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ultimatepp/uppsrc/Geom/Coords/coords.cpp
cxl 8ebdcbb0d5 uppsrc: NAMESPACE_UPP / END_UPP_NAMESPACE removed 
git-svn-id: svn://ultimatepp.org/upp/trunk@10186 f0d560ea-af0d-0410-9eb7-867de7ffcac7
2016-08-26 17:15:30 +00:00

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#include "GeomCoords.h"
namespace Upp {
GisCoords::Arg GisCoords::Arg::Edit(double& v, String ident, String name, String help_topic, double min, double max, bool not_null)
{
Arg out;
out.vtype = DOUBLE_V;
out.ident = ident;
out.name = name;
out.help_topic = help_topic;
out.style = STYLE_EDIT;
out.min = min;
out.max = max;
out.not_null = not_null;
out.ref = Ref(v);
return out;
}
GisCoords::Arg GisCoords::Arg::Angle(double& v, String ident, String name, String help_topic, double min, double max, bool not_null)
{
Arg out;
out.vtype = DOUBLE_V;
out.ident = ident;
out.name = name;
out.help_topic = help_topic;
out.style = STYLE_ANGLE;
out.min = min;
out.max = max;
out.not_null = not_null;
out.ref = Ref(v);
return out;
}
GisCoords::Arg GisCoords::Arg::Edit(String& v, String ident, String name, String help_topic, bool not_null)
{
Arg out;
out.vtype = STRING_V;
out.ident = ident;
out.name = name;
out.help_topic = help_topic;
out.style = STYLE_EDIT;
out.not_null = not_null;
out.ref = Ref(v);
return out;
}
GisCoords::Arg GisCoords::Arg::Edit(Date& d, String ident, String name, String help_topic, bool not_null)
{
Arg out;
out.vtype = DATE_V;
out.ident = ident;
out.name = name;
out.help_topic = help_topic;
out.style = STYLE_EDIT;
out.not_null = not_null;
out.ref = Ref(d);
return out;
}
GisCoords::Arg GisCoords::Arg::Edit(Time& t, String ident, String name, String help_topic, bool not_null)
{
Arg out;
out.vtype = TIME_V;
out.ident = ident;
out.name = name;
out.help_topic = help_topic;
out.style = STYLE_EDIT;
out.not_null = not_null;
out.ref = Ref(t);
return out;
}
GisCoords::Arg GisCoords::Arg::DropList(String& v, String ident, String name, String help_topic, String variants, bool not_null)
{
Arg out;
out.vtype = STRING_V;
out.ident = ident;
out.name = name;
out.help_topic = help_topic;
out.style = STYLE_DROPLIST;
out.variants = variants;
out.not_null = not_null;
out.ref = Ref(v);
return out;
}
struct GeomBoolRef : public RefManager
{
virtual int GetType() { return UNKNOWN_V; }
virtual Value GetValue(const void *x) { return *(const bool *)x ? 1 : 0; }
virtual void SetValue(void *x, const Value& v) { *(bool *)x = !UPP::IsNull(v) && (double)v; }
virtual void SetNull(void *x) { *(bool *)x = false; }
static RefManager *Manager() { static GeomBoolRef m; return &m; }
};
inline Ref GeomBoolAsRef(bool& b) { return Ref(&b, GeomBoolRef::Manager()); }
GisCoords::Arg GisCoords::Arg::Option(bool& b, String ident, String name, String help_topic)
{
Arg out;
out.vtype = INT_V;
out.ident = ident;
out.name = name;
out.help_topic = help_topic;
out.style = STYLE_OPTION;
out.not_null = true;
out.ref = GeomBoolAsRef(b);
return out;
}
GisCoords::Arg GisCoords::Arg::Option3(int& b, String ident, String name, String help_topic)
{
Arg out;
out.vtype = INT_V;
out.ident = ident;
out.name = name;
out.help_topic = help_topic;
out.style = STYLE_OPTION3;
out.not_null = false;
out.ref = Ref(b);
return out;
}
GisCoords::Data::Data()
{
epsg_code = 0;
lonlat_limits = Rectf(-180, -90, 180, 90);
}
bool GisCoords::Data::IsProjected() const
{
