gammaray2usb/kicad6/gammaray2usb.kicad_sch

(kicad_sch (version 20211123) (generator eeschema)

  (uuid 861f2d69-fe41-4418-b7af-dad21ccba8dd)

  (paper "USLetter")

  (title_block
    (title "gammaray2usb")
    (date "2021-12-27")
    (rev "0.3")
    (company "Fork Sand, Inc.")
  )

  (lib_symbols
    (symbol "Amplifier_Operational:LM358" (pin_names (offset 0.127)) (in_bom yes) (on_board yes)
      (property "Reference" "U" (id 0) (at 0 5.08 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Value" "LM358" (id 1) (at 0 -5.08 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Footprint" "" (id 2) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" "http://www.ti.com/lit/ds/symlink/lm2904-n.pdf" (id 3) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_locked" "" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)))
      )
      (property "ki_keywords" "dual opamp" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Low-Power, Dual Operational Amplifiers, DIP-8/SOIC-8/TO-99-8" (id 6) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_fp_filters" "SOIC*3.9x4.9mm*P1.27mm* DIP*W7.62mm* TO*99* OnSemi*Micro8* TSSOP*3x3mm*P0.65mm* TSSOP*4.4x3mm*P0.65mm* MSOP*3x3mm*P0.65mm* SSOP*3.9x4.9mm*P0.635mm* LFCSP*2x2mm*P0.5mm* *SIP* SOIC*5.3x6.2mm*P1.27mm*" (id 7) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "LM358_1_1"
        (polyline
          (pts
            (xy -5.08 5.08)
            (xy 5.08 0)
            (xy -5.08 -5.08)
            (xy -5.08 5.08)
          )
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type background))
        )
        (pin output line (at 7.62 0 180) (length 2.54)
          (name "~" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
        (pin input line (at -7.62 -2.54 0) (length 2.54)
          (name "-" (effects (font (size 1.27 1.27))))
          (number "2" (effects (font (size 1.27 1.27))))
        )
        (pin input line (at -7.62 2.54 0) (length 2.54)
          (name "+" (effects (font (size 1.27 1.27))))
          (number "3" (effects (font (size 1.27 1.27))))
        )
      )
      (symbol "LM358_2_1"
        (polyline
          (pts
            (xy -5.08 5.08)
            (xy 5.08 0)
            (xy -5.08 -5.08)
            (xy -5.08 5.08)
          )
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type background))
        )
        (pin input line (at -7.62 2.54 0) (length 2.54)
          (name "+" (effects (font (size 1.27 1.27))))
          (number "5" (effects (font (size 1.27 1.27))))
        )
        (pin input line (at -7.62 -2.54 0) (length 2.54)
          (name "-" (effects (font (size 1.27 1.27))))
          (number "6" (effects (font (size 1.27 1.27))))
        )
        (pin output line (at 7.62 0 180) (length 2.54)
          (name "~" (effects (font (size 1.27 1.27))))
          (number "7" (effects (font (size 1.27 1.27))))
        )
      )
      (symbol "LM358_3_1"
        (pin power_in line (at -2.54 -7.62 90) (length 3.81)
          (name "V-" (effects (font (size 1.27 1.27))))
          (number "4" (effects (font (size 1.27 1.27))))
        )
        (pin power_in line (at -2.54 7.62 270) (length 3.81)
          (name "V+" (effects (font (size 1.27 1.27))))
          (number "8" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "Analog_Switch:TS5A3166DBVR" (pin_names (offset 0.127)) (in_bom yes) (on_board yes)
      (property "Reference" "U" (id 0) (at -3.81 6.35 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Value" "TS5A3166DBVR" (id 1) (at 3.81 -6.35 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Footprint" "Package_TO_SOT_SMD:SOT-23-5" (id 2) (at -1.27 -3.81 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" " http://www.ti.com/lit/ds/symlink/ts5a3166.pdf" (id 3) (at 0 2.54 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_keywords" "Analog Switch SPST" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Single SPST Analog Switch, 5-V/3.3-V, normally OFF, 0.9Ohm Ron, SOT-23-5" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_fp_filters" "SOT?23*" (id 6) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "TS5A3166DBVR_0_1"
        (polyline
          (pts
            (xy -5.08 -2.54)
            (xy -3.302 -2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -3.048 -2.54)
            (xy -2.794 -2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -2.54 -2.54)
            (xy -2.286 -2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -2.032 -2.54)
            (xy -1.778 -2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -1.524 -2.54)
            (xy -1.27 -2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -1.016 -2.54)
            (xy -0.762 -2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -0.508 -2.54)
            (xy -0.254 -2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 -2.032)
            (xy 0 -1.778)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 -1.524)
            (xy 0 -1.27)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
      )
      (symbol "TS5A3166DBVR_1_1"
        (rectangle (start -3.81 5.08) (end 3.81 -5.08)
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type background))
        )
        (circle (center -2.159 0) (radius 0.508)
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -5.08 0)
            (xy -2.794 0)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -2.286 0.635)
            (xy 1.905 1.905)
          )
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 -2.54)
            (xy 0 -2.286)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 -2.032)
            (xy 0 -1.778)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 -1.524)
            (xy 0 -1.27)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 -1.016)
            (xy 0 -0.762)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 -0.508)
            (xy 0 -0.254)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 0)
            (xy 0 0.508)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 0.254)
            (xy 0 1.27)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 5.08 0)
            (xy 2.794 0)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (circle (center 2.159 0) (radius 0.508)
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (pin passive line (at -7.62 0 0) (length 2.54)
          (name "~" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
        (pin passive line (at 7.62 0 180) (length 2.54)
          (name "~" (effects (font (size 1.27 1.27))))
          (number "2" (effects (font (size 1.27 1.27))))
        )
        (pin power_in line (at 2.54 -7.62 90) (length 2.54)
          (name "GND" (effects (font (size 0.762 0.762))))
          (number "3" (effects (font (size 1.27 1.27))))
        )
        (pin input line (at -7.62 -2.54 0) (length 2.54)
          (name "~" (effects (font (size 1.27 1.27))))
          (number "4" (effects (font (size 1.27 1.27))))
        )
        (pin power_in line (at 2.54 7.62 270) (length 2.54)
          (name "V+" (effects (font (size 0.762 0.762))))
          (number "5" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "Device:Buzzer" (pin_names (offset 0.0254) hide) (in_bom yes) (on_board yes)
      (property "Reference" "BZ" (id 0) (at 3.81 1.27 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Value" "Buzzer" (id 1) (at 3.81 -1.27 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Footprint" "" (id 2) (at -0.635 2.54 90)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" "~" (id 3) (at -0.635 2.54 90)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_keywords" "quartz resonator ceramic" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Buzzer, polarized" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_fp_filters" "*Buzzer*" (id 6) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "Buzzer_0_1"
        (arc (start 0 -3.175) (mid 3.175 0) (end 0 3.175)
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -1.651 1.905)
            (xy -1.143 1.905)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -1.397 2.159)
            (xy -1.397 1.651)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 3.175)
            (xy 0 -3.175)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
      )
      (symbol "Buzzer_1_1"
        (pin passive line (at -2.54 2.54 0) (length 2.54)
          (name "-" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
        (pin passive line (at -2.54 -2.54 0) (length 2.54)
          (name "+" (effects (font (size 1.27 1.27))))
          (number "2" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "Device:C_Polarized" (pin_numbers hide) (pin_names (offset 0.254)) (in_bom yes) (on_board yes)
      (property "Reference" "C" (id 0) (at 0.635 2.54 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Value" "C_Polarized" (id 1) (at 0.635 -2.54 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Footprint" "" (id 2) (at 0.9652 -3.81 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" "~" (id 3) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_keywords" "cap capacitor" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Polarized capacitor" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_fp_filters" "CP_*" (id 6) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "C_Polarized_0_1"
        (rectangle (start -2.286 0.508) (end 2.286 1.016)
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -1.778 2.286)
            (xy -0.762 2.286)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -1.27 2.794)
            (xy -1.27 1.778)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (rectangle (start 2.286 -0.508) (end -2.286 -1.016)
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type outline))
        )
      )
      (symbol "C_Polarized_1_1"
        (pin passive line (at 0 3.81 270) (length 2.794)
          (name "~" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
        (pin passive line (at 0 -3.81 90) (length 2.794)
          (name "~" (effects (font (size 1.27 1.27))))
          (number "2" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "Device:LED" (pin_numbers hide) (pin_names (offset 1.016) hide) (in_bom yes) (on_board yes)
      (property "Reference" "D" (id 0) (at 0 2.54 0)
        (effects (font (size 1.27 1.27)))
      )
      (property "Value" "LED" (id 1) (at 0 -2.54 0)
        (effects (font (size 1.27 1.27)))
      )
      (property "Footprint" "" (id 2) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" "~" (id 3) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_keywords" "LED diode" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Light emitting diode" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_fp_filters" "LED* LED_SMD:* LED_THT:*" (id 6) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "LED_0_1"
        (polyline
          (pts
            (xy -1.27 -1.27)
            (xy -1.27 1.27)
          )
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -1.27 0)
            (xy 1.27 0)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 1.27 -1.27)
            (xy 1.27 1.27)
            (xy -1.27 0)
            (xy 1.27 -1.27)
          )
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -3.048 -0.762)
            (xy -4.572 -2.286)
            (xy -3.81 -2.286)
            (xy -4.572 -2.286)
