Plots With A View
2021年6月18日Register here: http://gg.gg/v1s1e
*Plots With A View (2002)
*Ggplot Line
*Plots With A View Cast
*Plots With A View Undertaking Betty
*Undertaking Betty Movie
1 - 15of 15properties
We are selling four-building plots for the construction of detached houses-villas with swimming pools at the end of the village, 8 kilometers away from Porec. Near the plot passes electricity. The plot(f, x=x0.x1) calling sequence plots the real function f over the horizontal real range from x0 to x1. The plot(v1, v2) calling sequence creates a curve from the points with x-coordinates v1 and y-coordinates v2, where v1 and v2 are lists or Vectors. Building AI apps or dashboards in R? Deploy them to Dash Enterprise for hyper-scalability and pixel-perfect aesthetic. 10% of the Fortune 500 uses Dash Enterprise to productionize AI & data science apps. Find out if your company is using Dash Enterprise. A Louisiana widow says she was stunned when a cemetery denied a burial plot for her husband, a black sheriff’s deputy — claiming it was for ’whites only.’ Karla Semien said she tried to make.9 days agoLand for sale in delabole, Cornwall
Enjoying a glorious location on the edge of the village bounded by open fields at the rear from where there are superb views across open countryside towards the.. realtyww.info Report11 days agoLand for sale in tintagel, Cornwall
A development opportunity with planning permission for 3 new detached dwellings situated in a popular North Cornwall coastal location featuring wonderful sea.. realtyww.info Report12 days agoLand for sale in Penzance, Cornwall
Stunning development opportunity with detailed planning permission for 6 new detached executive dwellings in an unrivalled location. With the demolition of an.. realtyww.info Report12 days agoLand for sale
Enjoying a glorious location on the edge of the village bounded by open fields at the rear from where there are superb views across open countryside towards the.. onthemarket.com Report16 days agoLand for sale in Penzance, Cornwall
Superb harbour side development site with the benefit of an outline planning consent for 38 apartments some of the upper sea facing floors will have stunning.. realtyww.info Report13 days agoLand for sale
A development opportunity with planning permission for 3 new detached dwellings situated in a popular North Cornwall coastal location featuring wonderful sea.. onthemarket.com Report30+ days agoLand for sale in Bude, Cornwall
Plot 2 Ridgeway is one of four individual building plots marketed for sale in this exclusive development, off of one of the most sought after locations in this.. realtyww.info ReportReduced price18 days agoLand for sale£295,000
Description castle gate, a unique town centre development opportunity. Superb project for sale set within the heart of Launceston comprising of 10 apartments, 9.. onthemarket.com Report19 days agoLand for sale
A prime edge-of-hamlet residential building plot with wonderful coastal and sea views. Detailed consent. Single residential dwelling. about 2,900 Sq ft (gea).. onthemarket.com Report20 days ago Plot for sale
Portreath, Cornwall a rare and exciting opportunity to acquire a superbly positioned coastal development site with planning permission to build a 3 bedroomed.. onthemarket.com Report30+ days agoLand for sale
Building plot with detailed planning permission. Pa17/house 10 (building plot number 9 on the architects plans)this is a well positioned plot for a substantial.. zoopla.co.uk Report20 days ago Plot for sale
Portreath, Cornwall a rare and exciting opportunity to acquire a superbly positioned coastal development site with planning permission to build a 4 bedroomed.. onthemarket.com ReportReduced price30+ days agoLand for sale£695,000
This is an opportunity not to be missed, to purchase an excellent building plot with detailed planning permission for a detached four bedroom dwelling, to take.. primelocation.com Report20 days ago Plot for sale
Portreath, Cornwall a rare and exciting opportunity to acquire a superbly positioned coastal development site with planning permission to build two 3 storey.. onthemarket.com Report30+ days ago Plot for sale
An opportunity to acquire 1 of 2 building sites with detailed planning permission granted for a contemporary reverse plan detached 4 bedroom (4 ensuite) house.. onthemarket.com Report30+ days ago Plot for sale
An exciting opportunity to acquire 1 of 2 building sites with detailed planning permission granted for a contemporary detached 4 bedroom (4 ensuite) house with.. onthemarket.com ReportReduced price30+ days agoLand for sale£100,000
A parcel of land on the edge of boscawen fields between gyllingvase beach and swanpool beach. With exceptional uninterrupted Sea views and access via a lane.. onthemarket.com Report30+ days agoLand for sale
A useful and attractive block of productive agricultural land extending in total area to about 60 acres including approx. 46 acres suitable for arable.. onthemarket.com Report30+ days agoLand for sale in Bude, Cornwall
Plot 1 Ridgeway is one of four individual building plots marketed for sale in this exclusive development, off of one of the most sought after locations in this.. realtyww.info Report30+ days agoLand for sale in Newquay, Cornwall
It is exceedingly rare for a building plot to come to the market with such exceptional views in one of the most popular and sought after of Cornish North Coast.. realtyww.info Report
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Next: Plot Annotations, Previous: Two-Dimensional Plots, Up: High-Level Plotting [Contents][Index]15.2.2 Three-Dimensional Plots
The function mesh produces mesh surface plots. For example,
produces the familiar “sombrero” plot shown in Figure 15.5. Notethe use of the function meshgrid to create matrices of X and Ycoordinates to use for plotting the Z data. The ndgrid functionis similar to meshgrid, but works for N-dimensional matrices.
