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m.nviz.imagegrass - Online in the Cloud

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This is the command m.nviz.imagegrass that can be run in the OnWorks free hosting provider using one of our multiple free online workstations such as Ubuntu Online, Fedora Online, Windows online emulator or MAC OS online emulator

PROGRAM:

NAME


m.nviz.image - Creates a 3D rendering of GIS data.
Renders surfaces (raster data), 2D/3D vector data, and volumes (3D raster data) in 3D.

KEYWORDS


visualization, graphics, raster, vector, raster3d

SYNOPSIS


m.nviz.image
m.nviz.image --help
m.nviz.image [-anb] [elevation_map=name[,name,...]] [elevation_value=value[,value,...]]
[color_map=name[,name,...]] [color=name[,name,...]] [mask_map=name[,name,...]]
[transparency_map=name[,name,...]] [transparency_value=value[,value,...]]
[shininess_map=name[,name,...]] [shininess_value=value[,value,...]]
[emission_map=name[,name,...]] [emission_value=value[,value,...]]
[mode=string[,string,...]] [resolution_fine=value[,value,...]]
[resolution_coarse=value[,value,...]] [style=string[,string,...]]
[shading=string[,string,...]] [wire_color=name[,name,...]]
[surface_position=x,y,z[,x,y,z,...]] [vline=name[,name,...]]
[vline_layer=string[,string,...]] [vline_width=value[,value,...]]
[vline_width_column=name[,name,...]] [vline_color=name[,name,...]]
[vline_color_column=name[,name,...]] [vline_mode=string[,string,...]]
[vline_height=value[,value,...]] [vline_position=x,y,z[,x,y,z,...]]
[vpoint=name[,name,...]] [vpoint_layer=string[,string,...]]
[vpoint_size=value[,value,...]] [vpoint_size_column=name[,name,...]]
[vpoint_width=value[,value,...]] [vpoint_width_column=name[,name,...]]
[vpoint_color=name[,name,...]] [vpoint_color_column=name[,name,...]]
[vpoint_marker=string[,string,...]] [vpoint_marker_column=name[,name,...]]
[vpoint_mode=string[,string,...]] [vpoint_position=x,y,z[,x,y,z,...]]
[volume=name[,name,...]] [volume_mode=string[,string,...]]
[volume_shading=string[,string,...]] [volume_position=x,y,z[,x,y,z,...]]
[volume_resolution=value[,value,...]] [isosurf_level=volume:value[,volume:value,...]]
[isosurf_color_map=name[,name,...]] [isosurf_color_value=name[,name,...]]
[isosurf_transparency_map=name[,name,...]]
[isosurf_transparency_value=value[,value,...]] [isosurf_shininess_map=name[,name,...]]
[isosurf_shininess_value=value[,value,...]] [slice=volume:axis[,volume:axis,...]]
[slice_position=x1,x2,y1,y2,z1,z2[,x1,x2,y1,y2,z1,z2,...]]
[slice_transparency=value[,value,...]] [bgcolor=name] [position=x,y] [height=value]
[perspective=value] [twist=value] [zexag=value] [focus=x,y,z]
[light_position=x,y,z] [light_color=name] [light_brightness=integer]
[light_ambient=integer] [fringe=string[,string,...]] [fringe_color=name]
[fringe_elevation=integer] [cplane=value[,value,...]]
[cplane_position=x,y,z[,x,y,z,...]] [cplane_rotation=value[,value,...]]
[cplane_tilt=value[,value,...]] [cplane_shading=string] [arrow_position=x,y]
[arrow_size=value] [arrow_color=name] output=name format=string size=width,height
[--overwrite] [--help] [--verbose] [--quiet] [--ui]

Flags:
-a
Use draw mode for all loaded surfaces

-n
Toggles normal direction of all isosurfaces (changes light effect)

-b
Draw volume box

--overwrite
Allow output files to overwrite existing files

--help
Print usage summary

--verbose
Verbose module output

--quiet
Quiet module output

--ui
Force launching GUI dialog

Parameters:
elevation_map=name[,name,...]
Name of raster map(s) for elevation

elevation_value=value[,value,...]
Constant elevation value(s) to use instead of a raster DEM

color_map=name[,name,...]
Name of raster map(s) for color

color=name[,name,...]
Color value(s)
Either a standard color name or R:G:B triplet

mask_map=name[,name,...]
Name of raster map(s) for mask

transparency_map=name[,name,...]
Name of raster map(s) for transparency

transparency_value=value[,value,...]
Transparency value(s)
Options: 0-255

shininess_map=name[,name,...]
Name of raster map(s) for shininess

shininess_value=value[,value,...]
Shininess value(s)
Options: 0-255

emission_map=name[,name,...]
Name of raster map(s) for emission

emission_value=value[,value,...]
Emission value(s)
Options: 0-255

mode=string[,string,...]
Draw mode
Options: coarse, fine, both
Default: fine

resolution_fine=value[,value,...]
Fine resolution
Default: 6

resolution_coarse=value[,value,...]
Coarse resolution
Default: 9

style=string[,string,...]
Draw style
Options: wire, surface
Default: surface

shading=string[,string,...]
Shading
Options: flat, gouraud
Default: gouraud

wire_color=name[,name,...]
Wire color
Either a standard color name or R:G:B triplet
Default: 136:136:136

surface_position=x,y,z[,x,y,z,...]
Surface position
Default: 0,0,0

vline=name[,name,...]
Name of vector map
Name of line vector overlay map(s)

vline_layer=string[,string,...]
Layer number or name
Layer number or name for thematic mapping
Default: 1

vline_width=value[,value,...]
Vector line width
Options: 1-100
Default: 2

vline_width_column=name[,name,...]
Name of width definition column
Name of attribute column

