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ranamed outputfile to of
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Tom Commandeur committed May 12, 2017
1 parent 4ba1f61 commit 3929ae2
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Showing 21 changed files with 500 additions and 500 deletions.
54 changes: 27 additions & 27 deletions Bridge.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -62,46 +62,46 @@ bool Bridge::lift() {
return true;
}

void Bridge::get_citygml(std::ofstream &outputfile) {
outputfile << "<cityObjectMember>\n";
outputfile << "<brg:Bridge gml:id=\"" << this->get_id() << "\">\n";
get_citygml_attributes(outputfile, _attributes);
outputfile << "<brg:lod1MultiSurface>\n";
outputfile << "<gml:MultiSurface>\n";
void Bridge::get_citygml(std::ofstream& of) {
of << "<cityObjectMember>\n";
of << "<brg:Bridge gml:id=\"" << this->get_id() << "\">\n";
get_citygml_attributes(of, _attributes);
of << "<brg:lod1MultiSurface>\n";
of << "<gml:MultiSurface>\n";
for (auto& t : _triangles)
get_triangle_as_gml_surfacemember(outputfile, t);
get_triangle_as_gml_surfacemember(of, t);
for (auto& t : _triangles_vw)
get_triangle_as_gml_surfacemember(outputfile, t, true);
outputfile << "</gml:MultiSurface>\n";
outputfile << "</brg:lod1MultiSurface>\n";
outputfile << "</brg:Bridge>\n";
outputfile << "</cityObjectMember>\n";
get_triangle_as_gml_surfacemember(of, t, true);
of << "</gml:MultiSurface>\n";
of << "</brg:lod1MultiSurface>\n";
of << "</brg:Bridge>\n";
of << "</cityObjectMember>\n";
}

void Bridge::get_citygml_imgeo(std::ofstream &outputfile) {
outputfile << "<cityObjectMember>\n";
outputfile << "<bri:BridgeConstructionElement gml:id=\"" << this->get_id() << "\">\n";
get_imgeo_object_info(outputfile, this->get_id());
outputfile << "<bri:lod1Geometry>\n";
outputfile << "<gml:MultiSurface>\n";
void Bridge::get_citygml_imgeo(std::ofstream& of) {
of << "<cityObjectMember>\n";
of << "<bri:BridgeConstructionElement gml:id=\"" << this->get_id() << "\">\n";
get_imgeo_object_info(of, this->get_id());
of << "<bri:lod1Geometry>\n";
of << "<gml:MultiSurface>\n";
for (auto& t : _triangles)
get_triangle_as_gml_surfacemember(outputfile, t);
get_triangle_as_gml_surfacemember(of, t);
for (auto& t : _triangles_vw)
get_triangle_as_gml_surfacemember(outputfile, t, true);
outputfile << "</gml:MultiSurface>\n";
outputfile << "</bri:lod1Geometry>\n";
get_triangle_as_gml_surfacemember(of, t, true);
of << "</gml:MultiSurface>\n";
of << "</bri:lod1Geometry>\n";
std::string attribute;
if (get_attribute("bgt-type", attribute)) {
outputfile << "<bri:function codeSpace=\"http://www.geostandaarden.nl/imgeo/def/2.1#TypeOverbruggingsdeel\">" << attribute << "</bri:function>\n";
of << "<bri:function codeSpace=\"http://www.geostandaarden.nl/imgeo/def/2.1#TypeOverbruggingsdeel\">" << attribute << "</bri:function>\n";
}
if (get_attribute("hoortbijtypeoverbrugging", attribute)) {
outputfile << "<imgeo:hoortBijTypeOverbrugging codeSpace=\"http://www.geostandaarden.nl/imgeo/def/2.1#TypeOverbrugging\">" << attribute << "</imgeo:hoortBijTypeOverbrugging>\n";
of << "<imgeo:hoortBijTypeOverbrugging codeSpace=\"http://www.geostandaarden.nl/imgeo/def/2.1#TypeOverbrugging\">" << attribute << "</imgeo:hoortBijTypeOverbrugging>\n";
}
if (get_attribute("overbruggingisbeweegbaar", attribute)) {
outputfile << "<imgeo:overbruggingIsBeweegbaar>" << attribute << "</imgeo:overbruggingIsBeweegbaar>\n";
of << "<imgeo:overbruggingIsBeweegbaar>" << attribute << "</imgeo:overbruggingIsBeweegbaar>\n";
}
outputfile << "</bri:BridgeConstructionElement>\n";
outputfile << "</cityObjectMember>\n";
of << "</bri:BridgeConstructionElement>\n";
of << "</cityObjectMember>\n";
}

