [Strings](04_The-Building-Blocks-of-Programs/4-4_strings.md)
+ * [Color](04_The-Building-Blocks-of-Programs/4-5_color.md)
+* [Geometry for Computational Design](05_Geometry-for-Computational-Design/5_geometry-for-computational-design.md)
+ * [Geometry Overview](05_Geometry-for-Computational-Design/5-1_geometry-overview.md)
+ * [Vectors](05_Geometry-for-Computational-Design/5-2_vectors.md)
+ * [Points](05_Geometry-for-Computational-Design/5-3_points.md)
+ * [Curves](05_Geometry-for-Computational-Design/5-4_curves.md)
+ * [Surfaces](05_Geometry-for-Computational-Design/5-5_surfaces.md)
+ * [Solids](05_Geometry-for-Computational-Design/5-6_solids.md)
+ * [Meshes](05_Geometry-for-Computational-Design/5-7_meshes.md)
+ * [Importing Geometry](05_Geometry-for-Computational-Design/5-8_importing.md)
+* [Designing with Lists](06_Designing-with-Lists/6_designing-with-lists.md)
+ * [What's a List](06_Designing-with-Lists/6-1_whats-a-list.md)
+ * [Working with Lists](06_Designing-with-Lists/6-2_working-with-lists.md)
+ * [Lists of Lists](06_Designing-with-Lists/6-3_lists-of-lists.md)
+ * [n-Dimensional Lists](06_Designing-with-Lists/6-4_n-dimensional-lists.md)
+* [Code Blocks and DesignScript](07_Code-Block/7_Code-Blocks-and-Design-Script.md)
+ * [What's a Code Block](07_Code-Block/7-1_what-is-a-code-block.md)
+ * [DesignScript Syntax](07_Code-Block/7-2_Design-Script-syntax.md)
+ * [Shorthand](07_Code-Block/7-3_shorthand.md)
+ * [Functions](07_Code-Block/7-4_functions.md)
+* [Dynamo for Revit](08_Dynamo-for-Revit/8_Dynamo-for-Revit.md)
+ * [The Revit Connection](08_Dynamo-for-Revit/8-1_The-Revit-Connection.md)
+ * [Selecting](08_Dynamo-for-Revit/8-2_Selecting.md)
+ * [Editing](08_Dynamo-for-Revit/8-3_Editing.md)
+ * [Creating](08_Dynamo-for-Revit/8-4_Creating.md)
+ * [Customizing](08_Dynamo-for-Revit/8-5_Customizing.md)
+ * [Documenting](08_Dynamo-for-Revit/8-6_Documenting.md)
+* [Custom Nodes](09_Custom-Nodes/9_Custom-Nodes.md)
+ * [Custom Node Introduction](09_Custom-Nodes/9-1_Introduction.md)
+ * [Creating a Custom Node](09_Custom-Nodes/9-2_Creating.md)
+ * [Publishing to Your Library](09_Custom-Nodes/9-3_Library.md)
+ * [Python Nodes](09_Custom-Nodes/9-4_Python.md)
+ * [Python and Revit](09_Custom-Nodes/9-5_Python-Revit.md)
+* [Packages](10_Packages/10-Packages.md)
+ * [Package Introduction](10_Packages/10-1_Introduction.md)
+ * [Package Case Study - Mesh Toolkit](10_Packages/10-2_Mesh-Toolkit.md)
+ * [Developing a Package](10_Packages/10-3_Developing.md)
+ * [Publishing a Package](10_Packages/10-4_Publishing.md)
+ * [Zero-Touch Importing](10_Packages/10-5_Zero-Touch.md)
+* [Web Experience](11_Web_Experience/11-1_Introduction.md)
+ * [Web Experience Introduction](11_Web_Experience/11-1_Introduction.md)
+ * [Send to Web](11_Web_Experience/11-2_Send_to_Web.md)
+ * [Customizer View](11_Web_Experience/11-3_Customizer_View.md)
+* [Appendix](Appendix/A_appendix.md)
+ * [Resources](Appendix/A-1_resources.md)
+ * [Index of Nodes](Appendix/A-2_index-of-nodes.md)
+ * [Useful Packages](Appendix/A-3_packages.md)
+ * [Example Files](Appendix/A-4_example-files.md)
+
diff --git a/book.json b/book.json
index eaa8ff98..6cce30d6 100644
--- a/book.json
+++ b/book.json
@@ -1,52 +1,52 @@
-{
- "gitbook": "2.6.x",
- "plugins": [
- "-sharing",
- "ga",
- {
- "name": "dynamo",
- "version": "git+https://github.com/masself/gitbook-plugin-dynamo.git"
- }
- ],
- "pluginsConfig": {
- "ga": {
- "token": "UA-52186525-3"
- },
- "dynamo": {
- "customLinks":[
- {
- "label": "Download",
- "icon": "fa fa-file-pdf-o fa-lg",
- "url": "http://dynamoprimer.com/en/Appendix/DynamoPrimer-Print.pdf"
- }],
- "languages":[
- {
- "label": "Deutsch",
- "code":"de",
- "url": "http://dynamoprimer.com/de"
- },
- {
- "label": "日本語",
- "code": "ja",
- "url": "http://dynamoprimer.com/ja"
- },
- {
- "label": "",
- "code": "",
- "url": ""
- },
- {
- "label": "",
- "code": "",
- "url": ""
- }
- ],
- "currentLanguage":{
- "code":"en",
