from Common.Enumerations import PowerState
from Common.Enumerations import Transition
from Common.Enumerations import PowerState
from Common.Enumerations import Transition
from Common.Enumerations import Protocol
from Common.Enumerations import RailTestMode
# from Common.Enumerations import MeasurementItemType
# from Common.Enumerations import MeasurementItemUnit
from System import String, Char, Int32, UInt16, Boolean, Array, Byte, Double
from System.Collections.Generic import List
from System.Collections.Generic import Dictionary
gen = GeneratorAPI()
rails = gen.GetRails()
dat = DataAPI()
data = DataAPI()
display = DisplayAPI()
Measurment = MeasurementAPI()
#items = MeasurementItemsAPI()
from openpyxl.chart import (
ScatterChart,
Reference,
Series,
)
def vr14_3d(rail_name="VCCIN",
vout_list=[1.83, 1.73],
start_freq=1,
import clr, os, sys, time
import numpy as np
from instr.gpib_equip import SorensonMM2
import openpyxl
from openpyxl import load_workbook, Workbook
#sys.path.append(os.path.join(sys.path[0],'intel'))
from Common.APIs import DataAPI, DisplayAPI, MeasurementAPI, MeasurementItemsAPI, GeneratorAPI, VectorAPI
from Common.Models import TriggerModel, FanModel, RawDataModel, DataModel, DisplayModel
from Common.Enumerations import HorizontalScale, ScoplessChannel, Cursors, PowerState, Transition, Protocol, RailTestMode
generator_api = GeneratorAPI()
rails = generator_api.GetRails()
data_api = DataAPI()
display_api = DisplayAPI()
measurement_api = MeasurementAPI()
measurement_items_api = MeasurementItemsAPI()
vector_api = VectorAPI()
def define_rail_data(testrail):
rail = None
for r in list(generator_api.GetRails()):
if r.Name == testrail:
rail = r
if rail is None:
print(
'Test failed because the test rail could not be found. Please check the rail name.'
)
#from CommonBL import *
from Common.Enumerations import PowerState
from Common.Enumerations import Transition
from Common.Enumerations import PowerState
from Common.Enumerations import Transition
from Common.Enumerations import Protocol
from Common.Enumerations import RailTestMode
from Common.Enumerations import ScoplessChannel
from System import String, Char, Int32, UInt16, Boolean, Array, Byte, Double
from System.Collections.Generic import List
from System.Collections.Generic import Dictionary
gen = GeneratorAPI()
rails = gen.GetRails()
data = DataAPI()
display = DisplayAPI()
Measurment = MeasurementAPI()
vector = VectorAPI()
mn = MainAPI()
##Set-up Excel #########
wb = Workbook()
ws1 = wb.create_sheet(title="Load Test", index=1)
from openpyxl.chart import (
ScatterChart,
Reference,
Series,
)
# Author - G.Kidwell.
#
# 12/2/20 - Modified from Intel Preemptive_SVID_Example.py
#
import clr,sys,os,time,openpyxl
#sys.path.append(r'C:\Users\gkidw\Gen5_python36_32\GEN5\PythonScripts')
sys.path.append(os.path.join(sys.path[0],'intel'))
from Common.APIs import DataAPI, VectorAPI, MainAPI, DisplayAPI, MeasurementAPI, GeneratorAPI
from Common.Enumerations import HorizontalScale, ScoplessChannel, Transition, SVIDCMD, SVIDBURSTTRIGGER
generator_api = GeneratorAPI(); display_api = DisplayAPI()
data_api = DataAPI(); measurement_api = MeasurementAPI()
vector_api = VectorAPI(); main_api = MainAPI()
def setup_tool_display(testrail,startvoltage,testcurrent):
generator_api.AssignRailToDriveOne(testrail)
display_api.Ch1_2Rail(testrail)
display_api.DisplayDigitalSignal("SVID1ALERT")
display_api.DisplayDigitalSignal("CSO1#")
display_api.SetChannel(ScoplessChannel.Ch1, True)
display_api.SetChannel(ScoplessChannel.Ch2, True)
display_api.SetHorizontalScale(HorizontalScale.Scale20us)
max_voltage = max(startvoltage,0)
min_voltage = 0
display_api.SetVerticalVoltageScale(min_voltage * 0.8, max_voltage * 1.2)
display_api.SetVerticalCurrentScale(testcurrent * .8, testcurrent * 1.2)
def setup_initial_voltage_and_current(testrail,startvoltage,testcurrent):
