Test name | Content | Location | Responsible |
test33 | Importance biasing and scoring | geant4/tests | Alexander Howard |
test34 | Shower parameterization with gflash | geant4/tests | Marc Verderi |
test37 | Sandia data, electron beam in semi-infinite media (not for stt) | geant4/tests | ? |
B01 | Importance sampling or weight window | geant4/examples/ extended/biasing | Alexander Howard |
B02 | As B01, but use parallel geometry to define geometry cells. | geant4/examples/ extended/biasing | Alexander Howard |
B03 | Demonstrates a customized flat physics list implementation instead of modular approach like in B01 & B02 | geant4/examples/ extended/biasing | Alexander Howard |
GB01 | Bias process cross-section | geant4/examples/ extended/biasing | Marc Verderi |
GB02 | Force collision scheme similar to the MCNP one | geant4/examples/ extended/biasing | Marc Verderi |
ReverseMC01 | Illustrates the use of Reverse Monte Carlo. | geant4/examples/ extended/biasing | Laurent Desorgher |
| Unit tests for material and element construction, NIST constructed materials and elements, and DEDX. | geant4/source/ materials/test | Genproc WG |
Closely related tests | |||
TestEm0 | print cross-sections and stopping power used in input by the standard EM package | geant4/examples/ extended/ electromagnetic | EM WG |
TestEm1 | Survey range of charged particles | geant4/examples/ extended/ electromagnetic | EM WG |
TestEm2 | Shower development in homogeneous material: longitudinal and lateral profile | geant4/examples/ extended/ electromagnetic | EM WG |
TestEm3 | Shower development in sampling calorimeter: energy deposit, energy flow, stopping power | geant4/examples/ extended/ electromagnetic | EM WG |
TestEm5 | Study of transmission, absorption and reflection though thin and thick layer | geant4/examples/ extended/ electromagnetic | EM WG |
TestEm7 | Bragg curve in water phantom. Dose tallies | geant4/examples/ extended/ electromagnetic | EM WG |
TestEm8 | PAI model in thin absorbers and transition radiation | geant4/examples/ extended/ electromagnetic | EM WG |