Figure 15.5: Mesh plot.
The meshc function is similar to mesh, but also produces aplot of contours for the surface.
The plot3 function displays arbitrary three-dimensional data,without requiring it to form a surface. For example,
displays the spiral in three dimensions shown in Figure 15.6.
Figure 15.6: Three-dimensional spiral.
Finally, the view function changes the viewpoint forthree-dimensional plots.: mesh(x, y, z): mesh(z): mesh(…, c): mesh(…, prop, val, …): mesh(hax, …): h =mesh(…)
Plot a 3-D wireframe mesh.
The wireframe mesh is plotted using rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 1:columns (z), y = 1:rows (z).Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The color of the mesh is computed by linearly scaling the z valuesto fit the range of the current colormap. Use caxis and/orchange the colormap to control the appearance.
Optionally, the color of the mesh can be specified independently of zby supplying a color matrix, c.
Any property/value pairs are passed directly to the underlying surfaceobject.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a graphics handle to the createdsurface object.
See also:ezmesh, meshc, meshz, trimesh, contour, surf, surface, meshgrid, hidden, shading, colormap, caxis.: meshc(x, y, z): meshc(z): meshc(…, c): meshc(…, prop, val, …): meshc(hax, …): h =meshc(…)
Plot a 3-D wireframe mesh with underlying contour lines.
The wireframe mesh is plotted using rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 1:columns (z), y = 1:rows (z).Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The color of the mesh is computed by linearly scaling the z valuesto fit the range of the current colormap. Use caxis and/orchange the colormap to control the appearance.
Optionally the color of the mesh can be specified independently of zby supplying a color matrix, c.
Any property/value pairs are passed directly to the underlying surfaceobject.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a 2-element vector with a graphicshandle to the created surface object and to the created contour plot.
See also:ezmeshc, mesh, meshz, contour, surfc, surface, meshgrid, hidden, shading, colormap, caxis.: meshz(x, y, z): meshz(z): meshz(…, c): meshz(…, prop, val, …): meshz(hax, …)Plots With A View (2002): h =meshz(…)
Plot a 3-D wireframe mesh with a surrounding curtain.
The wireframe mesh is plotted using rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 0:columns (z) - 1, y = 0:rows (z) - 1.Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The color of the mesh is computed by linearly scaling the z valuesto fit the range of the current colormap. Use caxis and/orchange the colormap to control the appearance.
Optionally the color of the mesh can be specified independently of zby supplying a color matrix, c.
Any property/value pairs are passed directly to the underlying surfaceobject.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a graphics handle to the createdsurface object.
See also:mesh, meshc, contour, surf, surface, waterfall, meshgrid, hidden, shading, colormap, caxis.: hidden: hiddenon: hiddenoff: mode =hidden(…)
Control mesh hidden line removal.
When called with no argument the hidden line removal state is toggled.
When called with one of the modes ’on’ or ’off’ the stateis set accordingly.
The optional output argument mode is the current state.
Hidden Line Removal determines what graphic objects behind a mesh plotare visible. The default is for the mesh to be opaque and lines behindthe mesh are not visible. If hidden line removal is turned off thenobjects behind the mesh can be seen through the faces (openings) of themesh, although the mesh grid lines are still opaque.