return true;
}
int GisCoords::Data::GetBranchCount() const
{
return 1;
}
Array<Pointf> GisCoords::Data::LonLatBoundary(const Rectf& lonlat_extent, int b) const
{
Array<Pointf> out;
out.SetCount(5);
out[0] = lonlat_extent.TopLeft();
out[1] = lonlat_extent.TopRight();
out[2] = lonlat_extent.BottomRight();
out[3] = lonlat_extent.BottomLeft();
out[4] = lonlat_extent.TopLeft();
return out;
}
GisBSPTree GisCoords::Data::GetBranchTree(const Rectf& lonlat_extent) const
{
return GisBSPTree::Node(0);
}
Rectf GisCoords::Data::LonLatExtent(const Rectf& xy_extent) const
{
Rectf lonlat_extent = Null;
lonlat_extent |= LonLat(xy_extent.TopLeft());
lonlat_extent |= LonLat(xy_extent.TopRight());
lonlat_extent |= LonLat(xy_extent.BottomLeft());
lonlat_extent |= LonLat(xy_extent.BottomRight());
return lonlat_extent;
}
Rectf GisCoords::Data::ProjectExtent(const Rectf& lonlat_extent) const
{
// ASSERT(GetBranchCount() == 1);
Rectf xy_extent = Null;
xy_extent |= Project(lonlat_extent.TopLeft(), 0);
xy_extent |= Project(lonlat_extent.TopRight(), 0);
xy_extent |= Project(lonlat_extent.BottomLeft(), 0);
xy_extent |= Project(lonlat_extent.BottomRight(), 0);
return xy_extent;
}
double GisCoords::Data::ProjectDeviation(Pointf lonlat1, Pointf lonlat2, int branch) const
{
Pointf mid = (lonlat1 + lonlat2) / 2.0;
Pointf p1 = Project(lonlat1, branch), p2 = Project(mid, branch), p3 = Project(lonlat2, branch);
Pointf pmid = (p1 + p3) / 2.0;
double length = Distance(p1, p3);
if(length <= 1e-10)
return Distance(p2, pmid);
return ((p1 - pmid) ^ (p3 - p1)) / length;
}
double GisCoords::Data::ProjectRatio(Pointf lonlat, int branch) const
{
/*Pointf proj = */Project(lonlat, branch);
static const double DELTA = 1e-3;
Sizef east = Project(lonlat + Sizef(DELTA, 0), branch);
Sizef north = Project(lonlat + Sizef(0, DELTA), branch);
return (Length(east) + Length(north)) * (DELTA / 2);
}
double GisCoords::Data::ExtentDeviation(const Rectf& lonlat_extent) const
{
return 0;
}
Sizef GisCoords::Data::MinMaxRatio(const Rectf& lonlat_extent) const
{
return Sizef(1, 1);
}
bool GisCoords::Data::IsIdentity(const Data *data) const
{
if(strcmp(typeid(*this).name(), typeid(*data).name()))
return false;
Array<Arg> args = const_cast<GisCoords::Data *>(this)->EnumArgs();
Array<Arg> args2 = const_cast<GisCoords::Data *>(data)->EnumArgs();
if(args.GetCount() != args2.GetCount())
return false;
for(int i = 0; i < args.GetCount(); i++)
if(args[i].name != args2[i].name
|| args[i].vtype != args2[i].vtype
|| Value(args[i].ref) != Value(args2[i].ref))
return false;
return true;
}
bool GisCoords::Equals(const GisCoords& co) const
{
bool na = IsNullInstance(), nb = co.IsNullInstance();
if(na || nb)
return na && nb;
return GetIdent() == co.GetIdent();
}
class GisTransformIdentity : public GisTransform::Data
{
public:
GisTransformIdentity() {}
virtual GisTransform DeepCopy() const { return new GisTransformIdentity(*this); }
virtual Pointf Target(Pointf s) const { return s; }
virtual Pointf Source(Pointf t) const { return t; }
virtual Rectf TargetExtent(const Rectf& s) const { return s; }
virtual Rectf SourceExtent(const Rectf& t) const { return t; }
virtual double SourceDeviation(Pointf src1, Pointf src2) const { return 0; }
virtual double TargetDeviation(Pointf trg1, Pointf trg2) const { return 0; }
virtual double SourceExtentDeviation(const Rectf& src) const { return 0; }