bool Bridge::get_shape(OGRLayer* layer) {
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4 changes: 2 additions & 2 deletions Bridge.h
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Original file line number Diff line number Diff line change
Expand Up @@ -37,8 +37,8 @@ class Bridge: public Flat {

bool lift();
bool add_elevation_point(Point2 &p, double z, float radius, LAS14Class lasclass, bool lastreturn);
void get_citygml(std::ofstream &outputfile);
void get_citygml_imgeo(std::ofstream &outputfile);
void get_citygml(std::ofstream& of);
void get_citygml_imgeo(std::ofstream& of);
std::string get_mtl();
bool get_shape(OGRLayer * layer);
TopoClass get_class();
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160 changes: 80 additions & 80 deletions Building.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -87,8 +87,8 @@ bool Building::is_hard() {
return true;
}

void Building::get_csv(std::ofstream &outputfile) {
outputfile << this->get_id() << ";" << std::setprecision(2) << std::fixed << this->get_height() << ";" << this->get_height_base() << "\n";
void Building::get_csv(std::ofstream& of) {
of << this->get_id() << ";" << std::setprecision(2) << std::fixed << this->get_height() << ";" << this->get_height_base() << "\n";
}

std::string Building::get_mtl() {
Expand Down Expand Up @@ -138,105 +138,105 @@ void Building::get_obj(std::unordered_map< std::string, unsigned long > &dPts, i
}
}

