svg Namespace Reference

Namespaces
namespace	constants

Classes
struct	area
struct	circle_element
struct	collection_rstate
	Collection derived states. More...
struct	color_qf
struct	color_qi
	Color quantified as integral RGB components in the range [0,255]. aka like Scalar in OpenCV. More...
struct	color_rstate
	Render settings for collections. More...
struct	defs_element
struct	desc_element
struct	element_base
	Abstract base class for all SVG Elements. More...
struct	filter_element
struct	foreign_element
struct	gradient_element
struct	graph_rstate
	Per-graph constants, metadata, configuration, text. More...
struct	group_element
struct	id_rstate
	Named render state. Datum to take id string and tie it to visual representation. More...
struct	iframe_element
	iframe HTML object embedded in SVG container. NB: HTML elements video/audio/iframe/canvas can be used w/o foreignElement. This approach uses HTML wrapped in foreign element. https://www.w3.org/TR/SVG2/embedded.html#HTMLElements https://developer.mozilla.org/en-US/docs/Web/HTML/Element/iframe More...
struct	image_element
struct	line_element
struct	linear_gradient
	Linear gradients https://developer.mozilla.org/en-US/docs/Web/SVG/Element/linearGradient. More...
struct	link_element
struct	marker_element
struct	object_element
	HTML object embedded in SVG container. Unlike image_elements, object_elements are not locked down for scripting. NB: HTML elements video/audio/object/canvas can be used w/o foreignElement. This approach uses HTML wrapped in foreign element. https://www.w3.org/TR/SVG2/embedded.html#HTMLElements https://developer.mozilla.org/en-US/docs/Web/HTML/Element/object. More...
struct	path_element
struct	PointEqual
struct	PointHash
struct	polyline_element
struct	radial_gradient
	Circular gradients https://developer.mozilla.org/en-US/docs/Web/SVG/Element/radialGradient. More...
struct	rect_element
struct	render_state_base
	Settings for glyph, graphic, chart, and collection object render. More...
struct	script_element
class	string
	STL class. More...
struct	stroke_style
	Additional path/line/polyline stroke styles. More...
struct	style
	Datum consolidating style preferences. More...
struct	svg_element
struct	text_element
struct	text_path_element
struct	title_element
struct	transform
	Datum consolidating transform possibilities. https://developer.mozilla.org/en-US/docs/Web/SVG/Attribute/transform. More...
struct	typography
struct	video_element
	video HTML object embedded in SVG container. NB: HTML elements video/audio/iframe/canvas can be used w/o foreignElement. This approach uses HTML wrapped in foreign element. https://www.w3.org/TR/SVG2/embedded.html#HTMLElements https://developer.mozilla.org/en-US/docs/Web/HTML/Element/video More...

Typedefs
using	colorband = std::tuple<color, ushort>
	Specific regions of spectrum as bands of color. Each band has a starting hue and a number of known good samples. This is then used to seed a generator that computes more of similar hues.
template<typename T, std::size_t N>
using	palette = std::array<T, N>
	Palette, finite set of colors used. Must end with color::none.
template<std::size_t N>
using	palette_qi = palette<color_qi, N>
template<std::size_t N>
using	palette_qf = palette<color_qf, N>
using	color_qis = std::vector<color_qi>
	Types for Color iteration and combinatorics.
using	color_qfs = std::vector<color_qf>
using	value_type = long long
	Hash map of unique id to (not necessarily) unique value. Use this for sorting by id.
using	value_set = std::set<value_type>
using	id_value_umap = std::unordered_map<string, value_type>
	Hash multimap of unique value to (perhaps multiple) unique ids. Use this form for sorting by value.
using	value_id_ummap = std::unordered_multimap<value_type, string>
using	id_rstate_umap = std::unordered_map<string, id_rstate>
using	strings = std::vector<string>
using	vstrings = strings
using	vvstrings = std::vector<strings>
using	ushort = unsigned short
	Base integer type: positive and negative, signed integral value.
using	uint = unsigned int
using	ulong = unsigned long
using	ssize_type = int
using	space_type = double
	Base floating point type.
using	jsonstream = rj::PrettyWriter<rj::StringBuffer>
	Aliases/using.
using	point_2t = std::tuple<space_type, space_type>
	Point (x,y) in 2D space, space_type defaults to double.
using	point_2tn = std::tuple<ulong, point_2t>
	Point (x,y) in 2D space with weight n.
using	point_2ts = std::tuple<string, point_2t>
	Named Point (x,y) in 2D space.
using	vspace = std::vector<space_type>
	Split range, so one dimension of (x,y) cartesian plane.
using	srange = std::set<point_2t>
	Latitude and Longitude Ranges.
using	srangen = std::set<point_2tn>
using	vrange = std::vector<point_2t>
using	vrangen = std::vector<point_2tn>
using	vvranges = std::vector<vrange>
using	vrangenamed = std::vector<point_2ts>

Enumerations
enum class	unit {   meter , m , centimeter , cm , millimeter , mm , inch , in ,   pixel , px , point , pt }
	Measurement abstraction for absolute (not relative) measurements. More...
enum class	color {   none , white , black , gray10 , gray20 , gray25 , gray30 , gray40 ,   gray50 , gray60 , gray75 , gray70 , gray80 , gray90 , wcag_lgray , wcag_gray ,   wcag_dgray , kanzoiro , kohakuiro , kinsusutake , daylily , goldenyellow , hellayellow , antiquewhite ,   lemonchiffon , goldenrod , navajowhite , ivory , gold , duboisyellow1 , duboisyellow2 , duboisyellow3 ,   orange , darkorange , asamaorange , redorange , orangered , dutchorange , internationalorange , red ,   foreigncrimson , ginshu , akabeni , akebonoiro , ochre , sohi , benikaba , benitobi ,   ake , crimson , tomato , coral , salmon , duboisred1 , duboisred2 , duboisred3 ,   duboisbrown1 , duboisbrown2 , duboisbrown3 , duboisbrown4 , duboisbrown5 , byakuroku , usumoegi , moegi ,   hiwamoegi , midori , rokusho , aotakeiro , seiheki , seijiiro , yanagizome , green ,   chartreuse , greenyellow , limegreen , springgreen , aquamarine , duboisgreen1 , duboisgreen2 , duboisgreen3 ,   duboisgreen4 , duboisgreen5 , blue , ultramarine , shinbashiiro , hanada , ruriiro , bellflower ,   navy , asagiiro , indigo , rurikon , asamablue , cyan , lightcyan , powderblue ,   steelblue , cornflowerblue , deepskyblue , dodgerblue , lightblue , skyblue , lightskyblue , midnightblue ,   mediumblue , royalblue , darkslateblue , slateblue , azure , crayolacerulean , duboisblue1 , duboisblue2 ,   duboisblue3 , duboisblue4 , blueprintlight , blueprint , blueprintdark , wisteria , murasaki , ayameiro ,   peony , futaai , benimidori , redwisteria , botan , kokimurasaki , usuiro , asamapink ,   blueviolet , darkmagenta , darkviolet , thistle , plum , violet , magenta , dfuschia ,   deeppink , hotpink , pink , kissmepink , palevioletred , mediumvioletred , lavender , orchid ,   mediumorchid , darkestmagenta , mediumpurple , purple , dustyrose , atmosphericp , command , science ,   engineering , last }
	Color enumerated as types. More...
enum	graph_mode : ushort { chart_line_style_1 = 100 , chart_line_style_2 = 200 , chart_line_style_3 = 300 }
	Polyline/line options. 1: use one line with css dasharray and markers mid, end points 2: use two lines: one with css dasharray and no markerspoints, two with explicit marker paths and added text tooltips 3: use two lines and add js + image tooltips: like 2 above but add image tooltips, with js controlling image visibility. More...
enum class	matrix_variant { centerweight , centerweightsvg , veronica , slim }
	Grid style mode. More...
enum class	select : ulong {   none = 1u << 0 , cartography = 1u << 1 , image = 1u << 2 , raster = 1u << 3 , vector = 1u << 4 , blur = 1u << 5 , echo = 1u << 6 , text = 1u << 7 ,   title = 1u << 8 , legend = 1u << 9 , axis = 1u << 10 , grid = 1u << 11 , linex = 1u << 12 , liney = 1u << 13 , ticks = 1u << 14 , tooltip = 1u << 15 ,   telecom = 1u << 16 , tor = 1u << 17 , satellite = 1u << 18 , cable = 1u << 19 , glyph = 1u << 20 , svg = 1u << 21 , alt = 1u << 22 , background = 1u << 23 ,   top = 1u << 24 , bottom = 1u << 25 , odd = 1u << 26 , even = 1u << 27 , all = 1u << 29 , _S_end = 1u << 30 }
enum class	scale {   r5s , r4s , r3s , r2s , r1s , xxsmall , xsmall , small ,   medium , baseline , large , xlarge , xxlarge , e1s , e2s , e3s ,   e4s , e5s }