- "url":"http://dynamoprimer.com/en",
- "switchLangLabel":"Languages"
- },
- "favicon":"/images/icons/favicon.ico"
- }
- }
-}
+{
+ "gitbook": "2.6.x",
+ "plugins": [
+ "-sharing",
+ "ga",
+ {
+ "name": "dynamo",
+ "version": "git+https://github.com/masself/gitbook-plugin-dynamo.git"
+ }
+ ],
+ "pluginsConfig": {
+ "ga": {
+ "token": "UA-52186525-3"
+ },
+ "dynamo": {
+ "customLinks":[
+ {
+ "label": "Download",
+ "icon": "fa fa-file-pdf-o fa-lg",
+ "url": "http://dynamoprimer.com/en/Appendix/DynamoPrimer-Print.pdf"
+ }],
+ "languages":[
+ {
+ "label": "Deutsch",
+ "code":"de",
+ "url": "http://dynamoprimer.com/de"
+ },
+ {
+ "label": "日本語",
+ "code": "ja",
+ "url": "http://dynamoprimer.com/ja"
+ },
+ {
+ "label": "",
+ "code": "",
+ "url": ""
+ },
+ {
+ "label": "",
+ "code": "",
+ "url": ""
+ }
+ ],
+ "currentLanguage":{
+ "code":"en",
+ "url":"http://dynamoprimer.com/en",
+ "switchLangLabel":"Languages"
+ },
+ "favicon":"/images/icons/favicon.ico"
+ }
+ }
+}
diff --git a/styles/ebook.css b/styles/ebook.css
index 0ee00627..7d4925b7 100644
--- a/styles/ebook.css
+++ b/styles/ebook.css
@@ -1 +1 @@
-/* CSS for ebook */
+/* CSS for ebook */
diff --git a/styles/print.css b/styles/print.css
index 21052b64..11675e83 100644
--- a/styles/print.css
+++ b/styles/print.css
@@ -1 +1 @@
-/* CSS for print */
+/* CSS for print */
diff --git a/styles/website.css b/styles/website.css
index ecec1a9b..3982b913 100644
--- a/styles/website.css
+++ b/styles/website.css
@@ -1,161 +1,161 @@
-/* CSS for website */
-@import url(http://fonts.googleapis.com/css?family=Roboto+Slab:400,100,300,700);
-@import url(http://fonts.googleapis.com/css?family=Open+Sans:400,300,600,700);
-
-
-/*
- Main
-*/
-body {
- text-rendering: optimizeLegibility;
- font-smoothing: antialiased;
- font-family: "Open Sans", "Helvetica Neue", Helvetica, Arial, sans-serif;
- font-size: 14px;
- color: #323232;
-}
-
-h1,h2,h3,h4,h5,h6{
- font-family: 'Roboto Slab', serif;
- font-weight: 100;
-}
-
-.book .book-body .page-wrapper .page-inner section.normal h1, .book .book-body .page-wrapper .page-inner section.normal h2, .book .book-body .page-wrapper .page-inner section.normal h3, .book .book-body .page-wrapper .page-inner section.normal h4, .book .book-body .page-wrapper .page-inner section.normal h5, .book .book-body .page-wrapper .page-inner section.normal h6{
- font-weight: 500;
- margin: 100px 0 15px 0;
- padding: 0;
-}
-
-.book .book-body .page-wrapper .page-inner section.normal h2 {
- padding-bottom: 15px;
- font-size: 36px;
- line-height: 1.225;
- border-bottom: 1px solid #ddd;
- font-family: 'Roboto Slab', serif;
- margin-bottom: 40px;
- font-weight: 300;
-}
-
-.book .book-body .page-wrapper .page-inner section.normal strong {
- font-weight: 600;
-}
-
-
-/*
- Main Nav
-*/
-.book .book-header{
- font-family: "Clear Sans", "Helvetica Neue", Helvetica, Arial, sans-serif;
- overflow: visible;
- height: 50px;
- padding: 0 8px;
- z-index: 2;
- font-size: .85em;
- color: #7e888b;
- background: #454545;
-}
-
-.book .book-header h1{
- opacity: 1;
-}
-
-.book .book-header h1 a{
- color: transparent;
- opacity: 1;
- background-image: url('../images/logo.png');
- background-repeat: no-repeat;
- background-position: center center;
- display: inline-block;
-}
-
-.book .book-header h1 a:hover{
- color: transparent;
-}
-
-.book .book-header .btn {
- display: block;
- height: 50px;
- padding: 0 15px;
- border-bottom: 0;
- color: #ccc;
- text-transform: uppercase;
- line-height: 50px;
- -webkit-box-shadow: none!important;
- box-shadow: none!important;
- position: relative;
- font-size: 20px;
-}
-
-.book .book-header .btn:hover {
- position: relative;
- text-decoration: none;
- color: #fff;
- background: 0
-}
-
-.book .book-header #font-settings-wrapper,
-.book .book-header .btn[aria-label="Share"]{
- display: none;
-}
-
-.book .book-summary .book-search{
- background-color: #f1f1f1;
-}
-
-/*
- Sidebar Left
-*/
-.book .book-summary{
- border-right: 0;
-}
-
