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export.pas
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unit export;
{$mode objfpc}{$H+}
interface
uses
Classes, SysUtils, Forms, Controls, Graphics, Dialogs, StdCtrls,
StrUtils, Math, Dbf, DB, DOM, XMLRead, XMLWrite, XMLUtils{$IFDEF WINDOWS},
ShpAPI129 in 'shpAPI129.pas'{$ENDIF};
function toEML(const filename: string): integer;
procedure toFitopac1(const filename: string; kind: integer;
var nfam, nspp, nind: integer);
procedure toFitopac2(const filename: string; var nfam, nspp, nind, nsam: integer);
function toKML(const filename: string): integer;
{$IFDEF WINDOWS}
function toSHP(const filename: string): integer;
{$ENDIF}
function toRDE(const filename: string): integer;
procedure toCEP(const filename: string; var nrows, ncols: integer);
procedure toMVSP(const filename: string; var nrows, ncols: integer);
procedure toFPM(const filename: string; var nrows, ncols: integer);
procedure toCSV(const filename: string; var nrows, ncols: integer);
implementation
uses main, child, useful;
function toEML(const filename: string): integer;
var
S: TStringStream;
XML: TXMLDocument;
lDATE, lSAMPLE: TStringList;
FAMILY, SPECIES: string;
fSAMPLE, fLATITUDE, fLONGITUDE, fELEVATION, fDATE: TField;
bm: TBookmark;
DatasetName1: string;
vtitle, vdescription, vcountry, vstate, vprovince, vlocality, vauthor,
vfullname, vname, vsurname, vinstitution, vrole, vaddress1, vaddress2,
vzip, vcity, vuf, vphone, vemail, vurl, vfunding, vunit, vmethod,
vsample, date1, date2: string;
grpCheck, grpEval, subCheck, subEval: string;
xmldoc, emlHeader, emlFooter, emlBody: string;
i, recs, levels, valtitude, minalt, maxalt: integer;
minlat, maxlat, minlon, maxlon: double;
altitude: array of integer;
latitude, longitude: array of double;
begin
xmldoc := '';
emlHeader := '<?xml version="1.0" encoding="UTF-8"?>' + LineEnding +
'<eml:eml' + LineEnding + 'packageId="eml.1.1" system="knb"' +
LineEnding + 'xmlns:eml="eml://ecoinformatics.org/eml-2.1.0"' +
LineEnding + 'xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"' +
LineEnding + 'xmlns:stmml="http://www.xml-cml.org/schema/stmml-1.1"' +
LineEnding + 'xsi:schemaLocation="eml://ecoinformatics.org/eml-2.1.0 eml.xsd">' +
'<dataset>';
xmldoc += emlHeader;
vtitle := Metadata.Find('title').AsString;
vdescription := Metadata.Find('description').AsString;
vcountry := Metadata.Find('country').AsString;
vstate := Metadata.Find('state').AsString;
vprovince := Metadata.Find('province').AsString;
vlocality := Metadata.Find('locality').AsString;
vauthor := Metadata.Find('author').AsString;
vfullname := vauthor.Split(',')[0];
vname := Copy(vfullname, 1, RPos(' ', vfullname) - 1);
vsurname := Copy(vfullname, RPos(' ', vfullname) + 1, Length(vfullname));
vinstitution := Metadata.Find('institution').AsString;
vrole := Metadata.Find('role').AsString;
vaddress1 := Metadata.Find('address1').AsString;
vaddress2 := Metadata.Find('address2').AsString;
vzip := Metadata.Find('zip').AsString;
vcity := Metadata.Find('city').AsString;
vuf := Metadata.Find('uf').AsString;
vphone := Metadata.Find('phone').AsString;
vemail := Metadata.Find('email').AsString;
vurl := Metadata.Find('website').AsString;
vfunding := Metadata.Find('funding').AsString;
{ Level 1: Identification }
emlBody :=
'<title>' + vtitle + '</title>' + LineEnding + '<creator id="' +
vsurname.toLower + ',' + vname.toLower + '">' + LineEnding +
'<individualName>' + LineEnding + '<givenName>' + vname +
'</givenName>' + LineEnding + '<surName>' + vsurname + '</surName>' +
LineEnding + '</individualName>' + LineEnding + '<organizationName>' +
vinstitution + '</organizationName>' + LineEnding + '<address>' +
LineEnding + '<deliveryPoint>' + vaddress1 + '</deliveryPoint>' +
LineEnding + '<deliveryPoint>' + vaddress2 + '</deliveryPoint>' +
