def __init__(self, angle_s = 0, angle_e = 360, angle_n = 100):
self.proj = get_active_project() #Get file
self.design = get_active_design() #get active design in file
self.name = self.design.get_setup_names() #get solution setup name
self.setup = self.design.get_setup(self.name[0])
self.angles = np.linspace(angle_s, angle_e, angle_n) #set up angles
self.capacitance = [] #Array of capacitances
self.voltage = [] #Array of voltages
self.inductance = [] #arry of inductance
self.current = []
try:
self.solutions = self.setup.get_solutions() #check if solns exist
self.eigenmodes = self.solutions.eigenmodes() #obtain eigenmodes
except:
print "Analyzing Geometry... this might take a while"
self.setup.analyze() #if no solutions, Analyze
self.solutions = self.setup.get_solutions()
self.eigenmodes = self.solutions.eigenmodes()
def __init__(self, angle_s = 0, angle_e = 360, angle_n = 100):
self.proj = get_active_project()
self.design = get_active_design()
self.name = self.design.get_setup_names()
self.setup = self.design.get_setup(self.name[0])
self.angles = np.linspace(angle_s, angle_e, angle_n)
self.capacitance = []
self.voltage = []
self.inductance = []
self.current = []
try:
self.solutions = self.setup.get_solutions()
self.eigenmodes = self.solutions.eigenmodes()
except:
print "Analyzing Geometry... this might take a while"
self.setup.analyze()
self.solutions = self.setup.get_solutions()
self.eigenmodes = self.solutions.eigenmodes()
from hfss import get_active_project
import bbq
import matplotlib.pyplot as plt
import numpy as np
from scipy.constants import *
plt.close('all')
project = get_active_project()
design = project.get_design("Design")
bbq_exp = bbq.Bbq(project, design, append_analysis=False, calculate_H=True)
bbq_exp.do_bbq("LJ", surface=True, seams=["seam1"])
#bbq_exp.bbq_analysis.plot_Hparams()
#bbq_exp.get_Qseam_sweep('seam1', 0, '0', 'seamz',np.linspace(0,35,36), 'mm')
#for k in range(39):
# bbq_exp.get_Qseam('seam1', 0, str(k))
#ba=bbq_exp.bbq_analysis
#bbq_exp.bbq_analysis.print_Hparams(variation='0',modes=[0,1,2])
#data_filename = r'Y:\Data\PumpingCats\HFSS\Analyzed\2015-10-02_closerPads\Dump1\Dump1_20151014_204956.hdf5'
#bbq_analysis_exp = bbq.BbqAnalysis(data_filename)
#fig, ax = bbq_analysis_exp.plot_Hparams(variable_name='_$r_pad')
#bbq_analysis_exp.plot_Hparams(variable_name='_$LJ_Dump')
