/Users/barrand/private/dev/softinex/old/inexlib-1.2/inlib/inlib/sg/style

Go to the documentation of this file.

// Copyright (C) 2010, Guy Barrand. All rights reserved.
// See the file inlib.license for terms.

#ifndef inlib_sg_style
#define inlib_sg_style

// fields of style_parser but put as sf on a node.

// inheritance :
#include "node"

#include "style_parser"
#include "sfs"

namespace inlib {
namespace sg {

class style : public node {
  static const std::string& s_class() {
    static const std::string s_v("inlib::sg::style");
    return s_v;
  }
public:
  sf_vec<colorf,float> color;
  sf_vec<colorf,float> highlight_color;
  sf_vec<colorf,float> back_color;
  sf<float> line_width;
  sf<float> marker_size;
  sf<float> font_size;
  sf<lpat> line_pattern;
  sf_enum<sg::marker_style> marker_style;
  sf_enum<sg::area_style> area_style;
  sf_string modeling; 
  sf_string light_model; 
  sf_string tick_modeling; 
  sf_string encoding; 
  sf<bool> smoothing;
  sf<bool> hinting;
  sf_string cut;
  sf_enum<sg::painting_policy> painting;
  sf_enum<sg::hatching_policy> hatching;
  sf_enum<sg::projection_type> projection;
  sf_string font;
  sf<int> multi_node_limit;
  sf<int> divisions;
  sf<unsigned int> rotation_steps;
  sf<float> transparency;
  sf<float> back_transparency;
  sf<float> spacing;
  sf<float> angle;
  sf<float> scale;
  sf<float> offset;
  sf<float> strip_width;
  sf<bool> visible;
  sf<float> bar_offset;
  sf<float> bar_width;
  sf<bool> editable;
  sf<bool> automated;
  sf_string options;
  sf_string color_mapping;
  sf<bool> enforced;
  sf_vec<vec3f,float> translation;
private:
  void add_fields(){
    add_field(&color);
    add_field(&highlight_color);
    add_field(&back_color);
    add_field(&line_width);
    add_field(&marker_size);
    add_field(&font_size);
    add_field(&line_pattern);
    add_field(&marker_style);
    add_field(&area_style);
    add_field(&modeling);
    add_field(&light_model); 
    add_field(&tick_modeling); 
    add_field(&encoding);
    add_field(&smoothing);
    add_field(&hinting);
    add_field(&cut);
    add_field(&painting);
    add_field(&hatching);
    add_field(&projection);
    add_field(&font);
    add_field(&multi_node_limit);
    add_field(&divisions);
    add_field(&rotation_steps);
    add_field(&transparency);
    add_field(&back_transparency);
    add_field(&spacing);
    add_field(&angle);
    add_field(&scale);
    add_field(&offset);
    add_field(&strip_width);
    add_field(&visible);
    add_field(&bar_offset);
    add_field(&bar_width);
    add_field(&editable);
    add_field(&automated);
    add_field(&options);
    add_field(&color_mapping);
    add_field(&enforced);
    add_field(&translation);
  }
public: //actions
  virtual node* copy() const {return new style(*this);}
  virtual const std::string& s_cls() const {return s_class();}
public:
  style()
  :node()
  ,color(colorf::black())
  ,highlight_color(colorf::black())
  ,back_color(colorf::white())
  ,line_width(1)
  ,marker_size(1)
  ,font_size(10)
  ,line_pattern(line_solid)
  ,marker_style(marker_dot)
  ,area_style(area_solid)
  ,modeling(modeling_boxes())
  ,light_model(light_model_phong())
  ,tick_modeling(tick_modeling_hippo())
  ,encoding(encoding_none())
  ,smoothing(false)
  ,hinting(false)
  ,cut("")
  ,painting(painting_uniform)
  ,hatching(hatching_none)
  ,projection(projection_none)
  ,font(font_hershey())
  ,multi_node_limit(style_parser::no_limit())
  ,divisions(510) //Same as ROOT/TAttAxis
  ,rotation_steps(24) //Same as SbPolyhedron default.
  ,transparency(0)
  ,back_transparency(0)
  ,spacing(0.05F)
  ,angle(fpi()/4.0F)
  ,scale(1)
  ,offset(0)
  ,strip_width(0)
  ,visible(true)
  ,bar_offset(0.25F)
  ,bar_width(0.5F)
  ,editable(false)
  ,automated(true)
  ,options("")
  ,color_mapping("")
  ,enforced(false)
  ,translation(vec3f(0,0,0))
  {
    add_fields();
  }
  virtual ~style(){}
public:
  style(const style& a_from)
  :node(a_from)
  ,color(a_from.color)
  ,highlight_color(a_from.highlight_color)
  ,back_color(a_from.back_color)
  ,line_width(a_from.line_width)
  ,marker_size(a_from.marker_size)
  ,font_size(a_from.font_size)
  ,line_pattern(a_from.line_pattern)
  ,marker_style(a_from.marker_style)
  ,area_style(a_from.area_style)
  ,modeling (a_from.modeling )
  ,light_model(a_from.light_model)
  ,tick_modeling(a_from.tick_modeling)
  ,encoding(a_from.encoding)
  ,smoothing(a_from.smoothing)
  ,hinting(a_from.hinting)
  ,cut(a_from.cut)
  ,painting(a_from.painting)
  ,hatching(a_from.hatching)
  ,projection(a_from.projection)
  ,font(a_from.font)
  ,multi_node_limit(a_from.multi_node_limit)
  ,divisions(a_from.divisions)
  ,rotation_steps(a_from.rotation_steps)
  ,transparency(a_from.transparency)
  ,back_transparency(a_from.back_transparency)
  ,spacing(a_from.spacing)
  ,angle(a_from.angle)
  ,scale(a_from.scale)
  ,offset(a_from.offset)
  ,strip_width(a_from.strip_width)
  ,visible(a_from.visible)
  ,bar_offset(a_from.bar_offset)
  ,bar_width(a_from.bar_width)
  ,editable(a_from.editable)
  ,automated(a_from.automated)
  ,options(a_from.options)
  ,color_mapping(a_from.color_mapping)
  ,enforced(a_from.enforced)
  ,translation(a_from.translation)
  {
    add_fields();
  }
  style& operator=(const style& a_from){
    node::operator=(a_from);

