Download the source for opencv-2.4.9 from the following location:
https://sourceforge.net/projects/opencvlibrary/files/opencv-unix/2.4.9/opencv-2.4.9.zip/download
then unzip and create the makefiles:

    unzip  opencv-2.4.9.zip
    cd opencv-2.4.9
    cmake .

(this takes 4-5 minutes)

Edit the file cmake_install.cmake and change the 5th line to be where you want to install opencv.
I used 'opencv' in my root directory.  Thus, I changed the line to read:

  set(CMAKE_INSTALL_PREFIX "/homes/gws/markro/opencv")

Now make opencv:

    make install

(this takes 30-35 minutes)

Now get MEVBench:

    cd ..
    git clone https://github.com/jlclemon/mevbench MEVBench
    cd MEVBench

Modify build.sh to point to the opencv you just made and modify Benchmarks/FeatureExtraction/makefile
to use -gdwarf-2 and correct the location of a library. Here are the changes I made:

diff --git a/Benchmarks/FeatureExtraction/makefile b/Benchmarks/FeatureExtraction/makefile
index 66befb7..870b940 100644
--- a/Benchmarks/FeatureExtraction/makefile
+++ b/Benchmarks/FeatureExtraction/makefile
@@ -17,8 +17,8 @@ CCFILEXTENSION2=.cc
 CFILEXTENSION=.c
 CC=g++
 C=gcc
-CCDEBUG=-g 
-CDEBUG=-g 
+CCDEBUG=-gdwarf-2
+CDEBUG=-gdwarf-2
 CCFLAGS=-c -Wall $(CCDEBUG) -O0 $(XTRA_PARAMS)
 CFLAGS=-c -Wall $(CDEBUG) -O0 $(XTRA_PARAMS)
 LDEBUG=$(CCDEBUG)
@@ -54,7 +54,7 @@ BASEMAINOBJECT=$(basename $(MAIN))
 MAINOBJECTPATH=$(addprefix $(OBJDIR)/,$(BASEMAINOBJECT))
 MAINOBJECT=$(addsuffix .o,$(MAINOBJECTPATH))
 
-LLFLAGS=$(LIBS) $(LDEBUG) $(LIBPATH) $(LLFLAGSBASE)  
+LLFLAGS=$(LIBS) $(LDEBUG) $(LIBPATH) -Wl,-rpath $(LIBPATHS) $(LLFLAGSBASE)
 
 EXECUTABLE=$(BINDIR)/$(EXECUTABLEBASE)
 
diff --git a/build.sh b/build.sh
index ad28e9a..1a28711 100755
--- a/build.sh
+++ b/build.sh
@@ -29,6 +29,7 @@
 
 if [ -z "$USE_EFFEX" ]; then
 	export OpenCV_DIR="/home/jlclemon/Documents/OpenCVInstalls/OpenCV2.4.2Defaults"
+	export OpenCV_DIR="/homes/gws/markro/opencv"
 	USE_EFFEX_INSTR="NONE"
 else
 	export OpenCV_DIR="/home/jlclemon/Documents/OpenCV/OpenCV2.4.2NativeCustomInstall"
(end of diffs)

Now build the benchmark test:

    ./build.sh FeatureExtraction

Test it without using Daikon to verify all is OK:

   ./Benchmarks/FeatureExtraction/bin/FeatureExtraction -configFile ./Configs/FeatureExtraction/FAST/FAST_l_1.txt

The output should look like this:
Feature Extraction Mechanism
1
1
Number of images: 1
Feature Extraction Beginning Main Loop
Rows,Cols : 288,352
Timing Done

I created a ppt-list-file to make kvasir run much quicker.  Grab ppt3.txt from this issue report.
Then run kvasir (assuming you have set your path to include the Daikon tools):

    kvasir-dtrace --no-dyncomp --ppt-list-file=ppt3.txt ./Benchmarks/FeatureExtraction/bin/FeatureExtraction -configFile ./Configs/FeatureExtraction/FAST/FAST_l_1.txt

Finally, run Daikon and you should see the failure:

    java -ea -cp  /homes/gws/markro/invariants/daikon/daikon.jar daikon.Daikon  --config_option daikon.derive.Derivation.disable_derived_variables=true daikon-output/FeatureExtraction.dtrace
Daikon version 5.7.1, released August 23, 2018; http://plse.cs.washington.edu/daikon.
Processing trace data; reading 1 dtrace file:
[2:07:02 PM]: Reading daikon-output/FeatureExtraction.dtrace (line 371363, 4.96
enclosing-var not specified for variable __first[..].Matx<float, 2, 1>.val[0] at line 384253 in file daikon-output/FeatureExtraction.dtrace