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Revision 1817

Added by Aaron Marcuse-Kubitza over 12 years ago

input.Makefile: Maps building: full via maps (maps/$(via).%.full.csv): $(makeFullCsv): Sort all maps so that rows are re-ordered whether or not a core self map exists. This way, if a core self map is created, it will not cause the sort order of the generated via-format XMLs to change. This makes it easier to accept any changes to test outputs that result from adding a core self map.

View differences:

VegX.plots.xml.ref
2 2 
<VegX>
3 3 
    <plotObservations>
4 4 
        <plotObservation id="0">
5 
            <partyWithRole><partyID>0</partyID></partyWithRole>
6 
            <simpleUserdefined>
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                <name>sourceAccessionCode</name>
8 
                <value>1</value>
9 
            </simpleUserdefined>
10 5 
            <projectID>0</projectID>
11 6 
            <plotUniqueIdentifierID>0</plotUniqueIdentifierID>
12 7 
            <simpleUserdefined>
8 
                <name>method</name>
9 
                <methodID><method><name>0.1 ha  transect, stems &gt;= 2.5 cm dbh</name></method></methodID>
10 
            </simpleUserdefined>
11 
            <simpleUserdefined>
13 12 
                <name>precipitation</name>
14 13 
                <value>2500.0</value>
15 14 
            </simpleUserdefined>
15 
            <partyWithRole><partyID>0</partyID></partyWithRole>
16 16 
            <simpleUserdefined>
17 
                <name>method</name>
18 
                <methodID><method><name>0.1 ha  transect, stems &gt;= 2.5 cm dbh</name></method></methodID>
17 
                <name>sourceAccessionCode</name>
18 
                <value>1</value>
19 19 
            </simpleUserdefined>
20 20 
        </plotObservation>
21 21 
        <plotObservation id="1">
22 
            <partyWithRole><partyID>1</partyID></partyWithRole>
23 
            <simpleUserdefined>
24 
                <name>sourceAccessionCode</name>
25 
                <value>2</value>
26 
            </simpleUserdefined>
27 22 
            <projectID>1</projectID>
28 23 
            <plotUniqueIdentifierID>1</plotUniqueIdentifierID>
29 24 
            <simpleUserdefined>
25 
                <name>method</name>
26 
                <methodID><method><name>0.1 ha  transect, stems &gt;= 2.5 cm dbh</name></method></methodID>
27 
            </simpleUserdefined>
28 
            <simpleUserdefined>
30 29 
                <name>precipitation</name>
31 30 
                <value>866.0</value>
32 31 
            </simpleUserdefined>
33 32 
            <temperature>7.4</temperature>
33 
            <partyWithRole><partyID>1</partyID></partyWithRole>
34 34 
            <simpleUserdefined>
35 
                <name>method</name>
36 
                <methodID><method><name>0.1 ha  transect, stems &gt;= 2.5 cm dbh</name></method></methodID>
35 
                <name>sourceAccessionCode</name>
36 
                <value>2</value>
37 37 
            </simpleUserdefined>
38 38 
        </plotObservation>
39 39 
    </plotObservations>
40 
    <parties>
41 
        <party id="0"><organizationName>SALVIAS</organizationName></party>
42 
        <party id="1"><organizationName>SALVIAS</organizationName></party>
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    </parties>
40 
    <communityDeterminations>
41 
        <communityDetermination>
42 
            <plotObservationID>0</plotObservationID>
43 
            <communityConcepts>
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                <communityConcept>
45 
                    <commonName>T-LMw</commonName>
46 
                    <name>Tropical lower montane wet forest</name>
47 
                </communityConcept>
48 
            </communityConcepts>
49 
        </communityDetermination>
50 
        <communityDetermination>
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            <plotObservationID>1</plotObservationID>
52 
            <communityConcepts>
53 
                <communityConcept>
54 
                    <commonName>cT-m</commonName>
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                    <name>Cool temperate moist forest</name>
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                </communityConcept>
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            </communityConcepts>
58 
        </communityDetermination>
59 
    </communityDeterminations>
44 60 
    <projects>
45 61 
        <project id="0">
46 62 
            <personnel>
......
59 75 
    </projects>
60 76 
    <plots>
61 77 
        <plot id="0">
62 
            <plotUniqueIdentifier>ACHUPALL</plotUniqueIdentifier>
78 
            <area>0.06</area>
79 
            <geospatial>
80 
                <DecimalLatitude>-3.45</DecimalLatitude>
81 
                <DecimalLongitude>-78.3667</DecimalLongitude>
82 
                <verbatimElevation>2100.0</verbatimElevation>
83 
            </geospatial>
63 84 
            <location>
64 85 
                <placeType>continent</placeType>
65 86 
                <placeName>South America</placeName>
......
68 89 
                <placeType>country</placeType>
69 90 
                <placeName>Ecuador</placeName>
70 91 
            </location>
92 
            <plotUniqueIdentifier>ACHUPALL</plotUniqueIdentifier>
93 
        </plot>
94 
        <plot id="1">
95 
            <area>0.1</area>
71 96 
            <geospatial>
72 
                <DecimalLatitude>-3.45</DecimalLatitude>
73 
                <DecimalLongitude>-78.3667</DecimalLongitude>
74 
                <verbatimElevation>2100.0</verbatimElevation>
97 
                <DecimalLatitude>48.0667</DecimalLatitude>
98 
                <DecimalLongitude>11.5</DecimalLongitude>
99 
                <verbatimElevation>530.0</verbatimElevation>
75 100 
            </geospatial>
76 
            <area>0.06</area>
77 
        </plot>
78 
        <plot id="1">
79 
            <plotUniqueIdentifier>ALLACHER</plotUniqueIdentifier>
80 101 
            <location>
81 102 
                <placeType>continent</placeType>
82 103 
                <placeName>Europe</placeName>
......
85 106 
                <placeType>country</placeType>
86 107 
                <placeName>Germany</placeName>
87 108 
            </location>
88 
            <geospatial>
89 
                <DecimalLatitude>48.0667</DecimalLatitude>
90 
                <DecimalLongitude>11.5</DecimalLongitude>
91 
                <verbatimElevation>530.0</verbatimElevation>
92 
            </geospatial>
93 
            <area>0.1</area>
109 
            <plotUniqueIdentifier>ALLACHER</plotUniqueIdentifier>
94 110 
        </plot>
95 111 
    </plots>
96 
    <communityDeterminations>
97 
        <communityDetermination>
98 
            <plotObservationID>0</plotObservationID>
99 
            <communityConcepts>
100 
                <communityConcept>
101 
                    <commonName>T-LMw</commonName>
102 
                    <name>Tropical lower montane wet forest</name>
103 
                </communityConcept>
104 
            </communityConcepts>
105 
        </communityDetermination>
106 
        <communityDetermination>
107 
            <plotObservationID>1</plotObservationID>
108 
            <communityConcepts>
109 
                <communityConcept>
110 
                    <commonName>cT-m</commonName>
111 
                    <name>Cool temperate moist forest</name>
112 
                </communityConcept>
113 
            </communityConcepts>
114 
        </communityDetermination>
115 
    </communityDeterminations>
112 
    <parties>
113 
        <party id="0"><organizationName>SALVIAS</organizationName></party>
114 
        <party id="1"><organizationName>SALVIAS</organizationName></party>
115 
    </parties>
116 116 
</VegX>

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