    color = a_from.color;
    highlight_color = a_from.highlight_color;
    back_color = a_from.back_color;
    line_width = a_from.line_width;
    marker_size = a_from.marker_size;
    font_size = a_from.font_size;
    line_pattern = a_from.line_pattern;
    marker_style = a_from.marker_style;
    area_style = a_from.area_style;
    modeling  = a_from.modeling ;
    light_model = a_from.light_model;
    tick_modeling = a_from.tick_modeling;
    encoding = a_from.encoding;
    smoothing = a_from.smoothing;
    hinting = a_from.hinting;
    cut = a_from.cut;
    painting = a_from.painting;
    hatching = a_from.hatching;
    projection = a_from.projection;
    font = a_from.font;
    multi_node_limit = a_from.multi_node_limit;
    divisions = a_from.divisions;
    rotation_steps = a_from.rotation_steps;
    transparency = a_from.transparency;
    back_transparency = a_from.back_transparency;
    spacing = a_from.spacing;
    angle = a_from.angle;
    scale = a_from.scale;
    offset = a_from.offset;
    strip_width = a_from.strip_width;
    visible = a_from.visible;
    bar_offset = a_from.bar_offset;
    bar_width = a_from.bar_width;
    editable = a_from.editable;
    automated = a_from.automated;
    options = a_from.options;
    color_mapping = a_from.color_mapping;
    enforced = a_from.enforced;
    translation = a_from.translation;

    return *this;
  }
public:
  bool from_string(std::ostream& a_out,const cmaps_t& a_cmaps,
                          const std::string& a_s){
    style_parser sp;

    sp.color(color.value());
    sp.highlight_color(highlight_color.value());
    sp.back_color(back_color.value());
    sp.line_width(line_width.value());
    sp.marker_size(marker_size.value());
    sp.font_size(font_size.value());
    sp.line_pattern(line_pattern.value());
    sp.marker_style(marker_style.value());
    sp.area_style(area_style.value());
    sp.modeling(modeling.value());
    sp.light_model(light_model.value());
    sp.tick_modeling(tick_modeling.value());
    sp.encoding(encoding.value());
    sp.smoothing(smoothing.value());
    sp.hinting(hinting.value());
    sp.cut(cut.value());
    sp.painting(painting.value());
    sp.hatching(hatching.value());
    sp.projection(projection.value());
    sp.font(font.value());
    sp.multi_node_limit(multi_node_limit.value());
    sp.divisions(divisions.value());
    sp.rotation_steps(rotation_steps.value());
    sp.transparency(transparency.value());
    sp.back_transparency(back_transparency.value());
    sp.spacing(spacing.value());
    sp.angle(angle.value());
    sp.scale(scale.value());
    sp.offset(offset.value());
    sp.strip_width(strip_width.value());
    sp.visible(visible.value());
    sp.bar_offset(bar_offset.value());
    sp.bar_width(bar_width.value());
    sp.editable(editable.value());
    sp.automated(automated.value());
    sp.options(options.value());
    sp.color_mapping(color_mapping.value());
    sp.enforced(enforced.value());
    sp.translation(translation.value());

    //if(!sp.parse(a_s,inlib::sg::style_parser::def_error_func)) 
    //  return false;

    if(!sp.parse(a_out,a_cmaps,a_s)) {
      a_out << "inlib::sg::style::from_string :"
            << " parse failed."
            << std::endl;
      return false;    
    }

    color.value(sp.color());
    highlight_color.value(sp.highlight_color());
    back_color.value(sp.back_color());
    line_width.value(sp.line_width());
    marker_size.value(sp.marker_size());
    font_size.value(sp.font_size());
    line_pattern.value(sp.line_pattern());
    marker_style.value(sp.marker_style());
    area_style.value(sp.area_style());
    modeling.value(sp.modeling());
    light_model.value(sp.light_model());
    tick_modeling.value(sp.tick_modeling());
    encoding.value(sp.encoding());
    smoothing.value(sp.smoothing());
    hinting.value(sp.hinting());
    cut.value(sp.cut());
    painting.value(sp.painting());
    hatching.value(sp.hatching());
    projection.value(sp.projection());
    font.value(sp.font());
    multi_node_limit.value(sp.multi_node_limit());
    divisions.value(sp.divisions());
    rotation_steps.value(sp.rotation_steps());
    transparency.value(sp.transparency());
    back_transparency.value(sp.back_transparency());
    spacing.value(sp.spacing());
    angle.value(sp.angle());
    scale.value(sp.scale());
    offset.value(sp.offset());
    strip_width.value(sp.strip_width());
    visible.value(sp.visible());
    bar_offset.value(sp.bar_offset());
    bar_width.value(sp.bar_width());
    editable.value(sp.editable());
    automated.value(sp.automated());
    options.value(sp.options());
    color_mapping.value(sp.color_mapping());
    enforced.value(sp.enforced());
    translation.value(sp.translation());

    return true;
  }

};

}}

#endif