Durwella.Unplugged.Viz Namespace Reference

Namespaces
namespace	Droid
	Android-specific custom renderers.
namespace	iOS
	iOS-specific custom renderers.

Classes
class	CameraControl
	A control for positioning the camera within a TumbleView. The default implementation can be used to provide straightforward control of the camera; alternatively, More...
class	ColorMapAttribute
	Identifies the tagged property as a color map. The color map is a special case of the TextureMapAttribute This attribute is applied to properties. More...
class	ColorMappedImageView
	A 2-dimensional, color-mapped representation of 3-dimensional data. ColorMappedImageView sacrifices type safety in the name of performance. It accepts data either as a 2D array or as a RawDataArray, which allows avoiding intermediate conversion of raw data. More...
class	ColorMappedPlotView
	A 2-dimensional, color-mapped representation of 3-dimensional data. ColorMappedPlotView is type-safe, but may be less performant than ColorMappedImageView if your data is in a raw, single-dimensional array format. More...
class	CylinderGeometry
	A cylindrical geometry implementing IIndexedGeometry, IImageMappedGeometry, and ILitGeometry. In this case, a cylinder is defined using a number of sides n: the shape of the cylinder is approximated as an extruded n-gon. Note that no attributes are applied to this class; it is intended only as input to appropriate model class. The vertices are constructed using indexing, and intended for drawing using PrimitiveType.TriangleStrip. More...
class	DrawWithAttribute
	Specifies a the settings to be used for drawing the specified model. Every model must have exactly oen DrawWithAttribute. This attribute is applied to a class. More...
class	ExpiredLicenseException
	Exception thrown when attempting to use an expired trial key. More...
class	FragmentShaderAttribute
	Specifies a fragment shader for the tagged class. This attribute is applied to a class. Multiple FragmentShaderAttributes may be applied to a single class. More...
class	GridGeometry
	Helper methods for generating grid geometries. More...
interface	IColoredGeometry
	Describes a geometry that includes a color. More...
interface	IColorMappedGeometry
	Describes a geometry that includes a colormap. More...
interface	IGeometry
	The base interface for geometries. Any model to be used in a TumbleView must implement IGeometry More...
interface	IImageMappedGeometry
	Describes a geometry that uses an image as a texture. More...
interface	IIndexedGeometry
	Describes a geometry that includes indices. More...
interface	ILitGeometry
	Describes a geometry that is lit. More...
class	IndexedGeometryModel
	Indexed geometry model. This class or subclasses can be used with the CommonVertexShader.TextureMappedModel and CommonFragmentShader.TextureMappedModel shaders. Note that if the properties are overridden, the subclass must apply the appropriate attributes. More...
class	IndexedGeometryTextureMappedLitModel
	Texture mapped, lit, indexed geometry model. This class or subclasses can be used with the CommonVertexShader.TextureMappedLitModel and CommonFragmentShader.TextureMappedLitModel shaders. Note that if the properties are overridden, the subclass must apply the appropriate attributes. More...
class	IndexedGeometryTextureMappedModel
	Texture mapped, indexed geometry model. This class or subclasses can be used with the CommonVertexShader.TextureMappedModel and CommonFragmentShader.TextureMappedModel shaders. Note that if the properties are overridden, the subclass must apply the appropriate attributes. More...
class	InvalidLicenseException
	Exception thrown when attempting to use component functionality with no or an invalid license key. More...
interface	IRotatableGeometry
	Describes a geometry whose orientation can be set. More...
interface	ITexturedGeometry
	Describes a geometry that includes texture coordinates. Generally, a model that implements ITexturedGeometry should implement ITextureMappedGeometry, IColorMappedGeometry, or IImageMappedGeometry. More...
interface	ITextureMappedGeometry
	Describes a geometry that includes a texture map. More...
interface	ITranslatableGeometry
	Describes a geometry that can be translated. More...
class	License
	Class controlling component licensing functionality. More...
class	Loading
	Helper methods for loading data. More...
class	MatrixExtensions
	Extensions to the Microsoft.Xna.Framework.Matrix class. More...
class	PlatformCodeNotLoadedException
	Exception thrown when platform-specific code has not been loaded. More...
class	PlotViewBase
	Base class for plot views. More...
class	PowerOfTwoTextureAdapter
	An adapter between a dataset of a specified size and a texture map with power-of-two dimensions. More...
class	RangeF
	A one-dimensional range defined by two float endpoints. More...
class	RawDataArray
	Represents a raw away of data as a 1-dimensional array. Can be used in place of a 2D array as input for a ColorMappedImageView for improved performance. More...
class	RectangleF
	A one-dimensional range defined by four float points. More...
class	ShaderAttribute
	Specifies a custom shader name for the tagged class. Vertex and fragment shaders named '{ShaderName}.vsh' and '{ShaderName}.fsh', respectively, must be included. A class tagged with a ShaderAttribute must not be tagged with any other ShaderAttribute or any ShaderFileAttributes. This attribute is applied to a class. More...
class	ShaderFileAttribute
	Specifies a shader file for the tagged class. A class tagged with one or more ShaderFileAttributes must not be tagged with any ShaderFileAttribute. This attribute is applied to a class. More...
class	ShapeFBase
	Base class for shapes with float coordinates. More...
class	SphereGeometry
	A spherical geometry implementing IIndexedGeometry, IImageMappedGeometry, and ILitGeometry. Note that no attributes are applied to this class; it is intended only as input to appropriate model class. The vertices are constructed using indexing, and intended for drawing using PrimitiveType.TriangleStrip. More...
class	TextureMapAttribute
	Identifies the tagged property as a texture map. The texture map is a uniform attribute which defines how the texture will be sampled for the model. This attribute is applied to properties. More...
class	TooManyModelsForLicenseException
	Exception thrown when attempting to use more models in view than allowed by the trial key. More...
class	TooMuchDataForLicenseException
	Exception thrown when attempting to use more data than allowed by the trial key. More...
class	TumbleView
	A 3-dimensional view. A TumbleView is a container of models implementing IGeometry, optionally with a CameraControl. More...
class	UniformAttribute
	Identifies the tagged property as a uniform attribute; that is, a property which provides a single global value for all vertices (as opposed to VertexAttributeAttributes). This attribute is applied to properties. More...
class	VertexAttributeAttribute
	Identifies the tagged property as a vertex attribute; that is, a property which provides a value per vertex (as opposed to UniformAttributes). This attribute is applied to properties. More...
class	VertexIndicesAttribute
	Identifies the tagged property as the indices to be used in OpenGL indexing. This attribute is applied to a property. More...
class	VertexShaderAttribute
	Specifies a vertex shader for the tagged class. This attribute is applied to a class. Multiple VertexShaderAttributes may be applied to a single class. More...
class	ViewBase
	Base class for all views. More...
class	VisMath
	Some helper mathematical functions useful for visualization. More...
class	XYPlotView
	A 2-dimensional plot. The area under (or to the left of) the plotted data is filled in with a color map representing the value. More...