See also:mesh, meshc, meshz, ezmesh, ezmeshc, trimesh, waterfall.: surf(x, y, z): surf(z): surf(…, c): surf(…, prop, val, …): surf(hax, …): h =surf(…)
Plot a 3-D surface mesh.
The surface mesh is plotted using shaded rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 1:columns (z), y = 1:rows (z).Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The color of the surface is computed by linearly scaling the z valuesto fit the range of the current colormap. Use caxis and/orchange the colormap to control the appearance.
Optionally, the color of the surface can be specified independently ofz by supplying a color matrix, c.
Any property/value pairs are passed directly to the underlying surfaceobject.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a graphics handle to the createdsurface object.
Note: The exact appearance of the surface can be controlled with theshading command or by using set to control surface objectproperties.
See also: Slots era su facebook. ezsurf, surfc, surfl, surfnorm, trisurf, contour, mesh, surface, meshgrid, hidden, shading, colormap, caxis.: surfc(x, y, z): surfc(z): surfc(…, c): surfc(…, prop, val, …): surfc(hax, …): h =surfc(…)
Plot a 3-D surface mesh with underlying contour lines.
The surface mesh is plotted using shaded rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 1:columns (z), y = 1:rows (z).Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The color of the surface is computed by linearly scaling the z valuesto fit the range of the current colormap. Use caxis and/orchange the colormap to control the appearance.
Optionally, the color of the surface can be specified independently ofz by supplying a color matrix, c.
Any property/value pairs are passed directly to the underlying surfaceobject.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a graphics handle to the createdsurface object.
Note: The exact appearance of the surface can be controlled with theshading command or by using set to control surface objectproperties.
See also:ezsurfc, surf, surfl, surfnorm, trisurf, contour, mesh, surface, meshgrid, hidden, shading, colormap, caxis.: surfl(z): surfl(x, y, z): surfl(…, lsrc): surfl(x, y, z, lsrc, P): surfl(…, ’cdata’): surfl(…, ’light’): surfl(hax, …): h =surfl(…)
Plot a 3-D surface using shading based on various lighting models.
The surface mesh is plotted using shaded rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 1:columns (z), y = 1:rows (z).Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The default lighting mode ’cdata’, changes the cdata property of thesurface object to give the impression of a lighted surface.Warning: The alternative mode ’light’ mode which creates alight object to illuminate the surface is not implemented (yet).
The light source location can be specified using lsrc. It can begiven as a 2-element vector [azimuth, elevation] in degrees, or as a3-element vector [lx, ly, lz]. The default value is rotated 45 degreescounterclockwise to the current view.
The material properties of the surface can specified using a 4-elementvector P = [AMDSPexp] which defaults top = [0.55 0.6 0.4 10].’AM’ strength of ambient light’D’ strength of diffuse reflection’SP’ strength of specular reflection’EXP’ specular exponent
My slots games for free solitaire. If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a graphics handle to the createdsurface object.
Example:
See also:diffuse, specular, surf, shading, colormap, caxis.: surfnorm(x, y, z): surfnorm(z): surfnorm(…, prop, val, …): surfnorm(hax, …): [nx, ny, nz] =surfnorm(…)
Find the vectors normal to a meshgridded surface.
If x and y are vectors, then a typical vertex is(x(j), y(i), z(i,j)). Thus, columns of z correspondto different x values and rows of z correspond to differenty values. If only a single input z is given then x istaken to be 1:rows (z) and y is1:columns (z).
If no return arguments are requested, a surface plot with the normalvectors to the surface is plotted.
Any property/value input pairs are assigned to the surface object.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
If output arguments are requested then the components of the normalvectors are returned in nx, ny, and nz and no plot ismade. The normal vectors are unnormalized (magnitude != 1). To normalize,use
An example of the use of surfnorm is
Algorithm: The normal vectors are calculated by taking the cross productof the diagonals of each of the quadrilateral faces in the meshgrid to findthe normal vectors at the center of each face. Next, for each meshgridpoint the four nearest normal vectors are averaged to obtain the finalnormal to the surface at the meshgrid point.
For surface objects, the ’VertexNormals’ property containsequivalent information, except possibly near the boundary of the surfacewhere different interpolation schemes may yield slightly different values.