            (xy -4.572 -1.524)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -1.778 -0.762)
            (xy -3.302 -2.286)
            (xy -2.54 -2.286)
            (xy -3.302 -2.286)
            (xy -3.302 -1.524)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
      )
      (symbol "LED_1_1"
        (pin passive line (at -3.81 0 0) (length 2.54)
          (name "K" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
        (pin passive line (at 3.81 0 180) (length 2.54)
          (name "A" (effects (font (size 1.27 1.27))))
          (number "2" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "Device:R" (pin_numbers hide) (pin_names (offset 0)) (in_bom yes) (on_board yes)
      (property "Reference" "R" (id 0) (at 2.032 0 90)
        (effects (font (size 1.27 1.27)))
      )
      (property "Value" "R" (id 1) (at 0 0 90)
        (effects (font (size 1.27 1.27)))
      )
      (property "Footprint" "" (id 2) (at -1.778 0 90)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" "~" (id 3) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_keywords" "R res resistor" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Resistor" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_fp_filters" "R_*" (id 6) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "R_0_1"
        (rectangle (start -1.016 -2.54) (end 1.016 2.54)
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
      )
      (symbol "R_1_1"
        (pin passive line (at 0 3.81 270) (length 1.27)
          (name "~" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
        (pin passive line (at 0 -3.81 90) (length 1.27)
          (name "~" (effects (font (size 1.27 1.27))))
          (number "2" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "Device:R_Potentiometer" (pin_names (offset 1.016) hide) (in_bom yes) (on_board yes)
      (property "Reference" "RV" (id 0) (at -4.445 0 90)
        (effects (font (size 1.27 1.27)))
      )
      (property "Value" "R_Potentiometer" (id 1) (at -2.54 0 90)
        (effects (font (size 1.27 1.27)))
      )
      (property "Footprint" "" (id 2) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" "~" (id 3) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_keywords" "resistor variable" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Potentiometer" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_fp_filters" "Potentiometer*" (id 6) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "R_Potentiometer_0_1"
        (polyline
          (pts
            (xy 2.54 0)
            (xy 1.524 0)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 1.143 0)
            (xy 2.286 0.508)
            (xy 2.286 -0.508)
            (xy 1.143 0)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type outline))
        )
        (rectangle (start 1.016 2.54) (end -1.016 -2.54)
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
      )
      (symbol "R_Potentiometer_1_1"
        (pin passive line (at 0 3.81 270) (length 1.27)
          (name "1" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
        (pin passive line (at 3.81 0 180) (length 1.27)
          (name "2" (effects (font (size 1.27 1.27))))
          (number "2" (effects (font (size 1.27 1.27))))
        )
        (pin passive line (at 0 -3.81 90) (length 1.27)
          (name "3" (effects (font (size 1.27 1.27))))
          (number "3" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "Sensor_Optical:BPW34" (pin_numbers hide) (pin_names (offset 1.016) hide) (in_bom yes) (on_board yes)
      (property "Reference" "D" (id 0) (at 0.508 1.778 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Value" "BPW34" (id 1) (at -1.016 -2.794 0)
        (effects (font (size 1.27 1.27)))
      )
      (property "Footprint" "OptoDevice:Osram_DIL2_4.3x4.65mm_P5.08mm" (id 2) (at 0 4.445 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" "http://www.vishay.com/docs/81521/bpw34.pdf" (id 3) (at -1.27 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_keywords" "opto PIN photodiode" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Silicon PIN Photodiode" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_fp_filters" "Osram*DIL2*4.3x4.65mm*P5.08*" (id 6) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "BPW34_0_1"
        (polyline
          (pts
            (xy -2.54 1.27)
            (xy -2.54 -1.27)
          )
          (stroke (width 0.1524) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -2.032 1.778)
            (xy -1.524 1.778)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 -1.27)
            (xy 0 1.27)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 0)
            (xy -2.54 0)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -0.508 3.302)
            (xy -2.032 1.778)
            (xy -2.032 2.286)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 1.27)
            (xy -2.54 0)
            (xy 0 -1.27)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0.762 3.302)
            (xy -0.762 1.778)
            (xy -0.762 2.286)
            (xy -0.762 1.778)
            (xy -0.254 1.778)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
      )
      (symbol "BPW34_1_1"
        (pin passive line (at -5.08 0 0) (length 2.54)
          (name "K" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
        (pin passive line (at 2.54 0 180) (length 2.54)
          (name "A" (effects (font (size 1.27 1.27))))
          (number "2" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "Transistor_BJT:2N3904" (pin_names (offset 0) hide) (in_bom yes) (on_board yes)
      (property "Reference" "Q" (id 0) (at 5.08 1.905 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Value" "2N3904" (id 1) (at 5.08 0 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Footprint" "Package_TO_SOT_THT:TO-92_Inline" (id 2) (at 5.08 -1.905 0)
        (effects (font (size 1.27 1.27) italic) (justify left) hide)
      )
      (property "Datasheet" "https://www.onsemi.com/pub/Collateral/2N3903-D.PDF" (id 3) (at 0 0 0)
        (effects (font (size 1.27 1.27)) (justify left) hide)
      )
      (property "ki_keywords" "NPN Transistor" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "0.2A Ic, 40V Vce, Small Signal NPN Transistor, TO-92" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_fp_filters" "TO?92*" (id 6) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "2N3904_0_1"
        (polyline
          (pts
            (xy 0.635 0.635)
            (xy 2.54 2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0.635 -0.635)
            (xy 2.54 -2.54)
            (xy 2.54 -2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0.635 1.905)
            (xy 0.635 -1.905)
            (xy 0.635 -1.905)
          )
          (stroke (width 0.508) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 1.27 -1.778)
            (xy 1.778 -1.27)
            (xy 2.286 -2.286)
            (xy 1.27 -1.778)
            (xy 1.27 -1.778)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type outline))
        )
        (circle (center 1.27 0) (radius 2.8194)
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
      )
      (symbol "2N3904_1_1"
        (pin passive line (at 2.54 -5.08 90) (length 2.54)
          (name "E" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
        (pin passive line (at -5.08 0 0) (length 5.715)
          (name "B" (effects (font (size 1.27 1.27))))
          (number "2" (effects (font (size 1.27 1.27))))
        )
        (pin passive line (at 2.54 5.08 270) (length 2.54)
          (name "C" (effects (font (size 1.27 1.27))))
          (number "3" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "Transistor_FET:2N7000" (pin_names hide) (in_bom yes) (on_board yes)
      (property "Reference" "Q" (id 0) (at 5.08 1.905 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Value" "2N7000" (id 1) (at 5.08 0 0)
        (effects (font (size 1.27 1.27)) (justify left))
      )
      (property "Footprint" "Package_TO_SOT_THT:TO-92_Inline" (id 2) (at 5.08 -1.905 0)
        (effects (font (size 1.27 1.27) italic) (justify left) hide)
      )
      (property "Datasheet" "https://www.onsemi.com/pub/Collateral/NDS7002A-D.PDF" (id 3) (at 0 0 0)
        (effects (font (size 1.27 1.27)) (justify left) hide)
      )
      (property "ki_keywords" "N-Channel MOSFET Logic-Level" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "0.2A Id, 200V Vds, N-Channel MOSFET, 2.6V Logic Level, TO-92" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_fp_filters" "TO?92*" (id 6) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "2N7000_0_1"
        (polyline
          (pts
            (xy 0.254 0)
            (xy -2.54 0)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0.254 1.905)
            (xy 0.254 -1.905)
          )
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0.762 -1.27)
            (xy 0.762 -2.286)
          )
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0.762 0.508)
            (xy 0.762 -0.508)
          )
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0.762 2.286)
            (xy 0.762 1.27)
          )
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 2.54 2.54)
            (xy 2.54 1.778)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 2.54 -2.54)
            (xy 2.54 0)
            (xy 0.762 0)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0.762 -1.778)
            (xy 3.302 -1.778)
            (xy 3.302 1.778)
            (xy 0.762 1.778)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 1.016 0)
            (xy 2.032 0.381)
            (xy 2.032 -0.381)
            (xy 1.016 0)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type outline))
        )
        (polyline
          (pts
            (xy 2.794 0.508)
            (xy 2.921 0.381)
            (xy 3.683 0.381)
            (xy 3.81 0.254)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 3.302 0.381)
            (xy 2.921 -0.254)
            (xy 3.683 -0.254)
            (xy 3.302 0.381)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (circle (center 1.651 0) (radius 2.794)
          (stroke (width 0.254) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (circle (center 2.54 -1.778) (radius 0.254)
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type outline))
        )
        (circle (center 2.54 1.778) (radius 0.254)
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type outline))
        )
      )
      (symbol "2N7000_1_1"
        (pin passive line (at 2.54 -5.08 90) (length 2.54)
          (name "S" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
        (pin input line (at -5.08 0 0) (length 2.54)
          (name "G" (effects (font (size 1.27 1.27))))
          (number "2" (effects (font (size 1.27 1.27))))
        )
        (pin passive line (at 2.54 5.08 270) (length 2.54)
          (name "D" (effects (font (size 1.27 1.27))))
          (number "3" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "power:+9V" (power) (pin_names (offset 0)) (in_bom yes) (on_board yes)
      (property "Reference" "#PWR" (id 0) (at 0 -3.81 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Value" "+9V" (id 1) (at 0 3.556 0)
        (effects (font (size 1.27 1.27)))
      )