virtual double TargetExtentDeviation(const Rectf& trg) const { return 0; }
virtual Sizef SourceMinMaxRatio(const Rectf& s) const { return Sizef(1, 1); }
virtual Sizef TargetMinMaxRatio(const Rectf& t) const { return Sizef(1, 1); }
virtual GisBSPTree TargetBranchTree(const Rectf& t) const { return GisBSPTree(0); }
virtual GisBSPTree SourceBranchTree(const Rectf& t) const { return GisBSPTree(0); }
virtual Rectf TargetLimits() const { return Null; }
virtual Rectf SourceLimits() const { return Null; }
virtual bool IsProjected() const { return true; }
virtual bool IsIdentity() const { return true; }
};
class GisTransformProjectIdentity : public GisTransform::Data
{
public:
GisTransformProjectIdentity(GisCoords st) { source = target = st; }
virtual GisTransform DeepCopy() const { return new GisTransformProjectIdentity(*this); }
virtual Pointf Target(Pointf s) const { return s; }
virtual Pointf Source(Pointf t) const { return t; }
virtual Rectf TargetExtent(const Rectf& s) const { return s; }
virtual Rectf SourceExtent(const Rectf& t) const { return t; }
virtual double SourceDeviation(Pointf src1, Pointf src2) const { return 0; }
virtual double TargetDeviation(Pointf trg1, Pointf trg2) const { return 0; }
virtual double SourceExtentDeviation(const Rectf& src) const { return 0; }
virtual double TargetExtentDeviation(const Rectf& trg) const { return 0; }
virtual Sizef SourceMinMaxRatio(const Rectf& s) const { return Sizef(1, 1); }
virtual Sizef TargetMinMaxRatio(const Rectf& t) const { return Sizef(1, 1); }
virtual GisBSPTree TargetBranchTree(const Rectf& t) const { return GisBSPTree(0); }
virtual GisBSPTree SourceBranchTree(const Rectf& s) const { return GisBSPTree(0); }
virtual Rectf TargetLimits() const { return target.ProjectExtent(source.LonLatLimits()); }
virtual Rectf SourceLimits() const { return source.ProjectExtent(source.LonLatLimits()); }
virtual bool IsProjected() const { return target.IsProjected(); }
virtual bool IsIdentity() const { return true; }
};
class GisTransformSameEllip : public GisTransform::Data
{
public:
GisTransformSameEllip(GisCoords src, GisCoords trg) { source = src; target = trg; }
virtual GisTransform DeepCopy() const { return new GisTransformSameEllip(*this); }
virtual Pointf Target(Pointf s) const { return target.Project(source.LonLat(s), 0); }
virtual Pointf Source(Pointf t) const { return source.Project(target.LonLat(t), 0); }
virtual Rectf TargetExtent(const Rectf& s) const { return target.ProjectExtent(source.LonLatExtent(s)); }
virtual Rectf SourceExtent(const Rectf& t) const { return source.ProjectExtent(target.LonLatExtent(t)); }
virtual double SourceDeviation(Pointf src1, Pointf src2) const;
virtual double TargetDeviation(Pointf trg1, Pointf trg2) const;
virtual double SourceExtentDeviation(const Rectf& src) const;
virtual double TargetExtentDeviation(const Rectf& trg) const;
virtual Sizef SourceMinMaxRatio(const Rectf& s) const;
virtual Sizef TargetMinMaxRatio(const Rectf& t) const;
virtual GisBSPTree TargetBranchTree(const Rectf& t) const { return target.GetBranchTree(target.LonLatExtent(t)); }
virtual GisBSPTree SourceBranchTree(const Rectf& s) const { return target.GetBranchTree(source.LonLatExtent(s)); }
virtual Rectf TargetLimits() const { return target.ProjectExtent(source.LonLatLimits() & target.LonLatLimits()); }
virtual Rectf SourceLimits() const { return source.ProjectExtent(source.LonLatLimits() & target.LonLatLimits()); }