-.book .book-summary ul.summary li a,
-.book .book-summary ul.summary li span {
- display: block;
- padding: 10px 15px;
- border-bottom: 0;
- color: #323232;
- background: transparent;
- text-overflow: ellipsis;
- overflow: hidden;
- white-space: nowrap;
- position: relative;
- font-family: 'Roboto Slab', serif;
- font-size: 13px;
-
- outline:none;
-}
-
-.book .book-summary ul.summary li.active>a, .book .book-summary ul.summary li a:hover {
- color: #5eb7e5;
- background: transparent;
- text-decoration: none;
-}
-
-
-/*
- Inner Content
-*/
-.book .book-body .page-wrapper .page-inner section.normal{
-padding: 60px 0;
-}
-
-
-
-
-
-
-
-
-
-
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-
-
-
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-
-
-
-
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-
+/* CSS for website */
+@import url(http://fonts.googleapis.com/css?family=Roboto+Slab:400,100,300,700);
+@import url(http://fonts.googleapis.com/css?family=Open+Sans:400,300,600,700);
+
+
+/*
+ Main
+*/
+body {
+ text-rendering: optimizeLegibility;
+ font-smoothing: antialiased;
+ font-family: "Open Sans", "Helvetica Neue", Helvetica, Arial, sans-serif;
+ font-size: 14px;
+ color: #323232;
+}
+
+h1,h2,h3,h4,h5,h6{
+ font-family: 'Roboto Slab', serif;
+ font-weight: 100;
+}
+
+.book .book-body .page-wrapper .page-inner section.normal h1, .book .book-body .page-wrapper .page-inner section.normal h2, .book .book-body .page-wrapper .page-inner section.normal h3, .book .book-body .page-wrapper .page-inner section.normal h4, .book .book-body .page-wrapper .page-inner section.normal h5, .book .book-body .page-wrapper .page-inner section.normal h6{
+ font-weight: 500;
+ margin: 100px 0 15px 0;
+ padding: 0;
+}
+
+.book .book-body .page-wrapper .page-inner section.normal h2 {
+ padding-bottom: 15px;
+ font-size: 36px;
+ line-height: 1.225;
+ border-bottom: 1px solid #ddd;
+ font-family: 'Roboto Slab', serif;
+ margin-bottom: 40px;
+ font-weight: 300;
+}
+
+.book .book-body .page-wrapper .page-inner section.normal strong {
+ font-weight: 600;
+}
+
+
+/*
+ Main Nav
+*/
+.book .book-header{
+ font-family: "Clear Sans", "Helvetica Neue", Helvetica, Arial, sans-serif;
+ overflow: visible;
+ height: 50px;
+ padding: 0 8px;
+ z-index: 2;
+ font-size: .85em;
+ color: #7e888b;
+ background: #454545;
+}
+
+.book .book-header h1{
+ opacity: 1;
+}
+
+.book .book-header h1 a{
+ color: transparent;
+ opacity: 1;
+ background-image: url('../images/logo.png');
+ background-repeat: no-repeat;
+ background-position: center center;
+ display: inline-block;
+}
+
+.book .book-header h1 a:hover{
+ color: transparent;
+}
+
+.book .book-header .btn {
+ display: block;
+ height: 50px;
+ padding: 0 15px;
+ border-bottom: 0;
+ color: #ccc;
+ text-transform: uppercase;
+ line-height: 50px;
+ -webkit-box-shadow: none!important;
+ box-shadow: none!important;
+ position: relative;
+ font-size: 20px;
+}
+
+.book .book-header .btn:hover {
+ position: relative;
+ text-decoration: none;
+ color: #fff;
+ background: 0
+}
+
+.book .book-header #font-settings-wrapper,
+.book .book-header .btn[aria-label="Share"]{
+ display: none;
+}
+
+.book .book-summary .book-search{
+ background-color: #f1f1f1;
+}
+
+/*
+ Sidebar Left
+*/
+.book .book-summary{
+ border-right: 0;
+}
+
+.book .book-summary ul.summary li a,
+.book .book-summary ul.summary li span {
+ display: block;
+ padding: 10px 15px;
+ border-bottom: 0;
+ color: #323232;
+ background: transparent;
+ text-overflow: ellipsis;
+ overflow: hidden;
+ white-space: nowrap;
+ position: relative;
+ font-family: 'Roboto Slab', serif;
+ font-size: 13px;
+
+ outline:none;
+}
+
+.book .book-summary ul.summary li.active>a, .book .book-summary ul.summary li a:hover {
+ color: #5eb7e5;
+ background: transparent;
+ text-decoration: none;
+}
+
+
+/*
+ Inner Content
+*/
+.book .book-body .page-wrapper .page-inner section.normal{
+padding: 60px 0;
+}
+
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