Functions
const string	to_string (const unit e)
const string	to_string (const style &s)
string	convert_8859_to_utf8 (string in)
	Convert from ISO-8859-1 encoding to UTF-8, required for XML.
string	convert_to_utf8 (string in)
color_qis	make_color_band_v1 (const colorband &cb, const ushort neededh, auto &spectrum)
color_qis	make_color_band_v2 (const colorband &cb, const ushort neededh)
	Algorightm is HSV generation.
color_qis	make_color_band (const colorband &cb, const ushort neededh)
	Forwarding function.
color_qi	next_in_color_band (const colorband &cb, const ushort bandn=400)
	Flip through color band colors.
auto &	active_spectrum (const bool sortbyhuep=false)
	Oklab https://bottosson.github.io/posts/oklab/.
color_qi	random_color (const uint startoffset=0)
	Random entry from array above.
template<typename _Spectrm>
color_qi	random_color (const _Spectrm &spectrm, const uint startoffset=0)
color_qi	next_color (const color_qi klr)
	Loop through color array starting at position c. Iff klr is not found, return color::none as the next color.
color_qi	start_at_color (const color_qi klr)
	Start at specified color bar entry point.
const std::string &	to_string (const color e)
	Convert color to RGB color value string.
bool	operator== (const color_qi &c1, const color_qi &c2)
const std::string	to_string (const color_qi klr)
	Convert color_qi to string.
const std::string	to_string (const color_qf klr)
	Convert color_qf to string.
bool	color_qf_lt_hue_v1 (const color_qf &k1, const color_qf &k2)
	Less than compare for color_qf.
bool	color_qf_lt_hue_v2 (const color_qf &k1, const color_qf &k2)
color_qf::ftype	color_qf_distance (const color_qf &k1, const color_qf &k2)
bool	color_qf_lt_v (const color_qf &k1, const color_qf &k2)
	Default compare distances from k1,k2 to black.
bool	color_qf_lt (const color_qf &k1, const color_qf &k2)
	Forwarding function.
bool	operator== (const color_qf &c1, const color_qf &c2)
bool	operator< (const color_qf &c1, const color_qf &c2)
color_qf	mutate_color_qf (const color_qf &k)
	Return a variant on saturation/value only.
color_qi	combine_color_qi (const color_qi &a, const double ad, const color_qi &b, const double bd)
color_qi	average_color_qi (const color_qi &a, const color_qi &b)
	Average two colors, return the result.
svg_element	make_svg_1_channel (const space_type deltax, const space_type deltay, const string &outbase)
	Take input size and make a one channel (single-image) SVG form.
void	make_1_channel_insert (svg_element &obj, string insert1)
svg_element	make_svg_2_channel (const space_type deltax, const space_type deltay, const string &outbase)
	Take input size and make a two channel (single-image) SVG form.
void	make_2_channel_insert (svg_element &obj, string insert1, string insert2)
void	paint_edges_with_char_index (svg_element &obj, const area<> a, const char firstc, const svg::color klr=color::duboisgreen2, const double rlen=24.0)
	Paint the edges of a physical page. Assumes page is square. /.
string	file_to_svg_insert (const string ifile)
	Import svg file, convert it to svg_element for insertion. ifile is a plain SVG file with a 1:1 aspect ratio.
string	element_to_svg_insert (const string isvgpre)
	Import svg file, convert it to svg_element for insertion.
svg_element	insert_svg_at (svg_element &obj, const string isvg, const point_2t origin, const double origsize, const double isize, const double angled=0, const style &styl=k::no_style)
	Embed svg in group element.
svg_element	nest_inner_svg_element_centered (const svg_element &obj, const point_2t &p)
	Take.
svg_element	nest_inner_element (const element_base &eb, const point_2t &p, const area<> a, const string name, const bool centerp=true)
	Take.
void	composite_bleed_areas (svg_element &obj, const svg::select slxt, const double bleedin, const double bleedxoffset=0)
	Composite frame on bleed. For printed objects with a center gutter, some intra-page adjustments are necessary.
string	make_tspan_y_from_string_by_token (string s, uint xpos, const char token=' ')
	Make text span.
const double	ctopspace (60)
const double	ltopspace (10)
	Distance between label and top/bottom of line or text.
const double	hdenom (a60::k::age_values.size()+1+1+1)
uint	get_xoffset (const string &id, const uint xstart, const double hspace)
	Compute xoffset.
svg::svg_element	h_chord_graph_labels (const string aggname, const svg::area<> a=svg::k::v1080p_h)
	Grid, titles, labels for h_chord_graph.
svg::svg_element	h_chord_graph (const vumids &cumulative, const string aggname, const area<> a=svg::k::v1080p_h, const double yscale=0.7, const uint rwidth=10)
void	render_metadata_aggregate_chord (const area<> a, const vumids &cumulative, const strings &namedkeyso, const string aggname)
	Analyze metadata directory or subset of it and generate summary output for all in directory.
void	analyze_metadata_aggregate_chord (const area<> a, const string field="", const string match="", const string wfield="", const string wvalue="")
	Analyze metadata directory or subset of it, and generate summary output for all in directory. Iff field is non zero, then subset it to data files with field and match.
void	analyze_metadata_aggregate_chord (const area<> a, const strings &namedkeys, const string aggname, const string wfield="", const string wvalue="")
	Analyze metadata directory or subset of it, and generate summary output for all in directory.
vrange	find_change_points (const vrange &vr)
	Simplify sorted vrange by removing interior duplicates.
vrange	find_visual_change_points (const vrange &points)
	Tramsform change points to points where the y-axis (% visual complete) changes.
vrange	find_tooltip_points (const vrange &points, const vspace &onlypoints)
	Tramsform change points to points where the x-axis (time) matches a value in onlypoints.
vrange	transform_to_graph_points (const vrange &points, const graph_rstate &gstate, const point_2t xrange, const point_2t yrange)
	Map data points to cartestian points on graph area.
group_element	make_line_graph_images (const vrange &points, const graph_rstate &gstate, const string imgprefix, const string imgpath="../filmstrip/", const string imgext=".webp")
	Return set of images for image tooltips, one for each point.
string	make_line_graph_markers (const vrange &points, const vrange &cpoints, const graph_rstate &gstate, const double radius, const string imgidbase="")
	Return set of paths of marker shapes with text tooltips.
svg_element	make_line_graph_annotations (const vrange &points, const graph_rstate &gstate, const double xscale=1, const double yscale=1, const typography typo=k::apercu_typo)
	Axis Labels Axis X/Y Ticmarks X line increments.
svg_element	make_line_graph (const vrange &points, const graph_rstate &gstate, const point_2t xrange, const point_2t yrange)
	Returns a svg_element with the rendered line graph (char). Assumptions: vgrange x axis is monotonically increasing.
svg_element	make_line_graph (const vrange &points, const vrange &tpoints, graph_rstate &gstate, const point_2t xrange, const point_2t yrange, const string metadata, script_element::scope scontext)
	Line graph 3 needs more parameters.
ulong	cell_size_3x3_matrix (const area<> a, const uint n, const double margin)
	Cell size 3x3 for n items with margin spacing on either size.
point_2t	to_point_in_3x3_matrix (const area<> a, const uint i, const double margin, const matrix_variant vnt=matrix_variant::slim)
point_2t	to_point_in_2x4_matrix (const area<> a, const uint i, const double margin)
point_2t	to_point_in_1x8_matrix (const area<> a, const uint i, const double margin)
	For positioning a linear list of glyphs along a horizontal line. Assuming i is from find_id_index with tag, so is an offset starting at zero.
point_2t	to_point_in_1xn_matrix (const area<> a, const uint n, const uint i, const double margin, const double y, const bool centeredp=false)
	For positioning a linear list of glyphs along a horizontal line.
point_2t	to_point_in_matrix (const area<> a, const uint i, const double margin)
	Default matrix position.
marker_element	make_marker_element (const std::string id, const area<> ma, const point_2t mcp, const std::string raw)
	Base function for generating SVG markers in a defs section.
marker_element	make_marker_circle (const std::string id, const area<> ma, const point_2t mcp, const uint radius, const style styl)
marker_element	make_marker_triangle (const std::string id, const area<> ma, const point_2t mcp, const uint radius, const style styl)
marker_element	make_marker_x (const std::string id, const area<> ma, const point_2t mcp, const uint radius, const style styl)
marker_element	make_marker_rect (const std::string id, const area<> ma, const point_2t mcp, const style styl)
string	make_marker_set_n (const double i)
	Create a set of markers bounded by a rectangle of size n.
void	make_markers (svg_element &obj)
	Make black/white/wcag markers with sizes 4x4 and 2x2.
id_value_umap	remove_matches_id_value_map (id_value_umap &ivm, const strings &matches)
	Remove all from map that match the input (matches) strings. Return found match entries.
value_id_ummap	to_value_id_mmap (const id_value_umap &ivm, value_set &uniquev)
	Convert id_value_umap to value_id_mmap + set of unique values.
void	radiate_id_at_value (svg_element &obj, const point_2t origin, const typography &typo, string pname, ssize_type pvalue, ssize_type pmax, double r, bool rotatep)
svg_element	radiate_ids_per_value_on_arc (svg_element &obj, const point_2t origin, const typography &typo, const id_value_umap &ivm, const ssize_type value_max, const int radius, bool rotatep)
void	radiate_ids_at_uvalue (svg_element &obj, const point_2t origin, const typography &typo, const strings &ids, ssize_type pvalue, ssize_type pmax, double r, double rspace)
	Map ids with one value to a point cluster radiating out from a center.
svg_element	radiate_ids_per_uvalue_on_arc (svg_element &obj, const point_2t origin, const typography &typo, const id_value_umap &ivm, const ssize_type value_max, const int radius, const int rspace)
point_2t &	get_radial_range ()
point_2t	set_radial_range (const space_type rmin, const space_type rmax)
	Convenience for setting radial range.
double	get_angle (ssize_type pvalue, ssize_type pmax)
	Transform a value on a range to an angle on the radial range.
double	adjust_angle_rotation (const double dorig, const k::rrotation rot)
	Adjust angle above to CW/CCW orientation.
double	adjust_angle_at_orbit_for_distance (double r, double dist, const double minadjust=0.25)
uint	significant_digits_in (ssize_type maxval)
	The number of significant digits in.
ssize_type &	get_label_spaces ()
	Get the label space. Value -> Name, as a string where value has labelspaces of fill NB: Should be the number of significant digits in pmax plus separators. So, 10 == 2, 100 == 3, 10k == 5 + 1.
void	set_label_spaces (ssize_type spaces)
	Set the number of label spaces.
string	make_label_for_value (string pname, ssize_type pvalue, const uint valuewidth=9)
	Make radial labels.
void	sort_strings_by_size (strings &ids)
	Sort vectors of strings to largest length string first. (Or use set<>).
void	radial_text_cw (svg_element &obj, string text, const typography &typo, const point_2t origin, const double deg)
	Text with typography, arranged cw around points (x,y) on a circle.
void	radial_text_ccw (svg_element &obj, string text, const typography &typo, const point_2t origin, const double deg)
	Text with typography, arranged ccw around points (x,y) on a circle.
void	radial_text_cw (svg_element &obj, string text, const typography &typo, const point_2t origin, const double deg, const point_2t rorigin)
	Text with typography, arranged cw around points (x,y) on a circle.
void	radial_text_ccw (svg_element &obj, string text, const typography &typo, const point_2t origin, const double deg, const point_2t rorigin)
	Text with typography, arranged ccw around points (x,y) on a circle.
void	radial_text_r (svg_element &obj, string text, const typography &typo, const int r, const point_2t origin, const double deg, const bool roriginp=false)
void	splay_ids_around (svg_element &obj, const typography &typo, const strings &ids, const double angled, const point_2t origin, double r, double rspace, const bool satellitep=false)
	Spread ids on either side of an origin point, along circumference path.
void	splay_ids_after (svg_element &obj, const typography &typo, const strings &ids, const double angledo, const point_2t origin, double r, double rspace)
	Spread ids past the origin point, along circumference path.
void	splay_ids_stagger (svg_element &obj, const typography &typo, const strings &ids, const double angled, const point_2t origin, double r, double rspace)
	Spread ids after in stepping pattern outward.
void	stack_ids_at (svg_element &obj, const typography &typoo, const strings &ids, const double angled, const point_2t origin, double r, const double rdelta=10)
	Rotate and stack ids at origin point, extending radius for each from point of origin.
void	append_ids_at (svg_element &obj, const typography &typo, const strings &ids, const double angled, const point_2t origin, double r)
	Concatenate ids onto one line.
void	direction_arc_at (svg_element &obj, const point_2t origin, const double rr, svg::style s, const double spacer=10)
	Arc + arrow glyph that traces path of start to finish trajectory.
void	direction_arc_title_at (svg_element &obj, const point_2t origin, const int radius, const typography typo, const string title, const uint pcnt=30)
	Title on same arc.
vrange	radiate_hexagon_honeycomb (const point_2t origin, const double r, const uint n, const bool centerfilledp)
	Compute set of points for a radial fill of hexograms centered at p.
vspace	get_honeycomb_angles (const point_2t origin, const vrange &hexagons, const bool degreesp=true)
	Compute set of angles, given points for a radial fill of hexograms centered at p.
int &	get_min_ring_size ()
	The smallest (sattelite) radius size allowed in a kusama orbit.
int	set_min_ring_size (const int sz)
	By observation, type size 12pt = 5, 6pt = 2.
double &	get_min_satellite_distance ()
	The minimum distance between satellites in high orbit.
double	set_min_satellite_distance (const double kuse)
	By observation, 7pt = 5 minimum NB: Make sure distance is at least text height away for lowest values.
int	radiate_line_and_value (svg_element &obj, const point_2t origin, const double angled, const ssize_type v, const int rspace, const int rstart, const int linelen, const typography &typo, const style styl={color::black, 1, color::black,.25, 1})
int	radiate_glyph (svg_element &obj, const point_2t origin, const double angled, const id_rstate idst, const int kr, const int rspace, const int rstart)
int	radiate_glyph_and_id (svg_element &obj, const point_2t origin, const double angled, const double kr, const int rspace, const int rstart, const string id, const typography &typo)
int	radiate_glyph_and_id (svg_element &obj, const point_2t origin, const ssize_type v, const ssize_type value_max, const int radius, const int rspace, const int rstart, const string id, const typography &typo)
	Convenience function for above.
int	kusama_ids_orbit_high (svg_element &obj, const point_2t origin, const strings &ids, const ssize_type v, const ssize_type value_max, const int radius, const int rspace, const int rstart, const int linelen, const typography &typo, const bool wbyvaluep, const bool satellitep=false)
void	kusama_ids_orbit_low (svg_element &obj, const point_2t origin, const strings &ids, const ssize_type v, const ssize_type value_max, const int radius, const int rspace, const int rstart, const int linelen, const typography &typo, const bool wbyvaluep)
void	kusama_ids_at_uvalue (svg_element &obj, const point_2t origin, const strings &ids, const ssize_type v, const ssize_type value_max, const int radius, const int rspace, const int rstart, const int linelen, const typography &typo, const bool weighbyvaluep)
	Layer one value's glyphs and ids.
void	kusama_collision_transforms (svg_element &obj, const point_2t origin, std::vector< ssize_type > &vuvalues, vvstrings &vids, const ssize_type value_max, const int radius, const int rspace, const int rstart, const typography &typo, const bool weighbyvaluep, const ssize_type threshold=1, const int startlenm=5)
svg_element	kusama_ids_per_uvalue_on_arc (svg_element &obj, const point_2t origin, const typography &typo, const id_value_umap &ivm, const ssize_type value_max, const int radius, const int rspace, const bool weighbyvaluep=true, const bool collisionp=false, const bool sortstringsbysizep=false)
double	scale_proportional_to_area (double radius, double weight)
double	scale_proportional_to_weight (double radius, double weight)
text_element	style_text (const string text, const point_2t origin, const typography typo, const string xtransf="")
	Text element at.
text_element	style_text_r (const string text, const point_2t origin, const typography typo, const double deg, const point_2t rorigin, const k::rrotation rr=k::rrotation::none)
	Text element at.
void	styled_text (element_base &obj, const string text, const point_2t origin, const typography typo)
	Text at.
void	styled_text (element_base &obj, const string text, const point_2t origin, const typography typo, const string xform)
	Text at.
void	styled_text_r (element_base &obj, const string text, const point_2t origin, const typography typo, const double deg)
	Text at.
void	styled_text_r (element_base &obj, const string text, const point_2t origin, const typography typo, const double deg, const point_2t rorigin)
	Text at.
void	styled_text_link (element_base &obj, const string text, const point_2t origin, const typography typo, const string uri)
	XXX Text at.
void	sized_text (element_base &obj, svg::typography typo, const int sz, const string text, const int tx, const int ty)
	Text at size.
void	sized_text_r (element_base &obj, svg::typography typo, const int sz, const string text, const int tx, const int ty, const double deg)
	Text at size, with a transformation=rotation.
uint	text_line_n (svg_element &obj, const point_2t origin, const string text, const svg::typography typo, const int sz, const uint maxlen)
	Text of maxlen length, overflow goes on line below.
uint	text_line_n_r (svg_element &obj, const point_2t origin, const string text, const svg::typography typo, const uint sz, const uint maxlen, const uint lettingsz=0)
	Text of maxlen length rotated, overflow goes on line below.
line_element	make_line (const point_2t origin, const point_2t end, style s, const string dasharray="")
	Line primitive.
void	points_to_line (svg_element &obj, const style s, const point_2t origin, const point_2t end, const string dasharray="")
	Line between two points.
polyline_element	make_polyline (const vrange &points, const style s, const stroke_style sstyle={ })
	Polyline primitive.
rect_element	make_rect (const point_2t origin, const style s, const area<> a, const string filterstr="")
	Create rect_element at origin.
rect_element	make_rect_centered (const point_2t origin, const style s, const area<> a, const string filterstr="")
	Create rect_element centered at origin.
void	point_to_rect (element_base &obj, const point_2t origin, style s, double width=4, double height=4, const string filterstr="")
	Rectangle at this point.
void	point_to_rect_centered (element_base &obj, const point_2t origin, style s, double width=4, double height=4, const string filterstr="")
	Center a rectangle at this point.
circle_element	make_circle (const point_2t origin, style s, const space_type r=4, const string xform="")
	Make circle element.
void	point_to_circle (svg_element &obj, const point_2t origin, style s, const space_type r=4, const string xform="")
	Draws a circle around a point (x,y), of style (s), of radius (r).
void	point_to_ring_halo (svg_element &obj, const point_2t origin, const space_type radius, const double blurspace, const svg::color klr, const svg::color fadeklr=color::none, const double opacity=1)
	Draws a ring centered at origin of radius r, with outer and inner radial gradient of blurspace in each direction. klr == fade from fadeklr == fade to. Background is transparent if none.
void	point_2d_to_ray (svg_element &obj, double x, double y, style s, space_type r=4, const uint nrays=10)
	Lines radiating from center point (x,y).
void	place_ray_at_angle (svg_element &obj, const point_2t &origin, const point_2t &circump, const style &s, const string id="")
point_2t	get_circumference_point_r (const double angler, const double r, const point_2t origin)
	Angle in radians.
point_2t	get_circumference_point_d (const double ad, const double r, const point_2t origin)
	Angle in degrees.
double	zero_angle_north_cw (double angled)
	Zero degrees is top, going clockwise (cw).
double	zero_angle_north_ccw (double angled)
	Zero degrees is top, going clockwise (cw).
string	make_path_data_from_points (const vrange &lpoints)
	Make single path segment.
path_element	make_path (const string &pathda, const style &styl, const string id="", const bool selfclosingtagp=true, const string xattr="")
	Draw path given serialized path data. Can be used to make pinstripes, ie top and bottom line layers. top style defaults: fill opac(0), stroke opac(1), stroke sz 1 bottom style defaults: fill opac(0), stroke opac(1), stroke sz 1.25.
path_element	make_path_triangle (const point_2t origin, const style styl, const double r=4, const double angle=120, const bool selfclosingtagp=true, const string xattr="")
	Center a triangle at this point.
path_element	make_path_polygon (const point_2t origin, const style styl, const double r=4, const uint pointsn=8, const bool selfclosingtagp=true, const string xattr="")
	Center an octogon at this point. radius 4 is pixels to draw out from center point. pointsn is number of points to draw (8 for octogon)
string	make_path_arc_circumference (const point_2t &start, const point_2t &end, const space_type r, const int arcflag=0, const int sweepflag=1)
	Make path segment between two points on a circumference of radius r. Points like: get_circumference_point_d(zero_angle_north_cw(0), r, origin)
string	make_path_arc_closed (const point_2t &origin, const point_2t &start, const point_2t &end, const space_type r, const int arcflag=0, const int sweepflag=0)
	Make closed path between two points and the center of a circle of radius r. Points like: get_circumference_point_d(zero_angle_north_cw(0), r, origin)
string	make_path_arc_closed (const point_2t &origin, const double startd, const double endd, const space_type r, const int arcflag=0, const int sweepflag=0)
	Same but with degree range arguments instead of points. NB: Assumes appropriate zero_angle_north_cw/ccw adjustments on startd/endd.
path_element	make_path_center_mark (const point_2t &origin, const style styl, const int len, const int width)
	Plus or x tilt mark as closed path that can be filled.
string	make_crossed_lines (const point_2t origin, const style s, const double radius, const double tiltd=0.0)
	Crossed lines, no fill. X marks the ....
void	point_to_crossed_lines (svg_element &obj, const point_2t origin, const style &styl, const int radius, const double tiltd=0.0)
	Point to center mark as crossed lines. Default is a plus sign at origin, but.
group_element	make_hexagon_honeycomb (const point_2t origin, const double r, const uint hexn, const bool cfillp, const style styl, const string xform="")
	Center rings of hexagons at this point.
group_element	make_text_honeycomb (const point_2t origin, const double r, const uint hexn, const bool cfillp, const string s, const typography typo, const string xform="")
	Center rings of text in a hexagon pattern at this point.
svg_element	display_color_qis (const auto &klrs, const area<> a, const typography &typobase)
	Make grid palette for display. NB.
constexpr select	operator& (select __a, select __b)
constexpr select	operator| (select __a, select __b)
constexpr select	operator^ (select __a, select __b)
constexpr select	operator~ (select __a)
const select &	operator|= (select &__a, select __b)
const select &	operator&= (select &__a, select __b)
const select &	operator^= (select &__a, select __b)
void	set_select (select &a, const select &b)
	Forwarding functions.
void	clear_select (select &a, const select &b)
void	flip_select (select &a, const select &b)
string	to_string (const scale e)
color_rstate &	get_render_state ()
	Global state.
id_rstate_umap &	get_id_rstate_cache ()
void	add_to_id_rstate_cache (const string id, const style styl, const select vis)
	Add value to cache with base style of styl, colors klr, visibility vis.
const id_rstate	get_id_rstate (const string id)
	Given identifier/name/id, get corresponding id_rstate from cache.
const id_rstate	traverse_states (const strings &values)
	Roll through render states given in values squentially, index starts with zero.
strings	fade_to_color_seq (const rect_element::data &dr, const color klr, size_t fps=30, double sec=1.0, double maxopac=1.0)
strings	fade_from_color_seq (const rect_element::data &dr, const color klr, size_t fps=30, double sec=1.0, double minopac=0)
	Start rectangle as transparent, fade to color.
strings	blink_to_color_seq (const rect_element::data &dr, const color klr, size_t fps, double sec, double twhen, size_t nblinks, double blinksec)
	blink sequence of duration sec, given fps starts on background (backgf) at duration twhen blinks specific frame (blinkf) times (nblinks) for seconds (blinksec) can use with image behind
strings	wink_to_color_seq (const rect_element::data &dr, const color klr, size_t fps, double sec, double twhen, double maxclose, double winksec)
	wink sequence of duration sec, given fps to color klr starts on background transparent, so can use with an image behind. at duration twhen winks specific rectangle (r) this much (maxclose) for seconds (winksec)
strings	vertical_sync_roll_seq (const rect_element::data &drin, const color klr, size_t, double step=10, int blursz=200, int solidsz=133, double opac=0.6)
	Simulated vertical roll, with fades. r == frame size.
string	dot_grid_seq (const rect_element::data &drin, const color klr, const rect_element::atype radius=80, const int maxwidth=8, const int maxheight=4, const rect_element::atype xstart=40, const rect_element::atype ystart=100)
	Randomly create grid of [maxwidth] x [maxheight] grid, and fill with dots.
strings	optical_sound_dots_seq (const rect_element::data &drin, const color klr, size_t fps=30, double sec=1.0, const int radius=80, const int maxw=8, const int maxh=4, const int xstart=40, const int ystart=100)
strings	swipe_left_seq (const rect_element::data &drin, const string imgf, const color klr=color::white, size_t fps=30, double sec=9)
	1 channel start with image, background color is klr each "frame" == string in returned strings has an image and a background
void	string_replace (std::string &target, const std::string &match, const std::string &replace)
double	scale_value_on_range (const ssize_type value, const ssize_type min, const ssize_type max, const ssize_type nfloor, const ssize_type nceil)
	Scale value from min to max on range (nfloor, nceil).
double &	get_dpi ()
	Resolution of output display device.
double	pt_to_px (const uint i=1)
	Conversion between point size to pixels given dpi density.
constexpr double	char_width_to_px (const uint sz)
	Approximate pixel height of type of point size @sz.
constexpr double	char_height_to_px (const uint sz)
	Approximate pixel height of type of point size @sz.
void	serialize_id_types_json (jsonstream &writer, const auto &ids, const string tag)
	Serialize set of id_type.
rj::Document	deserialize_json_string_to_dom (const string &json)
	Deserialize input string.
rj::Document	deserialize_json_to_dom (const string input_file)
	Deserialize input file.
rj::Document	deserialize_json_to_dom_object (const string input_file)
	Load JSON file to in-memory DOM.
rj::Document	deserialize_json_to_dom_array (const string input_file)
	Load JSON file to in-memory DOM array.
string	search_dom_for_string_field (const rj::Document &dom, const string finds)
	Search DOM for string literals.
int	search_dom_for_int_field (const rj::Document &dom, const string finds)
	Search DOM for integer values.
double	extract_dom_value_to_double (const rj::Value &v)
	Extract from raw JSON value to double.
vrange	deserialize_json_array_object_field_n (const string jdata, const string afield, const string field1, const string field2, const bool verbosep=true)
	Deserialize json array, extract specific fields from array objects, return as vec of point_2t.
vspace	extract_object_keys_as_vspace (const string jdata, const string jobjpath)
	Iterate over json object in data file and return keys as ints.
string	to_string (point_2t p)
	Convert point_2t to string.
void	split_vrange (const vrange &cpoints, vspace &xpoints, vspace &ypoints, const double xscale=1, const double yscale=1)
	Decompose/split 2D ranges to 1D spaces, perhaps with scaling.
vrange	union_vrange (const vrange &r1, const vrange &r2)
	Union two ranges.
point_2t	max_vrange (vspace &xpoints, vspace &ypoints, const uint pown)
	For each dimension of vrnage, find min/max and return (xmax, ymax) NB: Assumes zero is min.
point_2t	max_vrange (const vrange &points, const uint pown, const double xscale=1, const double yscale=1)
	Just the range info, none of the temporary objects.
vspace	narrow_vspace (const vspace &points, uint pown)
	Truncate double to double with pown signifigant digits.
space_type	distance_cartesian (const point_2t &p1, const point_2t &p2)
	Find cartesian distance between two 2D points.
bool	detect_collision (const point_2t &p1, const int r1, const point_2t &p2, const int r2)
vpoints	vrangenamed_to_points (const vrangenamed &inpoints)
	Convert point_2ts to Point.
vrangenamed	points_to_vrangenamed (const vpoints &inpoints)
	Convert Point to point_2t.