LineEnding + '<city>' + vcity + '</city>' + LineEnding +
'<administrativeArea>' + vuf + '</administrativeArea>' + LineEnding +
'<postalCode>' + vzip + '</postalCode>' + LineEnding + '<country>' +
vcountry + '</country>' + LineEnding + '</address>' + LineEnding +
'<phone phonetype="voice">' + vphone + '</phone>' + LineEnding +
'<electronicMailAddress>' + vemail + '</electronicMailAddress>' +
LineEnding + '</creator>' + LineEnding + '<pubDate>' +
FormatDateTime('YYYY', Now) + '</pubDate>' + LineEnding +
'<abstract>' + LineEnding + '<para>' + vdescription + '</para>' +
LineEnding + '</abstract>';
xmldoc += emlBody;
levels := 0;
with MainForm.MultiDoc.ActiveObject as TMDIChild do
begin
if not Dataset1.Active then
begin
DatasetName1 := Metadata.Find('dataset1').AsString;
Dataset1.FileName := DatasetName1;
Dataset1.AutoFieldDefs := True;
Dataset1.Open;
end;
recs := Dataset1.RecordCount;
bm := Dataset1.GetBookmark;
Dataset1.DisableControls;
CSVExporter1.FileName := 'temp.csv';
CSVExporter1.Execute;
QueryConnection1.DatabasePath := GetCurrentDir;
QueryConnection1.Connect;
QueryDataSet1.TableName := 'temp';
QueryDataset1.LoadFromTable;
FAMILY := QueryDataset1.Fields[2].FieldName;
SPECIES := QueryDataset1.Fields[3].FieldName;
QueryDataset1.SQL.Text :=
'SELECT ' + FAMILY + ', ' + SPECIES + ' FROM temp GROUP BY ' +
FAMILY + ', ' + SPECIES + ' ORDER BY ' + FAMILY + ', ' + SPECIES;
QueryDataset1.QueryExecute;
QueryDataset1.SaveToTable;
fLATITUDE := Dataset1.Fields[9];
fLONGITUDE := Dataset1.Fields[10];
fELEVATION := Dataset1.Fields[11];
SetLength(latitude, recs);
SetLength(longitude, recs);
SetLength(altitude, recs);
i := 0;
Dataset1.First;
while not Dataset1.EOF do
begin
if Pos('-', fELEVATION.AsString) > 0 then
valtitude := StrToIntDef(fLATITUDE.AsString.Split('-')[0], 0)
else
valtitude := StrToIntDef(fELEVATION.AsString, 0);
latitude[i] := StrToFloatDef(fLATITUDE.AsString, 0.0);
longitude[i] := StrToFloatDef(fLONGITUDE.AsString, 0.0);
altitude[i] := valtitude;
Inc(i);
Dataset1.Next;
end;
minlat := MinValue(latitude);
maxlat := MaxValue(latitude);
minlon := MinValue(longitude);
maxlon := MaxValue(longitude);
minalt := MinIntValue(altitude);
maxalt := MaxIntValue(altitude);
vunit := GetUnit(fELEVATION.FieldName);
Inc(levels);
{ Level 2: Discovery }
emlBody :=
'<coverage>' + LineEnding + '<geographicCoverage>' + LineEnding +
'<geographicDescription>' + ''.Join(',',
[vcountry, vstate, vprovince, vlocality]) + '</geographicDescription>' +
LineEnding + '<boundingCoordinates>' + LineEnding +
'<westBoundingCoordinate>' + FloatToStr(maxlon) + '</westBoundingCoordinate>' +
LineEnding + '<eastBoundingCoordinate>' + FloatToStr(minlon) +
'</eastBoundingCoordinate>' + LineEnding + '<northBoundingCoordinate>' +
FloatToStr(maxlat) + '</northBoundingCoordinate>' + LineEnding +
'<southBoundingCoordinate>' + FloatToStr(minlat) +
'</southBoundingCoordinate>' + LineEnding + '<boundingAltitudes>' +
LineEnding + '<altitudeMinimum>' + IntToStr(minalt) +
'</altitudeMinimum>' + LineEnding + '<altitudeMaximum>' +
IntToStr(maxalt) + '</altitudeMaximum>' + LineEnding +
'<altitudeUnits>' + vunit + '</altitudeUnits>' + LineEnding +
'</boundingAltitudes>' + LineEnding + '</boundingCoordinates>' +
LineEnding + '</geographicCoverage>';
xmldoc += emlBody;
fSAMPLE := Dataset1.Fields[0];
fDATE := Dataset1.Fields[6];
lSAMPLE := TStringList.Create;
lSAMPLE.Sorted := True;
lSAMPLE.Duplicates := dupIgnore;
lDATE := TStringList.Create;
lDATE.Sorted := True;
lDATE.Duplicates := dupIgnore;
Dataset1.First;
while not Dataset1.EOF do
begin
lSAMPLE.Add(fSAMPLE.AsString);
lDATE.Add(fDATE.AsString);
Dataset1.Next;
end;
date1 := lDATE[0];
date2 := lDATE[lDATE.Count - 1];
lDATE.Free;
Dataset1.EnableControls;
Dataset1.GotoBookmark(bm);
end;
emlBody :=