      (property "Footprint" "" (id 2) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" "" (id 3) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_keywords" "power-flag" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Power symbol creates a global label with name \"+9V\"" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "+9V_0_1"
        (polyline
          (pts
            (xy -0.762 1.27)
            (xy 0 2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 0)
            (xy 0 2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 2.54)
            (xy 0.762 1.27)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
      )
      (symbol "+9V_1_1"
        (pin power_in line (at 0 0 90) (length 0) hide
          (name "+9V" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "power:GND" (power) (pin_names (offset 0)) (in_bom yes) (on_board yes)
      (property "Reference" "#PWR" (id 0) (at 0 -6.35 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Value" "GND" (id 1) (at 0 -3.81 0)
        (effects (font (size 1.27 1.27)))
      )
      (property "Footprint" "" (id 2) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" "" (id 3) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_keywords" "power-flag" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Power symbol creates a global label with name \"GND\" , ground" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "GND_0_1"
        (polyline
          (pts
            (xy 0 0)
            (xy 0 -1.27)
            (xy 1.27 -1.27)
            (xy 0 -2.54)
            (xy -1.27 -1.27)
            (xy 0 -1.27)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
      )
      (symbol "GND_1_1"
        (pin power_in line (at 0 0 270) (length 0) hide
          (name "GND" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "power:GNDREF" (power) (pin_names (offset 0)) (in_bom yes) (on_board yes)
      (property "Reference" "#PWR" (id 0) (at 0 -6.35 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Value" "GNDREF" (id 1) (at 0 -3.81 0)
        (effects (font (size 1.27 1.27)))
      )
      (property "Footprint" "" (id 2) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" "" (id 3) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_keywords" "power-flag" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Power symbol creates a global label with name \"GNDREF\" , reference supply ground" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "GNDREF_0_1"
        (polyline
          (pts
            (xy -0.635 -1.905)
            (xy 0.635 -1.905)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy -0.127 -2.54)
            (xy 0.127 -2.54)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 0 -1.27)
            (xy 0 0)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
        (polyline
          (pts
            (xy 1.27 -1.27)
            (xy -1.27 -1.27)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
      )
      (symbol "GNDREF_1_1"
        (pin power_in line (at 0 0 270) (length 0) hide
          (name "GNDREF" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
      )
    )
    (symbol "power:PWR_FLAG" (power) (pin_numbers hide) (pin_names (offset 0) hide) (in_bom yes) (on_board yes)
      (property "Reference" "#FLG" (id 0) (at 0 1.905 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Value" "PWR_FLAG" (id 1) (at 0 3.81 0)
        (effects (font (size 1.27 1.27)))
      )
      (property "Footprint" "" (id 2) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "Datasheet" "~" (id 3) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_keywords" "power-flag" (id 4) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (property "ki_description" "Special symbol for telling ERC where power comes from" (id 5) (at 0 0 0)
        (effects (font (size 1.27 1.27)) hide)
      )
      (symbol "PWR_FLAG_0_0"
        (pin power_out line (at 0 0 90) (length 0)
          (name "pwr" (effects (font (size 1.27 1.27))))
          (number "1" (effects (font (size 1.27 1.27))))
        )
      )
      (symbol "PWR_FLAG_0_1"
        (polyline
          (pts
            (xy 0 0)
            (xy 0 1.27)
            (xy -1.016 1.905)
            (xy 0 2.54)
            (xy 1.016 1.905)
            (xy 0 1.27)
          )
          (stroke (width 0) (type default) (color 0 0 0 0))
          (fill (type none))
        )
      )
    )
  )


  (junction (at 48.26 69.85) (diameter 0) (color 0 0 0 0)
    (uuid 0bc9ddab-a360-4348-b3ec-ff2764a1f5b1)
  )
  (junction (at 242.57 95.25) (diameter 0) (color 0 0 0 0)
    (uuid 1b9bf43e-97f6-46a4-9926-46cd2c293c29)
  )
  (junction (at 153.67 57.15) (diameter 0) (color 0 0 0 0)
    (uuid 1e22edd0-71b2-458b-bb6f-40f7e4fe1c7a)
  )
  (junction (at 166.37 160.02) (diameter 0) (color 0 0 0 0)
    (uuid 29283075-5103-4621-86ce-da1209607465)
  )
  (junction (at 48.26 95.25) (diameter 0) (color 0 0 0 0)
    (uuid 2a4b6fc5-71b0-4bcf-8d96-4b85719ca6c3)
  )
  (junction (at 125.73 31.75) (diameter 0) (color 0 0 0 0)
    (uuid 430ddd3d-3fa9-4bf0-8075-55f6a0017a33)
  )
  (junction (at 74.93 87.63) (diameter 0) (color 0 0 0 0)
    (uuid 4b4f1e32-3169-4d85-8bdf-fdf881bc6b10)
  )
  (junction (at 125.73 50.8) (diameter 0) (color 0 0 0 0)
    (uuid 5cf43895-6dba-4ed0-bcfe-073409525be1)
  )
  (junction (at 232.41 95.25) (diameter 0) (color 0 0 0 0)
    (uuid 6b13851e-db7a-4f9e-8c2d-322db467deb7)
  )
  (junction (at 181.61 85.09) (diameter 0) (color 0 0 0 0)
    (uuid 6b98ff3b-668f-4246-94b3-521f0c8d555a)
  )
  (junction (at 193.04 124.46) (diameter 0) (color 0 0 0 0)
    (uuid 9fbd4caf-e3b0-4466-ab3a-e81016f502ae)
  )
  (junction (at 217.17 140.97) (diameter 0) (color 0 0 0 0)
    (uuid a2276cf0-b5f2-42a7-8924-7a2263715091)
  )
  (junction (at 100.33 31.75) (diameter 0) (color 0 0 0 0)
    (uuid a9f635d2-aa06-4e9e-9d14-9c8b7321f20f)
  )
  (junction (at 74.93 69.85) (diameter 0) (color 0 0 0 0)
    (uuid ba389667-cb7b-4f01-8223-77cf99e2bc5d)
  )
  (junction (at 137.16 66.04) (diameter 0) (color 0 0 0 0)
    (uuid c7c57f9b-871a-4100-9a6a-8d43d3efc6ce)
  )
  (junction (at 63.5 110.49) (diameter 0) (color 0 0 0 0)
    (uuid ecd0c1ef-c372-4991-afa4-f46f61b65db5)
  )
  (junction (at 250.19 134.62) (diameter 0) (color 0 0 0 0)
    (uuid f97dccdf-aaa1-49b6-8b98-cbc41310a463)
  )

  (no_connect (at 204.47 85.09) (uuid 063ecfe4-d77a-4c57-b627-ba1d02bf91e7))

  (bus_entry (at 229.87 121.92) (size 2.54 2.54)
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid fe890506-bfc9-406a-9257-7c813c0c14ef)
  )

  (wire (pts (xy 137.16 66.04) (xy 137.16 72.39))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 027f01d2-824a-48ec-8dad-01946f65eee2)
  )
  (wire (pts (xy 181.61 85.09) (xy 201.93 85.09))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 056e377b-c70a-4fa8-8b51-f025ea8fd601)
  )
  (wire (pts (xy 156.21 82.55) (xy 153.67 82.55))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 05de424c-a29e-4b2b-b1ee-3b1707c5240d)
  )
  (wire (pts (xy 48.26 69.85) (xy 48.26 82.55))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 05e762ce-b5fe-4577-9be7-b1760c4da2a9)
  )
  (wire (pts (xy 100.33 55.88) (xy 100.33 69.85))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 0714a571-5854-4033-988e-a6b652790c03)
  )
  (wire (pts (xy 48.26 69.85) (xy 57.15 69.85))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 0b1db9a5-f6e6-4f9c-8e85-b3f89676ec11)
  )
  (wire (pts (xy 143.51 31.75) (xy 147.32 31.75))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 12010de5-ebdb-431b-83bf-f23d53fd8286)
  )
  (wire (pts (xy 153.67 36.83) (xy 161.29 36.83))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 1afd9b9b-0bd8-447c-a573-902508ffebae)
  )
  (wire (pts (xy 166.37 152.4) (xy 166.37 160.02))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 1b4eab16-e843-4ed4-aaa6-213adb94b57e)
  )
  (wire (pts (xy 217.17 140.97) (xy 229.87 140.97))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 1ced04b0-cc8e-4d5c-a428-d5393ae0773a)
  )
  (wire (pts (xy 100.33 69.85) (xy 74.93 69.85))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 2079fe13-7a82-4106-95c0-0d0a5ab835a7)
  )
  (wire (pts (xy 204.47 36.83) (xy 204.47 44.45))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 2b4d1772-b039-4ac7-8929-fac446d04229)
  )
  (wire (pts (xy 193.04 124.46) (xy 193.04 95.25))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 2f83ed68-f4cf-4356-b8b2-4c6a4e990e87)
  )
  (wire (pts (xy 242.57 134.62) (xy 250.19 134.62))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 30456d00-8d11-434e-8b7e-acf5db54280d)
  )
  (wire (pts (xy 222.25 124.46) (xy 232.41 124.46))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 3764ee8a-fef0-4e36-8a29-5a6bc2219016)
  )
  (wire (pts (xy 193.04 124.46) (xy 193.04 135.89))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 377c3330-fcde-4dc6-a5e2-7a69a42f7db9)
  )
  (wire (pts (xy 148.59 160.02) (xy 166.37 160.02))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 379c17a3-1f6e-486c-aef1-941eca0997b9)
  )
  (wire (pts (xy 242.57 95.25) (xy 232.41 95.25))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 3e6c70ac-53cb-4ee0-b002-686053f8975d)
  )
  (wire (pts (xy 166.37 152.4) (xy 189.23 152.4))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 457d6d31-0e7a-4a0d-be86-7094147194a9)
  )
  (wire (pts (xy 223.52 104.14) (xy 223.52 95.25))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 482a703e-a052-4aa0-a8f5-cb36f561f9b4)
  )
  (wire (pts (xy 48.26 95.25) (xy 48.26 102.87))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 4aee53dd-dbe7-43a1-873e-57c5c265d300)
  )
  (wire (pts (xy 125.73 31.75) (xy 125.73 36.83))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 4fe5ddb6-e58c-423d-888d-2179d8635c83)
  )
  (wire (pts (xy 193.04 95.25) (xy 194.31 95.25))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 5590c7a7-ec94-47dc-b7e4-4cc72c958781)
  )
  (wire (pts (xy 74.93 83.82) (xy 74.93 87.63))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 55be0233-b1c9-434f-8339-b4d1f52c00a1)
  )
  (wire (pts (xy 39.37 69.85) (xy 48.26 69.85))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 5745a909-7716-4861-a7b2-82f2c460d3f5)
  )
  (wire (pts (xy 137.16 66.04) (xy 147.32 66.04))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 57889529-cacf-4948-9415-276b36300fc7)
  )
  (wire (pts (xy 147.32 31.75) (xy 147.32 66.04))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 57fbb7cf-709b-4cfb-9a46-6b26ac1040ed)
  )
  (wire (pts (xy 248.92 115.57) (xy 248.92 119.38))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 5b991f8b-3d4d-4110-a3de-53374124f784)
  )
  (wire (pts (xy 196.85 152.4) (xy 217.17 152.4))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 5cdba82f-c5c8-4631-9e7d-5eb659550ac5)
  )
  (wire (pts (xy 107.95 50.8) (xy 125.73 50.8))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 5d18c12e-e912-48d1-8ed6-bc141bc202cc)
  )
  (wire (pts (xy 100.33 27.94) (xy 100.33 31.75))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 6316f6c2-2951-47a9-b2cb-4fa6721c3d5e)
  )
  (wire (pts (xy 74.93 87.63) (xy 74.93 90.17))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 64b5255a-ca27-4a59-956a-dd13d31495cb)
  )
  (wire (pts (xy 242.57 127) (xy 242.57 134.62))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 67bea634-ee9d-4488-82fc-31242a835ed3)
