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Gmt module: Conversion function for GMTColor now using new parameter reading scheme and error reporting.

gmtdatadir
Michael Uleysky 8 years ago
parent
a3a6fa88f9
commit
41d13f16bd
1 changed files with 109 additions and 108 deletions
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  1. 217
      modules/gmt/modgmt_func.h

217
modules/gmt/modgmt_func.h
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@ -173,6 +173,7 @@ using Base2String=Base2Struct<std::string>;
using Base2Coord =Base2Struct<struct gmt_coord>;
using Base2Region=Base2Struct<struct gmt_region>;
using Base2Proj =Base2Struct<struct gmt_projection>;
using Base2Color =Base2Struct<struct gmt_color>;
// Simple aliases of convertors with default values
using Base2StringD=Base2StructD<std::string>;
@ -210,6 +211,44 @@ class Base2NonNeg: public Base2Double
};
using Base2NonNegD=DefaultConverter<Base2NonNeg>;
// Convertors for double values which must be in some interval
template<int32_t Min, int32_t Max>
class Base2InRange: public Base2Double
{
public:
double Convert(const ObjectBase* ob, bool* res, std::string& err)
{
double t=Base2Double::Convert(ob,res,err);
if(res && (t<Min || t>Max) )
{
*res=false;
err="Value mast be in the interval from "+ToString(Min)+" to "+ToString(Max);
}
return t;
}
};
template<int32_t Min, int32_t Max>
using Base2InRangeD=DefaultConverter<Base2InRange<Min,Max> >;
// Definitions for colors
constexpr int32_t TransMax = 100;
constexpr int32_t RGBMax = 255;
constexpr int32_t HueMax = 360;
constexpr int32_t SVMax = 1;
constexpr int32_t CMYKMax = 100;
using Base2Trans = Base2InRange <0,TransMax>;
using Base2RGB = Base2InRange <0,RGBMax >;
using Base2Hue = Base2InRange <0,HueMax >;
using Base2SV = Base2InRange <0,SVMax >;
using Base2CMYK = Base2InRange <0,CMYKMax >;
using Base2TransD = Base2InRangeD<0,TransMax>;
using Base2RGBD = Base2InRangeD<0,RGBMax >;
using Base2HueD = Base2InRangeD<0,HueMax >;
using Base2SVD = Base2InRangeD<0,SVMax >;
using Base2CMYKD = Base2InRangeD<0,CMYKMax >;
// Conversion from List to GMTRegion
/*
Input:
@ -663,19 +702,6 @@ class Convert2Struct<struct gmt_projection, ObjectList>
}
};
// Helper types
typedef SearchParameterWDefO<double,DoubleDefaultVal<>,false,PMin<0>,PMax<255> > Base2RGB;
typedef SearchParameterWDefO<double,DoubleDefaultVal<>,false,PMin<0>,PMax<360> > Base2Hue;
typedef SearchParameterWDefO<double,DoubleDefaultVal<>,false,PMin<0>,PMax<1 > > Base2SV;
typedef SearchParameterWDefO<double,DoubleDefaultVal<>,false,PMin<0>,PMax<100> > Base2CMYK;
typedef SearchParameterWDefO<double,DoubleDefaultVal<>,false,PMin<0>,PMax<100> > Base2Transp;
typedef SearchParameter<double,false,PMin<0>,PMax<255> > BaseM2RGB;
typedef SearchParameter<double,false,PMin<0>,PMax<360> > BaseM2Hue;
typedef SearchParameter<double,false,PMin<0>,PMax<1 > > BaseM2SV;
typedef SearchParameter<double,false,PMin<0>,PMax<100> > BaseM2CMYK;
typedef SearchParameter<double,false,PMin<0>,PMax<100> > BaseM2Transp;
// Converting List to GMTColor
/*
Input:
@ -695,144 +721,119 @@ template<>
class Convert2Struct<struct gmt_color, ObjectList>
{
public:
struct gmt_color operator()(const ObjectList* input, bool* issuc) const
struct gmt_color operator()(const ObjectList* input, bool* issuc, std::string& err) const
{
struct gmt_color c;
auto size=input->Size();
struct gmt_color C;
if(1==size) // Cases 1, 2 and 4
if(1==input->Size()) // Cases 1, 2 and 4
{
Base2Color color(input,0);
Base2Color color;
bool suc=true;
c=color(&suc);
C=color.Convert(input->At(0),&suc,err);
if(!suc) goto fail; // Conversion failed
return c;
return C;
}
// Case 3
{
ONFPar<Base2Color,ObjectGMTColor> color("color");
ONPar<Base2TransD> trans("transparency",0);
ONPar<Base2RGB> gray("gr(a|e)y"), r("red"), g("green"), b("blue");
ONPar<Base2Hue> h("hue");
ONPar<Base2SV> s("saturation"), v("value");
ONPar<Base2CMYK> c("cyan"), m("magenta"), y("yellow"), k("[blac]k");
{ParseNamedParameters params(input,color,trans,gray,r,g,b,h,s,v,c,m,y,k); if(!params) {err=params.Error(); goto fail;} } // Fail to parse by variant 3
bool cmodset=false;
bool upd;
{