'<temporalCoverage>' + LineEnding + '<rangeOfDates>' + LineEnding +
'<beginDate>' + LineEnding + '<calendarDate>' + date1 +
'</calendarDate>' + LineEnding + '</beginDate>' + LineEnding +
'<endDate>' + LineEnding + '<calendarDate>' + date2 + '</calendarDate>' +
LineEnding + '</endDate>' + LineEnding + '</rangeOfDates>' +
LineEnding + '</temporalCoverage>';
xmldoc += emlBody;
emlBody :=
'<taxonomicCoverage>' + LineEnding + '<generalTaxonomicCoverage>' +
vdescription + '</generalTaxonomicCoverage>';
xmldoc += emlBody;
grpCheck := '';
grpEval := '';
subCheck := '';
subEval := '';
with MainForm.MultiDoc.ActiveObject as TMDIChild do
begin
QueryDataset1.First;
while not QueryDataset1.EOF do
begin
grpCheck := Trim(QueryDataset1.Fields[0].AsString);
if grpEval <> grpCheck then
begin
grpEval := grpCheck;
emlBody :=
'<taxonomicClassification>' + LineEnding +
'<taxonRankName>Family</taxonRankName>' + LineEnding +
'<taxonRankValue>' + grpCheck + '</taxonRankValue>' +
LineEnding + '</taxonomicClassification>';
xmldoc += emlBody;
end;
subCheck := Trim(QueryDataset1.Fields[1].AsString.Split(' ')[0]);
if subEval <> subCheck then
begin
subEval := subCheck;
emlBody :=
'<taxonomicClassification>' + LineEnding +
'<taxonRankName>Genus</taxonRankName>' + LineEnding +
'<taxonRankValue>' + subCheck + '</taxonRankValue>' +
LineEnding + '</taxonomicClassification>';
xmldoc += emlBody;
end;
emlBody :=
'<taxonomicClassification>' + LineEnding +
'<taxonRankName>Species</taxonRankName>' + LineEnding +
'<taxonRankValue>' + Trim(QueryDataset1.Fields[1].AsString) +
'</taxonRankValue>' + LineEnding + '</taxonomicClassification>';
xmldoc += emlBody;
QueryDataset1.Next;
end;
QueryConnection1.Disconnect;
end;
emlBody :=
'</taxonomicCoverage>' + LineEnding + '</coverage>';
xmldoc += emlBody;
emlBody :=
'<maintenance>' + LineEnding + '<description>' + LineEnding +
'<para>Last access: ' + DateToStr(Now) + '</para>' + LineEnding +
'<para>Last modified: ' + DateToStr(Now) + '</para>' + LineEnding +
'</description>' + LineEnding + '</maintenance>' + LineEnding +
'<contact>' + LineEnding + '<references>' + vsurname.toLower +
',' + vname.toLower + '</references>' + LineEnding + '</contact>' +
LineEnding + '<publisher>' + LineEnding + '<references>' +
vsurname.toLower + ',' + vname.toLower + '</references>' +
LineEnding + '</publisher>';
xmldoc += emlBody;
Inc(levels);
{ Level 3: Evaluation }
vmethod := Metadata.Find('method').AsString;
emlBody :=
'<methods>' + LineEnding + '<methodStep>' + LineEnding + '<description>' +
LineEnding + '<para>' + LineEnding + '<literalLayout>' + vmethod +
'</literalLayout></para>' + LineEnding + '</description>' +
LineEnding + '</methodStep>' + LineEnding + '<sampling>' +
LineEnding + '<studyExtent>' + LineEnding + '<coverage>' +
LineEnding + '<temporalCoverage>' + LineEnding + '<rangeOfDates>' +
LineEnding + '<beginDate>' + LineEnding + '<calendarDate>' +
date1 + '</calendarDate>' + LineEnding + '</beginDate>' +
LineEnding + '<endDate>' + LineEnding + '<calendarDate>' + date2 +
'</calendarDate>' + LineEnding + '</endDate>' + LineEnding +
'</rangeOfDates>' + LineEnding + '</temporalCoverage>' + LineEnding +
'<geographicCoverage>' + LineEnding + '<geographicDescription>' +
''.Join(',', [vcountry, vstate, vprovince, vlocality]) +
'</geographicDescription>' + LineEnding + '<boundingCoordinates>' +
LineEnding + '<westBoundingCoordinate>' + FloatToStr(maxlon) +
'</westBoundingCoordinate>' + LineEnding + '<eastBoundingCoordinate>' +
FloatToStr(minlon) + '</eastBoundingCoordinate>' + LineEnding +
'<northBoundingCoordinate>' + FloatToStr(maxlat) + '</northBoundingCoordinate>' +
LineEnding + '<southBoundingCoordinate>' + FloatToStr(minlat) +
'</southBoundingCoordinate>' + LineEnding + '<boundingAltitudes>' +
LineEnding + '<altitudeMinimum>' + IntToStr(minalt) + '</altitudeMinimum>' +