  )
  (wire (pts (xy 125.73 50.8) (xy 125.73 58.42))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 67c939de-54ee-44d5-a51a-0dd961f143e9)
  )
  (wire (pts (xy 168.91 36.83) (xy 186.69 36.83))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 695fd45d-2642-4a07-b11f-27bf6953be04)
  )
  (wire (pts (xy 201.93 104.14) (xy 223.52 104.14))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 6ae21a78-5edc-4db4-9ed4-00f2043d7418)
  )
  (wire (pts (xy 248.92 119.38) (xy 251.46 119.38))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 6c57581e-8826-4738-9cbf-c8d3299ec595)
  )
  (wire (pts (xy 64.77 69.85) (xy 74.93 69.85))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 6fdccdf4-aa41-4c2d-a9b7-c57664e009ff)
  )
  (wire (pts (xy 125.73 31.75) (xy 135.89 31.75))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 739b7503-e5c9-4467-a6f1-78ce0f2fb5b2)
  )
  (wire (pts (xy 181.61 57.15) (xy 181.61 85.09))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 775ea259-8a85-43d7-b727-efecbafe21ad)
  )
  (wire (pts (xy 242.57 95.25) (xy 242.57 101.6))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 7777f74f-95d2-47c2-83a8-9ef71f38e9b3)
  )
  (wire (pts (xy 217.17 140.97) (xy 217.17 152.4))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 79613658-9098-4815-97bb-805acad954ce)
  )
  (wire (pts (xy 74.93 87.63) (xy 156.21 87.63))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 7b439095-20cf-4bf0-bda6-1d1cbba12775)
  )
  (wire (pts (xy 171.45 85.09) (xy 181.61 85.09))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 7b613d7b-dd4d-4126-9ca2-60d81412edbd)
  )
  (wire (pts (xy 125.73 66.04) (xy 137.16 66.04))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 7fefefd3-5bc3-4096-a07f-09c127329dcb)
  )
  (wire (pts (xy 153.67 57.15) (xy 163.83 57.15))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 87b958da-d200-4388-b9ae-8cb44679a0d0)
  )
  (wire (pts (xy 193.04 143.51) (xy 193.04 148.59))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 882d1346-2070-4e47-b662-798c64e0d877)
  )
  (wire (pts (xy 21.59 81.28) (xy 21.59 69.85))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 8b874d1d-36b3-4c02-90ee-2102e6e34078)
  )
  (wire (pts (xy 171.45 57.15) (xy 181.61 57.15))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 8e02fecc-0880-47c8-82c0-d82d27fd30de)
  )
  (wire (pts (xy 223.52 95.25) (xy 232.41 95.25))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 8eb3498b-25c1-488e-9e51-09ed45929e07)
  )
  (wire (pts (xy 248.92 110.49) (xy 248.92 95.25))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 9680ed2c-086a-4c5c-ab5f-c9ad3ec3de20)
  )
  (wire (pts (xy 63.5 110.49) (xy 74.93 110.49))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid 9a10910f-fb9e-408c-9a9a-25feb7460e75)
  )
  (wire (pts (xy 74.93 100.33) (xy 74.93 110.49))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid a5e38210-4db2-4a61-8651-1975dc6dfad0)
  )
  (wire (pts (xy 242.57 109.22) (xy 242.57 119.38))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid a92a3d4d-1f9c-41fb-a0b0-e7b7a4a5b0f5)
  )
  (wire (pts (xy 21.59 69.85) (xy 31.75 69.85))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid b95a9375-98e5-4d39-9527-0858a9b8044f)
  )
  (wire (pts (xy 153.67 57.15) (xy 153.67 36.83))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid b9ee212e-9b99-484c-b87b-4dd323941e1a)
  )
  (wire (pts (xy 209.55 95.25) (xy 215.9 95.25))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid be0dd88d-94c3-44a6-838a-0c984279a98a)
  )
  (wire (pts (xy 153.67 82.55) (xy 153.67 57.15))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid bff40844-d919-4ae6-983d-924cc5aae826)
  )
  (wire (pts (xy 193.04 124.46) (xy 214.63 124.46))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid c16fbca6-d6ec-4c58-8555-e219cfc90001)
  )
  (wire (pts (xy 251.46 119.38) (xy 251.46 134.62))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid c6d5cd6c-4a44-47ba-b31b-dd7718d21b05)
  )
  (wire (pts (xy 242.57 95.25) (xy 248.92 95.25))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid cb1601df-b8b0-4975-91b4-7b250ec6bac2)
  )
  (wire (pts (xy 74.93 69.85) (xy 74.93 76.2))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid d1591f6d-486b-4987-b452-7a1cad868982)
  )
  (wire (pts (xy 63.5 110.49) (xy 63.5 114.3))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid db3c1f36-a7a5-4800-8651-92bbac0e0374)
  )
  (wire (pts (xy 48.26 90.17) (xy 48.26 95.25))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid ddb81492-b685-4381-8c55-883274c096c2)
  )
  (wire (pts (xy 201.93 100.33) (xy 201.93 104.14))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid dfdbdff5-ce69-45b7-9ed0-94ebb31bb947)
  )
  (wire (pts (xy 194.31 36.83) (xy 204.47 36.83))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid e317f4e9-3719-4c07-97f6-788d468ed91f)
  )
  (wire (pts (xy 48.26 110.49) (xy 63.5 110.49))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid e67f64a9-87a4-42c1-9ba8-131a189d3ff7)
  )
  (wire (pts (xy 232.41 95.25) (xy 232.41 124.46))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid ee6b2e0a-9230-4069-ba28-0bdb7d545818)
  )
  (wire (pts (xy 100.33 31.75) (xy 125.73 31.75))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid ef598296-cd50-4732-a8ca-44c25316e6d4)
  )
  (wire (pts (xy 100.33 31.75) (xy 100.33 45.72))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid f47fb7d9-c1ba-493a-9c2d-d9022d68de72)
  )
  (wire (pts (xy 125.73 44.45) (xy 125.73 50.8))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid f93d1eaa-ddbe-4b48-9c7d-dcd79be5d226)
  )
  (wire (pts (xy 251.46 134.62) (xy 250.19 134.62))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid fbed2d4a-08cb-4e89-89f2-d6a2f16429a8)
  )
  (wire (pts (xy 48.26 95.25) (xy 67.31 95.25))
    (stroke (width 0) (type default) (color 0 0 0 0))
    (uuid fcbafed2-0ffd-4568-aec9-6f785f9a2310)
  )

  (image (at 255.27 180.34) (scale 0.1)
    (uuid 61013918-dad7-413e-b4cd-42864f4823fc)
    (data
      iVBORw0KGgoAAAANSUhEUgAACYMAAAXOCAYAAAA0LqD2AAAABHNCSVQICAgIfAhkiAAAAAlwSFlz
      AAA7xAAAO8QBTdCjlQAAIABJREFUeJzs3WuQ3Xd95/nv73+OLq2+qM9pqeXYJmA5JHh2WeMkXqjZ
      qnFmGSgb8sDeGmYrLnAqQbuPBksOxjyIwQfJkpqyBwi2kKObNY7kdSxTyc5ol8nGAULIDcLVgI0Z
      MJeAEZZafbp1sXXp3z5wnBjwRZfu/p3L6/WQUnW/bSzh//d8+HcKAAAAAOhR9+a89KmZ2H5sNt78
      w9n40FQjPrwvpROluwAAAABgPlSlAwAAAABgPmw+nN/9zJE4vKqKt9cixnOOieWT8dU1k/ktpdsA
      AAAAYD6k0gEAAAAAMJc2Hs7/dqge942muPi5/+z7pyK+d/qnftnDkePGHSvSowseCAAAAADzxBgM
      AAAAgJ7Qmsnjw6fjwWYtrqp+5ur1AmOwiIiTEbH1eMT79o6l6YWpBAAAAID5YwwGAAAAQFdr5VwN
      zMTWsRRrFqWoXujXvMgY7DkHU8TtU824e19KL/6rAAAAAKDDGYMBAAAA0LU2TeffHo24a7CK4Zf6
      dS8zBntWii9WEWu3NdNn5zARAAAAABaMMRgAAAAAXWf90XzFyOl4aLSK1Wdy4DqjMdhzcuzPtfiP
      Oxvpe+fTCAAAAAALzRgMAAAAgK7xoXZuzqbYM1bF1dVZ3LbOagz2rGM5x11LZuP2j42nI2cdCgAA
      AAAFVKUDAAAAAOBMTLTzhsEqDqys4pqzGYKdo2UpxXtP1OLRNQfzDZGz/1MlAAAAAB3PEQsAAACA
      jraxnd+6vIrdwylWnOvXOIc3g/20HH+ZarFueyN9+Ty+CgAAAADMK2MwAAAAADrShql86VAVH29U
      cfn5HrHOewz2rNmUYm8+Ge/ZsSodOO+vBgAAAABzzBgMAAAAgI7SynnZspn4w2YV1y+KqObia87R
      GOw5UynFxNJGfOSulJ6Zs68KAAAAAOfJGAwAAACAjjExlW8ZrcX6gRRL5vLrzvEYLCIicsS3qhS/
      t72Z9s/tVwYAAACAc2MMBgAAAEBxGw/lNw0tjl2jKS6ej68/H2Ow53k4RazbPpa+Pm/fAQAAAADO
      gDEYAAAAAMV85EBedXpJ/PFYLa5K83ipmucxWETEyYjYeqqK23Y30tS8ficAAAAAeBHGYAAAAAAs
      uFbO9YGZ2NJMsWZximq+v98CjMGeM5ki1k814+59KS3MdwQAAACAf2IMBgAAAMCC2jydf3d5xB8M
      VjG0UN9zAcdgz/lyrmLtzkb6zIJ+VwAAAAD6mjEYAAAAAAticztfOZDigdEqVi/0UarAGOxZOfZH
      PW7cMZqeKPDdAQAAAOgzxmAAAAAAzKvWdF4xFHFfsxZX13KZe1SxMdizjuccH805Nu5amWaKVQAA
      AADQ86rSAQAAAAD0rol23nBhiidXVnFNqSFYBxhIKd5bVfHYmoP5hsi5X/8+AAAAADDPHJ4AAAAA
      mHMT7Xz9cBVbh1KMlG6JKP5msJ/1+dmItbvG0t+WDgEAAACgtxiDAQAAADBnNj2df3ngRDzYqOLy
      Tjo8ddgYLCIipxR7Tp6KW3aPpx+XjgEAAACgN3TSTQ4AAACALtXKedlgO/aM1ePaWgfenDpwDPac
      oxFx56npmNh9SXq6dAwAAAAA3a0qHQAAAABAd5uYyrf8wtGYHK/HdZ04BOtwgxFxW304vvbOQ/lt
      pWMAAAAA6G6OcwAAAACck82H8tVDi+K+kSpWlm55OR38ZrCf9clIcdOOZvpq6RAAAAAAuo8xGAAA
      AABn5Y6pfEmtivsbKd5Qdcl1qYvGYBERpyJi1+nFceu9w+mp0jEAAAAAdI8uOdcBAAAAUFor5/rA
      TGxZUcWaekRVuudsdNkY7DmHU8QHLmrGllZKp0rHAAAAAND5jMEAAAAAeFmb2/mmRhWbBlIsLd1y
      Lrp0DPacb6YUN21vpk+UDgEAAACgsxmDAQAAAPCi1rfz60dS3N+oYnXplvPR5WOwZ+XYX9Vj3bbR
      9O3SKQAAAAB0JmMwAAAAAH5OayaPD5+OB5u1uKrqgQtST4zBnnUyIrYej3jf3rE0XToGAAAAgM7S
      A6c8AAAAAOZKK+dq6XTcOVbFjYtT1Er3zJUeGoM958lI0Wo3Yue+lHrrrwwAAACAc2YMBgAAAEBE
      RGyazr89GnHXYBXDpVvmWg+OwZ6V4gtVxLptzfTZ0ikAAAAAlGcMBgAAANDn1h/NV4ycjr2NKi4r
      3TJfenYM9qycIh6areI9Oxvpe6VjAAAAACjHGAwAAACgT7VyHhpsx30r6nFt1eN3oh4fgz3nWETc
      MXwsPvjhV6TjpWMAAAAAWHhV6QAAAAAAFt5EO2/4hSNxeLwe1/X6EKyPLIuI22aWxeNrDuYbImf/
      vQIAAAD0GQchAAAAgD6ysZ3furyK3cMpVpRuWUh98mawn5bjL1Mt1m1vpC+XTgEAAABgYRiDAQAA
      APSBDVP50qEqPt6o4vJ+PAj15RjsWbMpxd58Mt6zY1U6UDoGAAAAgPnVj7c/AAAAgL7RynnZspn4
      w2YV1y+KqEr3lNLHY7DnTKUUE0sb8ZG7UnqmdAwAAAAA88MYDAAAAKBHTUzlW0br8YGBiKWlW0oz
      Bvtnj6cU797eTPtLhwAAAAAw94zBAAAAAHrMxkP5TUOLY9doiotLt3QKY7Cf83CKWLd9LH29dAgA
      AAAAc8cYDAAAAKBHfORAXnV6SfzxWC2uSq4+P8UY7AWdjIitVYr3b2umdukYAAAAAM6fsyAAAABA
      l2vlXB+YiS3NFGsWp6hK93QiY7CXdChFbJhqxt37UvJ3CQAAAKCLGYMBAAAAdLHN0/l3l0f8wWAV
      Q6VbOpkx2BnI8aVci3U7G+kzpVMAAAAAODfGYAAAAABdaHM7XzmQ4oHRKlY78Lw8Y7CzkGN/1OPG
      HaPpidIpAAAAAJwdt0IAAACALtKaziuGIu5r1uLqWnbbOVPGYGfteM7x0Zxj466VaaZ0DAAAAABn
      piodAAAAAMCZmWjnDRemeHJlFdcYgjHPBlKK91ZVPLrmYL4hcvbPGwAAAEAXcMQBAAAA6HAT7Xz9
      cBUfG0qxvHRLt/JmsPP2+dmItbvG0t+WDgEAAADgxRmDAQAAAHSoW9v51WMp9jWquNwR5/wYg82J
      nFLsOXkqbtk9nn5cOgYAAACAn+eOCAAAANBhWjkvG2zHnhX1uLZyv5kTxmBz6mhE3HlqOiZ2X5Ke
      Lh0DAAAAwL+oSgcAAAAA8C8mpvItFxyNyfF6XGcIRocajIjb6svjkXceym8rHQMAAADAv3BQBAAA
      AOgAmw/lq4cWxX0jVaws3dKLvBlsXn2ySrFuWzM9UjoEAAAAoN8ZgwEAAAAUdMdUvqRWxf2NFG+o
      XGrmjTHYvDsVEbtOL45b7x1OT5WOAQAAAOhXTowAAAAABbRyrg/MxJaxKtYsiqhK9/Q6Y7AFczhF
      fOCiZmxppXSqdAwAAABAvzEGAwAAAFhgm9v5pkYVmwZSLC3d0i+MwRbcYynF721vpk+UDgEAAADo
      J8ZgAAAAAAtkfTu/fiTF/Y0qVpdu6TfGYIXk2F/VY9220fTt0ikAAAAA/cAYDAAAAGCetWby+PDp
      eLBZi6sq15gijMGKOhkRW49HvG/vWJouHQMAAADQy5wfAQAAAOZJK+dq6XTc2azFu5ZE1Ev39DNj
      sI7wZKRoXdyIHa2UZkvHAAAAAPQiYzAAAACAebCpnd8xmmLLYBXDpVswBusoKb6QI9bubKa/Lp0C
      AAAA0GuMwQAAAADm0Pqj+YqR07G3UcVlpVv4F8ZgHSeniIdmq3jPzkb6XukYAAAAgF5hDAYAAAAw
      B1o5Dw22474V9bi2cnPpOMZgHetYRNxxajomdl+Sni4dAwAAANDtqtIBAAAAAN1uop03XHQkJsfr
      cZ0hGJyVZRFxW30kvrXmYL4hcvb7BwAAAOA8OK4AAAAAnKON7fzW5VXsHk6xonQLL82bwbpEik/P
      pli3q5G+UjoFAAAAoBsZgwEAAACcpQ1T+dKhKj7eqOJyx5XuYAzWVWZTir21E3HzPRekn5SOAQAA
      AOgm7pUAAAAAZ+jenJc+NRPbm1VcvyiiKt3DmTMG60pTKcXEVCM+vC+lE6VjAAAAALqBoyUAAADA
      Gdg0nW9+5mgcXlXF2w3BYEGM5hwTyyfjkf9jMv9m6RgAAACAbuDNYAAAAAAvYeOh/KahxbFrNMXF
      pVs4d94M1hMeThHrto+lr5cOAQAAAOhUxmAAAAAAL+AjB/Kq00vij8dqcVVyQel6xmA942REbK1S
      vH9bM7VLxwAAAAB0GqdMAAAAgOdp5VwfmIktzRRrFic/DrJXGIP1nEMpYsNUM+7el5L/ZgEAAAD+
      iTEYAAAAwD/ZdDj/zmgtPjpYxVDpFuaWMViPyvGlXIt1OxvpM6VTAAAAADqBMRgAAADQ9zZP5V8b
      qOLB0SpWO5b0JmOwHpdjf9Tjxh2j6YnSKQAAAAAluW8CAAAAfas1nVcMRdzXrMXVtexO0suMwfrC
      8ZzjoznHxl0r00zpGAAAAIASqtIBAAAAACVMtPOGC1M8ubKKawzBoCcMpBTvrap4dM3BfEPk7Pc1
      AAAA0HccRAAAAIC+MtHO1w9X8bGhFMtLt7BwvBmsL31+NmLtrrH0t6VDAAAAABaKMRgAAADQF25t
      51ePpdjXqOJyB5H+YwzWt3JKsefkqbhl93j6cekYAAAAgPnm9gkAAAD0tFbOywbbsWdFPa6t3EL6
