axes1.set_ylim([.6, 1.5*max(y)])
axes1.tick_params(axis='both', labelsize=8)
axes1.grid(True, color='.6', dashes=(5,2,1,2))
axes1.set_facecolor('#F8F8F8')
# plt.show()
filename = f'./dubScripts/plots/{i:02d}_vt_curve_dly_{delay}ms.png'
fig1.savefig(filename, dpi=200)
# import os
# print(os.getcwd())
# os.chdir('./dubScripts/plots')
# print(os.getcwd())
comm = boardcom.BoardComm() # create an instance of class BoardComm
portList = comm.findPorts()
print(portList)
connectedPort = portList[0]
comm.connect(connectedPort)
print('Connection established...')
start_addr = 0x0
end_addr = start_addr + 0x1000
numbytes = end_addr - start_addr
num_erase = 10 # number of times a block of memory is erased
block_size = 4 # must be 4, 32 or 64
for i in range(num_erase):
du.block_erase(comm, block_size=block_size, start_addr=start_addr, num_blocks=1, trig=False, echo=0)
[start_addressN, lengthN, patternN, incrementN]]
Returns: the total programming time
"""
prog_time = 0
for param in params:
start_addr = param[0]
length = param[1]
pattern = param[2]
# print(start_addr, length, pattern)
prog_time += page_program(comm, start_addr, length, pattern, echo=0)
return prog_time
if __name__ == '__main__':
# ***** Connect
comm = boardcom.BoardComm()
comPort = comm.find_and_connect(echo=1)
# Testing functions
# DBG = 0
# if DBG:
# cfg = get_config(comm)
# print(cfg)
# DBG = 0
# if DBG:
# print(get_part_number(comm))
# print('*****')
# get_version(comm, echo=1)
# print('*****')
# print(get_version(comm, echo=0))