LineEnding + '<altitudeMaximum>' + IntToStr(maxalt) + '</altitudeMaximum>' +
LineEnding + '<altitudeUnits>' + vunit + '</altitudeUnits>' +
LineEnding + '</boundingAltitudes>' + LineEnding + '</boundingCoordinates>' +
LineEnding + '</geographicCoverage>' + LineEnding + '</coverage>' +
LineEnding + '</studyExtent>' + LineEnding + '<samplingDescription>' +
LineEnding + '<para>' + vmethod + '</para>' + LineEnding +
'</samplingDescription>' + LineEnding + '<spatialSamplingUnits>';
xmldoc += emlBody;
for i := 1 to lSAMPLE.Count do
begin
vsample := lSAMPLE[i - 1];
emlBody :=
'<coverage>' + LineEnding + '<geographicDescription>' +
vsample + '</geographicDescription>' + LineEnding +
'<boundingCoordinates>' + LineEnding + '<westBoundingCoordinate>' +
FloatToStr(maxlon) + '</westBoundingCoordinate>' + LineEnding +
'<eastBoundingCoordinate>' + FloatToStr(minlon) +
'</eastBoundingCoordinate>' + LineEnding + '<northBoundingCoordinate>' +
FloatToStr(maxlat) + '</northBoundingCoordinate>' + LineEnding +
'<southBoundingCoordinate>' + FloatToStr(minlat) +
'</southBoundingCoordinate>' + LineEnding + '</boundingCoordinates>' +
LineEnding + '</coverage>';
xmldoc += emlBody;
end;
emlBody :=
'</spatialSamplingUnits>' + LineEnding + '</sampling>' + LineEnding + '</methods>';
xmldoc += emlBody;
emlBody :=
'<project>' + LineEnding + '<title>' + vtitle + '</title>' +
LineEnding + '<personnel>' + LineEnding + '<references>' +
vsurname.toLower + ',' + vname.toLower + '</references>' + LineEnding +
'<role>' + vrole + '</role>' + LineEnding + '</personnel>' +
LineEnding + '<abstract>' + LineEnding + '<para>' + vdescription +
'</para>' + LineEnding + '</abstract>' + LineEnding + '<funding>' +
LineEnding + '<para>' + vfunding + '</para>' + LineEnding +
'</funding>' + LineEnding + '</project>';
xmldoc += emlBody;
Inc(levels);
emlFooter := '</dataset>' + LineEnding + '</eml:eml>';
xmldoc += emlFooter;
S := TStringStream.Create(xmldoc);
try
ReadXMLFile(XML, S);
WriteXMLFile(XML, filename);
finally
S.Free;
end;
if FileExists('temp.csv') then
DeleteFile('temp.csv');
Result := levels;
end;
procedure toFitopac1(const filename: string; kind: integer;
var nfam, nspp, nind: integer);
type
TIntVector = array of integer;
var
fname1, fname2, DatasetName1: string;
lFAMILY, lSPECIES, lSAMPLE: TStringList;
fld, fFAMILY, fSPECIES, fSAMPLE, fSPECIMEN: TField;
SAMPLE, SPECIMEN, FAMILY, SPECIES: string;
bm: TBookmark;
nf: TIntVector = nil;
vfam, vloc, aux: string;
idxFAMILY: integer;
i, j, k, f, s: integer;
outfile: TextFile;
begin
DefaultFormatSettings.DecimalSeparator := '.';
with MainForm.MultiDoc.ActiveObject as TMDIChild do
begin
if not Dataset1.Active then
begin
DatasetName1 := Metadata.Find('dataset1').AsString;
Dataset1.FileName := DatasetName1;
Dataset1.AutoFieldDefs := True;
Dataset1.Open;
end;
CSVExporter1.FileName := 'temp.csv';
CSVExporter1.Execute;
QueryConnection1.DatabasePath := GetCurrentDir;
QueryConnection1.Connect;
QueryDataSet1.TableName := 'temp';
QueryDataset1.LoadFromTable;
SAMPLE := QueryDataset1.Fields[0].FieldName;
SPECIMEN := QueryDataset1.Fields[1].FieldName;
FAMILY := QueryDataset1.Fields[2].FieldName;
SPECIES := QueryDataset1.Fields[3].FieldName;
QueryDataset1.SQL.Text :=
'SELECT ' + FAMILY + ', ' + SPECIES + ' FROM temp GROUP BY ' +
FAMILY + ', ' + SPECIES + ' ORDER BY ' + SPECIES + ', ' + FAMILY;
QueryDataset1.QueryExecute;
QueryDataset1.SaveToTable;
bm := Dataset1.GetBookmark;
Dataset1.DisableControls;
lFAMILY := TStringList.Create;
lSPECIES := TStringList.Create;
lSAMPLE := TStringList.Create;
try
lFAMILY.Sorted := True;
lFAMILY.Duplicates := dupIgnore;
lSPECIES.Sorted := True;
lSPECIES.Duplicates := dupIgnore;
lSAMPLE.Sorted := True;
lSAMPLE.Duplicates := dupIgnore;
fSAMPLE := Dataset1.Fields[0];
fSPECIMEN := Dataset1.Fields[1];