Enumerations

Enumeration Type Documentation

enum Durwella.Unplugged.Viz.BackFaces

strong

Options for DrawWithAttribute.BackFaces.

Enumerator
Culled	The back faces of triangles are not drawn. Culling allows non-visible faces to be culled before the expensive rendering operations. Culling should be used for closed surfaces (e.g. a sphere or cube).
NotCulled	The back faces of triangles are not culled. This setting should be used for open surfaces such as a flat rectangle) for which both faces should be displayed.

enum Durwella.Unplugged.Viz.CommonFragmentShader

strong

Enumerator
ColorMapping	Provides the function FragColorFromColorMap(highp float value, sampler2D colorMap, highp float colorMapOffset), which can be used to apply a colormap as a texture. A class using ColorMapping must implement IColorMappedGeometry. uniform float ColorMapMinimum; uniform float ColorMapMaximum; float LimitColorMapRange(float value) { if (value > ColorMapMaximum) return 1.0; if (value < ColorMapMinimum) return 0.0; return (value - ColorMapMinimum) / (ColorMapMaximum - ColorMapMinimum); } vec4 ColorFromColorMap(float value, sampler2D colorMap, float colorMapOffset) { value += colorMapOffset; if (value < 0.0) value = 0.0; else if (value > 256.0 / 255.0) value -= 1.0; value = LimitColorMapRange(value); return texture2D(colorMap, vec2(0.5, 1.0 - value)); } void FragColorFromColorMap(float value, sampler2D colorMap, float colorMapOffset) { gl_FragColor = ColorFromColorMap(value, colorMap, colorMapOffset); }
TextureMappedModel	Uses the TextureMappedModel fragment shader: varying vec2 TextureCoordinate; uniform sampler2D Image; void main() { gl_FragColor = texture2D(Image, TextureCoordinate); } A class using TextureMappedModel must implement IIndexedGeometry, and will likely implement IImageMappedGeometry or ITextureMappedGeometry. See also IndexedGeometryModel, IndexedGeometryTextureMappedModel
TextureMappedLitModel	Uses the TextureMappedLitModel fragment shader: uniform vec3 LightPosition; varying vec3 Surface; varying vec3 Normal; varying vec2 TextureCoordinate; uniform sampler2D Image; void main() { vec3 L = normalize(LightPosition - Surface); vec3 N = normalize(Normal); float shading = max(dot(N,L), 0.0); vec4 color = texture2D(Image, TextureCoordinate); gl_FragColor = vec4(shading * color.rgb, color.a); } A class using TextureMappedLitModel must implement ILitGeometry, and will likely implement IImageMappedGeometry or ITextureMappedGeometry. See also IndexedGeometryTextureMappedLitModel