      ljFY3zsaEXcONGPzXSk9UzoGAAAAYL5UpQMAAAAA5svEVL7lgqMxOV6P6wzBoK8NRsRtxw/H1955
      KL+tdAwAAADAfHEEBQAAAHrO5kP56qFFcd9IFStLt9AZvBmMn/HJKsW6bc30SOkQAAAAgLlkDAYA
      AAD0jDum8iW1Ku5vpHhD5erB8xiD8QJORcSu04vj1nuH01OlYwAAAADmgrMoAAAA0PVaOdcHZmLL
      WBVrFkVUpXvoPMZgvITJFLH+omZsaaV0qnQMAAAAwPkwBgMAAAC62uZ2vqlRxaaBFEtLt9C5jME4
      A4/liJt2jqX/VjoEAAAA4FwZgwEAAABdaX07v34kxf2NKlaXbqHzGYNxxnLsn63H2l2j6TulUwAA
      AADOljEYAAAA0FVa03nF8Gw81KzFVZXLBmfIGIyzdCIi7jke8b69Y2m6dAwAAADAmXIyBQAAALpC
      K+dq6XTc2azFu5ZE1Ev30F2MwThHT0aK1sWN2NFKabZ0DAAAAMDLMQYDAAAAOt6mdn7HaIotg1UM
      l26hOxmDcV5SfCFHrN3ZTH9dOgUAAADgpRiDAQAAAB1r/dF8xcjp2Nuo4rLSLXQ3YzDmQE4RD6UU
      N29rpu+XjgEAAAB4IcZgAAAAQMdp5Tw02I77xupxbc39gjlgDMYcOhYRd5yajondl6SnS8cAAAAA
      PF9VOgAAAADg+SbaecNFR2JyvB7XGYIBHWhZRNxWH4nH1xzMN5SOAQAAAHg+B1UAAACgI2yYzG9p
      1OM/D1exonQLvcebwZg3KT49m2Ldrkb6SukUAAAAAGMwAAAAoKgNU/nSoSo+3qjicocK5osxGPNs
      NqXYWzsRN99zQfpJ6RgAAACgf7mxAgAAAEXcm/PSp2Zie7OK6xdFVKV76G3GYCyQqZRiYqoRH96X
      0onSMQAAAED/cWgFAAAAFtym6XzzM0fj8Koq3m4IBvSQ0ZxjYvlkPPLOyfzW0jEAAABA//FmMAAA
      AGDBbDyY3zi0JHaPpri4dAv9xZvBKOTh0xFr7x1L3ygdAgAAAPQHYzAAAABg3rVm8vjw6XhwrBZX
      JdcICjAGo6CTEbG1SvH+bc3ULh0DAAAA9DbnVwAAAGDetHKuBmZi61iKNYuSHwdJOcZgdIBDKWLD
      VDPu3peSfxoBAACAeWEMBgAAAMyLTYfz74zW4qODVQyVbgFjMDpGji9FFWt3NNNflU4BAAAAeo8x
      GAAAADCnNk/lXxuo4sHRKlY7PNApjMHoODn212vxrnsa6bulUwAAAIDe4SYLAAAAzIkPtXNzNsWe
      Zi2urmU3BzqLMRgd6njO8dEls3H7x8bTkdIxAAAAQPerSgcAAAAA3W+inTcMVXFgZRXXGIIBnLGB
      lOK9J2rx2JqD+YbI2Z+fAAAAwHlxXAAAAADO2e3t/FuNKrYOpVheugVeijeD0SU+FxFrd4ylvysd
      AgAAAHQnYzAAAADgrN3azq8eS7GvUcXljgt0A2MwukhOKfacPBW37B5PPy4dAwAAAHQX91oAAADg
      jLVyXjbYjj0r6nFt5a5AFzEGowsdjYg7B5qx+a6UnikdAwAAAHSHqnQAAAAA0B0mpvItFxyNyfF6
      XGcIBjDvBiPituOH42vvPJTfVjoGAAAA6A4OtwAAAMBL2jyV3zxcxR8NVzFeugXOlTeD0QP+IqdY
      t7OZvlY6BAAAAOhcxmAAAADAC7r9cH7lslo80EjxhsoFgS5nDEaPOBURu6pF8fvbRtLB0jEAAABA
      53HKBQAAAH5KK+f6wExsGatizaKIqnQPzAVjMHrMZIpYf1EztrRSOlU6BgAAAOgcxmAAAADAP9t0
      OK9rLIpNyyIGSrfAXDIGo0c9liNu2jmW/lvpEAAAAKAzGIMBAAAAsb6dXz+S4v5GFatLt8B8MAaj
      p+XYP1uPtbtG03dKpwAAAABlGYMBAABAH2tN5xXDs/FQsxZXVa4E9DBjMPrAiYi453jE+/aOpenS
      MQAAAEAZzrwAAADQh1o5V0un485mLd61JKJeugfmmzEYfeTJSNG6uBE7WinNlo4BAAAAFpYxGAAA
      APSZTe38jtEq7h5MMVK6BRaKMRh96B9yinU7m+mvS4cAAAAAC8cYDAAAAPrExsP5dYO1uL9RxWWl
      W2ChGYPRp3KKeCiluHlbM32/dAwAAAAw/4zBAAAAoMe1ch4abMd9Y/W4tuYWQJ8yBqPPHYuIO05N
      x8TuS9LTpWMAAACA+VOVDgAAAADmz0Q7b7joSEyO1+M6QzCAvrUsIm6rj8Tjaw7mG0rHAAAAAPPH
      ERgAAAB60IbJ/JZGPf7zcBUrSrdAJ/BmMHieFJ+eTbFuVyN9pXQKAAAAMLeMwQAAAKCHbJjKlw5V
      8fFGFZd76Id/YQwGP2c2pdhbOxE333NB+knpGAAAAGBuuAsDAABAD7g356VPzcT2ZhXXL4qoSvdA
      pzEGgxc1lVJMTDXiw/tSOlE6BgAAADg/jsMAAADQ5TZN55ufORKHV1XxdkMwAM7SaM4xsXwyHnnn
      ZH5r6RgAAADg/HgzGAAAAHSpjQfzG4eWxO7RFBeXboFO581gcMYePh2x9t6x9I3SIQAAAMDZMwYD
      AACALtOayePDp+PBsVpclTzZwxkxBoOzcjIitlYp3r+tmdqlYwAAAIAz52QMAAAAXaKVczUwE1vH
      UqxZlPw4SDgbxmBwTg6liA1Tzbh7X0p+BwEAAEAXMAYDAACALrDpcP6d0Vp8dLCKodIt0I2MweA8
      pPhiRKzb0Ux/VToFAAAAeGnGYAAAANDBNk/lXxuo4sHRKlZ7iIdzZwwGcyDH/not3nVPI323dAoA
      AADwwtyRAQAAoAN9qJ2bsyn2NGtxdS17fofzZQwGc+Z4zvHRJbNx+8fG05HSMQAAAMBPq0oHAAAA
      AD9top03DFVxYGUV1xiCAdBhBlKK956oxWNrDuYbImf/OwUAAAAdxIM6AAAAdIjb2/m3GlVsHUqx
      vHQL9BpvBoN587mIWLtjLP1d6RAAAADAGAwAAACKu7WdXz2WYl+jiss9qMP8MAaDeTWbUuzNJ+M9
      O1alA6VjAAAAoJ+5MQMAAEAhrZyXDbZjz4p6XFt5Rod5ZQwGC+JoRNw50IzNd6X0TOkYAAAA6EdV
      6QAAAADoRxNT+ZYLjsTkeD2uMwQDoEcMRsRtxybjkXceym8rHQMAAAD9yLEZAAAAFtDmqfzm4Sr+
      aLiK8dIt0E+8GQyK+IucYt3OZvpa6RAAAADoF8ZgAAAAsABuP5xfuawWDzRSvKHyNA4LzhgMijkV
      EbuqRfH720bSwdIxAAAA0OucnwEAAGAetXKuD8zElrEq1iyKqEr3QL8yBoPiJlPE+qlm3L0vJb8b
      AQAAYJ4YgwEAAMA82XQ4r2ssik3LIgZKt0C/MwaDjvFoirhp+1j6s9IhAAAA0IuMwQAAAGCObW7n
      KwdSPDBaxWoP3tAZjMGgw+TYP1uPtbtG03dKpwAAAEAvcZMGAACAOdKaziuGZ+OhZi2uqjxxQ0cx
      BoOOdCIi7pmdjVt3rUwzpWMAAACgFzhNAwAAwHlq5VwtnY47m1W8a0mKeuke4OcZg0FH+1Gk+MDF
      jdjRSmm2dAwAAAB0M2MwAAAAOA8b2/ntjSq2DKYYKd0CvDhjMOgK/5Ai1m4fS39TOgQAAAC6lTEY
      AAAAnIONh/PrBmtxf6OKy0q3AC/PGAy6Rk4RD6UUN29rpu+XjgEAAIBuYwwGAAAAZ6GV87LBduwZ
      q8e1Nc/V0DWMwaDrHI2IO09Nx8TuS9LTpWMAAACgW1SlAwAAAKBbTLTzhguPxtR4Pa4zBAOAeTUY
      EbfVR+LxNQfzDaVjAAAAoFs4XAMAAMDL2DCZ3zJaj90jVaws3QKcG28Gg+6WUnwqR6zb0UxfLd0C
      AAAAncwYDAAAAF7EHVP5knoVf9Ko4nIP0NDdjMGgJ8ymFHtrJ+Lmey5IPykdAwAAAJ3ILRsAAAB+
      xr05L31qJraPVXF9PaIq3QOcP2Mw6CmHU4oPTjXiw/tSOlE6BgAAADqJgzYAAAA8z+bD+d3PHInD
      q6p4uyEYAHSkRs4xsXwyvrpmMr+ldAwAAAB0Em8GAwAAgIjYeDC/cWhJ7B5NcXHpFmDueTMY9LSH
      T0esvXcsfaN0CAAAAJRmDAYAAEBfa83k8eHT8WCzFldVnpKhZxmDQc87GRFbqxTv39ZM7dIxAAAA
      UIozNwAAAH2plXM1MBNbx1KsWZT8OEjodcZg0DcOpYgNU824e19KftcDAADQd4zBAAAA6DubpvNv
      j0bcNVjFcOkWYGEYg0GfSfHFiFi3o5n+qnQKAAAALCRjMAAAAPrG5qn8awNVPDhaxWoPxNBfjMGg
      T+XYX6/Fu+5ppO+WTgEAAICF4PYNAABAz/tQOzdnU+wZq+LqyrMw9CVjMOhrx3KOu5bMxu0fG09H
      SscAAADAfKpKBwAAAMB8mmjnDYNVHFhZxTWGYADQl5alFO89UYtH1xzMN0TO/n0AAACAnuWhFwAA
      gJ50ezv/VqOKrUMplpduAcrzZjDgOTni71PEuh1j6e9KtwAAAMBcMwYDAACgp9zazq8eS7GvUcXl
      HnqB5xiDAT9jNqXYm0/Ge3asSgdKxwAAAMBccRcHAACgJ7RyXjbYjj0r6nGtHwcJ/CxjMOBFHImI
      /zTQjM13pfRM6RgAAAA4X1XpAAAAADhfE1P5lguOxOR4Pa4zBAMAzsJQRNx2bDIeeeeh/LbSMQAA
      AHC+HMgBAADoWpun8puHqrhvpIpVpVuAzubNYMAZ+oucYt3OZvpa6RAAAAA4F8ZgAAAAdJ3bD+dX
      LqvFA80Ub0iebIEzYAwGnIVTEbGrWhS/v20kHSwdAwAAAGfDyRwAAICu0cq5PjATW8aqWLMooird
      A3QPYzDgHEymiPVTzbh7X0r+BAEAAKArGIMBAADQFT7YzjeO1GJiWcRA6Rag+xiDAefh0RRx0/ax
      9GelQwAAAODlGIMBAADQ0Ta385UDKR4YrWK1h1jgXBmDAectx/7ZeqzdNZq+UzoFAAAAXow7OgAA
      AB2pNZ1XDM/GQ41aXFXz9AqcJ2MwYI6ciIh7Zmfj1l0r00zpGAAAAPhZzukAAAB0lFbO1dLpuLNZ
      xbuWpKiX7gF6gzEYMMd+FCk+cHEjdrRSmi0dAwAAAM8xBgMAAKBjbGzntzeq2DKYYqR0C9BbjMGA
      efIPKWLt9rH0N6VDAAAAIMIYDAAAgA6w8XB+3WAt7m9UcVnpFqA3GYMB8yiniIdSipu3NdP3S8cA
      AADQ34zBAAAAKKaV87LBduwZq8e1Nc+owDwyBgMWwNGIuPPUdEzsviQ9XToGAACA/lSVDgAAAKA/
      TbTzhguPxtR4Pa4zBAMAesBgRNxWH4nH1xzMN5SOAQAAoD85tgMAALCgNkzmt4zWY/dIFStLtwD9
      w5vBgIWWUnwqR6zb0UxfLd0CAABA/zAGAwAAYEHcMZUvqVfxJ40qLvcwCiw0YzCgkNmUYu+pRfHu
      e4fTU6VjAAAA6H3u7wAAAMyre3Ne+tRMbB+r4vp6RFW6B+hPxmBAYYdTig9ONeLD+1I6UToGAACA
      3uUIDwAAwLzZfDi/+5kjcXhVFW83BAMA+lgj55hYPhlfXTOZ31I6BgAAgN7lzWAAAADMuY0H8xuH
      lsTu0RQXl24BiPBmMKDjPBw5btyxIj1aOgQAAIDeYgwGAADAnGnN5PHh0/FgsxZXVZ44gQ5iDAZ0
      oJMRsfV4xPv2jqXp0jEAAAD0Bqd5AAAAzlsr52pgJraOpVizKPlxkEDnMQYDOtjBFHH7VDPu3peS
      P6kAAAA4L8ZgAAAAnJdN0/m3RyPuGqxiuHQLwIsxBgM6XoovVhFrtzXTZ0unAAAA0L2MwQAAADgn
      64/mK0ZOx0OjVaz2cAl0OmMwoGvk2J9r8R93NtL3SqcAAADQfdzrAQAAOCsfaufmbIo9Y1VcXXmu
      BLqEMRjQZY7lHHctmY3bPzaejpSOAQAAoHtUpQMAAADoHhPtvGGwigMrq7jGEAwAYN4sSynee6IW
      j645mG+InP17FwAAAGfEAyQAAAAv6/aZ/L83Iv5wKMXy0i0A58KbwYBuliP+vpZj7bYV6e9LtwAA
      ANDZjMEAAAB4URum8qVDVXy8UcXlHiCBbmYMBvSA2ZRibz4Z79mxKh0oHQMAAEBncssHAADg57Ry
      XjbYjj1j9bi25tkR6AHGYEAPORIR/2mgGZvvSumZ0jEAAAB0lqp0AAAAAJ1lYirfcsGRmByvx3WG
      YAAAHWfCH0RsAAAgAElEQVQoIm47NhmPvPNQflvpGAAAADqLoz4AAAAREbHxUH7TyKL4o5EqVpVu
      AZhr3gwG9LCHU8S67WPp66VDAAAAKM8YDAAAoM/dfji/clktHmimeEPylAj0KGMwoMedjIh7q0Xx
      +9tG0sHSMQAAAJTjzA8AANCnWjnXB2ZiSzPFmsUpqtI9APPJGAzoE5MpYv1UM+7el5I/9QAAAPqQ
      MRgAAEAf+mA73zhSxcSyFAOlWwAWgjEY0GceTRE3bR9Lf1Y6BAAAgIVlDAYAANBHNrfzlQMpHhit
      YrUHQqCfGIMBfSnH/qjHjTtG0xOlUwAAAFgYbv8AAAB9oDWdVwzPxkONWlxV8yQI9CFjMKCPnYiI
      e2Zn49ZdK9NM6RgAAADml48AAAAAelgr52rpdNzZrOJdS1LUS/cAlGIMBhA/ihQfuLgRO1opzZaO
      AQAAYH4YgwEAAPSoiXa+friKrUMpRkq3AJRmDAbwzz4/G7F211j629IhAAAAzD1jMAAAgB6z8XB+
      3WAt7h+t4jIPfQDPMgYD+Ck5RTx0KuLd946lH5SOAQAAYO74XAAAAKBHtHJeNtiOPWP1uLbmeQ/g
      pxiDAbygoxFx56npmNh9SXq6dAwAAADnryodAAAAwPmbaOcNFx6NqfF6XGcIBgDAGRqMiNvqI/HN
      NQfzDaVjAAAAOH8+IAAAAOhimw/lq4cWxX0jVaws3QLQybwZDOCMfDJS3LSjmb5aOgQAAIBzYwwG
      AADQhe6YypfUq/iTRhWXe7ADeHnGYABnbDal2HtqUbz73uH0VOkYAAAAzo7PDAAAALpIK+f6wExs
      WVHFmnpEVboHoFsYgwGctcMp4gMXNWNLK6VTpWMAAAA4M8ZgAAAAXWLz4fzuRj1uH0ixtHQLQLcx
      BgM4Z9+MFL+3o5n+39IhAAAAvDxjMAAAgA73wWP5DUtOxd5GFatLtwB0K2MwgPOUY39Vj3XbRtO3
      S6cAAADw4ozBAAAAOlRrJo8Pn44Hm7W4qvL0BnBejMEA5sTJiNh6POJ9e8fSdOkYAAAAfp6PEwAA
      ADpMK+dq6XTcOVbFjYtT1Er3APQCYzCAOfVkpGi1G7FzX0r+dAUAAOggxmAAAAAdZNN0/u3RiLsG
      qxgu3QLQS4zBAOZBii9WEWu3NdNnS6cAAADwLGMwAACADrD+aL5i5HTsbVRxWekWgF5kDAYwb3KK
      eGi2ivfsbKTvlY4BAADod8ZgAAAABbVyHhpsx30r6nFt5RkNYN4YgwHMu2MRccfwsfjgh1+RjpeO
      AQAA6FdV6QAAAIB+NdHOG37hSBwer8d1hmAAAHS5ZRFx28yyeHzNwXxD5OzfbwEAAArwMAYAALDA
      NrbzW5dXsXs4xYrSLQD9wpvBABZYjr9MtVi3vZG+XDoFAACgnxiDAQAALJANU/nSoSo+3qjicg9j
      AAvLGAygiNmUYm8+Ge/ZsSodKB0DAADQD3z+AAAAMM9aOS9bNhN/2Kzi+kURVekegH5kDAZQ1FRK
      MbG0ER+5K6VnSscAAAD0MmMwAACAeTQxlW8ZrcX6gRRLSrcA9DNjMIDycsS3qhS/t72Z9pduAQAA
      6FXGYAAAAPNg46H8pqHFsWs0xcWlWwAwBgPoMA+niHXbx9LXS4cAAAD0GmMwAACAOfSRA3nV6SXx
      x2O1uCp54gLoGMZgAB3nZERsPVXFbbsbaap0DAAAQK/w0QQAAMAcaOVcH5iJLc0UaxanqEr3APDT
      jMEAOtZkilg/1Yy796XkT2oAAIDzZAwGAABwnjZP599dHvEHg1UMlW4B4IUZgwF0vC/nKtbubKTP
      lA4BAADoZsZgAAAA52hzO185kOKB0SpWe7gC6GzGYABdIsf+qMeNO0bTE6VTAAAAupHPKwAAAM5S
      azqvGIq4r1mLq2vZcxVANzAGA+gqx3OOj+YcG3etTDOlYwAAALpJVToAAACgm0y084YLUzy5sopr
      DMEAAGBeDKQU762qeGzNwXxD5OzfuwEAAM6QBygAAIAzMNHO1w9XsXUoxUjpFgDOnjeDAXS1z89G
      rN01lv62dAgAAECnMwYDAAB4CZuezr88cCIebFRxuQcogO5lDAbQ9XJKsefkqbhl93j6cekYAACA
      TuWzDAAAgBfQynnZYDv2jNXj2ppnJ4CuZwwG0DOORsSdp6ZjYvcl6enSMQAAAJ2mKh0AAADQaSam
      8i2/cDQmx+txnSEYAAB0lMGIuK2+PB5556H8ttIxAAAAncaHGgAAAP9k86F89dCiuG+kipWlWwCY
      W94MBtCzPlmlWLetmR4pHQIAANAJjMEAAIC+d8dUvqRWxf2NFG+oPCUB9CRjMICedioidp1eHLfe
      O5yeKh0DAABQko85AACAvtXKuT4wE1tWVLGmHlGV7gFg/hiDAfSFwyniAxc1Y0srpVOlYwAAAEow
      BgMAAPrS5na+qVHFpoEUS0u3ADD/jMEA+spjKcXvbW+mT5QOAQAAWGjGYAAAQF9Z386vH0lxf6OK
      1aVbAFg4xmAAfSjH/qoe67aNpm+XTgEAAFgoxmAAAEBfaM3k8eHT8WCzFldVnoQA+o4xGEDfOhkR
      W49HvG/vWJouHQMAADDffAQCAAD0tFbO1dLpuLNZi3ctiaiX7gGgDGMwgL73ZKRoXdyIHa2UZkvH
      AAAAzBdjMAAAoGdtaud3jKbYMljFcOkWAMoyBgMgIiJSfKGKWLetmT5bOgUAAGA+GIMBAAA9Z/3R
      fMXI6djbqOKy0i0AdAZjMACeJ6eIh2areM/ORvpe6RgAAIC5ZAwGAAD0jFbOQ4PtuG9FPa6tPO8A
      8DzGYAC8gGMRccfwsfjgh1+RjpeOAQAAmAtV6QAAAIC5MNHOGy46EpPj9bjOEAwAADgDyyLitpll
      8fiag/mGyNlzBAAA0PU82AAAAF1tYzu/dXkVu4dTrCjdAkDn8mYwAF5Wjr+crcXaXY30ldIpAAAA
      58oYDAAA6EobpvKlQ1V8vFHF5R5sAHg5xmAAnKHZlGJv7UTcfM8F6SelYwAAAM6Wz0wAAICucm/O
      S5+aie3NKq5fFFGV7gGgOxiDAXCWplKKiaWN+MhdKT1TOgYAAOBMGYMBAABdY9N0vrlZxYaBiKWl
      W4AXdurkyZh86kBMT07Gkel2zLSn4tiRmTh18mRERDzz9PGo1xdFrV6PRYsXx+LFS2JodDSGRxsx
      vHw0GitWxsDgUOG/CrrVkel2TB+ejJmpwzE9dTiOttsREXHs6JE4fDrHVE6x+J/++VoyPBJLR5sx
      sHw0BhpjsWRkecl0utiJo0fi2KGn4un2VDzdPhxPt6fi1Iln4vSJEzF7+lTMnjwZ9aUDERFRW7Qo
      Fg8Nx9KR0Vg6sjwGGmMxuGI8qkWLCv9VAC/h8ZTi3dubaX/pEAAAgDNhDAYAAHS8jYfym4YWx67R
      FBeXbgGedfrUqfjHJ74d3338sfjuNx+NH//ge/GTJ38Ykwd+HLOzs+f1tYeXj8b4RRfH+EWviFes
      /qW45Fcui1f9ymWxbGh4jurpdpNP/SSeeOwb8d3HH40ff/97ceCHP4gD//iDePr4sXP+mosGlsXI
      Ra+IkQtfEaMXvzLGXv2aWPnL/yoGV66aw3K62YkjM3HwW4/GwW89FpNPfCumf/SPMf2jH8TT7anz
      +rqpqmJo/IIYvuCiGP3FV8XYL70mVvzSa6LxqkujqtfnqB6YAw+niHXbx9LXS4cAAAC8FGMwAACg
      Y33kQF51ekn88VgtrkqeXqCo06dPx3ce/Vp84wufj2988fPx37/xSJw6cWLBvn9KKS64+Bfjsl/9
      9fgffv31cdkVvx6DwyML9v0p66knfxRf//zfxde/8Ln45le/FO3JQwv2vQdGm3HBa6+Ii3719XHh
      Ff9zjFxol9wvnpmZjie/8g/xwy99Ln70pc9H+4ffj8h5wb5/bfHiGH/Na+PCK66MC193Zax8zf8Y
      Va22YN8feEEnI2JrleL925qpXToGAADghfg4BQAA6DitnOsDM7GlmWLN4hRV6R7oV6dPn45Hv/j5
      +NynH44vfOZTcWS6cz7zTFUVv/La18Xr3/jm+PV/87/GSKNZOok59sPvfic+96k/j7//5J/Hk9//