fFAMILY := Dataset1.Fields[2];
fSPECIES := Dataset1.Fields[3];
Dataset1.First;
while not Dataset1.EOF do
begin
lFAMILY.Add(fFAMILY.AsString);
lSPECIES.Add(fSPECIES.AsString);
lSAMPLE.Add(fSAMPLE.AsString);
Dataset1.Next;
end;
nfam := lFAMILY.Count;
nspp := lSPECIES.Count;
j := 0;
SetLength(nf, nspp);
QueryDataset1.First;
while not QueryDataset1.EOF do
begin
vfam := Trim(QueryDataset1.Fields[0].AsString);
lFAMILY.Find(vfam, idxFAMILY);
nf[j] := idxFAMILY + 1;
QueryDataset1.Next;
Inc(j);
end;
QueryConnection1.Disconnect;
fname1 := GetFileNameWithoutExt(filename) + '.nms';
AssignFile(outfile, fname1);
Rewrite(outfile);
for f := 1 to nfam do
WriteLn(outfile, f, ' ', lFAMILY[f - 1]);
WriteLn(outfile, '999');
for s := 1 to nspp do
WriteLn(outfile, s, ' ', nf[s - 1], ' ', lSPECIES[s - 1]);
CloseFile(outfile);
fname2 := GetFileNameWithoutExt(filename) + '.dad';
AssignFile(outfile, fname2);
Rewrite(outfile);
i := 0;
k := 0;
nind := 0;
aux := '';
Dataset1.SortOnFields(SAMPLE);
Dataset1.First;
while not Dataset1.EOF do
begin
if kind = 2 then
Inc(i);
if i >= 4 then
begin
i := 0;
Inc(k);
end;
if kind = 1 then
begin
vloc := Dataset1.Fields[0].AsString;
if aux <> vloc then
begin
aux := vloc;
WriteLn(outfile, DelSpace(vloc));
end;
Write(outfile, nind + 1, ' ');
end;
if kind = 2 then
Write(outfile, k + 1, ' ', nind + 1, ' ');
for fld in Dataset1.Fields do
begin
if fld is TFloatField then
if (AnsiContainsText(fld.FieldName, 'LAT')) or
(AnsiContainsText(fld.FieldName, 'LON')) then
continue
else
Write(outfile, fld.AsString, ' ');
end;
WriteLn(outfile, lSPECIES.IndexOf(fSPECIES.AsString) + 1);
Dataset1.Next;
Inc(nind);
end;
CloseFile(outfile);
if FileExists('temp.csv') then
DeleteFile('temp.csv');
finally
lFAMILY.Free;
lSPECIES.Free;
lSAMPLE.Free;
Dataset1.EnableControls;
Dataset1.GotoBookmark(bm);
end;
end;
end;
procedure toFitopac2(const filename: string; var nfam, nspp, nind, nsam: integer);
const
VERSION = '2.1';
type
TIntVector = array of integer;
var
DatasetName1: string;
lFAMILY, lSPECIES, lSAMPLE: TStringList;
fld, fFAMILY, fSPECIES, fSAMPLE, fSPECIMEN: TField;
FAMILY, SPECIES: string;
bm: TBookmark;
sums: TIntVector = nil;
ni: TIntVector = nil;
size, vfam: string;
latitude, longitude, len, wid: double;
idxFAMILY, idxSAMPLE: integer;
i, j, f, s, n, vlatdeg, vlatmin, vlatsec, vlondeg, vlonmin, vlonsec: integer;
outfile: TextFile;
begin
DefaultFormatSettings.DecimalSeparator := '.';
with MainForm.MultiDoc.ActiveObject as TMDIChild do
begin
if not Dataset1.Active then
begin
DatasetName1 := Metadata.Find('dataset1').AsString;
Dataset1.FileName := DatasetName1;
Dataset1.AutoFieldDefs := True;
Dataset1.Open;
end;
CSVExporter1.FileName := 'temp.csv';
CSVExporter1.Execute;
QueryConnection1.DatabasePath := GetCurrentDir;
QueryConnection1.Connect;
QueryDataSet1.TableName := 'temp';
QueryDataset1.LoadFromTable;
FAMILY := QueryDataset1.Fields[2].FieldName;
SPECIES := QueryDataset1.Fields[3].FieldName;
QueryDataset1.SQL.Text :=
'SELECT ' + FAMILY + ', ' + SPECIES + ' FROM temp GROUP BY ' +
FAMILY + ', ' + SPECIES + ' ORDER BY ' + SPECIES + ', ' + FAMILY;
QueryDataset1.QueryExecute;
QueryDataset1.SaveToTable;
bm := Dataset1.GetBookmark;
Dataset1.DisableControls;
lFAMILY := TStringList.Create;
lSPECIES := TStringList.Create;
lSAMPLE := TStringList.Create;
try
lFAMILY.Sorted := True;
lFAMILY.Duplicates := dupIgnore;
lSPECIES.Sorted := True;
lSPECIES.Duplicates := dupIgnore;
lSAMPLE.Sorted := True;
lSAMPLE.Duplicates := dupIgnore;
fSAMPLE := Dataset1.Fields[0];
fSPECIMEN := Dataset1.Fields[1];
fFAMILY := Dataset1.Fields[2];
fSPECIES := Dataset1.Fields[3];
Dataset1.First;
while not Dataset1.EOF do
begin
lFAMILY.Add(fFAMILY.AsString);
lSPECIES.Add(fSPECIES.AsString);
lSAMPLE.Add(fSAMPLE.AsString);
Dataset1.Next;
end;
nsam := lSAMPLE.Count;
nfam := lFAMILY.Count;