void Building::get_citygml(std::ofstream &outputfile) {
void Building::get_citygml(std::ofstream& of) {
float h = z_to_float(this->get_height());
float hbase = z_to_float(this->get_height_base());
outputfile << "<cityObjectMember>\n";
outputfile << "<bldg:Building gml:id=\"" << this->get_id() << "\">\n";
get_citygml_attributes(outputfile, _attributes);
outputfile << "<gen:measureAttribute name=\"min height surface\">\n";
outputfile << "<gen:value uom=\"#m\">" << hbase << "</gen:value>\n";
outputfile << "</gen:measureAttribute>\n";
outputfile << "<bldg:measuredHeight uom=\"#m\">" << h << "</bldg:measuredHeight>\n";
of << "<cityObjectMember>\n";
of << "<bldg:Building gml:id=\"" << this->get_id() << "\">\n";
get_citygml_attributes(of, _attributes);
of << "<gen:measureAttribute name=\"min height surface\">\n";
of << "<gen:value uom=\"#m\">" << hbase << "</gen:value>\n";
of << "</gen:measureAttribute>\n";
of << "<bldg:measuredHeight uom=\"#m\">" << h << "</bldg:measuredHeight>\n";
//-- LOD0 footprint
outputfile << "<bldg:lod0FootPrint>\n";
outputfile << "<gml:MultiSurface>\n";
get_polygon_lifted_gml(outputfile, this->_p2, hbase, true);
outputfile << "</gml:MultiSurface>\n";
outputfile << "</bldg:lod0FootPrint>\n";
of << "<bldg:lod0FootPrint>\n";
of << "<gml:MultiSurface>\n";
get_polygon_lifted_gml(of, this->_p2, hbase, true);
of << "</gml:MultiSurface>\n";
of << "</bldg:lod0FootPrint>\n";
//-- LOD0 roofedge
outputfile << "<bldg:lod0RoofEdge>\n";
outputfile << "<gml:MultiSurface>\n";
get_polygon_lifted_gml(outputfile, this->_p2, h, true);
outputfile << "</gml:MultiSurface>\n";
outputfile << "</bldg:lod0RoofEdge>\n";
of << "<bldg:lod0RoofEdge>\n";
of << "<gml:MultiSurface>\n";
get_polygon_lifted_gml(of, this->_p2, h, true);
of << "</gml:MultiSurface>\n";
of << "</bldg:lod0RoofEdge>\n";
//-- LOD1 Solid
outputfile << "<bldg:lod1Solid>\n";
outputfile << "<gml:Solid>\n";
outputfile << "<gml:exterior>\n";
outputfile << "<gml:CompositeSurface>\n";
of << "<bldg:lod1Solid>\n";
of << "<gml:Solid>\n";
of << "<gml:exterior>\n";
of << "<gml:CompositeSurface>\n";
//-- get floor
get_polygon_lifted_gml(outputfile, this->_p2, hbase, false);
get_polygon_lifted_gml(of, this->_p2, hbase, false);
//-- get roof
get_polygon_lifted_gml(outputfile, this->_p2, h, true);
get_polygon_lifted_gml(of, this->_p2, h, true);
//-- get the walls
auto r = bg::exterior_ring(*(this->_p2));
int i;
for (i = 0; i < (r.size() - 1); i++)
get_extruded_line_gml(outputfile, &r[i], &r[i + 1], h, hbase, false);
get_extruded_line_gml(outputfile, &r[i], &r[0], h, hbase, false);
get_extruded_line_gml(of, &r[i], &r[i + 1], h, hbase, false);
get_extruded_line_gml(of, &r[i], &r[0], h, hbase, false);
//-- irings
auto irings = bg::interior_rings(*(this->_p2));
for (Ring2& r : irings) {
for (i = 0; i < (r.size() - 1); i++)
get_extruded_line_gml(outputfile, &r[i], &r[i + 1], h, hbase, false);
get_extruded_line_gml(outputfile, &r[i], &r[0], h, hbase, false);
get_extruded_line_gml(of, &r[i], &r[i + 1], h, hbase, false);
get_extruded_line_gml(of, &r[i], &r[0], h, hbase, false);
}
outputfile << "</gml:CompositeSurface>\n";
outputfile << "</gml:exterior>\n";
outputfile << "</gml:Solid>\n";
outputfile << "</bldg:lod1Solid>\n";
outputfile << "</bldg:Building>\n";
outputfile << "</cityObjectMember>\n";
of << "</gml:CompositeSurface>\n";
of << "</gml:exterior>\n";
of << "</gml:Solid>\n";
of << "</bldg:lod1Solid>\n";
of << "</bldg:Building>\n";
of << "</cityObjectMember>\n";
}

