angle = 0
b_sup = 10000
b_inf = 8000
h = 5000
t = 20
#creation of cs horizontally
cs_y = stiffener.create_stiffener_global(pl_position, st_number, center_y,
center_z, angle, b_sup, b_inf, h, t)
plate_between_code_y = plate_code.plate_code(0, 0, 1, 1, 1)
plate_between_y = line.line(plate_between_code_y,
copy.deepcopy(cs_y.get_line(st_pl_position=4).b),
copy.deepcopy(cs_y.get_line(st_pl_position=2).a),
t)
cs_y.addline(plate_between_y)
geometry_output.print_cs_red(cs_y)
print("angle of cs_y:", plate_between_y.get_angle_y_true() / math.pi)
cs_y_i_y = cs_y.get_i_y_tot()
print("i_y of cs_y", cs_y_i_y)
#creation of cs rotated
angle = math.pi * 5 / 3
cs_rot = cs_y.get_cs_rot(angle)
geometry_output.print_cs_red(cs_rot)
cs_rot_plate_between = cs_rot.get_line(pl_type=0)
print("angle of cs_rot", cs_rot_plate_between.get_angle_y_true() / math.pi)
cs_rot_i_along = cs_rot.get_i_along_tot(cs_rot_plate_between)
print("i_along of cs_rot", cs_rot_i_along)
from output import geometry_output as go from classes import point as pt from classes import line as ln from classes import plate_code as plcd from classes import crosssection as cs from classes import merge import deck initial_cs = ics.create_initial_cs(4000, 4000, 2000, 20, 20, 20) st_list_deck = deck.deck(4000) s = len(st_list_deck) stiffener_1 = st.create_stiffener_global(2, s+1, -2000, 1000, 3*math.pi/2, 200, 100, 100, 10) stiffener_2 = st.create_stiffener_global(3, s+2, -1000, 2000, math.pi, 300, 200, 200, 15) stiffener_3 = st.create_stiffener_global(3, s+3, 1000, 2000, math.pi, 300, 200, 200, 15) stiffener_4 = st.create_stiffener_global(4, s+4, 2000, 1000, math.pi/2, 200, 100, 100, 10) st_list_rest = [stiffener_1, stiffener_2, stiffener_3, stiffener_4] st_list = st_list_deck + st_list_rest print(len(st_list)) final_cs = merge.merge(initial_cs, st_list) print(final_cs) print(len(final_cs.lines)) go.print_cs_red(final_cs)
import data b_sup = 3000 b_inf = 2000 h = 1500 M_Ed = -100000000 data.input_data["M_Ed"] = M_Ed data.input_data["h"] = h data.input_data["b_inf"] = b_inf data.input_data["b_sup"] = b_sup print(data.input_data) print(data.constants) cs = initial_cs.create_initial_cs(b_sup, b_inf, h, 20, 20, 20) geometry_output.print_cs_red(cs) #deck_stiffeners = deck.deck(b_sup) #cs = merge.merge(cs, deck_stiffeners) #prop_list = stiffeners_proposition.stiffeners_proposition() # #prop_1 = proposed_stiffener.proposed_stiffener(2, 1, 0.5, 10**7) #prop_list.add(prop_1) #prop_3 = proposed_stiffener.proposed_stiffener(3, 2, -0.7, 10**7) #prop_list.add(prop_3) #prop_4 = proposed_stiffener.proposed_stiffener(3, 3, 0.7, 10**7) #prop_list.add(prop_4) #prop_5 = proposed_stiffener.proposed_stiffener(4, 4, 0.5, 10**7) #prop_list.add(prop_5) line = cs.get_line(pl_position=1)