      bumcf7b8ol+M1b/x5lj9G2+OxitXl85hjj09dTie+Own4zuf/v/ix1/7UuTzfNPhXFoysjxe9b/8
      21j9b/5d/MLrrjQMg7IOpYgNU824e19Kp0vHAAAAPJ8xGAAA0FE2Hc6/M1qLjw5WMVS6BfrV5E8O
      xKf+y8fjL/+f/3tB38B0rqqqite+/l/Hv7vuP8Rrr3xDpMqGtFudePrp+Js//0T8xZ/ui+//98dL
      57ys5qW/HP/qN/99/NIbr4n60oHSOZyjPDsbP/zC38U3/uu++MHn/rqjBmAvZqAxFq+55tp4zVv/
      Nz/KFErK8aVci3U7G+kzpVMAAACeYwwGAAB0hM3tfOVAigdGq1jtQQXK+Mcnvh1/eu+2+MJffSpm
      u2AM8UJWXfSKePPbfit+4zevi/qiRaVzOEMz7an4xAN/FJ/+r38SR2emS+ectcVDw/Gat1wX/9O/
      f0csHW2UzuEMzZ48GY994k/j63/yfz37IyC7UFWrxSv/9W/Er77j/4zGqy4tnQP9K8f+qMeNO0bT
      E6VTAAAAfMYCAAAU1ZrOK4Yi7mvW4upa9owCJfzkR//4/7N35392l/X9h9/nzAJJSCCTkJBACIQQ
      QGTfRFAQl6Ji0YpSFREhglgWUUFB1IBs34qKsli0BUFECwrWsgeiuCAQQJYQIAlZyEYSsk4yM5nt
      8/2hrdUKmJzJzD3nPtf1BzhPzuMMx/mcF/cdt113bTz8wL1VcSLOhhi+zah4/yc+FYcceVSUnRTW
      b7W1tsQ9P70p7rnlx9Hasi51To81DBgYexxzXOzxwY9Fw8BBqXN4DUV3d8x64K544kffj+aXF6XO
      2SRK5XKMO/xdsd/xp8SQ0WNS50Ctai2K+G5RxMXXbV1qTh0DAADULl+0AAAAyVy2uvh6Uzm+tFkp
      6lO3QC3q6uqKB26/JX72r9fE+tbW1Dm9YsxOO8dJ53wldtz1DalT+D+efOi3ccO3L4sVS5ekTtnk
      BmzVFG8+7ZzY8a3vSJ3C/7Fi9sz47bcvimUvPJs6pVfUNTTGXv94Quz9j5+MstMRIZWFUcR5/zos
      fhSlUpE6BgAAqD3GYAAAQJ+7bHXx0cHluGaLUmyZugVq1UuzZsS1F381FsyelTql19XV1cW7PvTR
      OOakU6O+sTF1Ts1rXr0qbvjmpTH1wQdSp/S6HQ89Ig4587zYfMutUqfUvO6Ojnjshu/FtJ//OLq7
      ulLn9LqmHcfH4edcGE07TUidArVsanfEmdcNK/0hdQgAAFBbjMEAAIA+c/7qYudhpbh1aDn28scI
      pPPwA/fGdd+4KNvTwF7LDhN2jdO//o0Yvs2o1Ck166VZM+K7538hli3O42q+DTFo+Ih4x6TLY+sJ
      TqdLpWX5srj/61+MpdOfTp3Sp+oaGuOQM8+NCe96X+oUqGVFqRQ3dXTGOT8cUXo5dQwAAFAbfP8C
      AAD0uklFMXDQ6rhpeH28v+zvEEimKIq45dor466f3Jg6JZkthzbFGRddHuPfuGfqlJrz2G+mxLUX
      fzXa29pSp/S5+sbN4rBzLnBtZAJLn58Wk7/2+WhduTx1SjJ7fvj4OPCk0yNK/i8YJLQuIi7vXBOX
      /XDHUu19EAIAAH3KEwAAAKBXXbaqOGer+rhwQMRmqVuglhVFETdf9a2472c/SZ2S3GYDBsRZl347
      dttn/9QpNWPqgw/E9y44L7pq4Hq+11Iql+Owsy+I8W9/d+qUmrFk+tNxz3mnR0fLutQpye363n+I
      Q8841yAMUivFrKKI8/5tWOnW1CkAAEC+/PUPAAD0ikuXF0du0RA3DinH1qlbgIifXnNF3P3vN6XO
      6Dc2HzAwvnD5lbHzG/dKnZK9x34zJa6ZdG5ND8H+R7muLo748qWxw6FHpE7J3tLpT8fd554WHa0t
      qVP6jT0+9PE46FNnps4A/suUcik++/2m0jOpQwAAgPwYgwEAAJvUN1YVO9aV4+ahpXhT2V8c0C88
      /MC98b0Lv5w6o98ZMrQpLvjBTdG09YjUKdlaPH9eTPrUx6PNIOdP6jcfEEdfeUMMHTsudUq2Wlcu
      j9tP/Vi0rHgldUq/c9jZk2Lndx6VOgP4L50RcV1XY5x//eDSstQxAABAPnw1AwAAbBKTiqJ+QHNc
      PawcExsiyql7gP+yYM6LceGpJ8T61tbUKf3S+DfuGedecW3UNzSkTslOW2tLXPjpE2Lh3NmpU/qd
      rcbsEEdfdWM0DBiYOiU73Z2dcefZp8SSZ59KndIv1W+2efz9d38YTTuOT50C/K+VpYgLtm2KqyeV
      Sp2pYwAAgOrnCxoAAKDHLl1dnLXN2mjephwnG4JB/1EURdzwzUsNwV7HrGlPx10//VHqjCz94vrv
      G4K9hlXz58bjN/xL6owsPfOzmwzBXkfn+rb43RUXRxRF6hTgfw0tIq5YsCKe+dSK4t2pYwAAgOrn
      SxoAAKBiF64uDrpiTfHi6Lr41oBSbJ66B/hLD02+O2Y882TqjH7vP2+6LpYveTl1RlaWLloQk2+/
      JXVGvzb9l7fE6gXzUmdkpXXl8njyp9enzuj3lj73TMx64O7UGcBf27Uo4q6JrxT/efKqYqfUMQAA
      QPUyBgMAADbapOZixDdXFb8eU46Hh5ZjXOoe4K91dXXFz35wdeqMqtDe1ha3//D7qTOycuv3r47O
      9vbUGf1ad2dnPHb9NakzsvLYD78XHS3rUmdUhanXXx3dXV2pM4BXU4qjurviuYnLi+98bHkxJHUO
      AABQfYzBAACADTapKMqXrS6+NboUC4fXx2HlUuoi4LU89YffxYqlS1JnVI2H778n1jWvSZ2RhdUr
      V8Tjv/1V6oyqMO+hX0fL8mWpM7LQvm5tvDjlntQZVWPdsiUxf+rvU2cAr60hIs4YEPH8xBXFyZOK
      wnc5AADABvMHBAAAsEEuWV18fERzrBpVF2dtFlGfugd4fQ/e+YvUCVWlo709fn/vnakzsvC7e+6I
      rs7O1BlVoburK2ZO9r7bFGbef2d0rm9LnVFVXrjb5wRUgVFRxLULVsajJ60oDkkdAwAAVAdjMAAA
      4HVduK7Y54o1xfRt6+LGQeUYnLoH+NvWt7bGM488lDqj6jzyq8mpE7Lw2IMPpE6oKnN+6/XaFOY8
      6Pd3Yy149PfR2daaOgPYEEXsVyrit59aXtxy0spibOocAACgfzMGAwAAXtWkotjiG6uK28YU8fjQ
      cuyWugfYcC8+Ny26urpSZ1SdOc9Pj/Y2Jwv1RPv69fHSrBmpM6rKitkzoqO1JXVGVetqb49lL0xP
      nVF1uru6YtkLz6bOADZcqYj4UKk7pk9cXkw6YU6xeeogAACgfzIGAwAA/splq4uvb7s2Voyojw+U
      I0qpe4CNM2va06kTqlJXZ2fMmfFc6oyqNvv5Z6OzoyN1RlXp7uqKV2YYMvXEKzOfi66O9tQZVWnJ
      dJ8XUIUGRsTX6ofEzImvFMdHUfh7DQAA+AvGYAAAwJ9cvLp471XNxbJRdXF+YykaUvcAlXl5/rzU
      CVVr0dw5qROq2svz5qZOqEqrXpqbOqGqrZo/N3VC1fLeg6q2XZTihokrY8qJK4u9UscAAAD9R33q
      AAAAIL3zVxc7N0X8oqku3uA/K4fqt3bN6tQJVWvt6lWpE6qa915l2pq9bj3R5ve2Yuu996D6FXF4
      uYjHJ75S/KC9Mc6/cUhpeeokAAAgLSeDAQAAMaQUFw8zBINsrG1ekzqhahkz9cy6tc2pE6rSeu+7
      HjFoqpz3HmSjLkrx6Yb2+EjqEAAAID1jMAAAAMjM+tbW1AlVq63Na9cT3nuV6fS+65HOtrbUCVWr
      o7UldQIAAACwiRmDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAA
      AMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAA
      AAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAG
      jMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAA
      AAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwG
      AAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAA
      ABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAA
      AAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiA
      MRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAA
      AAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEA
      AAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAA
      IAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAA
      AAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkw
      BgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAA
      AACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgA
      AAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAA
      ZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAA
      AAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPG
      YAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAA
      AACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMA
      AAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACA
      DBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAA
      AAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAY
      DAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAA
      AAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAA
      AAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQ
      AWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAA
      AAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiD
      AQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAA
      AEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAA
      AAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAy
      YAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAA
      AAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMw
      AAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAA
      AMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAA
      AAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAG
      jMEAAAAAAAAAAAAyYAwGAAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAA
      AAAAIAPGYAAAAAAAAAAAABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwG
      AAAAAAAAAACQAWMwAAAAAAAAAACADBiDAQAAAAAAAAAAZMAYDAAAAAAAAAAAIAPGYAAAAAAAAAAA
      ABkwBgMAAAAAAAAAAMiAMRgAAAAAAAAAAEAGjMEAAAAAAAAAAAAyYAwGAAAAuSmK1AUAVAGfFgAA
      AP4VlMkAACAASURBVJAfYzAAAADITGEMRiLlurrUCVWpXF+fOoFa5fMCAAAAsmMMBgAAAJnp7u5O
      nUCNqjdqqki5zutGGoXPCwAAAMiOMRgAAABkxpf7pFJnDFaRkteNVJwMBgAAANkxBgMAAIDMuCaS
      VFwTWRmvG6kUhfEwAAAA5MYYDAAAADLT7ct9Eqlz3WFFXBNJKk6SBAAAgPwYgwEAAEBmnAxGKnVO
      uKqIk8FIxecFAAAA5McYDAAAADLjpBdSqat3wlUlyl43EvF5AQAAAPkxBgMAAIDM+HK/cl67njEG
      q0yp7GSwnnG6VaX8Ow8AAADyYwwGAAAAmen25X7F2tvaUidUNWOwyjgZrGe6OjpSJ1QtYzAAAADI
      jzEYAAAAZKYonJJTqdaWdakTqlpdnVFTJYzBeqarvT11QvXyeQEAAADZMQYDAACAzJRKpdQJVaut
      pSV1QlVzMlhlykZ0PdLVYQwGAAAA8D+MwQAAACAz5bq61AlVq63VGKwn6rz3KuJksJ5Zv2Z16oSq
      5b0HAAAA+TEGAwAAgMwYg1VuvZPBesTJYJUxyOmZtmZjsEp57wEAAEB+jMEAAAAgM3WunKvY2uY1
      qROqmjFYZUplA86eaFu5InVC1XJFKQAAAOTHGAwAAAAyU2+QU7HmVSujdd3a1BlVyxCxMk7zq1xH
      a0u0rFyeOqNqlRsaUicAAAAAm5gxGAAAAGRm4BaDUydUtZfnv5Q6oWrVGTVVxFV9lVu9YF5EUaTO
      qFqbDR6SOgEAAADYxIzBAAAAIDMDBxuD9cTil+amTqharomsjKv6Krd6/rzUCVWt0XgYAAAAsmMM
      BgAAAJlxMljPLDYuqZjrDivjZLDKrVrg97UnGgdukToBAAAA2MSMwQAAACAzg4zBeuTll4xLKuVk
      sMqUjOgqtsYYrEcaBxmDAQAAQG6MwQAAACAzWzYNS51Q1ebMeC51QtWqd91hRVwTWbllfl97ZOCw
      4akTAAAAgE3MGAwAAAAyM3TrEakTqtqyRQvjlcWLUmdUJddEVsY1kZVZt2xJrFk0P3VGVdtixDap
      EwAAAIBNzBgMAAAAMtM0YmTqhKr33JOPp06oSq6JrIwRXWUWPfVY6oSqN2i48TAAAADkxhgMAAAA
      MtPkZLAee+6PRiaVMAarjGsiK7P4Sb+nPTXQGAwAAACyYwwGAAAAmRk2YpsolUqpM6qaMVhl6o3B
      KlLyulXEyWA9UyqXY9DWTpIEAACA3BiDAQAAQGYaN988hjodrEdWLF0SC+fOTp1RdZxwVZmyMdhG
      WzV/bqxdsjh1RlUbtPXIqG/cLHUGAAAAsIkZgwEAAECGRo0Zmzqh6j18/z2pE6qOayIrY0S38V58
      4O7UCVVvy+18TgAAAECOjMEAAAAgQ6O23yF1QtV7aPLdURRF6oyqUldXlzqhKjkZbCMVRcz6lbFm
      T21lDAYAAABZMgYDAACADG2zvS/5e+qVlxfHjKf/mDqjqjgZrDKlskd0G2PJ9KejefHC1BlVb0sn
      SAIAAECWPGkCAACADI3ZaefUCVl4yFWRG8UYrDJ19Q2pE6rKrCmuiNwUmnb0OQEAAAA5MgYDAACA
      DI0dPyFKpVLqjKr36JTJ0dbakjqjatSVXRNZiZLrNTdYZ1trzP71fakzql6pXI5hO01InQEAAAD0
      AmMwAAAAyNCAQVvEiNHbpc6oei1rm+NXv7wtdUbVcDJYZcpetw32/F23x/rmNakzqt6Q0WOiYeCg
      1BkAAABALzAGAwAAgEyN3XmX1AlZuPfWm6OzoyN1RlUoO+GqIuU6Y7AN0d3ZGdNuuzl1RhaG77xr
      6gQAAACglxiDAQAAQKZ22GW31AlZWLlsaTw0+e7UGVWhVCpFnUHYRiuVPaLbELOm3B1rl76cOiML
      w8cbgwEAAECuPGkCAACATI1/456pE7Jx1803RNHdnTqjKjgdbOOUymVjsA1RFPHMrT9KXZGNkbvv
      lToBAAAA6CWeNAEAAECmdtp192hobEydkYXF8+fF7+69M3VGVahz5eFGcUXkhpkx+Y5YOW926ows
      1DduFsN3dnIkAAAA5MoYDAAAADJV39gYO0zwhf+mcuu1V0brurWpM/q9unrjpo1R9nr9TR2tLfHY
      9dekzsjG1rvuHuWGhtQZAAAAQC8xBgMAAICMTdhz79QJ2Vi9ckX8503Xp87o9+qNmzaKMdjf9uRP
      rouW5ctSZ2RjxBtcEQkAAAA5MwYDAACAjO22936pE7Jy789+EksWzk+d0a91dHSkTqgqXV6v19W8
      eGFMu+3m1BlZGb2XzwUAAADImTEYAAAAZGyXvfaN+sbG1BnZ6Gxvjx995xtRFEXqlH6pKIpobVmX
      OqOqdLa1RndXV+qM/qko4qGr/zm62ttTl2SjrqExRu6xT+oMAAAAoBcZgwEAAEDGGjffPCbs4arI
      TemZRx6KX/3yttQZ/VJby7oourtTZ1SdDgO6V/XcnbfF/Ed/nzojK9vsuW/UN26WOgMAAADoRcZg
      AAAAkLk37n9Q6oTs/OSab8fi+fNSZ/Q7yxYvSp1QldYuWZw6od9pXrwwHv3Bd1JnZGe7fX0eAAAA
      QO6MwQAAACBzexx4cOqE7LS3tcUPLvladLne7y/MeeG51AlVadkLz6ZO6Fe6u7riV5edHx2tLalT
      srPt/j4PAAAAIHfGYAAAAJC5MTvtHE0jRqbOyM6L06fF7ddfmzqjX5n7wvTUCVXplZlGdH/uiRuv
      jaXPPZM6IzuDtxkdTTuOT50BAAAA9DJjMAAAAMhcqVSKfQ85LHVGlu646fp49FeTU2f0C0VRxLSp
      j6TOqEoLn3gkoihSZ/QLc377QDz50+tTZ2Rp7ME+BwAAAKAWGIMBAABADdjvLYenTshSURTxg0sn
      xZznnYj14rPPxNJFC1JnVKXmlxfFEidhxYoXZ8SD35hkGNdLxh5yeOoEAAAAoA8YgwEAAEAN2GXv
      /WKLIVumzshS+/r1ccWXPx+rXlmWOiWpP9x/T+qEqvbilLtTJyS1fs3qmHzh2dHZ1po6JUubDR4S
      I3ffO3UGAAAA0AeMwQAAAKAG1NXVxV4HH5o6I1urXlkWV3z589Hasi51ShLrmtfE7++7K3VGVZt5
      /12xfs3q1BlJdLS2xL3nnxnNixemTsnW9m96a5Tr6lJnAAAAAH3AGAwAAABqxMFv/7vUCVmb8/z0
      uPzs06OttSV1Sp+76yc3Ruu6takzqlpHy7p4+tYbU2f0uc729XHfV86Kpc9PS52StfFHHJk6AQAA
      AOgjxmAAAABQI96w/0ExeKuhqTOyNmva03HlV86Jzvb21Cl9ZvXKFXH/bbekzsjCs/9xS7SuXJ46
      o890d3TE/RecHYuffjx1StYGbNUUo/Y+IHUGAAAA0EeMwQAAAKBG1NXVxUFve2fqjOxNm/pwXDXp
      S9FRI4OwG791WU2ehtYbOtta43ffuTR1Rp/o6miPB77+xVgw9aHUKdkbd9g7XREJAAAANcQYDAAA
      AGrIm97hqsi+8Mff/yYu/8Jp2V+d+Pv77orHfjMldUZW5j3065h5/52pM3pVR2tL3PeVs2Lew79J
      nVITdnJFJAAAANQUYzAAAACoIeN33zNGjN4udUZNeP6pJ+KSM06OVctfSZ3SK5YsnB8//u7lqTOy
      9IdrLo/VC19KndErWlcujzs+NzEWPvFI6pSasOW228eIXd+YOgMAAADoQ8ZgAAAAUENKpVK89T1/
      nzqjZrw0a0Zc9E8nxoI5L6ZO2aSaV6+Kb55zZqxrXpM6JUvta5vj3i+fGW2rV6VO2aRWzpsdv/zs
      ibH8xRmpU2rGhCOPjiiVUmcAAAAAfcgYDAAAAGrMoUceFeWyRwJ9ZdniRfH1Uz8Zj0y5L3XKJtG+
      fn1857zPx5IFeZ5c1V+sWTQ/Jn/tc9HZvj51yiYx+8HJ8cszTojmxQtTp9SMcl1d7PzO96bOAAAA
      APqYJ78AAABQY4ZuPSL2OOjNqTNqSltrS1xzwXlx/Tcvia7OztQ5FWtrbYkrzj0rZk57KnVKTVgy
