GEMC V2.4 vs V2.6

Compare 2.4 and 2.6

Comparing the differences

diff -y --width=190 LH2_0Sol_0Tor_11GeV_0Phi_ShieldOut_v2_6/test_v2_6_clas12Tags.out LH2_0Sol_0Tor_11GeV_0Phi_ShieldOut_v2_4_sqlite/test_v2_4_clas12Tags.out

This shows that the two methods look to have similar results, but 2.6 has less hits

Processing evio2rootAnalysis_test.C...								Processing evio2rootAnalysis_test.C...
{θ(Th)=5.0000, φ(Th)=0.00, θ(Hit)=4.7438 , φ(Hit)=0.64 ,layer= 7 , wire=1	 hit=0}	      |	{θ(Th)=5.0000, φ(Th)=0.00, θ(Hit)=5.0000 , φ(Hit)=0.00 ,layer= 1 , wire=1	 hit=0}
{θ(Th)=5.0010, φ(Th)=0.00, θ(Hit)=5.0928 , φ(Hit)=2.68 ,layer= 1 , wire=1	 hit=1}	      |	{θ(Th)=5.0010, φ(Th)=0.00, θ(Hit)=5.0009 , φ(Hit)=0.00 ,layer= 1 , wire=1	 hit=1}
{θ(Th)=5.0020, φ(Th)=0.00, θ(Hit)=4.8534 , φ(Hit)=0.88 ,layer= 7 , wire=1	 hit=2}	      |	{θ(Th)=5.0020, φ(Th)=0.00, θ(Hit)=5.0021 , φ(Hit)=0.00 ,layer= 1 , wire=1	 hit=2}
{θ(Th)=5.0030, φ(Th)=0.00, θ(Hit)=5.3135 , φ(Hit)=1.89 ,layer= 1 , wire=1	 hit=3}	      |	{θ(Th)=5.0030, φ(Th)=0.00, θ(Hit)=5.0029 , φ(Hit)=0.00 ,layer= 1 , wire=1	 hit=3}
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{θ(Th)=14.9970, φ(Th)=0.00, θ(Hit)=15.0912 , φ(Hit)=0.37 ,layer= 1 , wire=32	 hit=9997}    |	{θ(Th)=14.9970, φ(Th)=0.00, θ(Hit)=14.9961 , φ(Hit)=0.01 ,layer= 1 , wire=33	 hit=9997}
{θ(Th)=14.9980, φ(Th)=0.00, θ(Hit)=15.8566 , φ(Hit)=5.89 ,layer= 1 , wire=34	 hit=9998}    |	{θ(Th)=14.9980, φ(Th)=0.00, θ(Hit)=14.9986 , φ(Hit)=0.00 ,layer= 1 , wire=33	 hit=9998}
{θ(Th)=14.9990, φ(Th)=0.00, θ(Hit)=14.9983 , φ(Hit)=0.33 ,layer= 1 , wire=32	 hit=9999}    |	{θ(Th)=14.9990, φ(Th)=0.00, θ(Hit)=14.9973 , φ(Hit)=0.00 ,layer= 1 , wire=33	 hit=9999}
Total hits=9978										      |	Total hits=10000

Testing to see if there is any differences at all

diff -q LH2_0Sol_0Tor_11GeV_0Phi_ShieldOut_v2_6/test_v2_6_clas12Tags.out LH2_0Sol_0Tor_11GeV_0Phi_ShieldOut_v2_4_sqlite/test_v2_4_clas12Tags.out   

Files LH2_0Sol_0Tor_11GeV_0Phi_ShieldOut_v2_6/test_v2_6_clas12Tags.out and LH2_0Sol_0Tor_11GeV_0Phi_ShieldOut_v2_4_sqlite/test_v2_4_clas12Tags.out differ

Some of the differences come from the difference in the LUND values of theta and the angle calculated from the average x, y, and z positions of the DC hit.