MESH GRID MAPPING CODE

The default behavior of Matlab regarding the plot generation using mesh() function is it computes the color limits depending on the minimum and maximum value of from the input matrix.

The resultant plot is represented having edges with interpolated coloring depending on the values in the CData property and the lines are displayed following the style format вЂ-.вЂ™. The display of the plot is altered by modifying the value for EdgeColor and LineStyle by calling the attributes through вЂcsвЂ™ object.

MESH GRID MAPPING CODE

The below code returns surface object from the function which is stored in the chart surface object вЂcsвЂ™. The resultant plot is presented with faces having different color for each face depending on the value present in CData property. The transparency of the faces of the plot is changed as value for FaceAlpha is updated from 0.6 to 0.8. The transparency of the faces of the plot is resulted with FaceAlpha being set to 0.6. Possible values are flat, gouraud, none etc. This attribute is used to decide the effect of the light objects on the plot faces. Possible values are any value between 0 to 1. It decides the degree of transparency for the faces of the plot.

Possible values are flat, interp, RGB triplets, texture map, hexadecimal color code etc. This attribute customize the face of the color in the plot.

Possible values areвЂ-вЂ (solid line), вЂ-вЂ (dashed line), вЂ:вЂ™ (dotted line) etc. It is used to set the line style for the representation of the 3D surface plot. Possible values are none, flat, interp, RGB triplets, color name etc. The attribute is used to decide the color for the edge lines of the plot. Some of the attributes which can be altered to customize the plot, are given in the table below: Attribute The attribute given as name in the pair gets set with the data given as value in the function call. Matlab supports the feature to alter the display of the generated plot using name-value pairing format in mesh() function. input matrix вЂZвЂ™, x,y coordinate inputs вЂPвЂ™ and вЂQвЂ™. The code written below generates 3D surface plot from mesh() function which accepts 3 input arguments i.e. The color value is set by the input argument вЂCвЂ™ which is being designed as function of the x,y coordinates вЂPвЂ™ and вЂQвЂ™. The below set of command is defined to change the color of the same plot generated in the previous function defining the input argument вЂCвЂ™. The plot is generated with the default color value depending on the data values in the input matrix.

The below code snippet is used to generate 3D plot for the input matrix вЂIвЂ™ which is function of x-coordinate вЂPвЂ™ and y-co-ordinates вЂRвЂ™ providing вЂIвЂ™ as single input argument to the mesh() function call. Given below are the examples mentioned: Example #1 вЂ“В Using mesh(Z) The object can be used to modify the surface object properties after the plot is generated. It is used to store the 3D plot generated from the function mesh() in chart surface object. It is used to set surface properties for the plot using name-value pair argument format. It is used to generate the 3D surface plot with the new axis вЂaxвЂ™. It is used to generate 3D surface plot of which on the x-y plane, set by X and Y, with edge color вЂCвЂ™. It is used to generate 3D surface plot of which height is determined by the values in the input matrix вЂZвЂ™ and the x-y plane is set by X and Y. It is used to generate 3D surface plot for input matrix вЂZвЂ™ with the color for the edges set to вЂCвЂ™. It is used to generate 3D surface plot of which x, y co-ordinates are decided by column and row indices of the input matrix вЂZвЂ™. This 3D surface plotting function can be implement with different syntaxes depending on input arguments, provided to the function call.Дifferent syntax and their respective input arguments are described in the below table: Syntax Hadoop, Data Science, Statistics & others

Mesh grid mapping