Variables
constexpr colorband	cband_bw = std::make_tuple(color::white, 2)
	Izzi palette-specific offsets for colorbands.
constexpr colorband	cband_gray = std::make_tuple(color::white, 16)
constexpr colorband	cband_brown = std::make_tuple(color::duboisbrown5, 7)
constexpr colorband	cband_r = std::make_tuple(color::red, 17)
constexpr colorband	cband_o = std::make_tuple(color::orange, 10)
constexpr colorband	cband_y = std::make_tuple(color::hellayellow, 10)
constexpr colorband	cband_g = std::make_tuple(color::green, 21)
constexpr colorband	cband_b = std::make_tuple(color::blue, 34)
constexpr colorband	cband_p = std::make_tuple(color::purple, 33)
static const palette_qi< color_max_size - 4 >	izzi_palette
	Default colors for izzi.
static const palette_qi< color_max_size - 20 >	izzi_hue_palette
	Only color no black and white or gray.
static const palette_qi< 118 >	jp_palette
	Japan colors (118) https://en.wikipedia.org/wiki/Traditional_colors_of_Japan.
static const palette_qi< 19 >	colorbrewer2s3s_palette
	ColorBrewer 2.0 https://colorbrewer2.org.
static const palette_qi< 55 >	colorbrewer2s9s_palette
	Single hue 9-class sequential, low to high.
static const palette_qi< 43 >	colorbrewer2s7s_palette
	Single hue 7-class sequential, low to high.
static const palette_qi< 73 >	ciecam02_palette
static const palette_qi< 61 >	ciecam16_palette
	CIECAM16 61 color palette.
static const palette_qi< 89 >	ciecam16j70_palette
	CIECAM16 89-color palette, 8 sections x 11 colors each, fixed brightness at j=70 (8 bands x 11 samples) + none.
constexpr uint	color_max_size = static_cast<uint>(color::last)
	Total number of enumerated colors.
const auto	lsz = 16
const auto	asz = 12
const auto	ssz = 10
constexpr uint	matrix_max_items = 8
	Maximum number of individual items to be placed in grid cells. A 1x4 grid can contain up to 4 items. A 2x4 grid can contain up to 8 items. A 3x3 grid can contain up to 9 items.

Detailed Description

Scalable Vector Graphics (SVG) namespace

Typedef Documentation

colorband

using svg::colorband = std::tuple<color, ushort>

Specific regions of spectrum as bands of color. Each band has a starting hue and a number of known good samples. This is then used to seed a generator that computes more of similar hues.

Definition at line 32 of file a60-svg-color-band.h.

palette

template<typename T, std::size_t N>

using svg::palette = std::array<T, N>

Palette, finite set of colors used. Must end with color::none.

Definition at line 29 of file a60-svg-color-palette.h.

palette_qi

template<std::size_t N>

using svg::palette_qi = palette<color_qi, N>

Definition at line 32 of file a60-svg-color-palette.h.

palette_qf

template<std::size_t N>

using svg::palette_qf = palette<color_qf, N>

Definition at line 35 of file a60-svg-color-palette.h.

color_qis

using svg::color_qis = std::vector<color_qi>

Types for Color iteration and combinatorics.

Definition at line 816 of file a60-svg-color.h.

color_qfs

using svg::color_qfs = std::vector<color_qf>

Definition at line 817 of file a60-svg-color.h.

value_type

using svg::value_type = long long

Hash map of unique id to (not necessarily) unique value. Use this for sorting by id.

Definition at line 27 of file a60-svg-radial-arc.h.

value_set

using svg::value_set = std::set<value_type>

Definition at line 28 of file a60-svg-radial-arc.h.

id_value_umap

using svg::id_value_umap = std::unordered_map<string, value_type>

Hash multimap of unique value to (perhaps multiple) unique ids. Use this form for sorting by value.

Definition at line 33 of file a60-svg-radial-arc.h.

value_id_ummap

using svg::value_id_ummap = std::unordered_multimap<value_type, string>

Definition at line 34 of file a60-svg-radial-arc.h.

id_rstate_umap

using svg::id_rstate_umap = std::unordered_map<string, id_rstate>

Definition at line 310 of file a60-svg-render-state.h.

strings

using svg::strings = std::vector<string>

Definition at line 37 of file a60-svg.h.

vstrings

using svg::vstrings = strings

Definition at line 38 of file a60-svg.h.

vvstrings

using svg::vvstrings = std::vector<strings>

Definition at line 39 of file a60-svg.h.

ushort

using svg::ushort = unsigned short

Base integer type: positive and negative, signed integral value.

Definition at line 56 of file a60-svg.h.

uint

using svg::uint = unsigned int

Definition at line 57 of file a60-svg.h.

ulong

using svg::ulong = unsigned long

Definition at line 58 of file a60-svg.h.

ssize_type

using svg::ssize_type = int

Definition at line 59 of file a60-svg.h.

space_type

using svg::space_type = double

Base floating point type.

Definition at line 62 of file a60-svg.h.

jsonstream

using svg::jsonstream = rj::PrettyWriter<rj::StringBuffer>

Aliases/using.

Definition at line 45 of file izzi-json-basics.h.

point_2t

using svg::point_2t = std::tuple<space_type, space_type>

Point (x,y) in 2D space, space_type defaults to double.

Definition at line 22 of file izzi-points.h.

point_2tn

using svg::point_2tn = std::tuple<ulong, point_2t>

Point (x,y) in 2D space with weight n.

Definition at line 25 of file izzi-points.h.

point_2ts

using svg::point_2ts = std::tuple<string, point_2t>

Named Point (x,y) in 2D space.

Definition at line 28 of file izzi-points.h.

vspace

using svg::vspace = std::vector<space_type>

Split range, so one dimension of (x,y) cartesian plane.

Definition at line 41 of file izzi-points.h.

srange

using svg::srange = std::set<point_2t>

Latitude and Longitude Ranges.

Definition at line 44 of file izzi-points.h.

srangen

using svg::srangen = std::set<point_2tn>

Definition at line 45 of file izzi-points.h.

vrange

using svg::vrange = std::vector<point_2t>

Definition at line 46 of file izzi-points.h.

vrangen

using svg::vrangen = std::vector<point_2tn>

Definition at line 47 of file izzi-points.h.

vvranges

using svg::vvranges = std::vector<vrange>

Definition at line 48 of file izzi-points.h.

vrangenamed

using svg::vrangenamed = std::vector<point_2ts>

Definition at line 50 of file izzi-points.h.

Enumeration Type Documentation

unit

enum class svg::unit

strong

Measurement abstraction for absolute (not relative) measurements.

