Multiple Graph

You can now plot multiple graphs via the product code. You can also plot multiple variables on each graph.
The multi-graph feature also supports the following chart types.

lineGraph
barGraph
scatterGraph
steppedGraph
areaGraph
tableGraph

Note: Choose the file extension as js.
Note: Example codes with images of how the output will look like have been given at the end of this page.

Code Format

Syntax	Parameter(s)	Description
var graphObj = new boltGraph();	None	Create a new graph object. You can give any name to object.
graphObj.setChartType( "Chart type");	Graph type	Set the type of chart to be plotted. The allowed chart types are "lineGraph", "barGraph", "scatterGraph", "steppedGraph", "areaGraph" and "tableGraph"
graphObj.setAxisName( 'X-Axis Name', 'Y-axis Name');	Axis Name	Set the display name for each of the graph axis of the graph object.
graphObj.plotChart('time_stamp', 'your_variable_name1', 'your_variable_name2', 'your_variable_name3'.....);	Names of all variables that you want to plot.	Display the graph on the screen for the given graph object i.e. graphObj. Only the first parameter can be 'time_stamp'. The function takes as many parameters as you supply, as long as all of them are valid variable names configured in the hardware configuration of the product.
graphObj.scaleData(scale_x, scale_y1, scale_y2.....)	The numbers that you want to be multiplied to each data point before it is plotted on the graph.	Similar to the Mul function for the single graph, multiplies the given scale value to each subgraph. The function does not apply for time_stamp.
graphObj.translateData(translate_x, translate_y1, translate_y2 ...)	The numbers that you want added to each data point before it is plotted on the graph.	Similar to Add function for the single graph, add the given number to each subgraph. The function does not apply for time_stamp

Examples

var lineGraph = new boltGraph();
lineGraph.setChartType("lineGraph");
lineGraph.setAxisName('X-Axis Name','Y-axis Name');
lineGraph.plotChart('time_stamp','var1');
var barGraph = new boltGraph();
barGraph.setChartType("barGraph");
barGraph.setAxisName('X-Axis Name','Y-axis Name');
barGraph.plotChart('time_stamp','var6');

var Graph1 = new boltGraph();
Graph1.setChartType("scatterGraph");
Graph1.setAxisName('X-Axis Name','Y-axis Name');
Graph1.plotChart('time_stamp','var1','var6');
var Graph2 = new boltGraph();
Graph2.setChartType("steppedGraph");
Graph2.setAxisName('X-Axis Name','Y-axis Name');
Graph2.plotChart('time_stamp','var2');

var Graph1 = new boltGraph();
Graph1.setChartType("tableGraph");
Graph1.setAxisName('X-Axis Name','Y-axis Name');
Graph1.plotChart('time_stamp','var1','var2','var3','var4','var5','var6');
var Graph2 = new boltGraph();
Graph2.setChartType("barGraph");
Graph2.setAxisName('X-Axis Name','Y-axis Name');
Graph2.plotChart('time_stamp','var3');
var Graph3 = new boltGraph();
Graph3.setChartType("lineGraph");
Graph3.setAxisName('X-Axis Name','Y-axis Name');
Graph3.plotChart('var5','var4','var3');

Output