void Building::get_citygml_imgeo(std::ofstream &outputfile) {
void Building::get_citygml_imgeo(std::ofstream& of) {
float h = z_to_float(this->get_height());
float hbase = z_to_float(this->get_height_base());
outputfile << "<cityObjectMember>\n";
outputfile << "<bui:Building gml:id=\"" << this->get_id() << "\">\n";
of << "<cityObjectMember>\n";
of << "<bui:Building gml:id=\"" << this->get_id() << "\">\n";
//-- store building information
get_imgeo_object_info(outputfile, this->get_id());
outputfile << "<bui:consistsOfBuildingPart>\n";
outputfile << "<bui:BuildingPart>\n";
get_imgeo_object_info(of, this->get_id());
of << "<bui:consistsOfBuildingPart>\n";
of << "<bui:BuildingPart>\n";
//-- LOD1 Solid
outputfile << "<bui:lod1Solid>\n";
outputfile << "<gml:Solid>\n";
outputfile << "<gml:exterior>\n";
outputfile << "<gml:CompositeSurface>\n";
of << "<bui:lod1Solid>\n";
of << "<gml:Solid>\n";
of << "<gml:exterior>\n";
of << "<gml:CompositeSurface>\n";
//-- get floor
get_polygon_lifted_gml(outputfile, this->_p2, hbase, false);
get_polygon_lifted_gml(of, this->_p2, hbase, false);
//-- get roof
get_polygon_lifted_gml(outputfile, this->_p2, h, true);
get_polygon_lifted_gml(of, this->_p2, h, true);
//-- get the walls
auto r = bg::exterior_ring(*(this->_p2));
int i;
for (i = 0; i < (r.size() - 1); i++)
get_extruded_line_gml(outputfile, &r[i], &r[i + 1], h, hbase, false);
get_extruded_line_gml(outputfile, &r[i], &r[0], h, hbase, false);
get_extruded_line_gml(of, &r[i], &r[i + 1], h, hbase, false);
get_extruded_line_gml(of, &r[i], &r[0], h, hbase, false);
//-- irings
auto irings = bg::interior_rings(*(this->_p2));
for (Ring2& r : irings) {
for (i = 0; i < (r.size() - 1); i++)
get_extruded_line_gml(outputfile, &r[i], &r[i + 1], h, hbase, false);
get_extruded_line_gml(outputfile, &r[i], &r[0], h, hbase, false);
get_extruded_line_gml(of, &r[i], &r[i + 1], h, hbase, false);
get_extruded_line_gml(of, &r[i], &r[0], h, hbase, false);
}
outputfile << "</gml:CompositeSurface>\n";
outputfile << "</gml:exterior>\n";
outputfile << "</gml:Solid>\n";
outputfile << "</bui:lod1Solid>\n";
of << "</gml:CompositeSurface>\n";
of << "</gml:exterior>\n";
of << "</gml:Solid>\n";
of << "</bui:lod1Solid>\n";
std::string attribute;
if (get_attribute("identificatiebagpnd", attribute)) {
outputfile << "<imgeo:identificatieBAGPND>" << attribute << "</imgeo:identificatieBAGPND>\n";
of << "<imgeo:identificatieBAGPND>" << attribute << "</imgeo:identificatieBAGPND>\n";
}
get_imgeo_nummeraanduiding(outputfile);
outputfile << "</bui:BuildingPart>\n";
outputfile << "</bui:consistsOfBuildingPart>\n";
outputfile << "</bui:Building>\n";
outputfile << "</cityObjectMember>\n";
get_imgeo_nummeraanduiding(of);
of << "</bui:BuildingPart>\n";
of << "</bui:consistsOfBuildingPart>\n";
of << "</bui:Building>\n";
of << "</cityObjectMember>\n";
}