enum Durwella.Unplugged.Viz.CommonVertexShader

strong

Enumerator
TextureMappedModel	Uses the TextureMappedModel vertex shader: attribute vec3 Vertices; attribute vec2 TextureCoordinates; uniform mat3 Rotation; uniform mat3 Model; uniform mat4 ModelViewProjection; uniform mat4 ViewProjection; varying vec2 TextureCoordinate; void main() { Model; ViewProjection; Rotation; TextureCoordinate = TextureCoordinates; gl_Position = ModelViewProjection * vec4(Vertices, 1.0); } A class using TextureMappedModel must implement IIndexedGeometry, and will likely implement IImageMappedGeometry or ITextureMappedGeometry. See also IndexedGeometryModel, IndexedGeometryTextureMappedModel
TextureMappedLitModel	Uses the TextureMappedLitModel vertex shader: attribute vec3 Vertices; attribute vec3 Normals; attribute vec2 TextureCoordinates; uniform mat3 Rotation; uniform mat3 Model; uniform mat4 ModelViewProjection; uniform mat4 ViewProjection; varying vec3 Surface; varying vec3 Normal; varying vec2 TextureCoordinate; void main() { Model; ViewProjection; Surface = Vertices; Normal = Rotation * Normals; TextureCoordinate = TextureCoordinates; gl_Position = ModelViewProjection * vec4(Vertices, 1.0); } A class using TextureMappedLitModel must implement ILitGeometry, and will likely implement IImageMappedGeometry or ITextureMappedGeometry. See also IndexedGeometryTextureMappedLitModel

enum Durwella.Unplugged.Viz.DepthBuffer

strong

Options for DepthBuffer.

Enumerator
Enabled	Enable the depth buffer. Fragments that are behind other fragments will be discarded.
Disabled	Disable the depth buffer. Fragments will be displayed as they are added to the scene, regardless of depth.

enum Durwella.Unplugged.Viz.MagnificationFilter

strong

Options for TextureMapAttribute.MagnificationFilter.

Enumerator
LinearInterpolation	Use the weighted average of the 4 pixels surrounding the given coordinate.
NearestNeighbor	Use the pixel closes to the given coordinates.

enum Durwella.Unplugged.Viz.PrimitiveType

strong

Options for DrawWithAttribute.PrimitiveType.

Enumerator
Points	Draws points. Every specified vertex is considered an individual point.
LineStrip	Draws connected lines. Every pair of adjacent vertices forms a line.
TriangleStrip	Draws connected triangles. Every group of 3 adjacent vertices forms a triangle.
Triangles	Draws disconnected triangles. Vertices are divided into groups of three to form triangles: vertices 0, 1, and 2 form a triangle; vertices 3, 4, and 5 form a triangle; etc.

enum Durwella.Unplugged.Viz.Winding

strong

Options for DrawWithAttribute.Winding.

Enumerator
CounterClockwise	When viewed from the front face, a triangle's vertices rotate counter-clockwise aroudn the triangle's center.
Clockwise	When viewed from the front face, a triangle's vertices rotate clockwise aroudn the triangle's center.

enum Durwella.Unplugged.Viz.WrapMode

strong

Options for TextureMapAttribute.WrapMode.

Enumerator
ClampToEdge	The coordinate is clamped between 0 and 1.
Repeat	Ignore the integer part of the cordinate, resulting in a repeating pattern.
MirroredRepeat	Repeat the texture, but mirrored when the integer part of the coordinate is odd.