      /em457zTo33d2tQpFSu6u2Pqv10ZUy45LzpaW1Ln1JQxBx4aA5uGp84AAAAA+pgxGAAAANSgw95z
      dOqEmvTrX94Wl555SixdtCB1ykZbs3JFXHrGyfHs44+mTqkpLz/9RNx59inRumpF6pSNtmbRgrjj
      85+Kp/79hoiiSJ1Tcya827/nAQAAoBYZgwEAAEAN2vuQt0bTiJGpM2rSzGlPxfknfiSm/MfPo6iS
      gczs556NC049IebOeD51Sk1aPuuF+OUZJ8TS56elTtkwRRHP33lb3H7qR2PJs06RS2HwNqNj+wMP
      TZ0BAAAAJGAMBgAAADWorq4u3n70Makzatb61ta44VuXxuVnnx5LFryUOuc1FUUR9956c1x8+sR4
      ZfGi1Dk1rfnlRXHH5ybGMz//cb8+ZWvNovlxz/lnxu++c4lrIRPa7ahjolT26BcAAABqkScCAAAA
      UKMOO+r90dDYmDqjpk2b+nCcd8Kxccu1V0ZbPxvOLJw7O/75c5+Jm6/6VnR2dKTOISK6OzvjkWu/
      HXee/elYOW926py/0NHaElOvuyp+fvKxsWDqQ6lzalp942axy7vfnzoDAAAASMQYDAAAAGrU4K2G
      xpve/nepM2peZ0dH3HnzDfHF4z4YU/7j59HZ3p60p3Xd2vjpNVfEV076aEx/YmrSFl7d4qcfj9tP
      /Wg8cu23o31tc9KW7o6OeP7O2+JnJx0TT/30h9GV+P1LxE5HHBmbDR6SOgMAAABIpJQ6AAAASO+f
      1xS3jCzHh1J3AH1v3swX4qsTP5Y6gz/TtPWIeO/HTojD3tu3J7etXrE87r315pjyi59Fa8u6Pvu5
      9EzDwEGx21EfjD0++LEYMHRYn/3cro72eOHuX8RT/35DrFu2pM9+Ln9DqRT/8C8/iaYdx6cuARIo
      ijj934aXrkrdAQAApGUMBgAAGINBjfvGF06LaVMfTp3B/zFo8JA49Mij4rCj3h/b7jCuV35Gd3d3
      TH9iavxh8t3xyJT7osOpTlWrrrExxh32rhh/xJExep8Do1TunQsBVs2bHc/f/YuYef+dsX7N6l75
      GVRuzAFvjr+7+LupM4BEjMEAAICIiPrUAQAAAEBa7/3I8cZg/dC65jVx7603x7233hw77vqG2Pvg
      t8TeBx8aYyfsGqVS5f9939o1q+OFp/4Y0x9/NKY++ECsXrF8E1aTSld7e8ycfEfMnHxHDBg6LHZ8
      y9tj230PjJG77x2bb7lV5f/DRRGvvPhCzH/kd/HSH34Ty2ZM33TRbHJ7HvuJ1AkAAABAYk4GAwAA
      nAwGxKRTjo85zxt5VIMBg7aIMePGx3bjxsf24ydE04iRscXgITFoyy1j0OAhEUURbS0t0dnZEevW
      rIlXliyOpQsXxJKF82PuC8/FwrmzoyiK1P8Y9JVSKYaOHRfDd94thozeLoaMHhODR46KxsFDoq6+
      IRoGDIxSuRxtzatjffOaWN+8JtYtfTlWzJkZK+bMihWzZ0b7urWp/ynYAFvvsnscfeUNqTOAhJwM
      BgAARDgZDAAAAIiI93zk+Lj6a19KncEGaF23NmY882TMeObJ1ClUg6KIlXNfjJVzX0xdQi/b88PH
      p04AAAAA+oFy6gAAAAAgvQPeekRst+NOqTMAqMBWY8fFDoe8LXUGAAAA0A8YgwEAAABRKpfjfcef
      lDoDgArs9/GTo1T2qBcAAAAwBgMAAAD+20GHvyO2Gzc+dQYAG2Ho2HGxw6FHpM4AAAAA+gljMAAA
      ACAi/vt0sI+fmDoDgI2w7/GnOBUMAAAA+BNPCQAAAIA/cToYQPVo2mlC7HDI21JnAAAAAP2IMRgA
      AADwJ6VyOT588mmpMwDYAAeedLpTwQAAAIC/4EkBAAAA8Bf2OvjQeMO+B6TOAOB1jNpz39hu/4NT
      ZwAAAAD9jDEYAAAA8Fc+dPJpUSqVUmcA8GpKpTjgpNNTVwAAAAD9kDEYAAAA8FfG7bZ77P/WI1Jn
      APAqxh32zhix2x6pMwAAAIB+yBgMAAAAeFXHfvqMaGhsTJ0BwJ+pb9wsDjjxtNQZAAAAQD9lDAYA
      AAC8qq1HbxtHHntc6gwA/sweHz4+Bm8zOnUGAAAA0E8ZgwEAAACv6e+POzGGjdwmdQYAETFo+IjY
      68PHp84AAAAA+jFjMAAAAOA1NW6+eRwz8TOpMwCIiANP/mzUbz4gdQYAAADQjxmDAQAAAK/r4He+
      OybssXfqDICaNmrPfWOnw96ZOgMAAADo54zBAAAAgNdVKpXixC9+JeobG1OnANSkckNDHHL6lyJK
      pdQpAAAAQD9nDAYAAAD8TaPGjI33HHtc6gyAmrTXhz8RW40dlzoDAAAAqALGYAAAAMAGOfr4iTFq
      zNjUGQA1ZcjoMbH3R09MnQEAAABUCWMwAAAAYIPUNzbGx8/6YpRcUwbQN0qlOOTMc6OuwTW9AAAA
      wIYxBgMAAAA22O77HRiHHfX+1BkANWHX93wgtt3nwNQZAAAAQBUxBgMAAAA2yj9+5rMxbOQ2qTMA
      srbFyFFx0MmfTZ0BAAAAVBljMAAAAGCjDBg4KCZ+6WuuiwToLaVSvOWzX46GAQNTlwAAAABVxhgM
      AAAA2Ghv2PeAOOx9H0idAZCl3Y76YGy735tSZwAAAABVyBgMAAAAqMhHP3NWjBozNnUGQFaGjB4T
      B048I3UGAAAAUKWMwQAAAICKbDZgQHz6KxdFfUND6hSALJTr6+Nt517kekgAAACgYsZgAAAAQMV2
      2GW3+MAnT0mdAZCF/U/4TGy9y+6pMwAAAIAqZgwGAAAA9Mh7P3J87LbP/qkzAKra6H0OjD2OOS51
      BgAAAFDljMEAAACAHimVy3Hq1y6JrYYNT50CUJUGbNUUh59zQZTKHtcCAAAAPePpAgAAANBjWw5t
      ilO/enGUDRkANkqpXI7Dz70oBg7bOnUKAAAAkAFPaAEAAIBNYte994sPfPKU1BkAVWX/Ez4T2+5z
      YOoMAAAAIBPGYAAAAMAm877jPhl7HvTm1BkAVWHMQYfGXsd+InUGAAAAkBFjMAAAAGCTKZXL8emv
      XBQjt9s+dQpAv7blttvH27749YhSKXUKAAAAkBFjMAAAAGCTGjR4SJx12bdjwKAtUqcA9EsNAwbG
      OyZdHo1bDE6dAgAAAGTGGAwAAADY5EaNGRv/NOnSKJc9egD4c6VyOd527sUxdOy41CkAAABAhjyR
      BQAAAHrFHgceHB+c+JnUGQD9yv6f/KfY/k1vSZ0BAAAAZMoYDAAAAOg1R33shDji6GNSZwD0C7sc
      eXTsdewnUmcAAAAAGTMGAwAAAHrVcWd8IfY48ODUGQBJbXfAm+OQM89LnQEAAABkzhgMAAAA6FV1
      9fVx2oX/L7YfPyF1CkASTTuOjyPOuyTKdXWpUwAAAIDMGYMBAAAAvW7zAQPjc5ddEcO3GZU6BaBP
      Dd5mdBx56VXROGiL1CkAAABADTAGAwAAAPrE0K1HxDnfuia2bBqWOgWgTwzYqimOvOTKGNg0PHUK
      AAAAUCOMwQAAAIA+M3LbMXHON6+OQYOHpE4B6FWNg7aIIy+5MrbcbmzqFAAAAKCGGIMBAAD/n707
      j4/7Luz8//7OaHTf14w0unzIcRzHCXZwQoAcJI1zHwTjQAsB2mS3bNmFZR+7v7ZLC6TtFsK2BNKD
      btv0t7/QRxwgBEzAdi4njomdh00SO76wZB0eSTMajeaQRtJc3+/vjwW2QIKPyPrMV3o9/0xszeuh
      fP/RN299PgCwoDqWr9Rnv/w1lVdUmk4BgPOipKxcNzzwVTWtvMB0CgAAAAAAWGIYgwEAAAAAgAW3
      Ys1affp//JVKy8tNpwDAvCopr9CmP39IgbWXmk4BAAAAAABLEGMwAAAAAABgxIXvuEz/5cGvc0IY
      gEWjpKxcN3zxr9S2boPpFAAAAAAAsEQxBgMAAAAAAMZcsO4d+uyDXBkJwP1Kyiu06c++qvZL32k6
      BQAAAAAALGGMwQAAAAAAgFGrLr5U//lLX2UQBsC1fJVVuvEvvq62Sy4znQIAAAAAAJY4xmAAAAAA
      AMC4Cy5Zrz986BuqbWg0nQIAZ6WsplY3/eXfKLD2UtMpAAAAAAAAjMEAAAAAAEBx6LngQv3J3z6i
      1vYO0ykAcEaq/W26/aFH1Lp6rekUAAAAAAAASYzBAAAAAABAEWlpD+oPv/YPCvYsN50CAL9Rffdy
      3fbX/6S6jm7TKQAAAAAAAL/AGAwAAAAAABSVxpZW/fHD/6g1699pOgUA3lRg7aW69Sv/oKrmVtMp
      AAAAAAAAv4QxGAAAAAAAKDpVNbX6L195WNfdudl0CgD8klWbbtfNX/57ldfVm04BAAAAAAD4NYzB
      AAAAAABAUfJ6vfroZ/6bfvtTn5Xl4RUGAMMsS+s/cr+u+uyfyFNSYroGAAAAAADgTfHWAgAAAAAA
      FLUbPvAhBTq79fcP/Help1KmcwAsQb7KKl3zX7+g7iuvMZ0CAAAAAADwG/FrtQAAAAAAoOitu/xK
      PfBP/6plq9eYTgGwxDStWKX3/92/MgQDAAAAAACuwBgMAAAAAAC4QpM/oD966B/07htuNp0CYIno
      vf4W3fbQI6ppC5pOAQAAAAAAOCOMwQAAAAAAgGuUlpfr/j/+ov7DF/5SldU1pnMALFK+ikq95z/9
      ka7+r19QSWmZ6RwAAAAAAIAzxhgMAAAAAAC4zsZrrtcD//hN9a69xHQKgEWmZdUa3fm3j2r1Le83
      nQIAAAAAAHDWGIMBAAAAAABXam5r1x8+9A3d/pFPyOv1ms4B4HIer1fv+O3f020PPaK6YJfpHAAA
      AAAAgHPCGAwAAAAAALiWt6REd//eJ/WF//Wolq1eYzoHgEs1Lu/V7Q89og33/nt5GJcCAAAAAAAX
      YwwGAAAAAABcr3NFrz73t4/og//uU/KVlprOAeASnpISXbLlXt359f+t5lUMSgEAAAAAgPuVmA4A
      AAAAAACYD16vV7d8+F5tuOpaffNrX9HBfT82nQSgiHVufLeu+P3PciUkAAAAAABYVBiDAQAAAACA
      RSXQ0aXPfvlrOnzgFX3za1/RyOBJ00kAikhdsEuXffyTWnbV9aZTAAAAAAAA5h1jMAAAAAAAsChd
      tGGjvviP39TTT2zVU9/8F00lE6aTABhUXlevS+75uC66/YPy+HymcwAAAAAAAM4LxmAAAAAAAGDR
      KvH5dNOW39G1t79fz373W/rBN/9FM9NTprMALCBfRaXW3L5Zl9zzcZVWVZvOAQAAAAAAOK8YgwEA
      AAAAgEWvvKJSt3z4Xl1z213avvVRPfvkt5WeSpnOAnAeldXUas1tm7X27t9WWU2t6RwAAAAAAIAF
      wRgMAAAAAAAsGVU1tbr79z6p2z/6e3rl+ae17f/7Z42dGjKdBWAe1QTaddFdH9Lqm+5USXmF6RwA
      AAAAAIAFxRgMAAAAAAAsOb7SUr170y1612/dpFdfekEvPPWkDr3ysmzbNp0G4BxYHo86LnuXLrjp
      TnW/62pZHo/pJAAAAAAAACMYgwEAAAAAgCXL4/Fow1XXasNV1yoeHddL23+g3dt/oEho2HQagDNQ
      296pVZtuU+9v3aqq5lbTOQAAAAAAAMYxBgMAAAAAAJDU0NKq2z7yCd32kU9oZPCkXtn1jF5+ejvD
      MKDIVLcG1H3lNVp21fUKXHSJZFmmkwAAAAAAAIoGYzAAAAAAAIBfEexZrrs+dr/u+tj9/3cYtvNH
      ioycMp0GLElVLX71vPtaBmAAAAAAAACnwRgMAAAAAADgN/j5MOzOe+/T0JHXdOypf9GP9x7QUGzO
      dBqwqHU3leuSy9ap7MZPqG7NBgZgAAAAAAAAZ4AxGAAAAAAAwGlYjqPA+F69J/Ud+S6flS5fo+F4
      Vs8cS+ipw3EdOJWW45iuBNyvt7VCt1xUr+svqNPF7ZWS8pqd/aZejCS133+tbMtjOhEAAAAAAKCo
      8et0AAAAAPTllPO436PNpjsAoBjVpga0sv8x1aYG3vLPjCZzeuZYQjuPJbR3cFq5Assw4Ez4vJau
      6KnWDavrdf3qerXX+d7yz0aqOrWj+x4N1fYuYCEAuIfj6FP/1Gw9bLoDAAAAgFmMwQAAAAAwBgOA
      N1GWiWv5wHflj+yTdObjrtmcrT39KT3705SeOZ7U+FTu/EUCLtRQUaIrl9fougvqdMPqOtWUe8/q
      759oWKft3fcoUd58ngoBwJ0YgwEAAACQuCYSAAAAAADgl3gLWQVHnlP30FPy2pmz/vsVPo+u/9kp
      R3/uODo8Nqtnjif17PGk3hib4TpJLEldDaW67oJ6Xb+6Tlf0VKvEc+6/o9obP6hlyaN6pe067W6/
      WVlv+TyWAgAAAAAAuBtjMAAAAAAAgJ9pir2uVX2PqWwuNi9fz2NZuri9Uhe3V+oz17YpFM/oxf4p
      PXM8qd39U8rm7Xn5HKDYeC3pHZ1Vun51vTatrtfy5rJ5/foldk5XjmzXxdG9eq7rLh1qvkIOlyAA
      AAAAAADwhgQAAAAA10QCQPXUsHr7HlNdqm/BPjOdtfXCiZR2HkvouZ+mlJzNL9hnA+dDXUWJ3req
      VjesrtfVvbWqKvUs2GePVvVoR889CtUsX7DPBIBiwzWRAAAAACROBgMAAAAAAEuYLzet7qEfKDi6
      S5azsKd0VZV6dPNF9br5onoVHOknw9N66nBCPzqSUDiVXdAW4Fw1VZXo6pW1uuWiel3dWyef18zv
      nranB/Wxw1/SoebL9Wz3BzTtqzXSAQAAAAAAYBpjMAAAAAAAsORYTkHB0V1aNvA9eQtzpnPktaR3
      dlfrnd3V+tObOvSTUFpPHpzUU2/EFUtzYhiKS1NViW5Z26A71zVqfUeVrCK5e8CSo3UTe7V68lXt
      bb9Be4I3Km/5TGcBAAAAAAAsKMZgAAAAAABgSWmIH1Vv32OqnBkznfKmLEva0FmlDZ1V+tObJYCd
      MwAAIABJREFUOvRS/5SePDipnceSSmcKpvOwRFWVeXXD6jrdua5R71lRoxJPkSzA3kSpndFVoW26
      eGKvnut8v440bTCdBAAAAAAAsGAYgwEAAAAAgCWhYjas3r5vqXHykOmUM1bisXRNb62u6a1VOmvr
      ewcn9b9fmdDR8IzpNCwRK5rLtXl9kz68oUl1Fe56ldgwF9XdJ76hDZHV2tnzQUUqO0wnAQAAAAAA
      nHfF+yt8AAAAABbMl1PO436PNpvuAIDzoSQ/o65T29UZekaWvTiuXHxlaFqPvhLVD48klCs4pnOw
      yPi8lm5eU6+PbGzRO7urTefMC9vy6LXW92hXxx1K+2pM5wDAeeE4+tQ/NVsPm+4AAAAAYJa7fp0P
      AAAAAADgDFmOI//4Xi3v/7ZKc1Omc+bVxu5qbeyu1v+TzOkf9kT0r/ujyuQZheHtKfFaun1tgz7z
      vnZ1NZSazplXHsfW+siLWhPbrxc6btN+/7WyLY/pLAAAAAAAgHnHyWAAAAAAOBkMwKJTnziulX1b
      VZ0OmU5ZEKOMwvA2/HwE9ulr29TdWGY6Z0HEygPa0fNB9devNZ0CAPOGk8EAAAAASIzBAAAAAIgx
      GIDFozwzqWUDT8of2Ws6xYiRRFZ/tiOkHx5OmE6BS9y0pl7/fVNQHQ1LYwT2q040rNOO7i2Kl7eY
      TgGAt40xGAAAAACJayIBAAAAAMAi4C1k1Bnaqa7h7fLYOdM5xgTrS/V3W5br5YEp/clTp/TT8TnT
      SShSy5rK9fmbO3RNb63pFKN64we1InFY+/1Xa1fnncp4y00nAQAAAAAAvC2MwQAAAAAAgIs5aon+
      RCv6v6XyzKTpmKLxrmU1+uHvX6j/9eOIvrYrrNmcbToJRaLC59F/vCag+670y+fl0gBJ8jgFbQw/
      pzWxA3qh4za91voe2ZbHdBYAAAAAAMA5YQwGAAAAAABcqXZqUCv7tqo21W86pSj5vJY++d6ANl1Y
      r09/Z0gHR9Kmk2DYumCVvnp3t1Y0c/rVm6nOJXXLwKNaP75bO3q26FTNStNJAAAAAAAAZ40xGAAA
      AAAAcJWyTELdwz9Q29huWY5jOqforWgu13fvW6WvvxDW13eNqcC3bMnxWtL97/brs9e1cxrYGWhL
      D+neww/qaNN6PdP1ASXLmkwnAQAAAAAAnDHGYAAAAAAAwBUsO6/g2AtaNvA9eQtzpnNcpcRj6TPX
      tum9K2r1B4+f1FgqZzoJC6S9zqeHP7hcGzqrTKe4iiVHa2IH1Bs/pJfbN2lP+43Ke3ymswAAAAAA
      AE6LMRgAAAAAACh6TbHX1du/VeWzE6ZTXO2yrir98JMX6vcfO6m9g9Omc3CeXdZVpb+/Z7laqhkx
      nSufndVVoW26dPwlPd91pw41XyFHnK4GAAAAAACKl8d0AAAAAAAAwFupnBnTukMP6eI3/oYh2Dxp
      rCzRNz/Wq49f0Wo6BefRhy9r1mMfX8UQbJ7UZuO6o+8RfeTI/5Q/fcp0DgAAAAAAwFviZDAAAAAA
      AFB0fPm0uge3KTi6S5Zjm85ZdEo8lj5/c4eWNZXp8z8MyXYc00mYJx7L0hdu7tBHL28xnbIodad+
      qvve+DMdarpcz3R/QGlfrekkAAAAAACAX8IYDAAAAAAAFA3LKahtbI+WDT4pX45rDM+3ey9vUUNV
      iT7znUHlCwzC3K7EY+lLd3bpA5c2mU5Z1CzH0bqJvVqVOKg9bTdqX9v1Knh4zQoAAAAAAIoDbykA
      AAAAAEBRaIgf1cr+x1WVHjGdsqTcvrZB1aUe/f5jA5rLcwqbW5WWePTw5h5turDedMqSUZ6f0XWn
      ntCl0T16unuzTjSsM50EAAAAAAAgj+kAAAAAAACwtFXOjuuiI9/QJQf/miGYIe9bVaf/96MrVeHj
      VZEbVZZ69OhHVzAEM6RpLqJ7jj+s3zn612qZHTWdAwAAAAAAljje8AEAAAAAACO8dkY9Q9t02f7P
      qyV6wHTOkndFT7X+8bdXqLSE10VuUuK19HdbluvynhrTKUvesuRR3X/wAW0afExlhVnTOQAAAAAA
      YIni7R4AAAAAAFhQluMoEHlZV+z7Y/UMbpPHzptOws+8Z3mNHt7cI69lugRnwmNZ+ur7e3RNb63p
      FPyMxyloY/g5/cFrf6SN4Wflcbh6FQAAAAAALCzGYAAAAAAAYMHUpgb0jtf+UquPPSJfNmU6B29i
      04X1+uKtXaYzcAb+/LZO3XZxg+kMvInKXFqbBrfqd9/4C3WnTpjOAQAAAAAAS0iJ6QAAAAAAALD4
      lWXiWj7wXfkj+yQ5pnNwGr/zzmadGJ/Vv+yLmk7BW/jdd7Xqw5c1m87AaQTSw/rokQd1omGdtnff
      o0Q5/80AAAAAAMD5xRgMAAAAAACcN95CVsGR59Q99JS8dsZ0Ds7C527q0PHxOb08MGU6Bb/iyuU1
      +qNNQdMZOAu98YNaljyqV9qu0+72m5X1lptOAgAAAAAAixTXRAIAAAAAgPOiKfa63rn/T7V84AmG
      YC5U4rH0d/csU2d9qekU/BvB+lI9vHmZSjyW6RScpRI7pytHtuuTr/+J1k28LItTEgEAAAAAwHnA
      GAwAAAAAAMyr6qlhveO1B3XxG3+j8rmY6Ry8DQ0VJXpo8zJ52R0VhRKPpYc396ipisP+3awmm9Ad
      fY/oE4f+hzqmTprOAQAAAAAAiwxjMAAAAAAAMC98ubRW9j2mDa/+heqSJ0znYJ5s6KzSJ98bMJ0B
      Sf/hqoDWd1abzsA8aU8P6mOHv6Q7+v5Z1bmU6RwAAAAAALBI8GuEAAAAAADgbbGcgoKju9Qz8H2V
      FGZN5+A8+PT72vRif0qvj8yYTlmy1rZV6j9ezShvsbHkaN3EXq2efFV722/QnuCNyls+01kAAAAA
      AMDFOBkMAAAAAACcs4b4Ub1z/xe1sm8rQ7BFrMRj6St39aiE+yKN8HktffXubr7/i1ipndFVoW36
      d699QWtiB0znAAAAAAAAF2MMBgAAAAAAzlrFbFjrDn1dlxz8a1XOjJnOwQJY1VquT1zRajpjSfrd
      d7Wqt7XCdAYWQGNmXHef+IY+cuSv1DozYjoHAAAAAAC4EGMwAAAAAABwxkryM1o+8IQ27v+iGicP
      mc7BAvv0tW0K1JaazlhSWqp9+hTXQy45Paljuu/QA7pl4FFV5aZM5wAAAAAAABdhDAYAAAAAAE7L
      chwFIi/r8lc+p67h7bLsvOkkGFBV6tEf3dBuOmNJ+dxNHaou85rOgAEex9b6yIv65Ouf08bws/I4
      tukkAAAAAADgAozBAAAAAADAb1SfOK4NBx7Q6mOPyMcJNUve7Rc3ak2AKwsXwkVtFbp9bYPpDBhW
      np/RpsGt+vcHP68ViTdM5wAAAAAAgCLHGAwAAAAAALyp8sykLjz2z7r09f+p6nTIdA6KhGVJ//k6
