Updated doc test for QLRun

Refs #13826

docs/source/algorithms/QLRun-v1.rst

@@ -10,6 +10,8 @@
 Description
 -----------
 
+**This algorith can only be run on windows due to f2py support and the underlying fortran code**
+
 The model that is being fitted is that of a \delta-function (elastic component) of amplitude A(0) and Lorentzians of amplitude A(j) and HWHM W(j) where j=1,2,3. The whole function is then convolved with the resolution function. The -function and Lorentzians are intrinsically normalised to unity so that the amplitudes represent their integrated areas.
 
 For a Lorentzian, the Fourier transform does the conversion: 1/(x^{2}+\delta^{2}) \Leftrightarrow exp[-2\pi(\delta k)]. If x is identified with energy E and 2\pi k with t/\hbar where t is time then: 1/[E^{2}+(\hbar / \tau)^{2}] \Leftrightarrow exp[-t
@@ -33,31 +35,10 @@ Usage
         resWs = Load('irs26173_graphite002_red.nxs')
 
         # Run QLRun algorithm
-        QLRun(Program="QL", SampleWorkspace=sampleWs, ResolutionWorkspace=resWs, MinRange=-0.547607, MaxRange=0.543216, SampleBins=1, ResolutionBins=1, Elastic=False, Background="Sloping", FixedWidth=False, UseResNorm=False, WidthFile="", Loop=True, Save=False, Plot="None")
-        outputName = 'samp_QLd_Workspace_0'
-
-        # capture first fitted workspace
-        result_ws = mtd[outputName]
-
-        # Print the result
-        print "The Y values of the first fitted workspace are:"
-        print "data  : %.5f" %(result_ws.readY(0)[0])
-        print "fit.1 : %.5f" %(result_ws.readY(1)[0])
-        print "diff.1: %.5f" %(result_ws.readY(2)[0])
-        print "fit.2 : %.5f" %(result_ws.readY(3)[0])
-        print "diff.2: %.5f" %(result_ws.readY(4)[0])
-
-Output:
-
-.. testoutput:: QLRunExample
-    :options: +NORMALIZE_WHITESPACE
-
-    The Y values of the first fitted workspace are:
-    data  : 0.02540
-    fit.1 : 0.01906
-    diff.1: -0.00635
-    fit.2 : 0.01732
-    diff.2: -0.00808
+        fit_ws, result_ws, prob_ws = QLRun(Program='QL', SampleWorkspace=sampleWs, ResolutionWorkspace=resWs,
+                                            MinRange=-0.547607, MaxRange=0.543216, SampleBins=1, ResolutionBins=1,
+                                            Elastic=False, Background='Sloping', FixedWidth=False, UseResNorm=False,
+                                            WidthFile='', Loop=True, Save=False, Plot='None')
 
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