Enumerator
meter
m	Meter.
centimeter
cm	Centimeter.
millimeter
mm	Milliimeter.
inch
in	Inch.
pixel
px	Pixel where 1 pixel x 96 PPI = .26 mm.
point
pt	Point where 1 pixel x 1/72 dpi x 96 PPI = .26 mm.

Definition at line 30 of file a60-svg-base-types.h.

color

enum class svg::color

strong

Color enumerated as types.

HUE

color = color enum (and name string conversion)

color_qi = color quantified as RGB integral values 0-255 (similar to Scalar in OpenCV).

color_qf = color quantified as Hue Saturation Value (HSV) decimal values 0-1

spectrum = color spectrum as finite array of color enum values

Enumerator
none
white
black
gray10
gray20
gray25
gray30
gray40
gray50
gray60
gray75
gray70
gray80
gray90
wcag_lgray
wcag_gray
wcag_dgray
kanzoiro
kohakuiro
kinsusutake
daylily
goldenyellow
hellayellow
antiquewhite
lemonchiffon
goldenrod
navajowhite
ivory
gold
duboisyellow1
duboisyellow2
duboisyellow3
orange
darkorange
asamaorange
redorange
orangered
dutchorange
internationalorange
red
foreigncrimson
ginshu
akabeni
akebonoiro
ochre
sohi
benikaba
benitobi
ake
crimson
tomato
coral
salmon
duboisred1
duboisred2
duboisred3
duboisbrown1
duboisbrown2
duboisbrown3
duboisbrown4
duboisbrown5
byakuroku
usumoegi
moegi
hiwamoegi
midori
rokusho
aotakeiro
seiheki
seijiiro
yanagizome
green
chartreuse
greenyellow
limegreen
springgreen
aquamarine
duboisgreen1
duboisgreen2
duboisgreen3
duboisgreen4
duboisgreen5
blue
ultramarine
shinbashiiro
hanada
ruriiro
bellflower
navy
asagiiro
indigo
rurikon
asamablue
cyan
lightcyan
powderblue
steelblue
cornflowerblue
deepskyblue
dodgerblue
lightblue
skyblue
lightskyblue
midnightblue
mediumblue
royalblue
darkslateblue
slateblue
azure
crayolacerulean
duboisblue1
duboisblue2
duboisblue3
duboisblue4
blueprintlight
blueprint
blueprintdark
wisteria
murasaki
ayameiro
peony
futaai
benimidori
redwisteria
botan
kokimurasaki
usuiro
asamapink
blueviolet
darkmagenta
darkviolet
thistle
plum
violet
magenta
dfuschia
deeppink
hotpink
pink
kissmepink
palevioletred
mediumvioletred
lavender
orchid
mediumorchid
darkestmagenta
mediumpurple
purple
dustyrose
atmosphericp
command
science
engineering
last

Definition at line 41 of file a60-svg-color.h.

graph_mode

enum svg::graph_mode : ushort

Polyline/line options. 1: use one line with css dasharray and markers mid, end points 2: use two lines: one with css dasharray and no markerspoints, two with explicit marker paths and added text tooltips 3: use two lines and add js + image tooltips: like 2 above but add image tooltips, with js controlling image visibility.

Enumerator
chart_line_style_1
chart_line_style_2
chart_line_style_3

Definition at line 35 of file a60-svg-graphs-line.h.

matrix_variant

enum class svg::matrix_variant

strong

Grid style mode.

Enumerator
centerweight
centerweightsvg
veronica
slim

Definition at line 29 of file a60-svg-grid-matrix-systems.h.

select

enum class svg::select : ulong

strong

Selected or Active in render area. Make discrete element or layer (visible, outline, etc) if true. Used as a (visibility, outline, etc.) bitmask

Enumerator
none	nothing
cartography	cartographic elements
image	image
raster	raster (pixel) elements
vector	svg path, circle, rectangle, etc.
blur	blur or gradient version of vector
echo	b & w outline version of vector
text	metadata, header
title	title
legend	text and symbol legends
axis	axes
grid	grid
linex	horizontal lines
liney	vertical lines
ticks	ticks, markers
tooltip	tooltips meta layer
telecom	telecom infrastructure
tor	tor exit node infrastructure
satellite	megaconstellation satellite
cable	fiber optic
glyph	glyph
svg	svg element, perhaps nested
alt	alternate use specified in situ
background	background elements
top	top
bottom	bottom
odd	odd
even	even
all	all
_S_end	last

Definition at line 27 of file a60-svg-render-state.h.

scale

enum class svg::scale

strong

Some high-level nobs for rendering: scale tuning.

small == defense distributed == 70k-300k medium == westworld == 2-4M large == stranger things == 10M+

[1-5]xsmall == reduction from least to greatest 1x == baseline [1-5]xlarge == enlargement from least to greatest

Enumerator
r5s
r4s
r3s
r2s
r1s
xxsmall
xsmall
small
medium
baseline
large
xlarge
xxlarge
e1s
e2s
e3s
e4s
e5s

Definition at line 126 of file a60-svg-render-state.h.

Function Documentation

to_string() [1/7]

const string svg::to_string

(

const unit

e

)

Definition at line 41 of file a60-svg-base-types.h.

to_string() [2/7]

const string svg::to_string

(

const style &

s

)

Definition at line 190 of file a60-svg-base-types.h.

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convert_8859_to_utf8()

string svg::convert_8859_to_utf8

(

string

in

)

Convert from ISO-8859-1 encoding to UTF-8, required for XML.

Definition at line 29 of file a60-svg-codecvt.h.

convert_to_utf8()

string svg::convert_to_utf8

(

string

in

)

Definition at line 94 of file a60-svg-codecvt.h.

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make_color_band_v1()

color_qis svg::make_color_band_v1	(	const colorband &	cb,
		const ushort	neededh,
		auto &	spectrum )

Generate a color band from starting hue and seeds.

Algorithm is average two known good, where two picked randomly.

Return type is a vector of generated color_qi types.

Definition at line 54 of file a60-svg-color-band.h.

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make_color_band_v2()

color_qis svg::make_color_band_v2	(	const colorband &	cb,
		const ushort	neededh )

Algorightm is HSV generation.

Definition at line 104 of file a60-svg-color-band.h.

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make_color_band()

color_qis svg::make_color_band	(	const colorband &	cb,
		const ushort	neededh )

Forwarding function.

Definition at line 153 of file a60-svg-color-band.h.

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next_in_color_band()

color_qi svg::next_in_color_band	(	const colorband &	cb,
		const ushort	bandn = 400 )

Flip through color band colors.

Parameters

bandn

is the number of colors in the colorband.

Definition at line 163 of file a60-svg-color-band.h.

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active_spectrum()

auto & svg::active_spectrum

(

const bool

sortbyhuep = false

)

Oklab https://bottosson.github.io/posts/oklab/.

Set and Get working spectrum, aka default palette. NB: If colorbands are being used, palette has to be izzi or izzi_hue, and cannot be sorted color_qi as color bands use colors arranged in a fixed order with offsets in hue.

Definition at line 596 of file a60-svg-color-palette.h.

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random_color() [1/2]

color_qi svg::random_color

(

const uint

startoffset = 0

)

Random entry from array above.

Definition at line 620 of file a60-svg-color-palette.h.

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random_color() [2/2]

template<typename _Spectrm>

color_qi svg::random_color	(	const _Spectrm &	spectrm,
		const uint	startoffset = 0 )

Definition at line 632 of file a60-svg-color-palette.h.

next_color()

color_qi svg::next_color

(

const color_qi

klr

)

Loop through color array starting at position c. Iff klr is not found, return color::none as the next color.

Definition at line 644 of file a60-svg-color-palette.h.

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start_at_color()

color_qi svg::start_at_color

(

const color_qi

klr

)

Start at specified color bar entry point.

Definition at line 661 of file a60-svg-color-palette.h.

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to_string() [3/7]

const std::string & svg::to_string

(

const color

e

)

Convert color to RGB color value string.

Definition at line 225 of file a60-svg-color.h.

operator==() [1/2]

bool svg::operator== ( const color_qi & c1, const color_qi & c2 )

inline

Definition at line 515 of file a60-svg-color.h.

to_string() [4/7]

const std::string svg::to_string

(

const color_qi

klr

)

Convert color_qi to string.

Definition at line 526 of file a60-svg-color.h.

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to_string() [5/7]

const std::string svg::to_string

(

const color_qf

klr

)

Convert color_qf to string.

Definition at line 671 of file a60-svg-color.h.

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color_qf_lt_hue_v1()

bool svg::color_qf_lt_hue_v1	(	const color_qf &	k1,
		const color_qf &	k2 )

Less than compare for color_qf.

Definition at line 677 of file a60-svg-color.h.

color_qf_lt_hue_v2()

bool svg::color_qf_lt_hue_v2	(	const color_qf &	k1,
		const color_qf &	k2 )

Definition at line 690 of file a60-svg-color.h.

color_qf_distance()

color_qf::ftype svg::color_qf_distance	(	const color_qf &	k1,
		const color_qf &	k2 )

Definition at line 707 of file a60-svg-color.h.

color_qf_lt_v()

bool svg::color_qf_lt_v	(	const color_qf &	k1,
		const color_qf &	k2 )

Default compare distances from k1,k2 to black.

Definition at line 727 of file a60-svg-color.h.

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color_qf_lt()

bool svg::color_qf_lt ( const color_qf & k1, const color_qf & k2 )

inline

Forwarding function.

Definition at line 743 of file a60-svg-color.h.

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operator==() [2/2]

bool svg::operator== ( const color_qf & c1, const color_qf & c2 )

inline

Definition at line 748 of file a60-svg-color.h.

operator<()

bool svg::operator< ( const color_qf & c1, const color_qf & c2 )

inline

Definition at line 756 of file a60-svg-color.h.

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mutate_color_qf()

color_qf svg::mutate_color_qf

(

const color_qf &

k

)

Return a variant on saturation/value only.

Definition at line 763 of file a60-svg-color.h.

combine_color_qi()

color_qi svg::combine_color_qi	(	const color_qi &	a,
		const double	ad,
		const color_qi &	b,
		const double	bd )

Combine color a with color b in percentages ad and ab, respectively.

To average, constrain paramters ad and ab such that: ad + ab == 2.

Like so: ushort ur = (a.r + b.r) / 2; ushort ug = (a.g + b.g) / 2; ushort ub = (a.b + b.b) / 2;

Definition at line 794 of file a60-svg-color.h.

average_color_qi()

color_qi svg::average_color_qi	(	const color_qi &	a,
		const color_qi &	b )

Average two colors, return the result.

Definition at line 811 of file a60-svg-color.h.

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make_svg_1_channel()

svg_element svg::make_svg_1_channel	(	const space_type	deltax,
		const space_type	deltay,
		const string &	outbase )

Take input size and make a one channel (single-image) SVG form.

Definition at line 24 of file a60-svg-composite-and-layer-basics.h.

make_1_channel_insert()

void svg::make_1_channel_insert	(	svg_element &	obj,
		string	insert1 )

Definition at line 34 of file a60-svg-composite-and-layer-basics.h.

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make_svg_2_channel()

svg_element svg::make_svg_2_channel	(	const space_type	deltax,
		const space_type	deltay,
		const string &	outbase )

Take input size and make a two channel (single-image) SVG form.

Definition at line 47 of file a60-svg-composite-and-layer-basics.h.

make_2_channel_insert()

void svg::make_2_channel_insert	(	svg_element &	obj,
		string	insert1,
		string	insert2 )

Definition at line 57 of file a60-svg-composite-and-layer-basics.h.

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paint_edges_with_char_index()

void svg::paint_edges_with_char_index	(	svg_element &	obj,
		const area<>	a,
		const char	firstc,
		const svg::color	klr = color::duboisgreen2,
		const double	rlen = 24.0 )

Paint the edges of a physical page. Assumes page is square. /.

Parameters

rlen	is height of painted rectangle from edge. NB: 0.125 is a common bleed == 12 pixels. First attempt was, common bleed plus 2 pixel "on page" -> 14. Not enough.

Definition at line 82 of file a60-svg-composite-and-layer-basics.h.

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file_to_svg_insert()

string svg::file_to_svg_insert

(

const string

ifile

)

Import svg file, convert it to svg_element for insertion. ifile is a plain SVG file with a 1:1 aspect ratio.

Definition at line 122 of file a60-svg-composite-and-layer-basics.h.

element_to_svg_insert()

string svg::element_to_svg_insert

(

const string

isvgpre

)

Import svg file, convert it to svg_element for insertion.

Definition at line 154 of file a60-svg-composite-and-layer-basics.h.

insert_svg_at()

svg_element svg::insert_svg_at	(	svg_element &	obj,
		const string	isvg,
		const point_2t	origin,
		const double	origsize,
		const double	isize,
		const double	angled = 0,
		const style &	styl = k::no_style )

Embed svg in group element.

Parameters

obj	is containing svg
origin	is where glyph placement is inside containing svg element.
origsize	is original file width/height constant
isize	is final width/height
isvg	is the raw svg string to insert, assumes _M_lifetime == false.
styl	is overide style information: defaults to no_style.

NB This only works is the file has no styles set in svg, group, or individual element definitions (like circle, path, rectangle, etc.).

See: https://developer.mozilla.org/en-US/docs/Web/SVG/Element/svg

Definition at line 194 of file a60-svg-composite-and-layer-basics.h.

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nest_inner_svg_element_centered()

svg_element svg::nest_inner_svg_element_centered	(	const svg_element &	obj,
		const point_2t &	p )

Take.

Parameters

obj	as some kind of inner svg element, and embed it as a nested svg at a location centered at
pos	on the outer svg. Returns a svg_element that can then be add_element from outer svg.

Definition at line 237 of file a60-svg-composite-and-layer-basics.h.

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nest_inner_element()

svg_element svg::nest_inner_element	(	const element_base &	eb,
		const point_2t &	p,
		const area<>	a,
		const string	name,
		const bool	centerp = true )

Take.

Parameters

obj	as some kind of inner element_base, and embed it as a nested svg at a location centered at
pos	on the outer svg. Returns a svg_element that can then be add_element from outer svg.

Definition at line 274 of file a60-svg-composite-and-layer-basics.h.

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composite_bleed_areas()

void svg::composite_bleed_areas	(	svg_element &	obj,
		const svg::select	slxt,
		const double	bleedin,
		const double	bleedxoffset = 0 )

Composite frame on bleed. For printed objects with a center gutter, some intra-page adjustments are necessary.

Parameters

slxt	is odd/even (left/right)
bleedin	is bleed size for one edge in inches. (1/8)
bleedxoffset	is distance from spine pushed outward.