See also:isonormals, quiver3, surf, meshgrid.: fv =isosurface(v, isoval): fv =isosurface(v): fv =isosurface(x, y, z, v, isoval): fv =isosurface(x, y, z, v): fvc =isosurface(…, col): fv =isosurface(…, ’noshare’): fv =isosurface(…, ’verbose’): [f, v] =isosurface(…): [f, v, c] =isosurface(…): isosurface(…)
Calculate isosurface of 3-D volume data.
An isosurface connects points with the same value and is analogous to acontour plot, but in three dimensions.
The input argument v is a three-dimensional array that contains datasampled over a volume.
The input isoval is a scalar that specifies the value for theisosurface. If isoval is omitted or empty, a ’good’ valuefor an isosurface is determined from v.
When called with a single output argument isosurface returns astructure array fv that contains the fields faces andvertices computed at the points[x, y, z] = meshgrid (1:l, 1:m, 1:n) where[l, m, n] = size (v). The output fv can beused directly as input to the patch function.
If called with additional input arguments x, y, and zthat are three-dimensional arrays with the same size as v orvectors with lengths corresponding to the dimensions of v, then thevolume data is taken at the specified points. If x, y, orz are empty, the grid corresponds to the indices (1:n) inthe respective direction (see meshgrid).
The optional input argument col, which is a three-dimensional arrayof the same size as v, specifies coloring of the isosurface. Thecolor data is interpolated, as necessary, to match isoval. Theoutput structure array, in this case, has the additional fieldfacevertexcdata.
If given the string input argument ’noshare’, vertices may bereturned multiple times for different faces. The default behavior is toeliminate vertices shared by adjacent faces with unique which may betime consuming.
The string input argument ’verbose’ is supported for MATLABcompatibility, but has no effect.
Any string arguments must be passed after the other arguments.
If called with two or three output arguments, return the information aboutthe faces f, vertices v, and color data c as separatearrays instead of a single structure array.
If called with no output argument, the isosurface geometry is dir
https://diarynote-jp.indered.space
*Plots With A View (2002)
*Ggplot Line
*Plots With A View Cast
*Plots With A View Undertaking Betty
*Undertaking Betty Movie
1 - 15of 15properties
We are selling four-building plots for the construction of detached houses-villas with swimming pools at the end of the village, 8 kilometers away from Porec. Near the plot passes electricity. The plot(f, x=x0.x1) calling sequence plots the real function f over the horizontal real range from x0 to x1. The plot(v1, v2) calling sequence creates a curve from the points with x-coordinates v1 and y-coordinates v2, where v1 and v2 are lists or Vectors. Building AI apps or dashboards in R? Deploy them to Dash Enterprise for hyper-scalability and pixel-perfect aesthetic. 10% of the Fortune 500 uses Dash Enterprise to productionize AI & data science apps. Find out if your company is using Dash Enterprise. A Louisiana widow says she was stunned when a cemetery denied a burial plot for her husband, a black sheriff’s deputy — claiming it was for ’whites only.’ Karla Semien said she tried to make.9 days agoLand for sale in delabole, Cornwall
Enjoying a glorious location on the edge of the village bounded by open fields at the rear from where there are superb views across open countryside towards the.. realtyww.info Report11 days agoLand for sale in tintagel, Cornwall
A development opportunity with planning permission for 3 new detached dwellings situated in a popular North Cornwall coastal location featuring wonderful sea.. realtyww.info Report12 days agoLand for sale in Penzance, Cornwall
Stunning development opportunity with detailed planning permission for 6 new detached executive dwellings in an unrivalled location. With the demolition of an.. realtyww.info Report12 days agoLand for sale
Enjoying a glorious location on the edge of the village bounded by open fields at the rear from where there are superb views across open countryside towards the.. onthemarket.com Report16 days agoLand for sale in Penzance, Cornwall
Superb harbour side development site with the benefit of an outline planning consent for 38 apartments some of the upper sea facing floors will have stunning.. realtyww.info Report13 days agoLand for sale
A development opportunity with planning permission for 3 new detached dwellings situated in a popular North Cornwall coastal location featuring wonderful sea.. onthemarket.com Report30+ days agoLand for sale in Bude, Cornwall
Plot 2 Ridgeway is one of four individual building plots marketed for sale in this exclusive development, off of one of the most sought after locations in this.. realtyww.info ReportReduced price18 days agoLand for sale£295,000