low_current = 38 # Low current level (A)
duty_cycle = 32 # Duty cycle (%)
start_frequency = 1 # Start frequency (kHz)
end_frequency = 1000 # End frequency (kHz)
drive_rise_time = 100
drive_fall_time = 100
samples_per_decade = 50
num_decades = log10(end_frequency) - log10(start_frequency)
frequency_list = numpy.logspace(log10(start_frequency), log10(end_frequency),
int(num_decades * samples_per_decade), True)
# frequency_list = [10,20,30,123] # Can specify frequencies explicitly
generator_api = GeneratorAPI()
rails = generator_api.GetRails()
data_api = DataAPI()
display_api = DisplayAPI()
measurement_api = MeasurementAPI()
measurement_items_api = MeasurementItemsAPI()
# Set-up Excel #########
wb = Workbook()
ws1 = wb.create_sheet(title="Load Test", index=1)
file_name = os.path.join(
sys.path[0],
'FDIM' + time.strftime("_%j_%M_%S", time.localtime()) + ".xlsx")
# End Of imports
print(
"##############################################################################"
)
from Common.Enumerations import Cursors
from Common.APIs import MeasurementAPI
from Common.APIs import GeneratorAPI
from Common.Enumerations import PowerState
from Common.Enumerations import Transition
from Common.Enumerations import Protocol
from Common.Enumerations import RailTestMode
from Common.Enumerations import FRAME
from Common.Enumerations import SVIDBURSTTRIGGER
from Common.Enumerations import ScoplessChannel
from System import String, Char, Int32, UInt16, Boolean, Array, Byte, Double
from System.Collections.Generic import List
gen = GeneratorAPI()
display = DisplayAPI()
data = DataAPI()
Meas = MeasurementAPI()
vector = VectorAPI()
api = MainAPI()
def Load_All_Vectors_function(repeat=0, svid_bus=0):
vector.LoadAllVectors(repeat, svid_bus)
def PrintVector(index, SVID_address, SVID_command, SVID_payload, SVID_delay,
Vector_active):
if Vector_active == 1:
print(index + 1, '\t', SVID_address, '\t', SVID_command, '\t',
hex(SVID_payload), '\t', SVID_delay)
else:
# Author - G.Kidwell.
#
# 12/2/20 - Modified from Intel Preemptive_SVID_Example.py
#
import clr, sys, os, time, openpyxl
#sys.path.append(r'C:\Users\gkidw\Gen5_python36_32\GEN5\PythonScripts')
sys.path.append(os.path.join(sys.path[0], 'intel'))
from Common.APIs import DataAPI, VectorAPI, MainAPI, DisplayAPI, MeasurementAPI, GeneratorAPI
from Common.Enumerations import HorizontalScale, ScoplessChannel, Transition, SVIDCMD, SVIDBURSTTRIGGER
generator_api = GeneratorAPI()
display_api = DisplayAPI()
data_api = DataAPI()
measurement_api = MeasurementAPI()
vector_api = VectorAPI()
main_api = MainAPI()
def setup_tool_display(testrail, startvoltage, testcurrent):
generator_api.AssignRailToDriveOne(testrail)
display_api.Ch1_2Rail(testrail)
display_api.DisplayDigitalSignal("SVID1ALERT")
display_api.DisplayDigitalSignal("CSO1#")
display_api.SetChannel(ScoplessChannel.Ch1, True)
display_api.SetChannel(ScoplessChannel.Ch2, True)
display_api.SetHorizontalScale(HorizontalScale.Scale20us)
max_voltage = max(startvoltage, 0)
min_voltage = 0
from Common.Enumerations import VECTORINDEX
from Common.Enumerations import FRAME
from Common.Enumerations import SVIDCMD
from Common.Enumerations import SPARITY
from Common.Enumerations import VSTATUS
from Common.Enumerations import DACTRIGCHN
from Common.Enumerations import SVIDBUSVECTORS
from Common.Enumerations import SVIDBURSTTRIGGER
#from CommonBL import *
from System import String, Char, Int32, UInt16, Boolean, Array, Byte, Double
from System.Collections.Generic import List
gen = GeneratorAPI()
display = DisplayAPI()
data = DataAPI()
meas = MeasurementAPI()
vector = VectorAPI()
api = MainAPI()
########## End of imports
print(
"##############################################################################"
)
print(
"------------------------------------------------------------------------------"
)
print(
" Vector PS Transition "
)
print(