options

Loops Index

19 loops have been discarded from the report because their coverage is lower than the threshold set by object_coverage_threshold (0.01%). It represents about 0% of the application. To include them, change the value of object_coverage_threshold in the experiment directory configuration file, then rerun the command with the additionnal parameter --force-static-analysis

Colums Filter

Level Coverage 2x1 (%) Coverage 2x2 (%) Coverage 2x4 (%) Coverage 2x8 (%) Coverage 2x16 (%) Coverage 2x32 (%) Coverage 2x64 (%) Coverage 2x96 (%) Max Time Over Threads 2x1 (s) Max Time Over Threads 2x2 (s) Max Time Over Threads 2x4 (s) Max Time Over Threads 2x8 (s) Max Time Over Threads 2x16 (s) Max Time Over Threads 2x32 (s) Max Time Over Threads 2x64 (s) Max Time Over Threads 2x96 (s) Time w.r.t. Wall Time 2x1 (s) Time w.r.t. Wall Time 2x2 (s) Time w.r.t. Wall Time 2x4 (s) Time w.r.t. Wall Time 2x8 (s) Time w.r.t. Wall Time 2x16 (s) Time w.r.t. Wall Time 2x32 (s) Time w.r.t. Wall Time 2x64 (s) Time w.r.t. Wall Time 2x96 (s) Nb Threads 2x1 Nb Threads 2x2 Nb Threads 2x4 Nb Threads 2x8 Nb Threads 2x16 Nb Threads 2x32 Nb Threads 2x64 Nb Threads 2x96 GFLOPS 2x1 GFLOPS 2x2 GFLOPS 2x4 GFLOPS 2x8 GFLOPS 2x16 GFLOPS 2x32 GFLOPS 2x64 GFLOPS 2x96 Vectorization Ratio (%) Vector Length Use (%) Speedup If No Scalar Integer Speedup If FP Vectorized Speedup If Fully Vectorized Speedup If Perfect Load Balancing 2x1 Speedup If Perfect Load Balancing 2x2 Speedup If Perfect Load Balancing 2x4 Speedup If Perfect Load Balancing 2x8 Speedup If Perfect Load Balancing 2x16 Speedup If Perfect Load Balancing 2x32 Speedup If Perfect Load Balancing 2x64 Speedup If Perfect Load Balancing 2x96 Stride 0 Stride 1 Stride n Stride Unknown Stride Indirect (2x1) Efficiency (2x1) Potential Speed-Up (%) (2x2) Efficiency (2x2) Potential Speed-Up (%) (2x4) Efficiency (2x4) Potential Speed-Up (%) (2x8) Efficiency (2x8) Potential Speed-Up (%) (2x16) Efficiency (2x16) Potential Speed-Up (%) (2x32) Efficiency (2x32) Potential Speed-Up (%) (2x64) Efficiency (2x64) Potential Speed-Up (%) (2x96) Efficiency (2x96) Potential Speed-Up (%)
Loop idSource LocationSource FunctionLevelCoverage 2x1 (%)Coverage 2x2 (%)Coverage 2x4 (%)Coverage 2x8 (%)Coverage 2x16 (%)Coverage 2x32 (%)Coverage 2x64 (%)Coverage 2x96 (%)Max Time Over Threads 2x1 (s)Max Time Over Threads 2x2 (s)Max Time Over Threads 2x4 (s)Max Time Over Threads 2x8 (s)Max Time Over Threads 2x16 (s)Max Time Over Threads 2x32 (s)Max Time Over Threads 2x64 (s)Max Time Over Threads 2x96 (s)Time w.r.t. Wall Time 2x1 (s)Time w.r.t. Wall Time 2x2 (s)Time w.r.t. Wall Time 2x4 (s)Time w.r.t. Wall Time 2x8 (s)Time w.r.t. Wall Time 2x16 (s)Time w.r.t. Wall Time 2x32 (s)Time w.r.t. Wall Time 2x64 (s)Time w.r.t. Wall Time 2x96 (s)Nb Threads 2x1Nb Threads 2x2Nb Threads 2x4Nb Threads 2x8Nb Threads 2x16Nb Threads 2x32Nb Threads 2x64Nb Threads 2x96GFLOPS 2x1GFLOPS 2x2GFLOPS 2x4GFLOPS 2x8GFLOPS 2x16GFLOPS 2x32GFLOPS 2x64GFLOPS 2x96Vectorization Ratio (%)Vector Length Use (%)Speedup If No Scalar IntegerSpeedup If FP VectorizedSpeedup If Fully VectorizedSpeedup If Perfect Load Balancing 2x1Speedup If Perfect Load Balancing 2x2Speedup If Perfect Load Balancing 2x4Speedup If Perfect Load Balancing 2x8Speedup If Perfect Load Balancing 2x16Speedup If Perfect Load Balancing 2x32Speedup If Perfect Load Balancing 2x64Speedup If Perfect Load Balancing 2x96Stride 0Stride 1Stride nStride UnknownStride Indirect(2x1) Efficiency(2x1) Potential Speed-Up (%)(2x2) Efficiency(2x2) Potential Speed-Up (%)(2x4) Efficiency(2x4) Potential Speed-Up (%)(2x8) Efficiency(2x8) Potential Speed-Up (%)(2x16) Efficiency(2x16) Potential Speed-Up (%)(2x32) Efficiency(2x32) Potential Speed-Up (%)(2x64) Efficiency(2x64) Potential Speed-Up (%)(2x96) Efficiency(2x96) Potential Speed-Up (%)