Description castle gate, a unique town centre development opportunity. Superb project for sale set within the heart of Launceston comprising of 10 apartments, 9.. onthemarket.com Report19 days agoLand for sale
A prime edge-of-hamlet residential building plot with wonderful coastal and sea views. Detailed consent. Single residential dwelling. about 2,900 Sq ft (gea).. onthemarket.com Report20 days ago Plot for sale
Portreath, Cornwall a rare and exciting opportunity to acquire a superbly positioned coastal development site with planning permission to build a 3 bedroomed.. onthemarket.com Report30+ days agoLand for sale
Building plot with detailed planning permission. Pa17/house 10 (building plot number 9 on the architects plans)this is a well positioned plot for a substantial.. zoopla.co.uk Report20 days ago Plot for sale
Portreath, Cornwall a rare and exciting opportunity to acquire a superbly positioned coastal development site with planning permission to build a 4 bedroomed.. onthemarket.com ReportReduced price30+ days agoLand for sale£695,000
This is an opportunity not to be missed, to purchase an excellent building plot with detailed planning permission for a detached four bedroom dwelling, to take.. primelocation.com Report20 days ago Plot for sale
Portreath, Cornwall a rare and exciting opportunity to acquire a superbly positioned coastal development site with planning permission to build two 3 storey.. onthemarket.com Report30+ days ago Plot for sale
An opportunity to acquire 1 of 2 building sites with detailed planning permission granted for a contemporary reverse plan detached 4 bedroom (4 ensuite) house.. onthemarket.com Report30+ days ago Plot for sale
An exciting opportunity to acquire 1 of 2 building sites with detailed planning permission granted for a contemporary detached 4 bedroom (4 ensuite) house with.. onthemarket.com ReportReduced price30+ days agoLand for sale£100,000
A parcel of land on the edge of boscawen fields between gyllingvase beach and swanpool beach. With exceptional uninterrupted Sea views and access via a lane.. onthemarket.com Report30+ days agoLand for sale
A useful and attractive block of productive agricultural land extending in total area to about 60 acres including approx. 46 acres suitable for arable.. onthemarket.com Report30+ days agoLand for sale in Bude, Cornwall
Plot 1 Ridgeway is one of four individual building plots marketed for sale in this exclusive development, off of one of the most sought after locations in this.. realtyww.info Report30+ days agoLand for sale in Newquay, Cornwall
It is exceedingly rare for a building plot to come to the market with such exceptional views in one of the most popular and sought after of Cornish North Coast.. realtyww.info Report
1 - 15 Please enter a valid email address.Did not find what you’re looking for?
Stay updated about Land for sale in Cornwall with sea viewsPlease enter a valid email address.Related searches
Next: Plot Annotations, Previous: Two-Dimensional Plots, Up: High-Level Plotting [Contents][Index]15.2.2 Three-Dimensional Plots
The function mesh produces mesh surface plots. For example,
produces the familiar “sombrero” plot shown in Figure 15.5. Notethe use of the function meshgrid to create matrices of X and Ycoordinates to use for plotting the Z data. The ndgrid functionis similar to meshgrid, but works for N-dimensional matrices.
Figure 15.5: Mesh plot.
The meshc function is similar to mesh, but also produces aplot of contours for the surface.
The plot3 function displays arbitrary three-dimensional data,without requiring it to form a surface. For example,
displays the spiral in three dimensions shown in Figure 15.6.
Figure 15.6: Three-dimensional spiral.
Finally, the view function changes the viewpoint forthree-dimensional plots.: mesh(x, y, z): mesh(z): mesh(…, c): mesh(…, prop, val, …): mesh(hax, …): h =mesh(…)
Plot a 3-D wireframe mesh.
The wireframe mesh is plotted using rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 1:columns (z), y = 1:rows (z).Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The color of the mesh is computed by linearly scaling the z valuesto fit the range of the current colormap. Use caxis and/orchange the colormap to control the appearance.
Optionally, the color of the mesh can be specified independently of zby supplying a color matrix, c.
Any property/value pairs are passed directly to the underlying surfaceobject.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a graphics handle to the createdsurface object.
See also:ezmesh, meshc, meshz, trimesh, contour, surf, surface, meshgrid, hidden, shading, colormap, caxis.: meshc(x, y, z): meshc(z): meshc(…, c): meshc(…, prop, val, …): meshc(hax, …): h =meshc(…)
Plot a 3-D wireframe mesh with underlying contour lines.