Definition at line 318 of file a60-svg-composite-and-layer-basics.h.

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ctopspace()

const double svg::ctopspace

(

60

)

ltopspace()

const double svg::ltopspace

(

10

)

Distance between label and top/bottom of line or text.

hdenom()

const double svg::hdenom

(

a60::k::age_values.size()+1+1+

1

)

get_xoffset()

uint svg::get_xoffset	(	const string &	id,
		const uint	xstart,
		const double	hspace )

Compute xoffset.

Definition at line 43 of file a60-svg-graphs-chord.h.

h_chord_graph_labels()

svg::svg_element svg::h_chord_graph_labels	(	const string	aggname,
		const svg::area<>	a = svg::k::v1080p_h )

Grid, titles, labels for h_chord_graph.

Parameters

yscale

== how much to vertically scale the bar graph from center.

Definition at line 50 of file a60-svg-graphs-chord.h.

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h_chord_graph()

svg::svg_element svg::h_chord_graph	(	const vumids &	cumulative,
		const string	aggname,
		const area<>	a = svg::k::v1080p_h,
		const double	yscale = 0.7,
		const uint	rwidth = 10 )

A chord diagram, flattened into a linear horizontal form.

Rendering set/subset of metadata with "playing" compound grammars.

The Vertical (roughly, in thirds): top is actual age graph middle is ages plotted on horizontal axes bottom is playing age graph, inverted.

And then a connecting line will be drawn from the actual age to the playing age.

The Horizontal: Use linear scaling for age values, instead of bell shaped scaling for glyph. have 10 values (00-09, ..., 90-99) + 100+ + unknown +ambiguous -> 13.

Process cumulative age values 1-3.

1. ages vo map
2. ages playing map
3. largest count value over all of the age values

Process cumulative age values 4.

1. coalesce/flatten multi-playing values "50-59 playing 50-59, 60-69" "50-59 playing 10-19, 60-69 to "50-59 playing 50-59" x 1 "50-59 playing 10-19" x 1 "50-59 playing 60-69" x 2

Definition at line 121 of file a60-svg-graphs-chord.h.

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render_metadata_aggregate_chord()

void svg::render_metadata_aggregate_chord	(	const area<>	a,
		const vumids &	cumulative,
		const strings &	namedkeyso,
		const string	aggname )

Analyze metadata directory or subset of it and generate summary output for all in directory.

Definition at line 402 of file a60-svg-graphs-chord.h.

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analyze_metadata_aggregate_chord() [1/2]

void svg::analyze_metadata_aggregate_chord	(	const area<>	a,
		const string	field = "",
		const string	match = "",
		const string	wfield = "",
		const string	wvalue = "" )

Analyze metadata directory or subset of it, and generate summary output for all in directory. Iff field is non zero, then subset it to data files with field and match.

Definition at line 448 of file a60-svg-graphs-chord.h.

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analyze_metadata_aggregate_chord() [2/2]

void svg::analyze_metadata_aggregate_chord	(	const area<>	a,
		const strings &	namedkeys,
		const string	aggname,
		const string	wfield = "",
		const string	wvalue = "" )

Analyze metadata directory or subset of it, and generate summary output for all in directory.

Definition at line 477 of file a60-svg-graphs-chord.h.

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find_change_points()

vrange svg::find_change_points

(

const vrange &

vr

)

Simplify sorted vrange by removing interior duplicates.

Definition at line 103 of file a60-svg-graphs-line.h.

find_visual_change_points()

vrange svg::find_visual_change_points

(

const vrange &

points

)

Tramsform change points to points where the y-axis (% visual complete) changes.

Parameters

points

already simplified change points

Definition at line 134 of file a60-svg-graphs-line.h.

find_tooltip_points()

vrange svg::find_tooltip_points	(	const vrange &	points,
		const vspace &	onlypoints )

Tramsform change points to points where the x-axis (time) matches a value in onlypoints.

Parameters

points

already simplified change points

Definition at line 152 of file a60-svg-graphs-line.h.

transform_to_graph_points()

vrange svg::transform_to_graph_points	(	const vrange &	points,
		const graph_rstate &	gstate,
		const point_2t	xrange,
		const point_2t	yrange )

Map data points to cartestian points on graph area.

Parameters

data

points

Definition at line 174 of file a60-svg-graphs-line.h.

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make_line_graph_images()

group_element svg::make_line_graph_images	(	const vrange &	points,
		const graph_rstate &	gstate,
		const string	imgprefix,
		const string	imgpath = "../filmstrip/",
		const string	imgext = ".webp" )

Return set of images for image tooltips, one for each point.

Parameters

aimg

is size of image embedded inside svg element. @pathprefix is the path to the directory with the store of images @idimgbase is the root name for what will be document level unique names of sequentially numbered images (say fximage-, for fximage-101 et al) Expected, zero filled imageid. 2025-06-26-android-15-ptablet-talkback-4usted-firefox_13188.webp

Definition at line 219 of file a60-svg-graphs-line.h.

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make_line_graph_markers()

string svg::make_line_graph_markers	(	const vrange &	points,
		const vrange &	cpoints,
		const graph_rstate &	gstate,
		const double	radius,
		const string	imgidbase = "" )

Return set of paths of marker shapes with text tooltips.

Definition at line 252 of file a60-svg-graphs-line.h.

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make_line_graph_annotations()

svg_element svg::make_line_graph_annotations	(	const vrange &	points,
		const graph_rstate &	gstate,
		const double	xscale = 1,
		const double	yscale = 1,
		const typography	typo = k::apercu_typo )

Axis Labels Axis X/Y Ticmarks X line increments.

Parameters

aplate	= total size of graph area
points	= vector of {x,y} points to graph
gstate	= graph render state
xscale	= scale x axis by this ammount (1000 if converting ms to s)
yscale	= scale y axis by this ammount
typo	= typography to use for labels

Definition at line 367 of file a60-svg-graphs-line.h.

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make_line_graph() [1/2]

svg_element svg::make_line_graph	(	const vrange &	points,
		const graph_rstate &	gstate,
		const point_2t	xrange,
		const point_2t	yrange )

Returns a svg_element with the rendered line graph (char). Assumptions: vgrange x axis is monotonically increasing.

NB1: Axes and labels drawn in a separate pass (make_line_graph_annotations). NB2: Output file of x-axis point values for image tooltips if strategy = 3.

Parameters

aplate	= total size of graph area
points	= vector of {x,y} points to graph
gstate	= graph render state
xrange	= unified x-axis range for all graphs if multiplot
yrange	= unified y-axis range for all graphs if multiplot
metadata	= image filename prefix for tooltips if present

Definition at line 552 of file a60-svg-graphs-line.h.

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make_line_graph() [2/2]

svg_element svg::make_line_graph	(	const vrange &	points,
		const vrange &	tpoints,
		graph_rstate &	gstate,
		const point_2t	xrange,
		const point_2t	yrange,
		const string	metadata,
		script_element::scope	scontext )

Line graph 3 needs more parameters.

Definition at line 602 of file a60-svg-graphs-line.h.

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cell_size_3x3_matrix()

ulong svg::cell_size_3x3_matrix	(	const area<>	a,
		const uint	n,
		const double	margin )

Cell size 3x3 for n items with margin spacing on either size.

Definition at line 34 of file a60-svg-grid-matrix-systems.h.

to_point_in_3x3_matrix()

point_2t svg::to_point_in_3x3_matrix	(	const area<>	a,
		const uint	i,
		const double	margin,
		const matrix_variant	vnt = matrix_variant::slim )

Move around a three by three grid of glyphs

1 2 3 4 5 6 7 8 9

given

1. a center point located at iteration 5,
2. cell width,
3. and iteration or cell number [0,8]

The centerweight matrix_variant has cells arranged as above. The other variant styles, distort the matrix as specified below.

Definition at line 60 of file a60-svg-grid-matrix-systems.h.

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to_point_in_2x4_matrix()

point_2t svg::to_point_in_2x4_matrix	(	const area<>	a,
		const uint	i,
		const double	margin )

Move around a 2 by 4 grid of glyphs

1 2 3 4 5 6 7 8

given

1. a center point located equidistant to 2, 3, 6, 7,
2. cell width,
3. and iteration or cell number [0,7]

Definition at line 148 of file a60-svg-grid-matrix-systems.h.

to_point_in_1x8_matrix()

point_2t svg::to_point_in_1x8_matrix	(	const area<>	a,
		const uint	i,
		const double	margin )

For positioning a linear list of glyphs along a horizontal line. Assuming i is from find_id_index with tag, so is an offset starting at zero.

Definition at line 188 of file a60-svg-grid-matrix-systems.h.

to_point_in_1xn_matrix()

point_2t svg::to_point_in_1xn_matrix	(	const area<>	a,
		const uint	n,
		const uint	i,
		const double	margin,
		const double	y,
		const bool	centeredp = false )

For positioning a linear list of glyphs along a horizontal line.

Parameters

n	is number of matrix cells, greater than one.
i	is from find_id_index with tag, so is an offset starting at zero.
centeredp	adjusts to the center of the cell, default is left aligned.
y	is what y axis to use.

Definition at line 209 of file a60-svg-grid-matrix-systems.h.

to_point_in_matrix()

point_2t svg::to_point_in_matrix	(	const area<>	a,
		const uint	i,
		const double	margin )

Default matrix position.

Definition at line 230 of file a60-svg-grid-matrix-systems.h.

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make_marker_element()

marker_element svg::make_marker_element	(	const std::string	id,
		const area<>	ma,
		const point_2t	mcp,
		const std::string	raw )

Base function for generating SVG markers in a defs section.

Marker styles, ways to make line start, mid points, and enpoints look distinct.

https://developer.mozilla.org/en-US/docs/Web/SVG/Reference/

stroke_dash_array Attribute/stroke-dasharray

polyline marker-mid Attribute/marker-mid

Definition at line 39 of file a60-svg-markers.h.

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make_marker_circle()

marker_element svg::make_marker_circle	(	const std::string	id,
		const area<>	ma,
		const point_2t	mcp,
		const uint	radius,
		const style	styl )

Definition at line 51 of file a60-svg-markers.h.

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make_marker_triangle()

marker_element svg::make_marker_triangle	(	const std::string	id,
		const area<>	ma,
		const point_2t	mcp,
		const uint	radius,
		const style	styl )

Definition at line 60 of file a60-svg-markers.h.

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make_marker_x()

marker_element svg::make_marker_x	(	const std::string	id,
		const area<>	ma,
		const point_2t	mcp,
		const uint	radius,
		const style	styl )

Definition at line 69 of file a60-svg-markers.h.

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make_marker_rect()

marker_element svg::make_marker_rect	(	const std::string	id,
		const area<>	ma,
		const point_2t	mcp,
		const style	styl )

Definition at line 78 of file a60-svg-markers.h.

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make_marker_set_n()

string svg::make_marker_set_n

(

const double

i

)

Create a set of markers bounded by a rectangle of size n.

Definition at line 89 of file a60-svg-markers.h.

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make_markers()

void svg::make_markers

(

svg_element &

obj

)

Make black/white/wcag markers with sizes 4x4 and 2x2.

Definition at line 113 of file a60-svg-markers.h.

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remove_matches_id_value_map()

id_value_umap svg::remove_matches_id_value_map	(	id_value_umap &	ivm,
		const strings &	matches )

Remove all from map that match the input (matches) strings. Return found match entries.

Definition at line 40 of file a60-svg-radial-arc.h.

to_value_id_mmap()

value_id_ummap svg::to_value_id_mmap	(	const id_value_umap &	ivm,
		value_set &	uniquev )

Convert id_value_umap to value_id_mmap + set of unique values.

Definition at line 61 of file a60-svg-radial-arc.h.

radiate_id_at_value()

void svg::radiate_id_at_value	(	svg_element &	obj,
		const point_2t	origin,
		const typography &	typo,
		string	pname,
		ssize_type	pvalue,
		ssize_type	pmax,
		double	r,
		bool	rotatep )

Draw text on the circumference of a circle of radius r centered at (cx, cy) corresponding to the angle above.

Definition at line 80 of file a60-svg-radial-arc.h.

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radiate_ids_per_value_on_arc()

svg_element svg::radiate_ids_per_value_on_arc	(	svg_element &	obj,
		const point_2t	origin,
		const typography &	typo,
		const id_value_umap &	ivm,
		const ssize_type	value_max,
		const int	radius,
		bool	rotatep )

Create radial viz of names from input file arranged clockwise around the edge of a circle circumference. The text of the names can be rotated, or not.

Arguments are:

rdenom == scaling factor for radius of circle used for display, where larger values (used as a denominator) make smaller (tighter) circles.

rotatep == rotate name text to be on an arc from the origin of the circle.

Definition at line 108 of file a60-svg-radial-arc.h.

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radiate_ids_at_uvalue()

void svg::radiate_ids_at_uvalue	(	svg_element &	obj,
		const point_2t	origin,
		const typography &	typo,
		const strings &	ids,
		ssize_type	pvalue,
		ssize_type	pmax,
		double	r,
		double	rspace )

Map ids with one value to a point cluster radiating out from a center.

Definition at line 131 of file a60-svg-radial-arc.h.

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radiate_ids_per_uvalue_on_arc()

svg_element svg::radiate_ids_per_uvalue_on_arc	(	svg_element &	obj,
		const point_2t	origin,
		const typography &	typo,
		const id_value_umap &	ivm,
		const ssize_type	value_max,
		const int	radius,
		const int	rspace )

Radiate as above, but group similar values such that they are splayed, and not written on top of each other on the same arc/angle.

Definition at line 160 of file a60-svg-radial-arc.h.

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get_radial_range()

point_2t & svg::get_radial_range

(

)

Max number of non-overlapping degrees in radial form, as a tuple of (min, max).

Total degrees in a circle are 360, but then the beginning and the end of the radial display are in the same place, which may confusing. So, shave a bit off both ends for the optics, so that there is a gap between the beginning and end of the generated radial viz. The default is such that the beginning and the end have a discernable gap.

Definition at line 45 of file a60-svg-radial-base.h.

set_radial_range()

point_2t svg::set_radial_range	(	const space_type	rmin,
		const space_type	rmax )

Convenience for setting radial range.

Definition at line 53 of file a60-svg-radial-base.h.

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get_angle()

double svg::get_angle ( ssize_type pvalue, ssize_type pmax )

inline

Transform a value on a range to an angle on the radial range.

Definition at line 67 of file a60-svg-radial-base.h.

