javascript - override extent for one horizon instance -


I have a series of horizons graphs that have been created like this:

  d3 Select ("body"). Selection (".history"). Data (metrics). Center () .append ("div") .attr ("class", "horizon") .attr ("id", function (d) {return d.tosting ();}) .col (reference .horizon Height (['75']));   

Where matrix is an array metric objects.

I < the horizon for the one code> extent

I have a code on the border, but I'm not sure I'm calling it,

  d3.select ("# id-attribute") .call (. Context.horizon (to extent) (function (d, i) {return ([0,1000]);});  

This type of work seems to be working, but the graph display gets spoiled, extra white space is being added beneath the graph and the speed of the graph is not accounted for and at the top Leaving the graph unanimously I suspect that it is in some way because it is a new example of the extent object, so I tried to do it:

  d3 .select ("# id-attribute"). Call (extent (work (D, i) {returns ([0,1000])}));  

But it generates: " Reference error: the limit is not defined ".

I have the metric s range function, effectively:

  metric [3] .extent = function (d) , I) {return ([0,100]);};  

But this causes the graph to be empty (though it shows numbers in a mood reading readout), and the reason for its reading and graphs being readable is to show up below But the mouse is not running on any graph.

I do not understand how this stuff fits together, and I do not particularly have experience with javascript, so I'm not sure where my error is. I'm completely out of my depth Any suggestions will be greatly appreciated.

Do you need to redefine the boundaries after the initial call where the horizon is generated?

If not, then try to do something like this:

  d3.select ("body") .select All (". Horizon"). Data (metrics) . Center () .append ("div") .attr ("class", "horizon") .attr ("id", function (d) {return d.toString ();}) call (context.horizon ()) Height (['75']) Use this function to change external (function (D, I) {// extension} (d.toString () == 'whatever name is') {<, 0, 1000];} [Return <[Default Min>, & lt; Default Max & gt;]}}))  

You can set your default limit either Or use functions such as d3.min () / d3.max () to get value for horizontal. You just need to return an array with two elements


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