vline_color=name[,name,...]
Vector line color
Either a standard color name or R:G:B triplet
Default: blue

vline_color_column=name[,name,...]
Name of color definition column
Name of attribute column

vline_mode=string[,string,...]
Vector line display mode
Options: surface, flat
Default: surface
surface: drape on raster surface
flat: draw at constant elevation

vline_height=value[,value,...]
Vector line height
Options: 0-1000
Default: 0

vline_position=x,y,z[,x,y,z,...]
Vector lines position
Default: 0,0,0

vpoint=name[,name,...]
Name of vector map
Name of point vector overlay map(s)

vpoint_layer=string[,string,...]
Layer number or name
Layer number or name for thematic mapping
Default: 1

vpoint_size=value[,value,...]
Icon size (map units)
Options: 0-1000
Default: 100

vpoint_size_column=name[,name,...]
Name of size definition column
Name of attribute column

vpoint_width=value[,value,...]
Icon width
Options: 1-1000
Default: 2

vpoint_width_column=name[,name,...]
Name of width definition column
Name of attribute column

vpoint_color=name[,name,...]
Icon color
Either a standard color name or R:G:B triplet
Default: blue

vpoint_color_column=name[,name,...]
Name of color definition column
Name of attribute column

vpoint_marker=string[,string,...]
Icon marker
Options: x, box, sphere, cube, diamond, dec_tree, con_tree, aster, gyro, histogram
Default: sphere

vpoint_marker_column=name[,name,...]
Name of marker definition column
Name of attribute column

vpoint_mode=string[,string,...]
3D vector point display mode
Options: surface, 3D
Default: 3D
surface: drape on raster surface
3D: place at 3D point’s z-elevation

vpoint_position=x,y,z[,x,y,z,...]
Vector points position
Default: 0,0,0

volume=name[,name,...]
Name of 3D raster map(s)

volume_mode=string[,string,...]
Volume draw mode
Options: isosurface, slice
Default: isosurface

volume_shading=string[,string,...]
Volume shading
Options: flat, gouraud
Default: gouraud

volume_position=x,y,z[,x,y,z,...]
Volume position
Default: 0,0,0

volume_resolution=value[,value,...]
Volume resolution
Default: 3

isosurf_level=volume:value[,volume:value,...]
Isosurface level

isosurf_color_map=name[,name,...]
Name of volume for isosurface color

isosurf_color_value=name[,name,...]
Isosurface color
Either a standard color name or R:G:B triplet

isosurf_transparency_map=name[,name,...]
Name of 3D raster map(s) for isosurface transparency

isosurf_transparency_value=value[,value,...]
Transparency value(s)for isosurfaces
Options: 0-255

isosurf_shininess_map=name[,name,...]
Name of 3D raster map(s) for shininess

isosurf_shininess_value=value[,value,...]
Shininess value(s) for isosurfaces
Options: 0-255

slice=volume:axis[,volume:axis,...]
Volume slice parallel to given axis (x, y, z)

slice_position=x1,x2,y1,y2,z1,z2[,x1,x2,y1,y2,z1,z2,...]
Volume slice position
Default: 0,1,0,1,0,1

slice_transparency=value[,value,...]
Volume slice transparency
Options: 0-255
Default: 0

bgcolor=name
Background color
Either a standard color name or R:G:B triplet
Default: white

position=x,y
Viewpoint position (x,y model coordinates)
Options: 0.0-1.0
Default: 0.84,0.16

height=value
Viewpoint height (in map units)

perspective=value
Viewpoint field of view (in degrees)
Options: 1-180
Default: 40

twist=value
Viewpoint twist angle (in degrees)
Options: -180-180
Default: 0

zexag=value
Vertical exaggeration

focus=x,y,z
Focus to point on surface (from SW corner in map units)

light_position=x,y,z
Light position (x,y,z model coordinates)
Default: 0.68,-0.68,0.80

light_color=name
Light color
Either a standard color name or R:G:B triplet
Default: white

light_brightness=integer
Light brightness
Options: 0-100
Default: 80

light_ambient=integer
Light ambient
Options: 0-100
Default: 20

fringe=string[,string,...]
Fringe edges
Options: nw, ne, sw, se
nw: North-West edge
ne: North-East edge
sw: South-West edge
se: South-East edge

fringe_color=name
Fringe color
Either a standard color name or R:G:B triplet
Default: grey

fringe_elevation=integer
Fringe elevation
Default: 55

cplane=value[,value,...]
Cutting plane index (0-5)

cplane_position=x,y,z[,x,y,z,...]
Cutting plane x,y,z coordinates
Default: 0,0,0

cplane_rotation=value[,value,...]
Cutting plane rotation along the vertical axis
Options: 0-360
Default: 0

cplane_tilt=value[,value,...]
Cutting plane tilt
Options: 0-360
Default: 0

cplane_shading=string
Cutting plane color (between two surfaces)
Options: clear, top, bottom, blend, shaded
Default: clear

arrow_position=x,y
Place north arrow at given position (in screen coordinates from bottom left
corner)

arrow_size=value
North arrow size (in map units)

arrow_color=name
North arrow color
Either a standard color name or R:G:B triplet
Default: black

output=name [required]
Name for output image file (without extension)

format=string [required]
Graphics file format
Options: ppm, tif
Default: ppm

size=width,height [required]
Size (width, height) of output image
Default: 640,480

DESCRIPTION


m.nviz.image allows users to realistically render multiple surfaces (raster data) in a 3D
space, optionally using thematic coloring, draping 2D vector data over the surfaces,
displaying 3D vector data in the space, and visualization of volume data (3D raster data)
from the command line.

EXAMPLE


Render elevation map in a 3D space.
g.region raster=elevation
m.nviz.image elevation_map=elevation output=elev perspective=15

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