diff --git a/ADAR_pyadi_functions.py b/ADAR_pyadi_functions.py
deleted file mode 100644
index 9aea940..0000000
--- a/ADAR_pyadi_functions.py
+++ /dev/null
@@ -1,117 +0,0 @@
-# ADAR_functions.py
-
-import pickle
-import numpy as np
-
-verbose = True
-
-
-def ADAR_init(beam):
-    # Initialize the ADAR1000
-    beam.reset()  # Performs a soft reset of the device (writes 0x81 to reg 0x00)
-    beam._ctrl.reg_write(
-        0x400, 0x55
-    )  # This trims the LDO value to approx. 1.8V (to the center of its range)
-
-    beam.sequencer_enable = False
-    beam.beam_mem_enable = False  # RAM control vs SPI control of the beam state, reg 0x38, bit 6.  False sets bit high and SPI control
-    beam.bias_mem_enable = False  # RAM control vs SPI control of the bias state, reg 0x38, bit 5.  False sets bit high and SPI control
-    beam.pol_state = False  # Polarity switch state, reg 0x31, bit 0. True outputs -5V, False outputs 0V
-    beam.pol_switch_enable = (
-        False  # Enables switch driver for ADTR1107 switch, reg 0x31, bit 3
-    )
-    beam.tr_source = "spi"  # TR source for chip, reg 0x31 bit 2.  'external' sets bit high, 'spi' sets bit low
-    beam.tr_spi = (
-        "rx"  # TR SPI control, reg 0x31 bit 1.  'tx' sets bit high, 'rx' sets bit low
-    )
-    beam.tr_switch_enable = True  # Switch driver for external switch, reg0x31, bit 4
-    beam.external_tr_polarity = True  # Sets polarity of TR switch compared to TR state of ADAR1000.  True outputs 0V in Rx mode
-
-    beam.rx_vga_enable = True  # Enables Rx VGA, reg 0x2E, bit 0.
-    beam.rx_vm_enable = True  # Enables Rx VGA, reg 0x2E, bit 1.
-    beam.rx_lna_enable = True  # Enables Rx LNA, reg 0x2E, bit 2.
-    beam.rx_lna_bias_current = 8  # Sets the LNA bias to the middle of its range
-    beam.rx_vga_vm_bias_current = 22  # Sets the VGA and vector modulator bias.
-
-
-def ADAR_update_Rx(beam):
-    beam.latch_rx_settings()  # Loads Rx vectors from SPI.  Writes 0x01 to reg 0x28.
-
-
-def ADAR_update_Tx(beam):
-    beam.latch_tx_settings()  # Loads Tx vectors from SPI.  Writes 0x02 to reg 0x28.
-
-
-def ADAR_set_mode(beam, mode):
-    if mode == "rx":
-        # Configure the device for Rx mode
-        beam.mode = (
-            "rx"  # Mode of operation, bit 5 of reg 0x31. "rx", "tx", or "disabled"
-        )
-        # print("When TR pin is low, ADAR1000 is in Rx mode.")
-        # beam._ctrl.reg_write(0x031, 180)   #Enables T/R switch control.  When TR is low, ADAR1000 is Rx mode
-        SELF_BIASED_LNAs = True
-        if SELF_BIASED_LNAs:
-            beam.lna_bias_out_enable = False  # Allow the external LNAs to self-bias
-        else:
-            beam.lna_bias_on = -0.7  # Set the external LNA bias
-        # Enable the Rx path for each channel
-        for channel in beam.channels:
-            channel.rx_enable = True
-
-
-def ADAR_set_Taper(array, gainList):
-    for index, element in enumerate(array.elements.values()):
-        element.rx_gain = int(gainList[index] * 127 / 100 * gcal[index])
-        element.rx_attenuator = not bool(gainList[index])
-    array.latch_rx_settings()
-
-
-def ADAR_set_Phase(
-    array,
-    PhDelta,
-    phase_step_size,
-    phaseList
-):
-    for index, element in enumerate(array.elements.values()):
-        element.rx_phase = (
-            (np.rint(PhDelta * index / phase_step_size) * phase_step_size) + phaseList[index] + pcal[index]
-        ) % 360
-    array.latch_rx_settings()
-
-
-def load_gain_cal(filename="gain_cal_val.pkl"):
-    """ Load gain calibrated value, if not calibrated set all channel gain to maximum.
-        parameters:
-            filename: type=string
-                      Provide path of gain calibration file
-    """
-    try:
-        with open(filename, "rb") as file1:
-            return pickle.load(file1)  # Load gain cal values
-    except FileNotFoundError:
-        print("file not found, loading default (all gain at maximum)")
-        return [1.0] * 8  # .append(0x7F)
-
-
-def load_phase_cal(filename="phase_cal_val.pkl"):
-    """ Load phase calibrated value, if not calibrated set all channel phase correction to 0.
-        parameters:
-            filename: type=string
-                      Provide path of phase calibration file
-    """
-
-    try:
-        with open(filename, "rb") as file:
-            return pickle.load(file)  # Load gain cal values
-    except FileNotFoundError:
-        print("file not found, loading default (no phase shift)")
-        return [0.0] * 8  # .append(0)  # if it fails load default value i.e. 0
-
-
-gcal = load_gain_cal()
-pcal = load_phase_cal()
-
-if verbose == True:
-    print("Gain cal: ", gcal)
-    print("Phase cal: ", pcal)