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adjust_angle_rotation()

double svg::adjust_angle_rotation ( const double dorig, const k::rrotation rot )

inline

Adjust angle above to CW/CCW orientation.

Definition at line 78 of file a60-svg-radial-base.h.

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adjust_angle_at_orbit_for_distance()

double svg::adjust_angle_at_orbit_for_distance ( double r, double dist, const double minadjust = 0.25 )

inline

Angle adjustment such that two points on the circumference path of radius

Parameters

r	from origin are a minimum of
dist	apart.

NB: If it cannot be computed directly, returns

Parameters

minadjust,a

minimum adjustment angle that defaults to 0.25 degrees.

Definition at line 97 of file a60-svg-radial-base.h.

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significant_digits_in()

uint svg::significant_digits_in

(

ssize_type

maxval

)

The number of significant digits in.

Parameters

maxval.

Definition at line 133 of file a60-svg-radial-base.h.

get_label_spaces()

ssize_type & svg::get_label_spaces

(

)

Get the label space. Value -> Name, as a string where value has labelspaces of fill NB: Should be the number of significant digits in pmax plus separators. So, 10 == 2, 100 == 3, 10k == 5 + 1.

Definition at line 150 of file a60-svg-radial-base.h.

set_label_spaces()

void svg::set_label_spaces

(

ssize_type

spaces

)

Set the number of label spaces.

Definition at line 159 of file a60-svg-radial-base.h.

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make_label_for_value()

string svg::make_label_for_value	(	string	pname,
		ssize_type	pvalue,
		const uint	valuewidth = 9 )

Make radial labels.

Definition at line 165 of file a60-svg-radial-base.h.

sort_strings_by_size()

void svg::sort_strings_by_size

(

strings &

ids

)

Sort vectors of strings to largest length string first. (Or use set<>).

Definition at line 181 of file a60-svg-radial-base.h.

radial_text_cw() [1/2]

void svg::radial_text_cw	(	svg_element &	obj,
		string	text,
		const typography &	typo,
		const point_2t	origin,
		const double	deg )

Text with typography, arranged cw around points (x,y) on a circle.

Definition at line 191 of file a60-svg-radial-base.h.

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radial_text_ccw() [1/2]

void svg::radial_text_ccw	(	svg_element &	obj,
		string	text,
		const typography &	typo,
		const point_2t	origin,
		const double	deg )

Text with typography, arranged ccw around points (x,y) on a circle.

Definition at line 204 of file a60-svg-radial-base.h.

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radial_text_cw() [2/2]

void svg::radial_text_cw	(	svg_element &	obj,
		string	text,
		const typography &	typo,
		const point_2t	origin,
		const double	deg,
		const point_2t	rorigin )

Text with typography, arranged cw around points (x,y) on a circle.

Definition at line 217 of file a60-svg-radial-base.h.

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radial_text_ccw() [2/2]

void svg::radial_text_ccw	(	svg_element &	obj,
		string	text,
		const typography &	typo,
		const point_2t	origin,
		const double	deg,
		const point_2t	rorigin )

Text with typography, arranged ccw around points (x,y) on a circle.

Definition at line 230 of file a60-svg-radial-base.h.

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radial_text_r()

void svg::radial_text_r	(	svg_element &	obj,
		string	text,
		const typography &	typo,
		const int	r,
		const point_2t	origin,
		const double	deg,
		const bool	roriginp = false )

Easier to read radial text that switches orientation at 180 degrees, instead of going upside-down as it follows the circle around the circumference, aka mirrored or symmetric radial text.

Text with typography, arranged around an origin of a circle with radius r. Text is align left CW (1,180) Text is aligh right CCW (181, 359)

NB: Assume value is un-adjusted, aka from get_angle

roriginp is a switch to use a render origin, not the text position, as the rotation origin.

Definition at line 256 of file a60-svg-radial-base.h.

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splay_ids_around()

void svg::splay_ids_around	(	svg_element &	obj,
		const typography &	typo,
		const strings &	ids,
		const double	angled,
		const point_2t	origin,
		double	r,
		double	rspace,
		const bool	satellitep = false )

Spread ids on either side of an origin point, along circumference path.

Definition at line 299 of file a60-svg-radial-base.h.

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splay_ids_after()

void svg::splay_ids_after	(	svg_element &	obj,
		const typography &	typo,
		const strings &	ids,
		const double	angledo,
		const point_2t	origin,
		double	r,
		double	rspace )

Spread ids past the origin point, along circumference path.

Definition at line 336 of file a60-svg-radial-base.h.

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splay_ids_stagger()

void svg::splay_ids_stagger	(	svg_element &	obj,
		const typography &	typo,
		const strings &	ids,
		const double	angled,
		const point_2t	origin,
		double	r,
		double	rspace )

Spread ids after in stepping pattern outward.

Definition at line 352 of file a60-svg-radial-base.h.

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stack_ids_at()

void svg::stack_ids_at	(	svg_element &	obj,
		const typography &	typoo,
		const strings &	ids,
		const double	angled,
		const point_2t	origin,
		double	r,
		const double	rdelta = 10 )

Rotate and stack ids at origin point, extending radius for each from point of origin.

Definition at line 372 of file a60-svg-radial-base.h.

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append_ids_at()

void svg::append_ids_at	(	svg_element &	obj,
		const typography &	typo,
		const strings &	ids,
		const double	angled,
		const point_2t	origin,
		double	r )

Concatenate ids onto one line.

Definition at line 392 of file a60-svg-radial-base.h.

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direction_arc_at()

void svg::direction_arc_at	(	svg_element &	obj,
		const point_2t	origin,
		const double	rr,
		svg::style	s,
		const double	spacer = 10 )

Arc + arrow glyph that traces path of start to finish trajectory.

Definition at line 28 of file a60-svg-radial-direction-arc-glyph.h.

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direction_arc_title_at()

void svg::direction_arc_title_at	(	svg_element &	obj,
		const point_2t	origin,
		const int	radius,
		const typography	typo,
		const string	title,
		const uint	pcnt = 30 )

Title on same arc.

Definition at line 94 of file a60-svg-radial-direction-arc-glyph.h.

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radiate_hexagon_honeycomb()

vrange svg::radiate_hexagon_honeycomb	(	const point_2t	origin,
		const double	r,
		const uint	n,
		const bool	centerfilledp )

Compute set of points for a radial fill of hexograms centered at p.

Definition at line 56 of file a60-svg-radial-fill-hexagon.h.

get_honeycomb_angles()

vspace svg::get_honeycomb_angles	(	const point_2t	origin,
		const vrange &	hexagons,
		const bool	degreesp = true )

Compute set of angles, given points for a radial fill of hexograms centered at p.

Parameters

degreesp

return results in degrees, not radians (default).

Definition at line 141 of file a60-svg-radial-fill-hexagon.h.

get_min_ring_size()

int & svg::get_min_ring_size

(

)

The smallest (sattelite) radius size allowed in a kusama orbit.

Definition at line 27 of file a60-svg-radial-kusama.h.

set_min_ring_size()

int svg::set_min_ring_size

(

const int

sz

)

By observation, type size 12pt = 5, 6pt = 2.

Definition at line 35 of file a60-svg-radial-kusama.h.

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get_min_satellite_distance()

double & svg::get_min_satellite_distance

(

)

The minimum distance between satellites in high orbit.

Definition at line 46 of file a60-svg-radial-kusama.h.

set_min_satellite_distance()

double svg::set_min_satellite_distance

(

const double

kuse

)

By observation, 7pt = 5 minimum NB: Make sure distance is at least text height away for lowest values.

Definition at line 55 of file a60-svg-radial-kusama.h.

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radiate_line_and_value()

int svg::radiate_line_and_value	(	svg_element &	obj,
		const point_2t	origin,
		const double	angled,
		const ssize_type	v,
		const int	rspace,
		const int	rstart,
		const int	linelen,
		const typography &	typo,
		const style	styl = {color::black, 1, color::black, .25, 1} )

Draw line and value on ray from origin as part of kusama. skip (origin to rstart) + rspace + line of length lineline + rspace + value

Returns the length along the arc of the generated glyph minus text part.

Definition at line 71 of file a60-svg-radial-kusama.h.

radiate_glyph()

int svg::radiate_glyph	(	svg_element &	obj,
		const point_2t	origin,
		const double	angled,
		const id_rstate	idst,
		const int	kr,
		const int	rspace,
		const int	rstart )

Draw glyph on ray from origin as part of kusama.

Definition at line 96 of file a60-svg-radial-kusama.h.

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radiate_glyph_and_id() [1/2]

int svg::radiate_glyph_and_id	(	svg_element &	obj,
		const point_2t	origin,
		const double	angled,
		const double	kr,
		const int	rspace,
		const int	rstart,
		const string	id,
		const typography &	typo )

Draw glyph and id on ray from origin as part of kusama. skip (origin to rstart) + rspace + glyph of radius + rspace + id

Parameters

origin	is center of the primary/base circle for kusama renderings.
kr	is of the kusama satellite circle on the ray.
rspace	is the distance between text/vector/glyph elements
rstart	is the length from origin along the ray to begin rendering

Returns the length along the arc of the generated glyph.

Definition at line 157 of file a60-svg-radial-kusama.h.

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radiate_glyph_and_id() [2/2]

int svg::radiate_glyph_and_id	(	svg_element &	obj,
		const point_2t	origin,
		const ssize_type	v,
		const ssize_type	value_max,
		const int	radius,
		const int	rspace,
		const int	rstart,
		const string	id,
		const typography &	typo )

Convenience function for above.

Definition at line 198 of file a60-svg-radial-kusama.h.

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kusama_ids_orbit_high()

int svg::kusama_ids_orbit_high	(	svg_element &	obj,
		const point_2t	origin,
		const strings &	ids,
		const ssize_type	v,
		const ssize_type	value_max,
		const int	radius,
		const int	rspace,
		const int	rstart,
		const int	linelen,
		const typography &	typo,
		const bool	wbyvaluep,
		const bool	satellitep = false )

Draw these ids around a kusama low orbit circle on arcs from the origin circle.

Simplest version, make satellite circle on circumference and splay or append id's around it.

Parameters

radius	Length of line on a ray from origin to value.
satdistance	Multiple used to compute distance between two satellite values. Useful defaults: 3.3 for 12pt, 2 for 7pt.

Definition at line 221 of file a60-svg-radial-kusama.h.

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kusama_ids_orbit_low()

void svg::kusama_ids_orbit_low	(	svg_element &	obj,
		const point_2t	origin,
		const strings &	ids,
		const ssize_type	v,
		const ssize_type	value_max,
		const int	radius,
		const int	rspace,
		const int	rstart,
		const int	linelen,
		const typography &	typo,
		const bool	wbyvaluep )

Draw these ids as a glyph on the circumference of origin circle.

Simplest version.

Definition at line 302 of file a60-svg-radial-kusama.h.

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kusama_ids_at_uvalue()

void svg::kusama_ids_at_uvalue	(	svg_element &	obj,
		const point_2t	origin,
		const strings &	ids,
		const ssize_type	v,
		const ssize_type	value_max,
		const int	radius,
		const int	rspace,
		const int	rstart,
		const int	linelen,
		const typography &	typo,
		const bool	weighbyvaluep )

Layer one value's glyphs and ids.

Definition at line 347 of file a60-svg-radial-kusama.h.

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kusama_collision_transforms()

void svg::kusama_collision_transforms	(	svg_element &	obj,
		const point_2t	origin,
		std::vector< ssize_type > &	vuvalues,
		vvstrings &	vids,
		const ssize_type	value_max,
		const int	radius,
		const int	rspace,
		const int	rstart,
		const typography &	typo,
		const bool	weighbyvaluep,
		const ssize_type	threshold = 1,
		const int	startlenm = 5 )

Split values into

Go through values, if there are two values that are adjacent,

• move the first value out to a larger radius, rprime.
• render the first value at rprime, remove it from the list.
• save the second value and continue

A point cluster is a circle whos radius is proportionate to the number of duplicate ids at that point. Duplicate ids splay, stack, or append/concatencate at, after, or around that point cluster.

NB: invariant that @vuvalues > 1

Threshold is the range such that a value is considered adjacent for collisions. If v > previous value + threshold, then the points are not considered neighbors.

startlen is the point at which high-orbit is drawn after transform.

Parameters

rstart

is the multiple of radius that is startlen.

Definition at line 401 of file a60-svg-radial-kusama.h.

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kusama_ids_per_uvalue_on_arc()

svg_element svg::kusama_ids_per_uvalue_on_arc	(	svg_element &	obj,
		const point_2t	origin,
		const typography &	typo,
		const id_value_umap &	ivm,
		const ssize_type	value_max,
		const int	radius,
		const int	rspace,
		const bool	weighbyvaluep = true,
		const bool	collisionp = false,
		const bool	sortstringsbysizep = false )

Radiate as *_per_uvalue_on_arc function, but group similar values such that they are globbed into a satellite circle, ids splayed around the satellite, and not written on top of each other on the same arc/angle.

Framing circle radius is the result of dividing page dimensions by (rdenom).

Satellite circle radius is the product of the number of ids with the same value times a base multipler (rbase).

When overlap is detected, move outward on radius if true, otherwise move in.

Definition at line 484 of file a60-svg-radial-kusama.h.

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scale_proportional_to_area()

double svg::scale_proportional_to_area	(	double	radius,
		double	weight )

Definition at line 25 of file a60-svg-render-basics.h.

scale_proportional_to_weight()

double svg::scale_proportional_to_weight	(	double	radius,
		double	weight )

Definition at line 38 of file a60-svg-render-basics.h.

style_text()

text_element svg::style_text	(	const string	text,
		const point_2t	origin,
		const typography	typo,
		const string	xtransf = "" )

Text element at.

Parameters

origin,with

style and optional transform.

Definition at line 47 of file a60-svg-render-basics.h.

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style_text_r()

text_element svg::style_text_r	(	const string	text,
		const point_2t	origin,
		const typography	typo,
		const double	deg,
		const point_2t	rorigin,
		const k::rrotation	rr = k::rrotation::none )

Text element at.

Parameters

origin,rotated	with
deg	centered at
rorigin	in a
rr	direction. With typograph and style via
typo.

Definition at line 64 of file a60-svg-render-basics.h.

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styled_text() [1/2]

void svg::styled_text	(	element_base &	obj,
		const string	text,
		const point_2t	origin,
		const typography	typo )

Text at.

Parameters

origin,with

style.

Definition at line 89 of file a60-svg-render-basics.h.