virtual bool IsProjected() const { return target.IsProjected(); }
virtual bool IsIdentity() const { return false; }
Matrixf3 source_ellip;
Matrixf3 target_ellip;
};
double GisTransformSameEllip::SourceDeviation(Pointf src1, Pointf src2) const
{
Pointf ll1 = source.LonLat(src1), ll2 = source.LonLat(src2);
Rectf ll = SortRectf(ll1, ll2);
return target.ProjectDeviation(ll1, ll2, 0) + source.ProjectDeviation(ll1, ll2, 0)
* (target.MinMaxRatio(ll).cy / source.MinMaxRatio(ll).cx);
}
double GisTransformSameEllip::TargetDeviation(Pointf trg1, Pointf trg2) const
{
Pointf ll1 = target.LonLat(trg1), ll2 = target.LonLat(trg2);
Rectf ll = SortRectf(ll1, ll2);
return target.ProjectDeviation(ll1, ll2, 0) + source.ProjectDeviation(ll1, ll2, 0)
* (target.MinMaxRatio(ll).cy / source.MinMaxRatio(ll).cx);
}
double GisTransformSameEllip::SourceExtentDeviation(const Rectf& src) const
{
Rectf ll = source.LonLatExtent(src);
return target.ExtentDeviation(ll) + source.ExtentDeviation(ll)
* (target.MinMaxRatio(ll).cy / source.MinMaxRatio(ll).cx);
}
double GisTransformSameEllip::TargetExtentDeviation(const Rectf& trg) const
{
Rectf ll = target.LonLatExtent(trg);
return target.ExtentDeviation(ll) + source.ExtentDeviation(ll)
* (target.MinMaxRatio(ll).cy / source.MinMaxRatio(ll).cx);
}
Sizef GisTransformSameEllip::SourceMinMaxRatio(const Rectf& s) const
{
Rectf ll = source.LonLatExtent(s);
Sizef sr = source.MinMaxRatio(ll);
Sizef dr = target.MinMaxRatio(ll);
return Sizef(dr.cx / sr.cy, dr.cy / sr.cx);
}
Sizef GisTransformSameEllip::TargetMinMaxRatio(const Rectf& t) const
{
Rectf ll = target.LonLatExtent(t);
Sizef sr = source.MinMaxRatio(ll);
Sizef dr = target.MinMaxRatio(ll);
return Sizef(dr.cx / sr.cy, dr.cy / sr.cx);
}
class GisTransformGeneric : public GisTransform::Data
{
public:
GisTransformGeneric(GisCoords src, GisCoords trg);
virtual GisTransform DeepCopy() const { return new GisTransformGeneric(*this); }
virtual Pointf Target(Pointf s) const;
virtual Pointf Source(Pointf t) const;
virtual Rectf TargetExtent(const Rectf& s) const;
virtual Rectf SourceExtent(const Rectf& t) const;
virtual double SourceDeviation(Pointf src1, Pointf src2) const;
virtual double TargetDeviation(Pointf trg1, Pointf trg2) const;
virtual double SourceExtentDeviation(const Rectf& src) const;
virtual double TargetExtentDeviation(const Rectf& trg) const;
virtual Sizef SourceMinMaxRatio(const Rectf& s) const;
virtual Sizef TargetMinMaxRatio(const Rectf& t) const;
virtual GisBSPTree TargetBranchTree(const Rectf& t) const { return target.GetBranchTree(target.LonLatExtent(t)); }
virtual GisBSPTree SourceBranchTree(const Rectf& s) const { return target.GetBranchTree(source.LonLatExtent(s)); }
virtual Rectf TargetLimits() const { return target.ProjectExtent(source.LonLatLimits() & target.LonLatLimits()); }
virtual Rectf SourceLimits() const { return source.ProjectExtent(source.LonLatLimits() & target.LonLatLimits()); }
virtual bool IsProjected() const { return target.IsProjected(); }
virtual bool IsIdentity() const { return false; }
Matrixf3 source_ellip;
Matrixf3 target_ellip;
};
GisTransformGeneric::GisTransformGeneric(GisCoords src, GisCoords trg)
{
source = src;
target = trg;
target_ellip = Matrixf3Inverse(source.FromWGS84()) * target.FromWGS84();
source_ellip = Matrixf3Inverse(target_ellip);
}
Pointf GisTransformGeneric::Target(Pointf s) const