145exec - ljForce.c:191-216 [...]ljForce.extractedInnermost93.1490.1685.2578.9268.1249.4135.9428.74270.53135.1868.2934.0317.339.725.233.86270.44135.3468.0134.1217.28.684.363.224816326412819213.5026.9653.66106.95212.20420.54837.161140.3444.0718.011.072.314.6111.0111.021.141.241.261.670100.671010.080.990.50.990.730.981.180.971.30.971.110.883.44
152exec - timestep.c:74-78advanceVelocity.extractedInnermost1.261.171.10.820.720.80.760.513.671.761.160.380.230.190.180.083.661.750.880.350.180.140.090.062481632641281922.615.4510.8427.1153.2767.36107.07161.59012.5114.811.011.331.091.281.3621.602000101.0501.0401.3101.2700.820.150.640.280.640.19
144exec - ljForce.c:187-216 [...]ljForce.extractedInBetween0.930.880.860.760.660.460.370.292.741.390.770.40.220.130.090.072.711.320.690.330.170.080.050.0324816326412819215.0031.7460.27128.02244.98518.87821.711386.22012.51181.011.051.131.211.291.632.252.3300110101.0300.980.021.030101.0600.850.060.940.02
84exec - haloExchange.c:621-630sortAtomsInCell.ASingle0.831.051.241.461.361.081.311.072.482.211.260.930.560.360.270.222.411.580.990.630.340.190.160.122481632641281921.392.203.515.4610.2918.5422.7730.3533.3314.581.514.571.031.411.271.481.651.891.8202300100.760.250.610.490.480.760.440.760.40.650.2410.210.85
131exec - linkCells.c:295-378 [...]updateLinkCells.AInnermost0.830.991.140.930.80.660.430.342.413.554.213.573.564.433.64.092.411.490.910.40.20.120.050.04222222225.078.5913.7432.4561.77108.97268.23314.5746.8117.151.71.845.1111.21.161.111.111.231.131.17NANANANANA100.810.190.660.390.750.230.750.20.630.250.750.110.630.13
154exec - timestep.c:88-94advancePosition.extractedInnermost0.660.630.660.520.450.460.430.321.930.960.60.260.150.120.140.081.920.950.520.220.110.080.050.042481632641281922.695.419.9023.0945.9664.45100.98126.287.6913.4611.4641.011.011.151.181.361.52.82.6703001101.0100.920.051.0901.0900.750.120.60.170.50.16
143exec - ljForce.c:178-216 [...]ljForce.extractedInBetween0.330.310.310.280.240.170.130.11.030.510.280.150.10.060.070.040.950.460.250.120.060.030.020.0124816326412819218.8538.5770.81143.03282.48564.92874.891748.27011.251181.081.111.171.251.6723.54NANANANANA101.0300.950.020.9900.9900.9900.740.030.990
147exec - ljForce.c:157-158 [...]ljForce.extracted.27Single0.270.360.540.770.910.720.880.510.790.680.610.740.470.250.220.150.780.530.430.330.230.130.110.062481632641281922.253.254.125.287.7313.7515.5929.405015.631.3315.331.031.281.422.242.042.082.2300100100.740.10.450.30.30.540.210.720.190.580.110.780.140.44
85exec - haloExchange.c:633-642sortAtomsInCell.ASingle0.140.250.450.750.70.580.640.520.430.710.480.60.350.270.210.170.390.380.360.320.180.10.080.062481632641271901.311.231.441.793.476.006.118.3333.3314.581.514.571.11.921.331.881.942.72.632.8302300100.510.120.270.330.150.640.140.610.120.510.080.590.070.48
69exec - haloExchange.c:380-389loadAtomsBuffer.AInnermost0.090.110.110.110.090.060.040.030.30.360.40.380.380.40.320.340.270.170.090.050.020.0100222222221.812.685.2210.1523.2545.000.000.0038.4615.871.441.244.521.111.061.1111.091.141.071.1712300100.790.020.750.030.680.040.840.010.840.011010
159exec - timestep.c:110-116kineticEnergy.extractedInnermost0.060.060.050.040.030.020.050.010.190.10.060.030.010.010.0100.190.090.040.020.0100.0102481632641271772.916.2614.4429.1357.500.0065.500.0080.7722.1211.48211.111.51.5101002004101.06-01.1901.1901.190100.30.0410
122exec - initAtoms.c:197-202randomDisplacements.extractedInnermost0.010.010.010.010.010.010.020.030.030.030.020.01000.0100.030.020.0100000248131830601110.580.751.630.000.000.000.000.00011.9612.8611.1211.520000032003100.7500.7501010101010
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