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styled_text() [2/2]

void svg::styled_text	(	element_base &	obj,
		const string	text,
		const point_2t	origin,
		const typography	typo,
		const string	xform )

Text at.

Parameters

origin,with

style and transform

Definition at line 99 of file a60-svg-render-basics.h.

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styled_text_r() [1/2]

void svg::styled_text_r	(	element_base &	obj,
		const string	text,
		const point_2t	origin,
		const typography	typo,
		const double	deg )

Text at.

Parameters

origin,with	style and ... a transformation=rotation of
deg	about origin.

Definition at line 115 of file a60-svg-render-basics.h.

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styled_text_r() [2/2]

void svg::styled_text_r	(	element_base &	obj,
		const string	text,
		const point_2t	origin,
		const typography	typo,
		const double	deg,
		const point_2t	rorigin )

Text at.

Parameters

origin,with	style and ... a transformation=rotation of
deg	about
rorigin.

Definition at line 131 of file a60-svg-render-basics.h.

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styled_text_link()

void svg::styled_text_link	(	element_base &	obj,
		const string	text,
		const point_2t	origin,
		const typography	typo,
		const string	uri )

XXX Text at.

Parameters

origin,with

style and link.

Definition at line 148 of file a60-svg-render-basics.h.

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sized_text()

void svg::sized_text	(	element_base &	obj,
		svg::typography	typo,
		const int	sz,
		const string	text,
		const int	tx,
		const int	ty )

Text at size.

Definition at line 187 of file a60-svg-render-basics.h.

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sized_text_r()

void svg::sized_text_r	(	element_base &	obj,
		svg::typography	typo,
		const int	sz,
		const string	text,
		const int	tx,
		const int	ty,
		const double	deg )

Text at size, with a transformation=rotation.

Definition at line 202 of file a60-svg-render-basics.h.

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text_line_n()

uint svg::text_line_n	(	svg_element &	obj,
		const point_2t	origin,
		const string	text,
		const svg::typography	typo,
		const int	sz,
		const uint	maxlen )

Text of maxlen length, overflow goes on line below.

Definition at line 217 of file a60-svg-render-basics.h.

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text_line_n_r()

uint svg::text_line_n_r	(	svg_element &	obj,
		const point_2t	origin,
		const string	text,
		const svg::typography	typo,
		const uint	sz,
		const uint	maxlen,
		const uint	lettingsz = 0 )

Text of maxlen length rotated, overflow goes on line below.

Definition at line 247 of file a60-svg-render-basics.h.

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make_line()

line_element svg::make_line	(	const point_2t	origin,
		const point_2t	end,
		style	s,
		const string	dasharray = "" )

Line primitive.

Definition at line 294 of file a60-svg-render-basics.h.

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points_to_line()

void svg::points_to_line	(	svg_element &	obj,
		const style	s,
		const point_2t	origin,
		const point_2t	end,
		const string	dasharray = "" )

Line between two points.

Definition at line 311 of file a60-svg-render-basics.h.

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make_polyline()

polyline_element svg::make_polyline	(	const vrange &	points,
		const style	s,
		const stroke_style	sstyle = { } )

Polyline primitive.

Definition at line 322 of file a60-svg-render-basics.h.

make_rect()

rect_element svg::make_rect	(	const point_2t	origin,
		const style	s,
		const area<>	a,
		const string	filterstr = "" )

Create rect_element at origin.

Definition at line 336 of file a60-svg-render-basics.h.

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make_rect_centered()

rect_element svg::make_rect_centered	(	const point_2t	origin,
		const style	s,
		const area<>	a,
		const string	filterstr = "" )

Create rect_element centered at origin.

Definition at line 358 of file a60-svg-render-basics.h.

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point_to_rect()

void svg::point_to_rect	(	element_base &	obj,
		const point_2t	origin,
		style	s,
		double	width = 4,
		double	height = 4,
		const string	filterstr = "" )

Rectangle at this point.

Definition at line 374 of file a60-svg-render-basics.h.

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point_to_rect_centered()

void svg::point_to_rect_centered	(	element_base &	obj,
		const point_2t	origin,
		style	s,
		double	width = 4,
		double	height = 4,
		const string	filterstr = "" )

Center a rectangle at this point.

Definition at line 385 of file a60-svg-render-basics.h.

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make_circle()

circle_element svg::make_circle	(	const point_2t	origin,
		style	s,
		const space_type	r = 4,
		const string	xform = "" )

Make circle element.

Definition at line 396 of file a60-svg-render-basics.h.

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point_to_circle()

void svg::point_to_circle	(	svg_element &	obj,
		const point_2t	origin,
		style	s,
		const space_type	r = 4,
		const string	xform = "" )

Draws a circle around a point (x,y), of style (s), of radius (r).

Definition at line 412 of file a60-svg-render-basics.h.

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point_to_ring_halo()

void svg::point_to_ring_halo	(	svg_element &	obj,
		const point_2t	origin,
		const space_type	radius,
		const double	blurspace,
		const svg::color	klr,
		const svg::color	fadeklr = color::none,
		const double	opacity = 1 )

Draws a ring centered at origin of radius r, with outer and inner radial gradient of blurspace in each direction. klr == fade from fadeklr == fade to. Background is transparent if none.

Definition at line 425 of file a60-svg-render-basics.h.

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point_2d_to_ray()

void svg::point_2d_to_ray	(	svg_element &	obj,
		double	x,
		double	y,
		style	s,
		space_type	r = 4,
		const uint	nrays = 10 )

Lines radiating from center point (x,y).

Definition at line 495 of file a60-svg-render-basics.h.

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place_ray_at_angle()

void svg::place_ray_at_angle	(	svg_element &	obj,
		const point_2t &	origin,
		const point_2t &	circump,
		const style &	s,
		const string	id = "" )

Definition at line 526 of file a60-svg-render-basics.h.

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get_circumference_point_r()

point_2t svg::get_circumference_point_r	(	const double	angler,
		const double	r,
		const point_2t	origin )

Angle in radians.

Definition at line 551 of file a60-svg-render-basics.h.

get_circumference_point_d()

point_2t svg::get_circumference_point_d	(	const double	ad,
		const double	r,
		const point_2t	origin )

Angle in degrees.

Definition at line 563 of file a60-svg-render-basics.h.

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zero_angle_north_cw()

double svg::zero_angle_north_cw

(

double

angled

)

Zero degrees is top, going clockwise (cw).

Definition at line 573 of file a60-svg-render-basics.h.

zero_angle_north_ccw()

double svg::zero_angle_north_ccw

(

double

angled

)

Zero degrees is top, going clockwise (cw).

Definition at line 588 of file a60-svg-render-basics.h.

make_path_data_from_points()

string svg::make_path_data_from_points

(

const vrange &

lpoints

)

Make single path segment.

Definition at line 600 of file a60-svg-render-basics.h.

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make_path()

path_element svg::make_path	(	const string &	pathda,
		const style &	styl,
		const string	id = "",
		const bool	selfclosingtagp = true,
		const string	xattr = "" )

Draw path given serialized path data. Can be used to make pinstripes, ie top and bottom line layers. top style defaults: fill opac(0), stroke opac(1), stroke sz 1 bottom style defaults: fill opac(0), stroke opac(1), stroke sz 1.25.

Definition at line 624 of file a60-svg-render-basics.h.

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make_path_triangle()

path_element svg::make_path_triangle	(	const point_2t	origin,
		const style	styl,
		const double	r = 4,
		const double	angle = 120,
		const bool	selfclosingtagp = true,
		const string	xattr = "" )

Center a triangle at this point.

Definition at line 651 of file a60-svg-render-basics.h.

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make_path_polygon()

path_element svg::make_path_polygon	(	const point_2t	origin,
		const style	styl,
		const double	r = 4,
		const uint	pointsn = 8,
		const bool	selfclosingtagp = true,
		const string	xattr = "" )

Center an octogon at this point. radius 4 is pixels to draw out from center point. pointsn is number of points to draw (8 for octogon)

Definition at line 673 of file a60-svg-render-basics.h.

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make_path_arc_circumference()

string svg::make_path_arc_circumference	(	const point_2t &	start,
		const point_2t &	end,
		const space_type	r,
		const int	arcflag = 0,
		const int	sweepflag = 1 )

Make path segment between two points on a circumference of radius r. Points like: get_circumference_point_d(zero_angle_north_cw(0), r, origin)

Definition at line 702 of file a60-svg-render-basics.h.

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make_path_arc_closed() [1/2]

string svg::make_path_arc_closed	(	const point_2t &	origin,
		const point_2t &	start,
		const point_2t &	end,
		const space_type	r,
		const int	arcflag = 0,
		const int	sweepflag = 0 )

Make closed path between two points and the center of a circle of radius r. Points like: get_circumference_point_d(zero_angle_north_cw(0), r, origin)

Definition at line 721 of file a60-svg-render-basics.h.

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make_path_arc_closed() [2/2]

string svg::make_path_arc_closed	(	const point_2t &	origin,
		const double	startd,
		const double	endd,
		const space_type	r,
		const int	arcflag = 0,
		const int	sweepflag = 0 )

Same but with degree range arguments instead of points. NB: Assumes appropriate zero_angle_north_cw/ccw adjustments on startd/endd.

Definition at line 747 of file a60-svg-render-basics.h.

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make_path_center_mark()

path_element svg::make_path_center_mark	(	const point_2t &	origin,
		const style	styl,
		const int	len,
		const int	width )

Plus or x tilt mark as closed path that can be filled.

Definition at line 759 of file a60-svg-render-basics.h.

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make_crossed_lines()

string svg::make_crossed_lines	(	const point_2t	origin,
		const style	s,
		const double	radius,
		const double	tiltd = 0.0 )

Crossed lines, no fill. X marks the ....

Definition at line 808 of file a60-svg-render-basics.h.

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point_to_crossed_lines()

void svg::point_to_crossed_lines	(	svg_element &	obj,
		const point_2t	origin,
		const style &	styl,
		const int	radius,
		const double	tiltd = 0.0 )

Point to center mark as crossed lines. Default is a plus sign at origin, but.

Parameters

tiltd

can rotate.

Definition at line 833 of file a60-svg-render-basics.h.

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make_hexagon_honeycomb()

group_element svg::make_hexagon_honeycomb	(	const point_2t	origin,
		const double	r,
		const uint	hexn,
		const bool	cfillp,
		const style	styl,
		const string	xform = "" )

Center rings of hexagons at this point.

Parameters

origin	is the center point
r	is the radius/side length of hexagon.
hexn	is the number of hexagons total
cfillp	is the center of the hexagon filled or open
styl	apply as style to this element
xform	any optional transform

Definition at line 852 of file a60-svg-render-basics.h.

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make_text_honeycomb()

group_element svg::make_text_honeycomb	(	const point_2t	origin,
		const double	r,
		const uint	hexn,
		const bool	cfillp,
		const string	s,
		const typography	typo,
		const string	xform = "" )

Center rings of text in a hexagon pattern at this point.

Parameters

origin	is the center point
r	is the radius/side length of hexagon.
hexn	is the number of hexagons total
cfillp	is the center of the hexagon filled or open
s	is the text
typo	is the typography for the text
xform	any optional transform

Definition at line 886 of file a60-svg-render-basics.h.

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display_color_qis()

svg_element svg::display_color_qis	(	const auto &	klrs,
		const area<>	a,
		const typography &	typobase )

Make grid palette for display. NB.

Parameters

klrs	can be color_qis or array/palette.

Definition at line 927 of file a60-svg-render-basics.h.

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operator&()

select svg::operator& ( select __a, select __b )

inlineconstexpr

Definition at line 62 of file a60-svg-render-state.h.

operator|()

select svg::operator| ( select __a, select __b )

inlineconstexpr

Definition at line 70 of file a60-svg-render-state.h.

operator^()

select svg::operator^ ( select __a, select __b )

inlineconstexpr

Definition at line 77 of file a60-svg-render-state.h.

operator~()

select svg::operator~ ( select __a )

inlineconstexpr

Definition at line 84 of file a60-svg-render-state.h.

operator|=()

const select & svg::operator|= ( select & __a, select __b )

inline

Definition at line 91 of file a60-svg-render-state.h.

operator&=()

const select & svg::operator&= ( select & __a, select __b )

inline

Definition at line 95 of file a60-svg-render-state.h.

operator^=()

const select & svg::operator^= ( select & __a, select __b )

inline

Definition at line 99 of file a60-svg-render-state.h.

set_select()

void svg::set_select ( select & a, const select & b )

inline

Forwarding functions.

Definition at line 104 of file a60-svg-render-state.h.

clear_select()

void svg::clear_select ( select & a, const select & b )

inline

Definition at line 108 of file a60-svg-render-state.h.

flip_select()

void svg::flip_select ( select & a, const select & b )

inline

Definition at line 112 of file a60-svg-render-state.h.

to_string() [6/7]

string svg::to_string

(

const scale

e

)

Definition at line 140 of file a60-svg-render-state.h.

get_render_state()

color_rstate & svg::get_render_state

(

)

Global state.

Definition at line 281 of file a60-svg-render-state.h.

get_id_rstate_cache()

id_rstate_umap & svg::get_id_rstate_cache

(

)

Definition at line 314 of file a60-svg-render-state.h.

add_to_id_rstate_cache()

void svg::add_to_id_rstate_cache	(	const string	id,
		const style	styl,
		const select	vis )

Add value to cache with base style of styl, colors klr, visibility vis.

Definition at line 323 of file a60-svg-render-state.h.

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get_id_rstate()

const id_rstate svg::get_id_rstate

(

const string

id

)

Given identifier/name/id, get corresponding id_rstate from cache.

Definition at line 336 of file a60-svg-render-state.h.

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traverse_states()

const id_rstate svg::traverse_states

(

const strings &

values

)

Roll through render states given in values squentially, index starts with zero.

Definition at line 362 of file a60-svg-render-state.h.

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fade_to_color_seq()

strings svg::fade_to_color_seq	(	const rect_element::data &	dr,
		const color	klr,
		size_t	fps = 30,
		double	sec = 1.0,
		double	maxopac = 1.0 )

Fade rectangle fill from transparent to color, of duration sec, given fps starts on white (klr), fades to klr color in sec can use with image behind

Definition at line 34 of file a60-svg-sequences.h.

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fade_from_color_seq()

strings svg::fade_from_color_seq	(	const rect_element::data &	dr,
		const color	klr,
		size_t	fps = 30,
		double	sec = 1.0,
		double	minopac = 0 )

Start rectangle as transparent, fade to color.

Definition at line 65 of file a60-svg-sequences.h.

