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Commit 718e0bd9 authored by Pierre Cazenave's avatar Pierre Cazenave

Function to read an SMS .map file (useful to extract a coastline, for example)

parent ffdd862f
function data = read_sms_map(file)
% Reads a .map file from SMS
% data = read_sms_map(filename)
% Reads a map file from SMS consisting of node coordinates for boundary
% lines. Each different arc is read into a different cell array (e.g. if
% you have multiple islands).
% Note: this script does not read polygons if they exists in the map
% file.
% file - file name to read from.
% data.arc - cell array of coordinate pairs for the boundaries and
% elevation
% data.arcID - cell array of SMS ARC IDs
% data.arcN - cell array of number of nodes in each arc cell array
% arc = read_sms_map('/home/user/data/sms_project_v1.map')
% Author(s):
% Ricardo Torres (Plymouth Marine Laboratory)
% Revision history:
% 2013-05-03 First version.
subname = 'read_sms_map';
global ftbverbose
if ftbverbose
fprintf('\n'); fprintf(['begin : ' subname '\n']);
f = fopen(file, 'rt');
if f < 0
error('Unable to open output file (check permissions?)')
loopnode = 0;
looparc = 0;
data = [];
while ~feof(f)
% Read NODES found
while ~(strcmpi(line,'ARC') | strcmpi(line,'NODE'))
if feof(f);fclose (f); return; end
switch line
case 'NODE'
loopnode = loopnode + 1;
line = fgetl(f);
data.node(loopnode) = textscan(line, '%*s %f %f %*f', 'CollectOutput', 1);
line = fgetl(f);
data.nodeID(loopnode) = textscan(line, '%*s %u');
line = fgetl(f);
case 'ARC'
looparc = looparc + 1;
data.arcID{looparc} = textscan(line, '%*s %u');
% skip two lines
dump = fgetl(f); line = fgetl(f);
data.arcnode(looparc) = textscan(line, '%*s %u %u', 'CollectOutput', 1);
line = fgetl(f);
if strcmpi(line, 'END') ; break; end
% read number of vertices in ARC
data.arcN(looparc) = textscan(line, '%*s %u');
data.arc(looparc) = textscan(f, '%f %f %*f', data.arcN{looparc}, 'CollectOutput', 1, 'Delimiter', '\n');
if ftbverbose;
fprintf(['end : ' subname '\n'])
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