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向量可视化
Mathematica 提供了最先进的全自动向量函数和数据的可视化，用来表示流量、场线和其它任意复杂的矢量场.
精选实例 |
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Automatically Place Streamlines
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Control the Location of Streamlines
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Do High-Resolution Vector Visualization
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Plot Field Vectors at Random Positions
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Plot Field Vectors in 3D
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Plot Field Vectors in a Spherical Shell
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Plot Field Vectors on a Regular Grid
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Plot Streamlines on Any Region
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Plot Streamlines with a Density Background
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Plot the Density and Mesh and Overlay Streamlines
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Seed Streamlines on a Regular Grid
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Show the Divergence as a Background Density
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Show the Gradient Field on a Surface
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Specify Location and Length of Streamlines
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Use Any Graphic for Line Integral Convolutions
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Use Simulated Lighting for the Background Density
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Visualize Vector Fields Using Line Integral Convolutions
参考资料
流量可视化
StreamPlot — 画出来自矢量场函数的流量图
ListStreamPlot — 画出来自矢量场数据的流量图
LineIntegralConvolutionPlot ▪ ListLineIntegralConvolutionPlot
矢量可视化
VectorPlot — 画出来自矢量场函数的矢量
ListVectorPlot — 画出来自矢量场数据的矢量
向量 + 标量可视化
StreamDensityPlot — 向量场和标量场函数的叠加图
ListStreamDensityPlot — 向量场和标量场数据的叠加图
VectorDensityPlot ▪ ListVectorDensityPlot
3D 向量可视化
VectorPlot3D ▪ ListVectorPlot3D
选项
StreamPoints, VectorPoints — 流线、向量的数或方位
StreamScale, VectorScale — 流线、向量的尺度和大小
ColorFunction, Mesh, MeshFunctions — 标量的颜色、网格、等高线等
