User can set up groups of areas to use in a section cut run. They could create one group per diaphragm per level and then have a list of groups on the input window and select which groups to run. Each group that is run is one set of section cuts. If user has to input starting node for each group though this could get slow so see issue #2 as a starting point for how to avoid that.
User has several inputs for each "set" they do. User selects group name for set, vector definition, load case
Example Below:
Set 1: Group Name = L2 Diaphragms, Vector = 1,0, Load Case = EQ_Y_2E
Set 2: Group Name = L2 Diaphragms, Vector = 0,1, Load Case = EQ_X_2E
Set 3: Group Name = RF Diaphragms, Vector = 1,0, Load Case = EQ_Y_2E
Set 4: Group Name = RF Diaphragms, Vector = 0,1, Load Case = EQ_X_2E
User can set up groups of areas to use in a section cut run. They could create one group per diaphragm per level and then have a list of groups on the input window and select which groups to run. Each group that is run is one set of section cuts. If user has to input starting node for each group though this could get slow so see issue #2 as a starting point for how to avoid that.
User has several inputs for each "set" they do. User selects group name for set, vector definition, load case
Example Below:
Set 1: Group Name = L2 Diaphragms, Vector = 1,0, Load Case = EQ_Y_2E
Set 2: Group Name = L2 Diaphragms, Vector = 0,1, Load Case = EQ_X_2E
Set 3: Group Name = RF Diaphragms, Vector = 1,0, Load Case = EQ_Y_2E
Set 4: Group Name = RF Diaphragms, Vector = 0,1, Load Case = EQ_X_2E