{@code
* plot( 0, ripples(20) )
* plot( 1, ripples(20), color=Color.BLUE )
* plot( 2, ripples(20), renderType='series>color=blue' )
*}
* @see http://autoplot.org/help.plotCommand
* @author jbf
*/
public class PlotCommand extends PyObject {
private static final Logger logger= org.das2.util.LoggerManager.getLogger("autoplot");
private ScriptContext scriptContext= ScriptContext.getInstance();
public static final PyString __doc__ =
new PyString(""
+ "| xlog ylog zlog | explicitly set this axis to log (or linear when set equal to 0.). |
\n"
+ " | [xyz]title | set the label for the axis. |
\n"
+ " | index | plot index\n |
"
+ " | title | title for the plot\n |
"
+ " | renderType | explcitly set the render type, to scatter, series, nnSpectrogram, digital, etc\n |
"
+ " | color | the line colors.\n |
"
+ " | fillColor | the color when filling volumes.\n |
"
+ " | colorTable | the color table to use, like white_blue_black or black_red.\n |
"
+ " | symbolSize | set the point (pixel) size\n |
"
+ " | symbolFill | none, outline, or solid (solid is default)\n |
"
+ " | lineWidth | deprecated--the line thickness in points (pixels)\n |
"
+ " | lineThick | the line thickness in points (pixels)\n |
"
+ " | lineStyle | the line style, one of solid,none,dotfine,dashfine |
"
+ " | symbol | the symbol, e.g. dots triangles cross\n |
"
+ " | isotropic | constrain the ratio between the x and y axes.\n |
"
+ " | legendLabel | add label to the legend |
"
+ " | title | title for the plot\n |
"
+ " | xpos | override horizontal position of plot, eg. '50%+1em,100%-2em'\n | "
+ "
| ypos | override vertical position of plot, eg. '0%+1em,25%-2em', 0 is top\n | "
+ "
| [xy]drawTickLabels | False turns off the x or y tick labels for the plot\n | "
+ "
| [xy]tickValues | explicitly control the tick locations. | "
+ "
| [xyz]autoRangeHints | hints to the autorange, see http://autoplot.org/AxisAutoRangeHints\n | "
+ "
| renderer | add custom renderer, a class extending org.das2.graph.Renderer, see http://autoplot.org/CustomRenderers | "
+ "
| rightAxisOf | specify a plot where a new plot with a new yaxis. | "
+ "
| topAxisOf | specify a plot where a new plot with a new xaxis above. | "
+ "
| overplotOf | a plot or plot element with which this should share axes. Note something should reset the plot! | "
+ "
");
public static final PyString __completions__;
static {
String text = new BufferedReader(
new InputStreamReader( PlotCommand.class.getResourceAsStream("PlotCommand.json"), StandardCharsets.UTF_8) )
.lines().collect(Collectors.joining("\n"));
__completions__= new PyString( text );
}
private static QDataSet coerceIt( PyObject arg0 ) {
Object o = arg0.__tojava__(QDataSet.class);
if (o == null || o == Py.NoConversion) {
return JythonOps.dataset(arg0);
} else {
QDataSet ds = (QDataSet) o;
if (ds.rank() == 0) {
// QDataSet library handles coerce logic.
return ds;
} else {
return ds;
}
}
}
private static boolean booleanValue( PyObject arg0 ) {
if ( arg0.isNumberType() ) {
return arg0.__nonzero__();
} else {
String s= String.valueOf(arg0);
return s.equals("True") || s.equals("T") || s.equals("1");
}
}
/**
* implement the python call.
* @param args the "rightmost" elements are the keyword values.
* @param keywords the names for the keywords.
* @return Py.None
*/
@Override
public PyObject __call__(PyObject[] args, String[] keywords) {
PyObject False= Py.newBoolean(false);
PyObject True= Py.newBoolean(true);
FunctionSupport fs= new FunctionSupport( "plot",
new String[] { "pos", "x", "y", "z",
"xtitle", "xrange",
"ytitle", "yrange",
"ztitle", "zrange",
"xscale", "yscale",
"xlog", "ylog", "zlog",
"title",
"renderType",
"color", "fillColor", "colorTable",
"symbolSize","lineWidth","lineThick","lineStyle",
"symsize","linewidth","linethick","linestyle",
"legendLabel",
"symbol", "symbolFill",
"isotropic", "xpos", "ypos",
"xdrawTickLabels", "ydrawTickLabels",
"xautoRangeHints", "yautoRangeHints", "zautoRangeHints",
"xtickValues", "ytickValues", "ztickValues",
"renderer", "rightAxisOf", "topAxisOf", "overplotOf",
"index", "reset"
},
new PyObject[] { Py.None, Py.None, Py.None, Py.None,
Py.None, Py.None,
Py.None, Py.None,
Py.None, Py.None,
Py.None, Py.None,
False, False, False,
Py.None,
Py.None,
Py.None,Py.None,Py.None,
Py.None,Py.None,Py.None,Py.None,
Py.None,Py.None,Py.None,Py.None,
Py.None,
Py.None, Py.None,
Py.None, Py.None, Py.None,
Py.None, Py.None,
Py.None, Py.None, Py.None,
Py.None, Py.None, Py.None,
Py.None, Py.None, Py.None, Py.None,
Py.None, True,
} );
fs.args( args, keywords );
int nparm= args.length - keywords.length;
if ( nparm==0 ) {
logger.warning("args.length=0");
return Py.None;
}
int iplot=0;
int nargs= nparm;
boolean reset=true; // reset axis settings
// If the first (zeroth) argument is an int, than this is the data source where the value should be inserted. Additional
// data sources and plots will be added until there are enough.
// this is an alias for the index argument.
PyObject po0= args[0];
if ( po0 instanceof PyInteger ) {
iplot= ((PyInteger)po0).getValue();
PyObject[] newArgs= new PyObject[args.length-1];
for ( int i=0; i