{
return target.Project3D(source.LonLat3D(s) * target_ellip, 0);
}
Pointf GisTransformGeneric::Source(Pointf t) const
{
return source.Project3D(target.LonLat3D(t) * source_ellip, 0);
}
Rectf GisTransformGeneric::TargetExtent(const Rectf& s) const
{
Rectf lonlat = source.LonLatExtent(s);
Rectf lontar = Null;
lontar |= target.From3D(source.To3D(lonlat.TopLeft()) * target_ellip);
lontar |= target.From3D(source.To3D(lonlat.TopRight()) * target_ellip);
lontar |= target.From3D(source.To3D(lonlat.BottomLeft()) * target_ellip);
lontar |= target.From3D(source.To3D(lonlat.BottomRight()) * target_ellip);
return target.ProjectExtent(lontar);
}
Rectf GisTransformGeneric::SourceExtent(const Rectf& t) const
{
Rectf lonlat = target.LonLatExtent(t);
Rectf lonsrc = Null;
lonsrc |= source.From3D(target.To3D(lonlat.TopLeft()) * source_ellip);
lonsrc |= source.From3D(target.To3D(lonlat.TopRight()) * source_ellip);
lonsrc |= source.From3D(target.To3D(lonlat.BottomLeft()) * source_ellip);
lonsrc |= source.From3D(target.To3D(lonlat.BottomRight()) * source_ellip);
return source.ProjectExtent(lonsrc);
}
double GisTransformGeneric::SourceDeviation(Pointf src1, Pointf src2) const
{
Pointf ll1 = source.LonLat(src1), ll2 = source.LonLat(src2);
Rectf ll = SortRectf(ll1, ll2);
return target.ProjectDeviation(ll1, ll2, 0) + source.ProjectDeviation(ll1, ll2, 0)
* (target.MinMaxRatio(ll).cy / source.MinMaxRatio(ll).cx);
}
double GisTransformGeneric::TargetDeviation(Pointf trg1, Pointf trg2) const
{
Pointf ll1 = target.LonLat(trg1), ll2 = target.LonLat(trg2);
Rectf ll = SortRectf(ll1, ll2);
return target.ProjectDeviation(ll1, ll2, 0) + source.ProjectDeviation(ll1, ll2, 0)
* (target.MinMaxRatio(ll).cy / source.MinMaxRatio(ll).cx);
}
double GisTransformGeneric::SourceExtentDeviation(const Rectf& src) const
{
Rectf ll = source.LonLatExtent(src);
return target.ExtentDeviation(ll) + source.ExtentDeviation(ll)
* (target.MinMaxRatio(ll).cy / source.MinMaxRatio(ll).cx);
}
double GisTransformGeneric::TargetExtentDeviation(const Rectf& trg) const
{
Rectf ll = target.LonLatExtent(trg);
return target.ExtentDeviation(ll) + source.ExtentDeviation(ll)
* (target.MinMaxRatio(ll).cy / source.MinMaxRatio(ll).cx);
}
Sizef GisTransformGeneric::SourceMinMaxRatio(const Rectf& s) const
{
Rectf ll = source.LonLatExtent(s);
Sizef sr = source.MinMaxRatio(ll);
Sizef dr = target.MinMaxRatio(ll);
return Sizef(dr.cx / sr.cy, dr.cy / sr.cx);
}
Sizef GisTransformGeneric::TargetMinMaxRatio(const Rectf& t) const
{
Rectf ll = target.LonLatExtent(t);
Sizef sr = source.MinMaxRatio(ll);
Sizef dr = target.MinMaxRatio(ll);
return Sizef(dr.cx / sr.cy, dr.cy / sr.cx);
}
GisTransform::GisTransform(const Nuller&) : data(new GisTransformIdentity) {}
GisTransform::GisTransform(GisCoords src, GisCoords dest)
{
if(IsNull(src) && IsNull(dest))
data = new GisTransformIdentity();
else if(IsNull(src))
data = new GisTransformProjectIdentity(dest);
else if(IsNull(dest))
data = new GisTransformProjectIdentity(src);
else if(src.IsIdentity(dest))
data = new GisTransformProjectIdentity(dest);
else if(src.GetEllipsoid() == dest.GetEllipsoid())
data = new GisTransformSameEllip(src, dest);
else
data = new GisTransformGeneric(src, dest);
}
bool GisTransform::Equals(const GisTransform& t) const
{
return Source() == t.Source() && Target() == t.Target();
}
}
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