def run_test_circuit_6(name):
I1 = CurrentSource('I1', [0, 1], 2, (2, 0.002)) # 2 Ampere
R2 = Resistor('R2', [1, 0], 3) # 1 Ohm
L3 = Inductor('L3', [1, 0], 0.001, 0) # 0.01 H # I_start = 0.1
test_circuit = Circuit(gpu=True)
test_circuit.add_components([I1, R2, L3])
res = test_circuit.solve_AC(0, 0.1, 0.001)
# test_circuit.print_results()
test_circuit.draw_plot(name, I1, res, 'I')
test_circuit.draw_plot(name, R2, res, 'V')
test_circuit.draw_plot(name, L3, res, 'V')
def run_test_circuit_4(name):
G2 = Conductor('G2', [1, 0], 0.25) # 0.5 1/Ohm
R1 = Resistor('R1', [1, 2], 1) # 2 Ohm
R3 = Resistor('R3', [2, 0], 5) # 4 Ohm
I4 = CurrentSource('I4', [0, 1], 2) # 0.5 Ampere
test_circuit = Circuit()
test_circuit.add_components([R1, G2, R3, I4])
test_circuit.solve_DC() # DC
test_circuit.print_matrix()
test_circuit.print_results()
def run_test_circuit_4(name):
R1 = Resistor('R1', [1, 2], 1) # 1 Ohm
R2 = Resistor('R2', [2, 0], 1) # 1 Ohm
I3 = CurrentSource('I3', [1, 0], 1) # 1 Ampere
R4 = Resistor('R4', [3, 2], 1) # 1 Ohm
R5 = Resistor('R5', [4, 1], 1) # 1 Ohm
R6 = Resistor('R6', [4, 0], 1) # 1 Ohm
R7 = Resistor('R7', [3, 1], 1) # 1 Ohm
test_circuit = Circuit(gpu=True)
test_circuit.add_components([R1, R2, I3, R4, R5, R6, R7])
test_circuit.solve_DC() # DC
test_circuit.print_results()
def run_test_circuit_sweep(name):
G2 = Conductor('G2', [0, 1], 0.25) # 0.5 1/Ohm
# R2 = Resistor('R2', [0, 1], 0.25) # 0.5 1/Ohm
R1 = Resistor('R1', [1, 2], 1) # 2 Ohm
R3 = Resistor('R3', [2, 0], 5) # 4 Ohm
I4 = CurrentSource('I4', [0, 1], 2) # 0.5 Ampere
test_circuit = Circuit()
test_circuit.add_components([R1, G2, R3, I4])
res = test_circuit.solve_DC_sweep(I4, 2, 8, 1) # DC
print(res['result'])
test_circuit.draw_VA_plot('VA', I4, res)
def run_test_circuit_7(name):
I1 = CurrentSource('I1', [2, 0], 2, (2, 0.2, 0.1)) # 2 Ampere
R2 = Resistor('R2', [1, 0], 1) # 1 Ohm
L3 = Inductor('L3', [2, 0], 0.01, ) # 0.01 H # I_start = 0.
C4 = Capacitor('C4', [1, 2], 0.00001) # 0.00001 F #U_start = 0.
test_circuit = Circuit()
test_circuit.add_components([I1, R2, L3, C4])
res = test_circuit.solve_AC(0, 0.001, 0.000002)
test_circuit.print_results()
test_circuit.draw_plot(name, I1, res, 'I')
test_circuit.draw_plot(name, R2, res, 'V')
test_circuit.draw_plot(name, L3, res, 'V')
test_circuit.draw_plot(name, C4, res, 'I')
def run_test_circuit_5(name):
I2 = CurrentSource('I1', [0, 1], 2, (2, 0.23, 0.1)) # 2 Ampere
R1 = Resistor('R2', [1, 0], 10) # 1 Ohm
C3 = Capacitor('C3', [1, 0], 1e-6, 0) # 1e-6 F # U_start = 0 argument
test_circuit = Circuit()
test_circuit.add_components([R1, I2, C3])
# test_circuit.solve_DC() # DC
res = test_circuit.solve_AC(0, 1e-4, 0.5e-7) # AC
# print(res['result'])
test_circuit.print_results()
test_circuit.print_matrix()
test_circuit.draw_plot(name, I2, res, 'I')
test_circuit.draw_plot(name, R1, res, 'V')
test_circuit.draw_plot(name, C3, res, 'I')
# # # ########## #
# # # #
# #### ###### ######
# # I4 # # # # #
# #### # R2 # # R3 #
# # # # # #
# # ###### ######
# # # #
# # # #
# ########## 0 #############################
#
from resistor import Resistor
from conductivity import Conductor
from current_source import CurrentSource
from circuit import Circuit
if __name__ == '__main__':
R1 = Resistor('R1', [1, 0], 2) # 2 Ohm
R2 = Resistor('R2', [1, 2], 1) # 1 Ohm
R3 = Resistor('R3', [2, 0], 1) # 1 Ohm
I4 = CurrentSource('I4', [1, 0], 1) # 1 Ampere
test_circuit = Circuit()
test_circuit.add_components([R1, R2, R3, I4])
test_circuit.solve_DC('HM10')
test_circuit.print_matrix()
test_circuit.print_results('HM10')
# test_circuit.print()