nspp := lSPECIES.Count;
SetLength(sums, nsam);
Dataset1.First;
while not Dataset1.EOF do
begin
lSAMPLE.Find(fSAMPLE.AsString, idxSAMPLE);
Inc(sums[idxSAMPLE]);
Dataset1.Next;
end;
nind := 0;
for i := 1 to nsam do
nind += sums[i - 1];
j := 0;
SetLength(ni, nspp);
QueryDataset1.First;
while not QueryDataset1.EOF do
begin
vfam := Trim(QueryDataset1.Fields[0].AsString);
lFAMILY.Find(vfam, idxFAMILY);
ni[j] := idxFAMILY + 1;
QueryDataset1.Next;
Inc(j);
end;
QueryConnection1.Disconnect;
AssignFile(outfile, filename);
Rewrite(outfile);
WriteLn(outfile, 'FPD ', VERSION);
WriteLn(outfile, Metadata.Find('title').AsString);
WriteLn(outfile, Metadata.Find('author').AsString);
WriteLn(outfile, StringReplace(DateToStr(Now), '/', ' ', [rfReplaceAll]),
' ', StringReplace(TimeToStr(Now), ':', ' ', [rfReplaceAll]));
WriteLn(outfile, Metadata.Find('state').AsString);
WriteLn(outfile, Metadata.Find('province').AsString);
WriteLn(outfile, Metadata.Find('locality').AsString);
latitude := StrToFloat(Metadata.Find('latitude').AsString);
longitude := StrToFloat(Metadata.Find('longitude').AsString);
if latitude < 0.0 then
Write(outfile, 'S')
else
Write(outfile, 'N');
if longitude < 0.0 then
Write(outfile, 'W ')
else
Write(outfile, 'E ');
DegToDMS(latitude, vlatdeg, vlatmin, vlatsec);
DegToDMS(longitude, vlondeg, vlonmin, vlonsec);
WriteLn(outfile, abs(vlatdeg), ' ', abs(vlatmin), ' ', abs(vlatsec), ' ',
abs(vlondeg), ' ', abs(vlonmin), ' ', abs(vlonsec));
WriteLn(outfile, StringReplace(Metadata.Find('elevation').AsString,
'-', ' ', [rfReplaceAll]));
WriteLn(outfile, 'P');
size := LowerCase(DelSpace(Metadata.Find('size').AsString));
len := StrToFloatDef(size.Split('x')[0], 0.0);
wid := StrToFloatDef(TrimSet(size.split('x')[1], ['a'..'z']), 0.0);
WriteLn(outfile, nfam, ' ', nspp, ' ', nind, ' ', nsam, ' ',
len: 5: 2, ' ', wid: 5: 2);
WriteLn(outfile, 'TRUE TRUE');
WriteLn(outfile, 'TRUE TRUE');
WriteLn(outfile, 'TRUE DC');
WriteLn(outfile);
WriteLn(outfile);
WriteLn(outfile);
for f := 1 to nfam do
WriteLn(outfile, 'T ', lFAMILY[f - 1]);
for s := 1 to nspp do
WriteLn(outfile, 'T ', ni[s - 1], ' ', LeftStr(lSPECIES[s - 1], 70));
for n := 1 to nsam do
WriteLn(outfile, 'T ', sums[n - 1], ' ', LeftStr(lSAMPLE[n - 1], 70));
Dataset1.First;
while not Dataset1.EOF do
begin
Write(outfile, fSPECIMEN.AsString, ' ',
lSPECIES.IndexOf(fSPECIES.AsString) + 1, ' ');
for fld in Dataset1.Fields do
begin
if fld is TFloatField then
if (AnsiContainsText(fld.FieldName, 'LAT')) or
(AnsiContainsText(fld.FieldName, 'LON')) then
continue
else
Write(outfile, fld.AsString, ' ');
end;
WriteLn(outfile);
Dataset1.Next;
end;
CloseFile(outfile);
if FileExists('temp.csv') then
DeleteFile('temp.csv');
finally
lFAMILY.Free;
lSPECIES.Free;
lSAMPLE.Free;
Dataset1.EnableControls;
Dataset1.GotoBookmark(bm);
end;
end;
end;
function toKML(const filename: string): integer;
var
S: TStringStream;
XML: TXMLDocument;
bm: TBookmark;
DatasetName1: string;
kmlHeader, kmlBody, kmlFooter, kmlOutput, kml, vlocal, vdesc: string;
slatitude, slongitude, saltitude: string;
vlatitude, vlongitude: double;
valtitude, counter: integer;
{outfile: TextFile;}
begin
kmlHeader :=
'<?xml version="1.0" encoding="UTF-8"?>' + LineEnding +
'<kml xmlns="http://www.opengis.net/kml/2.2">';
kmlBody :=
'<Folder>' + LineEnding + '<Style id="normalPlaceMarker">' +
LineEnding + '<IconStyle>' + LineEnding + '<Icon>' + LineEnding +
'<href>http://maps.google.com/mapfiles/kml/pal3/icon38.png</href>' +
LineEnding + '</Icon>' + LineEnding + '</IconStyle>' + LineEnding + '</Style>';
kmlFooter := '</Folder>' + LineEnding + '</kml>';
counter := 0;
with MainForm.MultiDoc.ActiveObject as TMDIChild do
begin
if not Dataset1.Active then
begin
DatasetName1 := Metadata.Find('dataset1').AsString;
Dataset1.FileName := DatasetName1;
Dataset1.AutoFieldDefs := True;
