Updating tests.

test/BFTest.m

@@ -34,7 +34,7 @@ function setupQUPSdata(test, xdc_type, seq_type, baseband)
 
             % simple point target 30 mm depth
             c0 = 1500;
-            scat = Scatterers('pos', 1e-3*[5 0 15]', 'c0', c0); 
+            scat = Scatterers('pos', 1e-3*[2 0 15]', 'c0', c0); 
 
             % Transducer
             switch xdc_type
@@ -198,6 +198,7 @@ function teardownQUPSdata(test)
     end
     methods(TestMethodSetup)
         function resetGPU(test)
+            return; % pass
             if gpuDeviceCount()
                 test.chd = gather(test.chd);
                 reselectgpu();

test/SimTest.m

@@ -200,6 +200,7 @@ function setupQUPSdata(test, xdc_seq_name)
     end
     methods(TestMethodSetup)
         function resetGPU(test)
+            return; % pass
             if gpuDeviceCount()
                 reselectgpu();
                 if ~isempty(gcp('nocreate'))
@@ -280,8 +281,8 @@ function pscat(test, sim_name, terp)
                 otherwise, warning('Simulator not recognized'); return;
             end
 
-            % peak should be ~near~ 40us at the center elements for
-            % FSA and PW, ~near~ 20us (at the focus) for FC
+            % peak should be ~near~ 20us at the center elements for
+            % FSA and PW, ~near~ 10us (at the focus) for FC
 
             % truncate the data if we observed the transmit pulse
             if sim_name == "kWave",

test/interpTest.m

@@ -111,7 +111,8 @@ function wsinterpd2Test(test,dsize,terp,dsum,wvecd,type,dev)
                 test.assumeTrue(logical(exist('halfT', 'class')));
             end
     	    if dev == "GPU"
-        		test.assumeTrue(gpuDeviceCount > 0);
+                has_device = gpuDeviceCount > 0 || exist('oclDeviceCount', 'file') && oclDeviceCount();
+        		test.assumeTrue(has_device);
     	    end
 
             % get sizing