void Building::get_imgeo_nummeraanduiding(std::ofstream &outputfile) {
void Building::get_imgeo_nummeraanduiding(std::ofstream& of) {
std::string attribute;
bool btekst, bplaatsingspunt, bhoek, blaagnr, bhoognr;
std::string tekst, plaatsingspunt, hoek, laagnr, hoognr;
Expand Down Expand Up @@ -267,27 +267,27 @@ void Building::get_imgeo_nummeraanduiding(std::ofstream &outputfile) {
int count = boost::lexical_cast<int>(tekst[1]);
for (int i = 0; i < count; i++) {
if (i < tekst_split.size() && i < plaatsingspunt_split.size() && i < hoek_split.size()) {
outputfile << "<imgeo:nummeraanduidingreeks>\n";
outputfile << "<imgeo:Nummeraanduidingreeks>\n";
outputfile << "<imgeo:nummeraanduidingreeks>\n";
outputfile << "<imgeo:Label>\n";
outputfile << "<imgeo:tekst>" << tekst_split.at(i) << "</imgeo:tekst>\n";
outputfile << "<imgeo:positie>\n";
outputfile << "<imgeo:Labelpositie>\n";
outputfile << "<imgeo:plaatsingspunt><gml:Point srsDimension=\"2\"><gml:pos>" << plaatsingspunt_split.at(i) << "</gml:pos></gml:Point></imgeo:plaatsingspunt>\n";
outputfile << "<imgeo:hoek>" << hoek_split.at(i) << "</imgeo:hoek>\n";
outputfile << "</imgeo:Labelpositie>\n";
outputfile << "</imgeo:positie>\n";
outputfile << "</imgeo:Label>\n";
outputfile << "</imgeo:nummeraanduidingreeks>\n";
of << "<imgeo:nummeraanduidingreeks>\n";
of << "<imgeo:Nummeraanduidingreeks>\n";
of << "<imgeo:nummeraanduidingreeks>\n";
of << "<imgeo:Label>\n";
of << "<imgeo:tekst>" << tekst_split.at(i) << "</imgeo:tekst>\n";
of << "<imgeo:positie>\n";
of << "<imgeo:Labelpositie>\n";
of << "<imgeo:plaatsingspunt><gml:Point srsDimension=\"2\"><gml:pos>" << plaatsingspunt_split.at(i) << "</gml:pos></gml:Point></imgeo:plaatsingspunt>\n";
of << "<imgeo:hoek>" << hoek_split.at(i) << "</imgeo:hoek>\n";
of << "</imgeo:Labelpositie>\n";
of << "</imgeo:positie>\n";
of << "</imgeo:Label>\n";
of << "</imgeo:nummeraanduidingreeks>\n";
if (i < laagnr_split.size()) {
outputfile << "<imgeo:identificatieBAGVBOLaagsteHuisnummer>" << laagnr_split.at(i) << "</imgeo:identificatieBAGVBOLaagsteHuisnummer>\n";
of << "<imgeo:identificatieBAGVBOLaagsteHuisnummer>" << laagnr_split.at(i) << "</imgeo:identificatieBAGVBOLaagsteHuisnummer>\n";
}
if (i < hoognr_split.size()) {
outputfile << "<imgeo:identificatieBAGVBOHoogsteHuisnummer>" << hoognr_split.at(i) << "</imgeo:identificatieBAGVBOHoogsteHuisnummer>\n";
of << "<imgeo:identificatieBAGVBOHoogsteHuisnummer>" << hoognr_split.at(i) << "</imgeo:identificatieBAGVBOHoogsteHuisnummer>\n";
}
outputfile << "</imgeo:Nummeraanduidingreeks>\n";
outputfile << "</imgeo:nummeraanduidingreeks>\n";
of << "</imgeo:Nummeraanduidingreeks>\n";
of << "</imgeo:nummeraanduidingreeks>\n";
}
}
}
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8 changes: 4 additions & 4 deletions Building.h
View file
Original file line number Diff line number Diff line change
Expand Up @@ -37,10 +37,10 @@ class Building: public Flat {
bool lift();
bool add_elevation_point(Point2 &p, double z, float radius, LAS14Class lasclass, bool lastreturn);
void get_obj(std::unordered_map< std::string, unsigned long > &dPts, int lod, std::string mtl, std::string &fs);
void get_citygml(std::ofstream &outputfile);
void get_citygml_imgeo(std::ofstream &outputfile);
void get_imgeo_nummeraanduiding(std::ofstream &outputfile);
void get_csv(std::ofstream &outputfile);
void get_citygml(std::ofstream& of);
void get_citygml_imgeo(std::ofstream& of);
void get_imgeo_nummeraanduiding(std::ofstream& of);
void get_csv(std::ofstream& of);
std::string get_mtl();
bool get_shape(OGRLayer * layer);
TopoClass get_class();
Expand Down
54 changes: 27 additions & 27 deletions Forest.cpp
View file
Original file line number Diff line number Diff line change
Expand Up @@ -63,46 +63,46 @@ bool Forest::lift() {
return true;
}