The wireframe mesh is plotted using rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 1:columns (z), y = 1:rows (z).Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The color of the mesh is computed by linearly scaling the z valuesto fit the range of the current colormap. Use caxis and/orchange the colormap to control the appearance.
Optionally the color of the mesh can be specified independently of zby supplying a color matrix, c.
Any property/value pairs are passed directly to the underlying surfaceobject.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a 2-element vector with a graphicshandle to the created surface object and to the created contour plot.
See also:ezmeshc, mesh, meshz, contour, surfc, surface, meshgrid, hidden, shading, colormap, caxis.: meshz(x, y, z): meshz(z): meshz(…, c): meshz(…, prop, val, …): meshz(hax, …)Plots With A View (2002): h =meshz(…)
Plot a 3-D wireframe mesh with a surrounding curtain.
The wireframe mesh is plotted using rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 0:columns (z) - 1, y = 0:rows (z) - 1.Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The color of the mesh is computed by linearly scaling the z valuesto fit the range of the current colormap. Use caxis and/orchange the colormap to control the appearance.
Optionally the color of the mesh can be specified independently of zby supplying a color matrix, c.
Any property/value pairs are passed directly to the underlying surfaceobject.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a graphics handle to the createdsurface object.
See also:mesh, meshc, contour, surf, surface, waterfall, meshgrid, hidden, shading, colormap, caxis.: hidden: hiddenon: hiddenoff: mode =hidden(…)
Control mesh hidden line removal.
When called with no argument the hidden line removal state is toggled.
When called with one of the modes ’on’ or ’off’ the stateis set accordingly.
The optional output argument mode is the current state.
Hidden Line Removal determines what graphic objects behind a mesh plotare visible. The default is for the mesh to be opaque and lines behindthe mesh are not visible. If hidden line removal is turned off thenobjects behind the mesh can be seen through the faces (openings) of themesh, although the mesh grid lines are still opaque.
See also:mesh, meshc, meshz, ezmesh, ezmeshc, trimesh, waterfall.: surf(x, y, z): surf(z): surf(…, c): surf(…, prop, val, …): surf(hax, …): h =surf(…)
Plot a 3-D surface mesh.
The surface mesh is plotted using shaded rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 1:columns (z), y = 1:rows (z).Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The color of the surface is computed by linearly scaling the z valuesto fit the range of the current colormap. Use caxis and/orchange the colormap to control the appearance.
Optionally, the color of the surface can be specified independently ofz by supplying a color matrix, c.
Any property/value pairs are passed directly to the underlying surfaceobject.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a graphics handle to the createdsurface object.
Note: The exact appearance of the surface can be controlled with theshading command or by using set to control surface objectproperties.
See also: Slots era su facebook. ezsurf, surfc, surfl, surfnorm, trisurf, contour, mesh, surface, meshgrid, hidden, shading, colormap, caxis.: surfc(x, y, z): surfc(z): surfc(…, c): surfc(…, prop, val, …): surfc(hax, …): h =surfc(…)
Plot a 3-D surface mesh with underlying contour lines.
The surface mesh is plotted using shaded rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 1:columns (z), y = 1:rows (z).Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The color of the surface is computed by linearly scaling the z valuesto fit the range of the current colormap. Use caxis and/orchange the colormap to control the appearance.
Optionally, the color of the surface can be specified independently ofz by supplying a color matrix, c.
Any property/value pairs are passed directly to the underlying surfaceobject.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a graphics handle to the createdsurface object.
Note: The exact appearance of the surface can be controlled with theshading command or by using set to control surface objectproperties.
See also:ezsurfc, surf, surfl, surfnorm, trisurf, contour, mesh, surface, meshgrid, hidden, shading, colormap, caxis.: surfl(z): surfl(x, y, z): surfl(…, lsrc): surfl(x, y, z, lsrc, P): surfl(…, ’cdata’): surfl(…, ’light’): surfl(hax, …): h =surfl(…)
Plot a 3-D surface using shading based on various lighting models.
The surface mesh is plotted using shaded rectangles. The vertices of therectangles [x, y] are typically the output of meshgrid.over a 2-D rectangular region in the x-y plane. z determines theheight above the plane of each vertex. If only a single z matrix isgiven, then it is plotted over the meshgridx = 1:columns (z), y = 1:rows (z).Thus, columns of z correspond to different x values and rowsof z correspond to different y values.