BaseMT2Color updarg(input,"color");
bool suc=true;
c=updarg(&upd,&suc);
if(upd && !suc) goto fail; // Conversion failed or too many arguments
}
bool upd=color.Exist();
if(!upd)
{
// default color is black
c.transparency=0;
c.model=gmt_color::GRAY;
c.gray=0.0;
C.transparency=trans;
C.model=gmt_color::GRAY;
C.gray=0.0;
}
else C=color;
{
BaseM2Transp t(input,"t","transp","transparency");
if(t.Exist())
{
bool suc=true;
c.transparency=t(&suc);
if(!suc) goto fail; // Parsing error
}
}
if(trans.Exist()) C.transparency=trans;
// GRAY
if(gray.Exist())
{
BaseM2RGB g(input,"gray","grey");
if(g.Exist())
{
if(cmodset) goto fail; // Model already set
bool suc=true;
c.model=gmt_color::GRAY;
c.gray=g(&suc); // Update mode ignored in this case
if(!suc) goto fail; // Parsing error
cmodset=true;
}
if(cmodset) {err="Can't select between different color models"; goto fail;} // Model already set
C.model=gmt_color::GRAY;
C.gray=gray; // Update mode ignored in this case
cmodset=true;
}
// RGB
if(r.Exist() || g.Exist() || b.Exist())
{
BaseM2RGB r(input,"r","red"), g(input,"g","green"), b(input,"b","blue");
if(r.Exist() || g.Exist() || b.Exist())
{
if(cmodset) goto fail; // Model already set
bool suc=true;
c.ToRGB();
if(r.Exist()) c.r=r(&suc);
if(g.Exist()) c.g=g(&suc);
if(b.Exist()) c.b=b(&suc);
if(!suc) goto fail; // Parsing error
cmodset=true;
}
if(cmodset) {err="Can't select between different color models"; goto fail;} // Model already set
C.ToRGB();
if(r.Exist()) C.r=r;
if(g.Exist()) C.g=g;
if(b.Exist()) C.b=b;
cmodset=true;
}
// HSV
if(h.Exist() || s.Exist() || v.Exist())
{
BaseM2Hue h(input,"h","hue");
BaseM2SV s(input,"s","sat","saturation"), v(input,"v","val","value");
if(h.Exist() || s.Exist() || v.Exist())
{
if(cmodset) goto fail; // Model already set
bool suc=true;
c.ToHSV();
if(h.Exist()) c.hue=h(&suc);
if(s.Exist()) c.saturation=s(&suc);
if(v.Exist()) c.value=v(&suc);
if(!suc) goto fail; // Parsing error
cmodset=true;
}
if(cmodset) {err="Can't select between different color models"; goto fail;} // Model already set
C.ToHSV();
if(h.Exist()) C.hue=h;
if(s.Exist()) C.saturation=s;
if(v.Exist()) C.value=v;
cmodset=true;
}
// CMYK
if(c.Exist() || m.Exist() || y.Exist() || k.Exist())
{
BaseM2CMYK cc(input,"c","cyan"), m(input,"m","magenta"), y(input,"y","yellow"), k(input,"k","black");
if(cc.Exist() || m.Exist() || y.Exist() || k.Exist())
{
if(cmodset) goto fail; // Model already set
bool suc=true;
c.ToCMYK();
if(cc.Exist()) c.cyan=cc(&suc);
if(m.Exist()) c.magenta=m(&suc);
if(y.Exist()) c.yellow=y(&suc);
if(k.Exist()) c.black=k(&suc);
if(!suc) goto fail; // Parsing error
cmodset=true;
}
if(cmodset) {err="Can't select between different color models"; goto fail;} // Model already set
C.ToCMYK();
if(c.Exist()) C.cyan=c;
if(m.Exist()) C.magenta=m;
if(y.Exist()) C.yellow=y;
if(k.Exist()) C.black=k;
cmodset=true;
}
if(cmodset || upd) return c; // Color created or updated
if(cmodset || upd) return C; // Color created or updated
}
// Case 5
if(3==size)
if(3==input->Size())
{
Base2RGB r(input,0), g(input,1), b(input,2);
c.model=gmt_color::RGB;
bool suc=true;
c.r=r(&suc);
c.g=g(&suc);
c.b=b(&suc);
if(!suc) goto fail; // Parsing error
return c;
RPosPar<Base2RGB> r("red"), g("green"), b("blue");
ParsePositionalParameters params(input,r,g,b);
if(!params) {err=params.Error(); goto fail;} // Fail to parse by variant 5
C.model=gmt_color::RGB;
C.r=r; C.g=g; C.b=b;
return C;
}
// Case 6
if(4==size)
if(4==input->Size())
{
Base2CMYK cc(input,0), m(input,1), y(input,2), k(input,3);
c.model=gmt_color::CMYK;
bool suc=true;
c.cyan=cc(&suc);
c.magenta=m(&suc);
c.yellow=y(&suc);
c.black=k(&suc);
if(!suc) goto fail; // Parsing error
return c;
RPosPar<Base2CMYK> c("cyan"), m("magenta"), y("yellow"), k("black");
ParsePositionalParameters params(input,c,m,y,k);
if(!params) {err=params.Error(); goto fail;} // Fail to parse by variant 6
C.model=gmt_color::CMYK;
C.cyan=c; C.magenta=m; C.yellow=y; C.black=k;
return C;
}
err="Incorrect number of arguments";
fail:
*issuc=false;
return c; // Something go wrong
return C; // Something go wrong
}
};

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