Path: Missions/LunarMission
% Generate vertices and faces for a planet patch with terrain.
Adds a height map to a sphere to produce a 3D terrain map.
scale exaggerates the surface variations from a sphere to make them
easier to see.
Rendering the planet is done with patch.
patch('vertices',v,'faces',f,'facecolor',[0.5 0.5 0.5],...
'facelighting','gouraud','linestyle','none');
axis equal
ambient = 0.2; diffuse = 1; specular = 0.0;
material([ambient diffuse specular])
This function will not handle the pole. use PlanetWithTerrain
for orbits that go over the pole.
p is an optional 3xn array of position vectors to be plotted.
Type PlanetWithTerrainPatch for a model of the moon using
Clementine data.
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Form:
PlanetWithTerrainPatch( h, scale, p )
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Inputs
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h (.) Height map data structure
.r (theta,lambda) Distance from center
.lambda (1,:) Equatorial angle
.theta (1,:) Angle from pole
.rEq (1,1) Equatorial radius (m)
.name (1,:) Planet name
scale (1,1) Exaggerate the terrain by this factor
p (3,:) Line to plot
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Outputs
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None
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SC: Ephem/LoadLunarTopography SC: Ephem/RSHMoon SC: SCData/gltm2b Common: CommonData/SwooshWatermark Common: General/DeBlankLT Common: General/Watermark Common: Graphics/Mesh2 Common: Graphics/NewFig Common: Graphics/PltStyle Common: Graphics/TitleS Common: Graphics/XLabelS Common: Graphics/YLabelS Common: Graphics/ZLabelS Math: Analysis/PAL Math: Analysis/SCHarm Math: Linear/DupVect Math: Linear/Factorl
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