The default lighting mode ’cdata’, changes the cdata property of thesurface object to give the impression of a lighted surface.Warning: The alternative mode ’light’ mode which creates alight object to illuminate the surface is not implemented (yet).
The light source location can be specified using lsrc. It can begiven as a 2-element vector [azimuth, elevation] in degrees, or as a3-element vector [lx, ly, lz]. The default value is rotated 45 degreescounterclockwise to the current view.
The material properties of the surface can specified using a 4-elementvector P = [AMDSPexp] which defaults top = [0.55 0.6 0.4 10].’AM’ strength of ambient light’D’ strength of diffuse reflection’SP’ strength of specular reflection’EXP’ specular exponent
My slots games for free solitaire. If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
The optional return value h is a graphics handle to the createdsurface object.
Example:
See also:diffuse, specular, surf, shading, colormap, caxis.: surfnorm(x, y, z): surfnorm(z): surfnorm(…, prop, val, …): surfnorm(hax, …): [nx, ny, nz] =surfnorm(…)
Find the vectors normal to a meshgridded surface.
If x and y are vectors, then a typical vertex is(x(j), y(i), z(i,j)). Thus, columns of z correspondto different x values and rows of z correspond to differenty values. If only a single input z is given then x istaken to be 1:rows (z) and y is1:columns (z).
If no return arguments are requested, a surface plot with the normalvectors to the surface is plotted.
Any property/value input pairs are assigned to the surface object.
If the first argument hax is an axes handle, then plot into this axis,rather than the current axes returned by gca.
If output arguments are requested then the components of the normalvectors are returned in nx, ny, and nz and no plot ismade. The normal vectors are unnormalized (magnitude != 1). To normalize,use
An example of the use of surfnorm is
Algorithm: The normal vectors are calculated by taking the cross productof the diagonals of each of the quadrilateral faces in the meshgrid to findthe normal vectors at the center of each face. Next, for each meshgridpoint the four nearest normal vectors are averaged to obtain the finalnormal to the surface at the meshgrid point.
For surface objects, the ’VertexNormals’ property containsequivalent information, except possibly near the boundary of the surfacewhere different interpolation schemes may yield slightly different values.
See also:isonormals, quiver3, surf, meshgrid.: fv =isosurface(v, isoval): fv =isosurface(v): fv =isosurface(x, y, z, v, isoval): fv =isosurface(x, y, z, v): fvc =isosurface(…, col): fv =isosurface(…, ’noshare’): fv =isosurface(…, ’verbose’): [f, v] =isosurface(…): [f, v, c] =isosurface(…): isosurface(…)
Calculate isosurface of 3-D volume data.
An isosurface connects points with the same value and is analogous to acontour plot, but in three dimensions.
The input argument v is a three-dimensional array that contains datasampled over a volume.
The input isoval is a scalar that specifies the value for theisosurface. If isoval is omitted or empty, a ’good’ valuefor an isosurface is determined from v.
When called with a single output argument isosurface returns astructure array fv that contains the fields faces andvertices computed at the points[x, y, z] = meshgrid (1:l, 1:m, 1:n) where[l, m, n] = size (v). The output fv can beused directly as input to the patch function.
If called with additional input arguments x, y, and zthat are three-dimensional arrays with the same size as v orvectors with lengths corresponding to the dimensions of v, then thevolume data is taken at the specified points. If x, y, orz are empty, the grid corresponds to the indices (1:n) inthe respective direction (see meshgrid).
The optional input argument col, which is a three-dimensional arrayof the same size as v, specifies coloring of the isosurface. Thecolor data is interpolated, as necessary, to match isoval. Theoutput structure array, in this case, has the additional fieldfacevertexcdata.
If given the string input argument ’noshare’, vertices may bereturned multiple times for different faces. The default behavior is toeliminate vertices shared by adjacent faces with unique which may betime consuming.
The string input argument ’verbose’ is supported for MATLABcompatibility, but has no effect.
Any string arguments must be passed after the other arguments.
If called with two or three output arguments, return the information aboutthe faces f, vertices v, and color data c as separatearrays instead of a single structure array.
If called with no output argument, the isosurface geometry is dir
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