void Forest::get_citygml(std::ofstream &outputfile) {
outputfile << "<cityObjectMember>\n";
outputfile << "<veg:PlantCover gml:id=\"" << this->get_id() << "\">\n";
get_citygml_attributes(outputfile, _attributes);
outputfile << "<veg:lod1MultiSurface>\n";
outputfile << "<gml:MultiSurface>\n";
void Forest::get_citygml(std::ofstream& of) {
of << "<cityObjectMember>\n";
of << "<veg:PlantCover gml:id=\"" << this->get_id() << "\">\n";
get_citygml_attributes(of, _attributes);
of << "<veg:lod1MultiSurface>\n";
of << "<gml:MultiSurface>\n";
for (auto& t : _triangles)
get_triangle_as_gml_surfacemember(outputfile, t);
get_triangle_as_gml_surfacemember(of, t);
for (auto& t : _triangles_vw)
get_triangle_as_gml_surfacemember(outputfile, t, true);
outputfile << "</gml:MultiSurface>\n";
outputfile << "</veg:lod1MultiSurface>\n";
outputfile << "</veg:PlantCover>\n";
outputfile << "</cityObjectMember>\n";
get_triangle_as_gml_surfacemember(of, t, true);
of << "</gml:MultiSurface>\n";
of << "</veg:lod1MultiSurface>\n";
of << "</veg:PlantCover>\n";
of << "</cityObjectMember>\n";
}

void Forest::get_citygml_imgeo(std::ofstream &outputfile) {
outputfile << "<cityObjectMember>\n";
outputfile << "<veg:PlantCover gml:id=\"" << this->get_id() << "\">\n";
get_imgeo_object_info(outputfile, this->get_id());
outputfile << "<veg:lod1MultiSurface>\n";
outputfile << "<gml:MultiSurface>\n";
void Forest::get_citygml_imgeo(std::ofstream& of) {
of << "<cityObjectMember>\n";
of << "<veg:PlantCover gml:id=\"" << this->get_id() << "\">\n";
get_imgeo_object_info(of, this->get_id());
of << "<veg:lod1MultiSurface>\n";
of << "<gml:MultiSurface>\n";
for (auto& t : _triangles)
get_triangle_as_gml_surfacemember(outputfile, t);
get_triangle_as_gml_surfacemember(of, t);
for (auto& t : _triangles_vw)
get_triangle_as_gml_surfacemember(outputfile, t, true);
outputfile << "</gml:MultiSurface>\n";
outputfile << "</veg:lod1MultiSurface>\n";
get_triangle_as_gml_surfacemember(of, t, true);
of << "</gml:MultiSurface>\n";
of << "</veg:lod1MultiSurface>\n";
std::string attribute;
if (get_attribute("bgt-fysiekvoorkomen", attribute)) {
outputfile << "<veg:class codeSpace=\"http://www.geostandaarden.nl/imgeo/def/2.1#FysiekVoorkomenBegroeidTerrein\">" << attribute << "</veg:class>\n";
of << "<veg:class codeSpace=\"http://www.geostandaarden.nl/imgeo/def/2.1#FysiekVoorkomenBegroeidTerrein\">" << attribute << "</veg:class>\n";
}
if (get_attribute("begroeidterreindeeloptalud", attribute, "false")) {
outputfile << "<imgeo:begroeidTerreindeelOpTalud>" << attribute << "</imgeo:begroeidTerreindeelOpTalud>\n";
of << "<imgeo:begroeidTerreindeelOpTalud>" << attribute << "</imgeo:begroeidTerreindeelOpTalud>\n";
}
if (get_attribute("plus-fysiekvoorkomen", attribute)) {
outputfile << "<imgeo:plus-fysiekVoorkomen codeSpace=\"http://www.geostandaarden.nl/imgeo/def/2.1#FysiekVoorkomenBegroeidTerreinPlus\">" << attribute << "</imgeo:plus-fysiekVoorkomen>\n";
of << "<imgeo:plus-fysiekVoorkomen codeSpace=\"http://www.geostandaarden.nl/imgeo/def/2.1#FysiekVoorkomenBegroeidTerreinPlus\">" << attribute << "</imgeo:plus-fysiekVoorkomen>\n";
}
outputfile << "</veg:PlantCover>\n";
outputfile << "</cityObjectMember>\n";
of << "</veg:PlantCover>\n";
of << "</cityObjectMember>\n";
}

bool Forest::get_shape(OGRLayer* layer) {
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