文件名称:MMATrans
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These are the rows of Z values of the grid, organized in row order.
Each row has a constant Y coordinate. Grid row 1 corresponds to ylo and the
last grid row corresponds to yhi. Within each row, the Z values are arranged from xlo to xhi.
The following example grid file is 64 rows high by 64 columns wide.
The first five lines of the file contain header information.
X ranges from 0 to 63, Y ranges from 0 to 63, and Z ranges from -44.71 to 39.05.
The first Z value shown corresponds to the lower left corner of the map and the
following values correspond to the increasing X positions along the bottom row of the grid file.
This file has a total of 4096 Z values. -Magnitude-magnetic transform routines written in Matlab
Each row has a constant Y coordinate. Grid row 1 corresponds to ylo and the
last grid row corresponds to yhi. Within each row, the Z values are arranged from xlo to xhi.
The following example grid file is 64 rows high by 64 columns wide.
The first five lines of the file contain header information.
X ranges from 0 to 63, Y ranges from 0 to 63, and Z ranges from -44.71 to 39.05.
The first Z value shown corresponds to the lower left corner of the map and the
following values correspond to the increasing X positions along the bottom row of the grid file.
This file has a total of 4096 Z values. -Magnitude-magnetic transform routines written in Matlab
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下载文件列表
MMATrans\MMATrans\DEMO.M
........\........\DTPrism.grd
........\........\DTPrism.xyz
........\........\LapDT.m
........\........\LapZ.m
........\........\MMATrans.m
........\........\Readme.txt
........\MMATrans
MMATrans
........\........\DTPrism.grd
........\........\DTPrism.xyz
........\........\LapDT.m
........\........\LapZ.m
........\........\MMATrans.m
........\........\Readme.txt
........\MMATrans
MMATrans