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blink_to_color_seq()

strings svg::blink_to_color_seq	(	const rect_element::data &	dr,
		const color	klr,
		size_t	fps,
		double	sec,
		double	twhen,
		size_t	nblinks,
		double	blinksec )

blink sequence of duration sec, given fps starts on background (backgf) at duration twhen blinks specific frame (blinkf) times (nblinks) for seconds (blinksec) can use with image behind

Definition at line 80 of file a60-svg-sequences.h.

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wink_to_color_seq()

strings svg::wink_to_color_seq	(	const rect_element::data &	dr,
		const color	klr,
		size_t	fps,
		double	sec,
		double	twhen,
		double	maxclose,
		double	winksec )

wink sequence of duration sec, given fps to color klr starts on background transparent, so can use with an image behind. at duration twhen winks specific rectangle (r) this much (maxclose) for seconds (winksec)

Definition at line 154 of file a60-svg-sequences.h.

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vertical_sync_roll_seq()

strings svg::vertical_sync_roll_seq	(	const rect_element::data &	drin,
		const color	klr,
		size_t	,
		double	step = 10,
		int	blursz = 200,
		int	solidsz = 133,
		double	opac = 0.6 )

Simulated vertical roll, with fades. r == frame size.

Definition at line 271 of file a60-svg-sequences.h.

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dot_grid_seq()

string svg::dot_grid_seq	(	const rect_element::data &	drin,
		const color	klr,
		const rect_element::atype	radius = 80,
		const int	maxwidth = 8,
		const int	maxheight = 4,
		const rect_element::atype	xstart = 40,
		const rect_element::atype	ystart = 100 )

Randomly create grid of [maxwidth] x [maxheight] grid, and fill with dots.

Definition at line 358 of file a60-svg-sequences.h.

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optical_sound_dots_seq()

strings svg::optical_sound_dots_seq	(	const rect_element::data &	drin,
		const color	klr,
		size_t	fps = 30,
		double	sec = 1.0,
		const int	radius = 80,
		const int	maxw = 8,
		const int	maxh = 4,
		const int	xstart = 40,
		const int	ystart = 100 )

Simulated optical sound dots, or film processing punches, an experimental film stylistic.

"The conclusion of a Warhol film is usually announced by the appearance of a flurry of white dots—an artifact of the identification number punched into the last few feet of the roll at the lab." Kyle Westphal, Andy Warhol's Magic Trick

Analyzing Warhol's Outer and Inner Space frame-by-frame, assume: 1920 x 1080 frame size 160 pixel diameter circles, with 240 pixel horiz/vert spacing 100 pixel from edge

At 30fps, sequence is:

• 2 frames dot pattern 1
• 2 frames dot pattern 2
• 17 frames nothing
• 2 frames dot pattern 3
• 2 frames dot pattern 4

Simplify to:

• 2 frames dot pattern 1
• 2 frames dot pattern 2
• 20 frames blank

compositions are no more than four across, and sometimes go off the frame

r == frame size

Definition at line 439 of file a60-svg-sequences.h.

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swipe_left_seq()

strings svg::swipe_left_seq	(	const rect_element::data &	drin,
		const string	imgf,
		const color	klr = color::white,
		size_t	fps = 30,
		double	sec = 9 )

1 channel start with image, background color is klr each "frame" == string in returned strings has an image and a background

Definition at line 476 of file a60-svg-sequences.h.

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string_replace()

void svg::string_replace ( std::string & target, const std::string & match, const std::string & replace )

inline

Definition at line 43 of file a60-svg.h.

scale_value_on_range()

double svg::scale_value_on_range	(	const ssize_type	value,
		const ssize_type	min,
		const ssize_type	max,
		const ssize_type	nfloor,
		const ssize_type	nceil )

Scale value from min to max on range (nfloor, nceil).

Definition at line 67 of file a60-svg.h.

get_dpi()

double & svg::get_dpi

(

)

Resolution of output display device.

Definition at line 81 of file a60-svg.h.

pt_to_px()

double svg::pt_to_px

(

const uint

i = 1

)

Conversion between point size to pixels given dpi density.

Definition at line 90 of file a60-svg.h.

char_width_to_px()

double svg::char_width_to_px ( const uint sz )

constexpr

Approximate pixel height of type of point size @sz.

Definition at line 107 of file a60-svg.h.

char_height_to_px()

double svg::char_height_to_px ( const uint sz )

constexpr

Approximate pixel height of type of point size @sz.

Definition at line 113 of file a60-svg.h.

serialize_id_types_json()

void svg::serialize_id_types_json	(	jsonstream &	writer,
		const auto &	ids,
		const string	tag )

Serialize set of id_type.

Definition at line 50 of file izzi-json-basics.h.

deserialize_json_string_to_dom()

rj::Document svg::deserialize_json_string_to_dom

(

const string &

json

)

Deserialize input string.

Definition at line 78 of file izzi-json-basics.h.

deserialize_json_to_dom()

rj::Document svg::deserialize_json_to_dom

(

const string

input_file

)

Deserialize input file.

Definition at line 95 of file izzi-json-basics.h.

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deserialize_json_to_dom_object()

rj::Document svg::deserialize_json_to_dom_object

(

const string

input_file

)

Load JSON file to in-memory DOM.

Definition at line 117 of file izzi-json-basics.h.

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deserialize_json_to_dom_array()

rj::Document svg::deserialize_json_to_dom_array

(

const string

input_file

)

Load JSON file to in-memory DOM array.

Definition at line 133 of file izzi-json-basics.h.

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search_dom_for_string_field()

string svg::search_dom_for_string_field	(	const rj::Document &	dom,
		const string	finds )

Search DOM for string literals.

Definition at line 149 of file izzi-json-basics.h.

search_dom_for_int_field()

int svg::search_dom_for_int_field	(	const rj::Document &	dom,
		const string	finds )

Search DOM for integer values.

Definition at line 164 of file izzi-json-basics.h.

extract_dom_value_to_double()

double svg::extract_dom_value_to_double

(

const rj::Value &

v

)

Extract from raw JSON value to double.

Definition at line 179 of file izzi-json-basics.h.

deserialize_json_array_object_field_n()

vrange svg::deserialize_json_array_object_field_n	(	const string	jdata,
		const string	afield,
		const string	field1,
		const string	field2,
		const bool	verbosep = true )

Deserialize json array, extract specific fields from array objects, return as vec of point_2t.

jdata == input is path + filename of input JSON data file afield == pointer in json file dom to specific array's data field1 == x field to extract in array field2 == y field to extract in array

Definition at line 211 of file izzi-json-basics.h.

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extract_object_keys_as_vspace()

vspace svg::extract_object_keys_as_vspace	(	const string	jdata,
		const string	jobjpath )

Iterate over json object in data file and return keys as ints.

Definition at line 268 of file izzi-json-basics.h.

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to_string() [7/7]

string svg::to_string

(

point_2t

p

)

Convert point_2t to string.

Definition at line 32 of file izzi-points.h.

split_vrange()

void svg::split_vrange	(	const vrange &	cpoints,
		vspace &	xpoints,
		vspace &	ypoints,
		const double	xscale = 1,
		const double	yscale = 1 )

Decompose/split 2D ranges to 1D spaces, perhaps with scaling.

Definition at line 55 of file izzi-points.h.

union_vrange()

vrange svg::union_vrange	(	const vrange &	r1,
		const vrange &	r2 )

Union two ranges.

Definition at line 68 of file izzi-points.h.

max_vrange() [1/2]

point_2t svg::max_vrange	(	vspace &	xpoints,
		vspace &	ypoints,
		const uint	pown )

For each dimension of vrnage, find min/max and return (xmax, ymax) NB: Assumes zero is min.

Definition at line 80 of file izzi-points.h.

max_vrange() [2/2]

point_2t svg::max_vrange	(	const vrange &	points,
		const uint	pown,
		const double	xscale = 1,
		const double	yscale = 1 )

Just the range info, none of the temporary objects.

Definition at line 115 of file izzi-points.h.

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narrow_vspace()

vspace svg::narrow_vspace	(	const vspace &	points,
		uint	pown )

Truncate double to double with pown signifigant digits.

Definition at line 128 of file izzi-points.h.

distance_cartesian()

space_type svg::distance_cartesian	(	const point_2t &	p1,
		const point_2t &	p2 )

Find cartesian distance between two 2D points.

Definition at line 148 of file izzi-points.h.

detect_collision()

bool svg::detect_collision	(	const point_2t &	p1,
		const int	r1,
		const point_2t &	p2,
		const int	r2 )

Definition at line 162 of file izzi-points.h.

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vrangenamed_to_points()

vpoints svg::vrangenamed_to_points

(

const vrangenamed &

inpoints

)

Convert point_2ts to Point.

Definition at line 215 of file izzi-points.h.

points_to_vrangenamed()

vrangenamed svg::points_to_vrangenamed

(

const vpoints &

inpoints

)

Convert Point to point_2t.

Definition at line 228 of file izzi-points.h.

Variable Documentation

cband_bw

colorband svg::cband_bw = std::make_tuple(color::white, 2)

constexpr

Izzi palette-specific offsets for colorbands.

Definition at line 35 of file a60-svg-color-band.h.

cband_gray

colorband svg::cband_gray = std::make_tuple(color::white, 16)

constexpr

Definition at line 36 of file a60-svg-color-band.h.

cband_brown

colorband svg::cband_brown = std::make_tuple(color::duboisbrown5, 7)

constexpr

Definition at line 37 of file a60-svg-color-band.h.

cband_r

colorband svg::cband_r = std::make_tuple(color::red, 17)

constexpr

Definition at line 38 of file a60-svg-color-band.h.

cband_o

colorband svg::cband_o = std::make_tuple(color::orange, 10)

constexpr

Definition at line 39 of file a60-svg-color-band.h.

cband_y

colorband svg::cband_y = std::make_tuple(color::hellayellow, 10)

constexpr

Definition at line 40 of file a60-svg-color-band.h.

cband_g

colorband svg::cband_g = std::make_tuple(color::green, 21)

constexpr

Definition at line 41 of file a60-svg-color-band.h.

cband_b

colorband svg::cband_b = std::make_tuple(color::blue, 34)

constexpr

Definition at line 42 of file a60-svg-color-band.h.

cband_p

colorband svg::cband_p = std::make_tuple(color::purple, 33)

constexpr

Definition at line 43 of file a60-svg-color-band.h.

izzi_palette

const palette_qi<color_max_size - 4> svg::izzi_palette

static

Default colors for izzi.

Definition at line 38 of file a60-svg-color-palette.h.

izzi_hue_palette

const palette_qi<color_max_size - 20> svg::izzi_hue_palette

static

Only color no black and white or gray.

Definition at line 108 of file a60-svg-color-palette.h.

jp_palette

const palette_qi<118> svg::jp_palette

static

Japan colors (118) https://en.wikipedia.org/wiki/Traditional_colors_of_Japan.

Definition at line 170 of file a60-svg-color-palette.h.

colorbrewer2s3s_palette

const palette_qi<19> svg::colorbrewer2s3s_palette

static

Initial value:

=
{
  
  color_qi(254,224,210), color_qi(252,146,114), color_qi(222,45,38),
 
  
  color_qi(254,230,206), color_qi(253,174,107), color_qi(230,85,13),
 
  
  color_qi(229,245,224), color_qi(161,217,155), color_qi(49,163,84),
 
  
  color_qi(222,235,247), color_qi(158,202,225), color_qi(49,130,189),
 
  
  color_qi(239,237,245), color_qi(188,189,220), color_qi(117,107,177),
 
  
  color_qi(240,240,240), color_qi(189,189,189), color_qi(99,99,99),
  color::none
}

ColorBrewer 2.0 https://colorbrewer2.org.

Single hue 3-class sequential, low to high

Definition at line 219 of file a60-svg-color-palette.h.

colorbrewer2s9s_palette

const palette_qi<55> svg::colorbrewer2s9s_palette

static

Single hue 9-class sequential, low to high.

Definition at line 242 of file a60-svg-color-palette.h.

colorbrewer2s7s_palette

const palette_qi<43> svg::colorbrewer2s7s_palette

static

Single hue 7-class sequential, low to high.

Definition at line 278 of file a60-svg-color-palette.h.

ciecam02_palette

const palette_qi<73> svg::ciecam02_palette

static

CIECAM02-UCS color space, perceptually different colors, equally spaced out.

Hand-picked values for a 67-68 BTIHA, aka cyberwar. Start with color constraints, generate 264 options, hand-pick to n=68. http://jnnnnn.github.io/category-colors-constrained.html

Definition at line 321 of file a60-svg-color-palette.h.

ciecam16_palette

const palette_qi<61> svg::ciecam16_palette

static

CIECAM16 61 color palette.

CIECAM16-UCS color space, perceptually different colors, equally spaced out.

DeepSeek v1: generate a 60 item CIECAM16 color palette with no grays, formatted in RGB (r, g, b) values. Each color includes its approximate CIECAM16 parameters (J, C, h) for perceptual consistency.

DeepSeek v2: generate a 88-color CIECAM16 palette with fixed lightness (J=70), organized into 8 hue categories (6 colors each) plus 40 high-impact bonus colors. No whites/blacks/grays are included.

DeepSeek v3: generate a 88-color CIECAM16 palette with fixed lightness (J=70), organized into 8 hue categories (11 colors each), formatted as RGB (r,g,b). No whites/blacks/grays are included.

Definition at line 384 of file a60-svg-color-palette.h.

ciecam16j70_palette

const palette_qi<89> svg::ciecam16j70_palette

static

CIECAM16 89-color palette, 8 sections x 11 colors each, fixed brightness at j=70 (8 bands x 11 samples) + none.

Definition at line 470 of file a60-svg-color-palette.h.

color_max_size

uint svg::color_max_size = static_cast<uint>(color::last)

constexpr

Total number of enumerated colors.

Definition at line 221 of file a60-svg-color.h.

lsz

const auto svg::lsz = 16

Definition at line 37 of file a60-svg-graphs-chord.h.

asz

const auto svg::asz = 12

Definition at line 38 of file a60-svg-graphs-chord.h.

ssz

const auto svg::ssz = 10

Definition at line 39 of file a60-svg-graphs-chord.h.

matrix_max_items

uint svg::matrix_max_items = 8

constexpr

Maximum number of individual items to be placed in grid cells. A 1x4 grid can contain up to 4 items. A 2x4 grid can contain up to 8 items. A 3x3 grid can contain up to 9 items.

Definition at line 25 of file a60-svg-grid-matrix-systems.h.