Dataset1.Open;
end;
bm := Dataset1.GetBookmark;
Dataset1.DisableControls;
Dataset1.First;
while not Dataset1.EOF do
begin
vlocal := Dataset1.Fields[0].AsString;
vdesc := Dataset1.Fields[8].AsString;
vlatitude := StrToFloatDef(Dataset1.Fields[9].AsString, 0.0000);
vlongitude := StrToFloatDef(Dataset1.Fields[10].AsString, 0.0000);
valtitude := StrToIntDef(Dataset1.Fields[11].AsString, 0);
slatitude := StringReplace(FloatToStr(vlatitude), ',', '.', [rfReplaceAll]);
slongitude := StringReplace(FloatToStr(vlongitude), ',', '.', [rfReplaceAll]);
saltitude := IntToStr(valtitude);
kml := '<Placemark>' + LineEnding + '<name>' + vlocal +
'</name>' + LineEnding + '<description>' + vdesc + '</description>' +
LineEnding + '<Point>' + LineEnding + '<coordinates>' +
slongitude + ',' + slatitude + ',' + saltitude + '</coordinates>' +
LineEnding + '</Point>' + LineEnding + '</Placemark>' + LineEnding;
kmlBody += kml;
Inc(counter);
Dataset1.Next;
end;
Dataset1.EnableControls;
Dataset1.GotoBookmark(bm);
end;
kmlOutput := kmlHeader + kmlBody + kmlFooter;
S := TStringStream.Create(kmlOutput);
try
ReadXMLFile(XML, S);
WriteXMLFile(XML, filename);
finally
S.Free;
end;
Result := counter;
end;
{$IFDEF WINDOWS}
function toSHP(const filename: string): integer;
var
bm: TBookmark;
DatasetName1: string;
hSHPHandle: SHPHandle;
hDBFHandle: DBFHandle;
psShape: PSHPObject;
vlocal: string;
x, y, vlatitude, vlongitude: double;
valtitude, counter: integer;
begin
hSHPHandle := SHPCreate(PChar(filename), SHPT_POINT);
hDBFHandle := DBFCreate(PChar(filename));
DBFAddField(hDBFHandle, 'LOCAL', FTString, 65, 0);
DBFAddField(hDBFHandle, 'LONGITUDE', FTDouble, 11, 6);
DBFAddField(hDBFHandle, 'LATITUDE', FTDouble, 11, 6);
DBFAddField(hDBFHandle, 'ELEVATION', FTInteger, 7, 0);
counter := 0;
with MainForm.MultiDoc.ActiveObject as TMDIChild do
begin
if not Dataset1.Active then
begin
DatasetName1 := Metadata.Find('dataset1').AsString;
Dataset1.FileName := DatasetName1;
Dataset1.AutoFieldDefs := True;
Dataset1.Open;
end;
bm := Dataset1.GetBookmark;
Dataset1.DisableControls;
Dataset1.First;
while not Dataset1.EOF do
begin
vlocal := Dataset1.Fields[0].AsString;
vlatitude := StrToFloatDef(Dataset1.Fields[9].AsString, 0.0000);
vlongitude := StrToFloatDef(Dataset1.Fields[10].AsString, 0.0000);
valtitude := StrToIntDef(Dataset1.Fields[11].AsString, 0);
x := vlongitude;
y := vlatitude;
psShape := SHPCreateObject(SHPT_POINT, -1, 0, nil, nil, 1, @x, @y, nil, nil);
SHPWriteObject(hSHPHandle, -1, psShape);
DBFWriteStringAttribute(hDBFHandle, counter, 0, PChar(vlocal));
DBFWriteDoubleAttribute(hDBFHandle, counter, 1, vlongitude);
DBFWriteDoubleAttribute(hDBFHandle, counter, 2, vlatitude);
DBFWriteIntegerAttribute(hDBFHandle, counter, 3, valtitude);
SHPDestroyObject(psShape);
Inc(counter);
Dataset1.Next;
end;
Dataset1.EnableControls;
Dataset1.GotoBookmark(bm);
end;
SHPClose(hSHPHandle);
DBFClose(hDBFHandle);
Result := counter;
end;
{$ENDIF}
function toRDE(const filename: string): integer;
const
TAG = 0;
DEL = 1;
BOTRECCAT = 2;
RDEIMAGES = 3;
DUPS = 4;
BARCODE = 5;
ACCESSION = 6;
COLLECTOR = 7;
ADDCOLL = 8;
PREFIX = 9;
NUMBER = 10;
SUFFIX = 11;
COLLDD = 12;
COLLMM = 13;
COLLYY = 14;
DATERES = 15;
DATETEXT = 16;
FAMILY = 17;
GENUS = 18;
SP1 = 19;
AUTHOR1 = 20;
RANK1 = 21;
SP2 = 22;
AUTHOR2 = 23;
RANK2 = 24;
SP3 = 25;
AUTHOR3 = 26;
UNIQUE = 27;
PLANTDESC = 28;
PHENOLOGY = 29;
DETBY = 30;
DETDD = 31;
DETMM = 32;
DETYY = 33;
DETSTATUS = 34;
DETNOTES = 35;
COUNTRY = 36;
MAJORAREA = 37;
MINORAREA = 38;
GAZETTEER = 39;
LOCNOTES = 40;
HABITATTXT = 41;
CULTIVATED = 42;
CULTNOTES = 43;
ORIGINSTAT = 44;
ORIGINID = 45;
ORIGINDB = 46;
NOTES = 47;
LAT = 48;
NS = 49;
LONG = 50;
EW = 51;
LLGAZ = 52;
LLUNIT = 53;
LLRES = 54;
LLORIG = 55;
LLDATUM = 56;
QDS = 57;
ALT = 58;
ALTMAX = 59;
ALTUNIT = 60;
