def compute(self):
t0 = time()
self.resist = resist(self.field(), self.R1, self.R2)
self.solution = solve(self.resist)
# These are all PER VOLT
self.V = self.solution['V']
self.R = self.solution['R']
self.I = self.solution['I']
self.I_vect = self.solution['I_vect']
self.I_mag = self.solution['I_mag']
self.P = self.solution['P']
dt = time() - t0
self.computetime = dt
print('R = {}. {} seconds'.format(self.R, dt))
def compute(self, V_contact=1):
t0 = time()
computed = solve(self.resist(), V_contact)
# These are all PER VOLT
self.V = computed['V']
self.R = computed['R']
self.I = computed['I']
self.Ix = computed['Ix']
self.Iy = computed['Iy']
self.I_mag = computed['I_mag']
self.P = computed['P']
self.Emag = computed['E']
self.Ex = computed['Ex']
self.Ey = computed['Ey']
dt = time() - t0
self.computetime = dt
def compute(self, V_contact=1):
t0 = time()
# Approximate V_contact from number of pieces on the board
computed = solve(self.resist(), V_contact)
# These are all PER VOLT
self.V = computed['V']
self.R = computed['R']
self.I = computed['I']
self.Ix = computed['Ix']
self.Iy = computed['Iy']
self.I_mag = computed['I_mag']
self.P = computed['P']
self.Emag = computed['E']
self.Ex = computed['Ex']
self.Ey = computed['Ey']
dt = time() - t0
self.computetime = dt
print('Done. R = {}. {} seconds'.format(self.R, dt))