ALTRES = 61;
ALTTEXT = 62;
INITIAL = 63;
AVAILABLE = 64;
CURATENOTE = 65;
NOTONLINE = 66;
LABELTOTAL = 67;
VERNACULAR = 68;
LANGUAGE = 69;
GEODATA = 70;
LATLONG = 71;
COLLECTED = 72;
MONTHNAME = 73;
DETBYDATE = 74;
CHECKWHO = 75;
CHECKDATE = 76;
CHECKNOTE = 77;
UNIQUEID = 78;
RDESPEC = 79;
var
dbfile: TDbf;
bm: TBookmark;
DatasetName1: string;
vcountry, vmajorarea, vminorarea, vgazetteer: string;
vfamily, vgenus, cf, vspecies, vsp1, vsp2, vauthor1, vinfraname, vauthor2: string;
vcollector, vnumber, vdate, vlocnotes, vnotes, vns, vew, valtunit: string;
vlat, vlon: double;
reccount, vcolldd, vcollmm, vcollyy, valt, valtmax: integer;
fFAMILY, fSPECIES, fCOLLECTOR, fNUMBER, fDATE, fOBS, fLOCALITY,
fLATITUDE, fLONGITUDE, fELEVATION: TField;
begin
dbfile := TDbf.Create(nil);
dbfile.TableName := filename;
dbfile.TableLevel := 4; { dBase IV }
dbfile.Exclusive := True;
with dbfile.FieldDefs do
begin
Add('TAG', DB.ftString, 1, True);
Add('DEL', DB.ftString, 1, True);
Add('BOTRECCAT', DB.ftString, 1, True);
Add('RDEIMAGES', DB.ftString, 128, True);
Add('DUPS', DB.ftString, 40, True);
Add('BARCODE', DB.ftString, 15, True);
Add('ACCESSION', DB.ftString, 15, True);
Add('COLLECTOR', DB.ftString, 80, True);
Add('ADDCOLL', DB.ftString, 80, True);
Add('PREFIX', DB.ftString, 10, True);
Add('NUMBER', DB.ftString, 15, True);
Add('SUFFIX', DB.ftString, 6, True);
Add('COLLDD', DB.ftInteger, 2, True);
Add('COLLMM', DB.ftInteger, 2, True);
Add('COLLYY', DB.ftInteger, 4, True);
Add('DATERES', DB.ftString, 5, True);
Add('DATETEXT', DB.ftString, 128, True);
Add('FAMILY', DB.ftString, 30, True);
Add('GENUS', DB.ftString, 25, True);
Add('SP1', DB.ftString, 25, True);
Add('AUTHOR1', DB.ftString, 75, True);
Add('RANK1', DB.ftString, 10, True);
Add('SP2', DB.ftString, 25, True);
Add('AUTHOR2', DB.ftString, 75, True);
Add('RANK2', DB.ftString, 10, True);
Add('SP3', DB.ftString, 25, True);
Add('AUTHOR3', DB.ftString, 75, True);
Add('UNIQUE', DB.ftInteger, 1, True);
Add('PLANTDESC', DB.ftString, 128, True);
Add('PHENOLOGY', DB.ftString, 10, True);
Add('DETBY', DB.ftString, 30, True);
Add('DETDD', DB.ftInteger, 2, True);
Add('DETMM', DB.ftInteger, 2, True);
Add('DETYY', DB.ftInteger, 4, True);
Add('DETSTATUS', DB.ftString, 5, True);
Add('DETNOTES', DB.ftString, 128, True);
Add('COUNTRY', DB.ftString, 50, True);
Add('MAJORAREA', DB.ftString, 30, True);
Add('MINORAREA', DB.ftString, 30, True);
Add('GAZETTEER', DB.ftString, 50, True);
Add('LOCNOTES', DB.ftString, 128, True);
Add('HABITATTXT', DB.ftString, 128, True);
Add('CULTIVATED', DB.ftBoolean, 1, True);
Add('CULTNOTES', DB.ftString, 128, True);
Add('ORIGINSTAT', DB.ftString, 5, True);
Add('ORIGINID', DB.ftString, 15, True);
Add('ORIGINDB', DB.ftString, 10, True);
Add('NOTES', DB.ftString, 128, True);
Add('LAT', DB.ftFloat, 16, True);
Add('NS', DB.ftString, 1, True);
Add('LONG', DB.ftFloat, 16, True);
Add('EW', DB.ftString, 1, True);
Add('LLGAZ', DB.ftString, 5, True);
Add('LLUNIT', DB.ftString, 5, True);
Add('LLRES', DB.ftString, 5, True);
Add('LLORIG', DB.ftString, 20, True);
Add('LLDATUM', DB.ftString, 10, True);
Add('QDS', DB.ftString, 10, True);
Add('ALT', DB.ftString, 8, True);
Add('ALTMAX', DB.ftString, 8, True);
Add('ALTUNIT', DB.ftString, 1, True);
Add('ALTRES', DB.ftString, 5, True);
Add('ALTTEXT', DB.ftString, 128, True);
Add('INITIAL', DB.ftInteger, 2, True);
Add('AVAILABLE', DB.ftInteger, 2, True);
Add('CURATENOTE', DB.ftString, 128, True);
Add('NOTONLINE', DB.ftString, 1, True);
Add('LABELTOTAL', DB.ftInteger, 2, True);
Add('VERNACULAR', DB.ftString, 40, True);
Add('LANGUAGE', DB.ftString, 40, True);
Add('GEODATA', DB.ftString, 128, True);
Add('LATLONG', DB.ftString, 50, True);
Add('COLLECTED', DB.ftString, 20, True);
Add('MONTHNAME', DB.ftString, 10, True);
Add('DETBYDATE', DB.ftString, 20, True);