      TgdbCJ99X7ssy3QFikXTbFgfPvY13XP8YTXMRU3nAAAAAACAIlViOgAAAAAAABQXbyGjztBOdQ1v
      l8fOmc5BEfqtC+p0abBSr43MmE5ZtNYFq/S+VXWmM1CEeuMHtSJxWPv9V2tX553KeMtNJwEAAAAA
      gCLCyWAAAAAAAOBnHLVED2jj/j9Vz+A2hmD4jf7gmjbTCYvap68JcCoY3pLHKWhj+Dl98rXPaX3k
      RVmOYzoJAAAAAAAUCU4GAwAAAAAAqpkaUm/fY6pN9ZtOgUtct6pWXQ2lGo5nTacsOt0Npbp2Va3p
      DLhAdS6pWwYe1frx3drRs0WnalaaTgIAAAAAAIZxMhgAAAAAAEtYWSahVSce1fpX/4IhGM6YXXAU
      GZnQ9e2cRnQ+/Fa7o9HhcRXyBdMpcIm29JDuPfyg7j7xDdVlYqZzAAAAAACAQZwMBgAAAADAEmTZ
      eQXHXtCyge/JW5gznQOXcOQoHk1p5FRE+Vxe1wU9+tdjluYKjMLmS3mJpfd1eBUNxxSfSCoQbFaz
      v5ErI3FalhytiR1Qb/yQXm7fpD3BG5W3fKazAAAAAADAAmMMBgAAAADAEtMUe10r+x9XxWzUdApc
      JJ2eVWgwrJnp2V/8syqfpcsDHr0wwglW8+Vdfo8qf/bGLp/PKzQUVmwioY5uv6prqszGwRV8dlZX
      hbbp0vGX9HzXnTrUfIUcsSYEAAAAAGCpYAwGAAAAAMASUTkzppX9j6tx8rDpFLhILpvT6KlxTcaS
      0pscAHZ10MsYbB5dHfT+2j+bTc/pxJEh1dVXq6MnoNKyUgNlcJvabFx39D2iS8d/rB3dWxSp6jCd
      BAAAAAAAFgBjMAAAAAAAFjlfPq3uwW0Kju6S5dimc+AStm0rGokrMhJVofDWz80lzR7Vl0qJ7ALG
      LVJ1ZZYubva85b9PJqY1dfCkWvwN8gdb5PW+9Z8Ffq47dVz3vfGADjVdrqd7NmumpMZ0EgAAAAAA
      OI8YgwEAAAAAsEhZjq22sZe0bPBJ+XLTpnPgIsn4lEJDEWUzp194eS3pioBX24c5HeztujLglfc0
      t/nZtq3IWEyTsZTaO1rV2FwnbgDE6ViOo3UTe7UqcVB72m7UvrbrVfDwahgAAAAAgMWIn/gBAAAA
      AFiEGhLHtLJvq6rSI6ZT4CKzM3MKDYY1PTVzVn9vQ6uHMdg82NB65id95bI5DZ0c0URkUh09AVVW
      V5zHMiwW5fkZXXfqCV0a3aOnuzfrRMM600kAAAAAAGCeMQYDAAAAAGARqZwd17KB76olesB0Clwk
      n88rPBLTRCQmxzn7v39xs0c+j6WcfQ5/GZIkn8fS2sazP+IrnZ7V8SMDamyqU7DLrxIfr/twek1z
      Ed1z/GEN1F2oHT1bFK1oN50EAAAAAADmCW+HAAAAAABYBLx2Rp2ndqpr+Efy2HnTOXAJx3Y0MR7X
      2EhUhfy5n+xV7rW0ptHS6xOMwc7VRY2WykvO8b5HR5qcSCoRT6k10KxAe7MsD3dH4vSWJY/q/oMP
      aL//au3qvEMZLyfMAQAAAADgdozBAAAAAABwMctx5B/fqxUnvyNfNmU6By4ylUorNBjW3GxmXr7e
      RY0evT5hz8vXWorWNJ35FZFvxS44Co9EFY8l1d7ZqvrG2nkow2LncQraGH5Oa2P7tDt4q/b7r5Vt
      vf3nEQAAAAAAmMEYDAAAAAAAl6pNDWhl/1bVpk6aToGLZGazCg1HlEpMzevXXdXAeOTtuKB+/r5/
      mbmsBk6EVFNXpWCXXxWV5fP2tbF4VebS2jS4VZdEX9bO7i0aqu01nQQAAAAAAM4BYzAAAAAAAFym
      LJPQ8oEn5I/sk8S1fDgzhXxBkdEJjYcn5Tjz/9ysqvfIsqTz8KUXPcuSeudxDPZzU8m0jr8xoKaW
      OgU6/PL5vPP+GVh8AulhffTIgzrRsE7bu+9RorzZdBIAAAAAADgLjMEAAAAAAHAJbyGr4Mhz6h56
      Sl57fq72w+LnyFE8mtLIqYjyufx5+5zKEqm90tJImjXY2QpWWao8T2/pHMfRxHhCickpBYItavY3
      yLKs8/NhWFR64we1LHlUr7Rdp93tNyvr5YQ5AAAAAADcgDEYAAAAAAAu0BR7Xb19j6l8LmY6BS4y
      nUorNBTW7MzCjAc7qhmDnYuO6vN/xWY+X1BoKKxoJK6OHr9q66rP+2fC/UrsnK4c2a6Lo3v1XNdd
      OtR8hRwxJgQAAAAAoJgxBgMAAAAAoIhVTw2rt3+r6pInTKfARbKZvMZCEU1OJBf0c4PVHiliL+hn
      LgbBqoUb12TmMuo/Nqy6+moFe9pUVuZbsM+Ge9VkE7qj7xG9c+x57ei5R6Ga5aaTAAAAAADAW2AM
      BgAAAABAEfLl0uoe2qbg6C5ZDuManBnbthUZjSkyNiHHXvgTuhZy1LSYtBv4viUT00q93qdmf6Pa
      O5rl8XoXvAHu054e1McOf0mHmi/Xs90f0LSv1nQSAAAAAAD4FYzBAAAAAAAoIpZTUHB0l3oGvq+S
      wqzpHLiFIyXiKYWGIsplc8YyWiqMfbSrtVSYGdE5jqNoOKbEZFKBYKuaWutkcQUgTsOSo3UTe7V6
      8lXtbb9BL7XfpIKH18wAAAAAABQLfkoHAAAAAKBINMSPqrfvMVXOjJlOgYvMpGcVGowoPT1jOkX1
      ZR7TCa5UX252gJXL5nVqYFSx8Ul1dLepqoZVH06v1M7oqtA2rY3u0/Ndd+lI0wbTSQAAAAAAQIzB
      AAAAAAAwrmI2rN6+b6lx8pDpFLhILpdXODSu2HhSjhb+Ssg3U19musCdGsqK4zSumfScfnp0QPUN
      tero9stX6jOdBBdozIzr7hPf0IbIau3o2aLxyqDpJAAAAAAAljTGYAAAAAAAGFKSn1HXqe3qDD0j
      y86bzoFLOI6jiUhco6Go7ELBdM4vqfH9n0sGi2Oa5g6WpOpiekPnSInJlFKJabW2NSnQ3izLUxxj
      NRS3ntQx3XfoAb3W+h7t6rhDaV+N6SQAAAAAAJakYnrVBAAAAADAkmA5jvzje7Wi/9vy5aZM58BF
      kvEpjQyFlcnkTKe8KcuSSjyWcjZzsDNV4rFkFeHWyrZthUeimpyIqy3oV2NLnekkuIDHsbU+8qIu
      jB3Qix23ar//WtkW18cCAAAAALCQGIMBAAAAALCA6hPHtbJvq6rTIdMpcJHMXEahwYhSyWnTKafl
      8zjK2aYr3MPnKe7hXDaT19DJEcWicXX0BFRRWW46CS5QkU9r0+BWXRZ5QTu7t6iv/iLTSQAAAAAA
      LBmMwQAAAAAAWADlmUktG3hS/she0ylwkXy+oPDIhCYik3Kc4h4N/VypR5oxHeEiPm8RHgv2Jqan
      ZnT80IAammsV7PKrxMdrRZxe02xYHzr2kE40rNOO7i2Kl7eYTgIAAAAAYNHjrQ0AAAAAAOeRt5BV
      Z2iHuoa3y2MX59V+KD6O4ygWTWrsVET5fMF0zlmxLEuSO4ZrxcByychPkhw5mpxIKhmfkj/YotZA
      48/+ewO/WW/8oJYnj+hA61Xa1XmnMl5OmAMAAAAA4HxhDAYAAAAAwHnhqCX6E608+S2VzU2ajoGL
      TCWnNTIU0exsxnQK8KYKBVujwxFNjscV7Partr7GdBJcwGvntTH8nNbEDuiFjtv0aut75TAmBAAA
      AABg3jEGAwAAAABgntVMDam37zHVpvpNp8BFMnNZjZ4aV2IyZToFOCNzc1n1Hz+lmtoqdfQEVF5R
      ZjoJLlCdS+qWgUe1fny3dvRs0amalaaTAAAAAABYVBiDAQAAAAAwT8oyCXUP/0BtY7tddfUbzLIL
      jiJjE4qMTcixeW7gPlOptI69cVLNrY1qCzbLW+I1nQQXaEsP6d7DD+po03o93bVZqbJG00kAAAAA
      ACwKjMEAAAAAAHibLDuv4NgLWjbwPXkLc6Zz4BaONDmR1MipiPK5vOka4G1xbEfRcEzxiaQCwWY1
      +xvFDYA4HUuO1sQOqDd+SC+3b9Ke4I3KWz7TWQAAAAAAuBpjMAAAAAAA3oam2Ota2f+4KmajplPg
      Iun0rEKDYc1Mz5pOAeZVPp9XaCis2ERCHd0BVddUmk6CC/jsrK4KbdMl43u0q+sOHWx+l+kkAAAA
      AABcizEYAAAAAADnoHImrBX9W9U0edh0Clwkl81p9NS4JmNJiRshsYjNpud04sig6uqr1dETUGlZ
      qekkuEBddlJ39D2iS8d/rB3dWxSp6jCdBAAAAACA6zAGAwAAAADgLPjyaXUPblNwdJcsxzadA5ew
      bVvRSFyRkagKBZ4bLB3JxLSmDp5Ui79B/mCLvF6P6SS4QHfquO574wEdarpcT/ds1kxJjekkAAAA
      AABcgzEYAAAAAABnwHJstY29pGWDT8qXmzadAxdJxqcUGooom8maTgGMsG1bkbGYJmMptXe0qrG5
      TrJMV6HYWY6jdRN7tSpxUHvabtS+tutV8PA6GwAAAACA0+GnZwAAAAAATqMhcUwr+7aqKj1iOgUu
      MpueU2gorOmpGdMpQFHIZXMaOjmiicikOnoCqqyuMJ0EFyjPz+i6U0/o0ugePd39QZ1ouNh0EgAA
      AAAARY0xGAAAAAAAb6FiblzLT35XLdEDplPgIvl8XuGRmCYiMTmO6Rqg+KTTszp+ZECNTXUKdvlV
      4uMVJU6vaS6ie45/XQN1F2pHzz2KVrSZTgIAAAAAoCjxpgUAAAAAgF/hLWTUGdqpruEfyWPnTefA
      JRzb0cR4XGMjURXyBdM5QHFzpMmJpBLxlFoDzQq0N8vycHckTm9Z8qjuP/hF7fdfrV2ddyjj5YQ5
      AAAAAAD+LcZgAAAAAAD8gqNAZK+Wn/yOSrMp0zFwkalUWqHBsOZmM6ZTAFexC47CI1HFY0m1d7aq
      vrHWdBJcwOMUtDH8nNbG9ml38Fbt918r2/KYzgIAAAAAoCgwBgMAAAAAQFJtakAr+7eqNnXSdApc
      ZG4uq5GhiFKJKdMpgKtl5rIaOBFSTV2Vgt0BVVSUmU6CC1Tm0to0uFWXRF/Wju4tGq7tNZ0EAAAA
      AIBxjMEAAAAAAEtaWSah5QNPyB/ZJ8kxnQOXKBRsRUaiGg9PynF4boD5MpVM6/ihk2pqqVNbp18l
      JV7TSXCBQHpY9x55UCca1ulHPR9SsqzJdBIAAAAAAMYwBgMAAAAALEmeQk4dI8+qe+gpeW2u9sOZ
      ceQoHk1p5FRE+VzedA6wKDmOo4nxhBKTUwoEW9Tsb5BlWaaz4AK98YNaljyqV9qu0+7gLcp6OGEO
      AAAAALD0MAYDAAAAACw5TbHX1dv3mMrnYqZT4CLTUzMKDYY1OzNnOgVYEvL5gkJDYUUjcXX0+FVb
      V206CS5QYud05ch2XRzdq+e67tKh5ivkiDEhAAAAAGDpYAwGAAAAAFgyqqeH1du3VXXJE6ZT4CLZ
      TF5joYgmJ5KmU4AlKTOXUf+xYdXVVyvY06ayMp/pJLhATTahO/oe0WXhXdrRs0Uj1ctNJwEAAAAA
      sCAYgwEAAAAAFj1fLq3uoW0Kju6S5dimc+AStm0rMhpTZGxCju2YzgGWvGRiWqnX+9Tsb1R7R7M8
      Xq/pJLhAcHpAH3/jSzrUfLme7f6Apn21ppMAAAAAADivGIMBAAAAABYtyykoOLpLPQPfV0lh1nQO
      3MKREvGUQkMR5bI50zUA/g3HcRQNx5SIJRXoaFVTa50srgDEaVhytG5ir1ZPvqq97TfopfabVPDw
      ahwAAAAAsDjxEy8AAAAAYFFqiB9Vb99jqpwZM50CF5lJzyk0NKb0FONBoJjlcnmdGhhVbDyujh6/
      qqorTSfBBUrtjK4KbdPa6D4933WXjjRtMJ0EAAAAAMC8YwwGAAAAAFhUKmcjWtH/uJpih0ynwEVy
      2bzCI+OKjSfliCshAbeYSc/qp0cGVd9Qq45uv3ylPtNJcIHGzLjuPvENrY+s1s6eLRqvDJpOAgAA
      AABg3jAGAwAAAAAsCiX5GXWd2q7O0DOy7LzpHLiE4ziaiMQ1GorKLhRM5wA4F46UmEwplZhWa1uT
      Au3NsjxcHYnTW5Y6pvsOPaDXWt+j5zvu1Iyv2nQSAAAAAABvG2MwAAAAAICrWY4j//herej/tny5
      KdM5cJFkfEojQ2FlMjnTKQDmgW3bCo9ENTkRV1vQr8aWOtNJcAGPY2t95EVdGDugFztu1X7/tbIt
      j+ksAAAAAADOGWMwAAAAAIBr1SeOq7d/q6qmQ6ZT4CKZuYxCgxGlktOmUwCcB9lMXkMnRxSbSKij
      O6CKyjLTSXCBinxamwa36rLIC9rZvUV99ReZTgIAAAAA4JwwBgMAAAAAuE55ZlLLBp6UP7LXdApc
      JJ8vKDwyoYnIpBzHMZ0D4DybTqV1/NBJNTTXKtjlV4mPV6E4vabZsD507CGdaFinHd1bFC9vMZ0E
      AAAAAMBZ4Q0IAAAAAMA1vIWsOkM71DW8XR6bq/1wZhzHUSyaVDgUUS5XMJ0DYAE5cjQ5kVQyMS1/
      e7NaA42yLMt0FlygN35Qy5NHdKD1Ku3qvFMZb7npJAAAAAAAzghjMAAAAACACzhqif5EK09+S2Vz
      k6Zj4CLTqbRCQxHNzsyZTgFgUCFf0OhwRLFoXB1dAdXWV5tOggt47bw2hp/TmtgBvdBxm15tfa8c
      xoQAAAAAgCLHGAwAAAAAUNRqpoa0sm+r6lJ9plPgIpm5rEZPjSsxmTKdAqCIZGaz6j8+rJraKnX0
      BFReUWY6CS5QnUvqloFH9Y7x3drZs0WnalaaTgIAAAAA4C0xBgMAAAAAFKXSbFI9Q9vUNrZbluOY
      zoFL2AVHkbEJRcYm5Ng8NwDe3FQqrWNvnFRza6Pags3ylnhNJ8EF2tNDuvfwgzratF5Pd21WqqzR
      dBIAAAAAAL+GMRgAAAAAoKhYdl7BsRe0bOB78ha42g9nyJEmJ5IaORVRPpc3XQPABRzbUTQcU3wi
      qUCwWc3+RnEDIE7HkqM1sQPqjR/Sy+2btCd4o/KWz3QWAAAAAAC/wBgMAAAAAFA0mmKva2X/46qY
      jZpOgYvMTM8qNBRRenrGdAoAF8rn8woNhRWLJtTRE1B1TaXpJLiAz87qqtA2XTK+R7u67tDB5neZ
      TgIAAAAAQBJjMAAAAABAEaicCWtF/1Y1TR42nQIXyWVzGj01rslYUuJGSABv0+zMnE4cGVRdfbU6
      egIqLSs1nQQXqMtO6o6+R3Tp+I+1o3uLIlUdppMAAAAAAEscYzAAAAAAgDG+fFrdg9sUHN0ly7FN
      58AlbNtWNBJXeCQqu8BzA2B+JRPTmjp4Ui3+BvmDLfJ6PaaT4ALdqeO6740HdKjpcj3ds1kzJTWm
      kwAAAAAASxRjMAAAAADAgrMcW21jL2nZ4JPy5aZN58BFkvEphYbCymZyplMALGK2bSsyFtNkLKX2
      jlY1NtdJlukqFDvLcbRuYq9WJQ5qT9uN2td2vQoeXsEDAAAAABYWP4kCAAAAABZUQ+KYVvRtVXV6
      xHQKXGQ2PafQUETTU2nTKQCWkFw2p6GTI5qITKqjJ6DK6grTSXCB8vyMrjv1hC6N7tGrIeygAAAg
      AElEQVTT3R/UiYaLTScBAAAAAJYQxmAAAAAAgAVRMTeu5Se/q5boAdMpcJF8Pq/wSEwTkZgcx3QN
      gKUqnZ7VTw8PqqG5VsEuv0p8vFbF6TXNRXTP8a9roO5C7ei5R9GKNtNJAAAAAIAlgLcWAAAAAIDz
      ylvIqDO0U13DP5LHzpvOgUs4tqOJ8bjGRqIq5AumcwBAjhxNTiSVjE+pJdCkQHuzLA93R+L0liWP
      6v6DX9R+/9Xa1XmHMl5OmAMAAAAAnD+MwQAAAAAA54mjQGSvlp/8jkqzKdMxcJGpVFqhobDmZjKm
      UwDg1xQKtsIjUcVjSbV3tqq+sdZ0ElzA4xS0Mfyc1sb2aXfwVu33Xyvb8pjOAgAAAAAsQozBAAAA
      AADzrjY1oJX9W1WbOmk6BS4yN5fV6FBYycS06RQAOK3MXFYDJ0KqqatSsDugiooy00lwgcpcWpsG
      t+qS6Mva0b1Fw7W9ppMAAAAAAIsMYzAAAAAAwLwpyyS0fOAJ+SP7JDmmc+AShYKtyEhU45FJOTbP
      DQB3mUqmdfzQSTW11Kmt06+SEq/pJLhAID2se488qBMN6/Sjng8pWdZkOgkAAAAAsEgwBgMAAAAA
      vG2eQk4dI8+qe+gpeW2u9sOZceQoHk1p5FRE+VzedA4AnDPHcTQxnlBickqBYIua/Y2yLNNVcIPe
      +EEtSx7VK23XaXfwFmU9nDAHAAAAAHh7GIMBAAAAAN6Wptjr6u17TOVzMdMpcJGp1IxGhsKanZkz
      nQIA8yafLyg0FNbEeFzBbr9q66pNJ8EFSuycrhzZrouje/Vc11061HyFHLEmBAAAAACcG8ZgAAAA
      AIBzUj09rJV9W1WfPGE6BS6SzeY0dmpck7EkN4kCWLTmZjPqPzasuvpqBXvaVFbmM50EF6jJJnRH
      3yO6LLxLO3q2aKR6uekkAAAAAIALMQYDAAAAAJwVXy6t7qFtCo7ukuXYpnPgErZtKzIa0/hYTLbN
      cwNgaUgmppV6vU/N/ka1d7TI4/WYToILBKcH9PHDX9Khpsv1TPcHlPbVmk4CAAAAALgIYzAAAAAA
      wBmxnIKCo7vUM/B9lRRmTefALRwpEU9pZDiibCZnugYAFpzjOIqGY0rEkgp0tKqptU4WVwDiNCzH
      0bqJvVo9+ar2tt+gl9pvUsHD63wAAAAAwOnx0yMAAAAA4LQa4ke1sm+rqmZGTafARWbScwoNjSk9
      xXgQAHK5vE4NjCo2HldHj19V1ZWmk+ACpXZGV4W2ae3EPj3feZeONG0wnQQAAAAAKHKMwQAAAAAA
      b6lyNqIV/Y+rKXbIdApcJJfNKzwyrth4Uo4c0zkAUFRm0rP66ZFB1TfUqqPbL1+pz3QSXKBxblx3
      n/iG1kdWa2fPFo1XBk0nAQAAAACKFGMwAAAAAMCvKcnPqOvUdnWGnpFl503nwCUc29HEeFyjoajs
      QsF0DgAUL0dKTKaUSk6pNdCsQHuzLA9XR+L0lqWO6b5DD+i11vfo+Y47NeOrNp0EAAAAACgyjMEA
      AAAAAL9gOY7843u1ov/b8uWmTOfARZLxKY0MR5SZy5pOAQDXsAuOwiNRTU7E1Rb0q7GlznQSXMDj
      2FofeVEXxg7oxY5btd9/rWzLYzoLAAAAAFAkGIMBAAAAACRJ9Ynj6u3fqqrpkOkUuEhmLqPQUESp
      xLTpFABwrWwmr6GTI4pNJNTRHVBFZZnpJLhART6tTYNbtSHyonZ2f1D99ReZTgIAAAAAFAHGYAAA
      AACwxJVl4lo+8F35I/skOaZz4BKFfEFjIxOaiEzKcXhuAGA+TKfSOn7opBqaaxXs8qvEx+tbnF7z
      7Jg+fOwhnWhYpx3dWxQvbzGdBAAAAAAwiLcJAAAAALBEeQtZdYZ2qGt4uzx2znQOXMJxHMWiSYVD
      EeVyBdM5ALDoOHI0OZFUMjEtf3uzWgONsizLdBZcoDd+UMuTR3Sg9So933mnst5y00kAAAAAAAMY
      gwEAAADAkuOoJfoTrTz5bZXNxUzHwEWmU2mFhiKanZkznQIAi14hX9DocESxaFwdXQHV1lebToIL
      eO28Noaf04WTP9GLwVv1aut75TAmBAAAAIAlhTEYAAAAACwhNVNDWtm3VXWpPtMpcJHMXFajp8aV
      mEyZTgGAJSczm1X/8WHV1Fapoyeg8ooy00lwgZpsQrcMPKp3jO/Wjp57FKpZYToJAAAAALBAGIMB
      AAAAwBJQmk2qZ2ib2sZ2y3Ic0zlwCbvgKDI2ocjYhByb5wYATJpKpXXsjZNqbm1UW7BZ3hKv6SS4
      QHt6SB87/GUdbVqvp7s2K1XWaDoJAAAAAHCeMQYDAAAAgEXMcgoKju7SsoHvyVvgaj+cIUeanEhq
      5FRE+VzedA1cxHEc2QwHz4pt/5/vmcfDNW44Pcd2FA3HFJ9IKhBsVrO/UdwAiNOx5GhN7IBWxt/Q
      3vYbtCd4o/KWz3QWAAAAAOA8YQwGAAAAAItUU+x1rex7XBVzUdMpcJGZ6VmFhiJKT8+YToHLTE1l
      NBZOybarJHlM57iGbTvqOxFVa6BG9XUVpnPgEvl8XqGhsGLRhDp6AqquqTSdBBcotTO6KrRNl4zv
      0a6uO3Sw+V2mkwAAAAAA5wFjMAAAAABYZCpnwlrZ/7gaJ98wnQIXyWVzGj01rslYUuJgJ5yFubm8
      xsZSmpnJmk5xrVze1kgoqcnYjAKBWlVWcmIPzszszJxOHBlUXX21OnoCKi0rNZ0EF6jLTuqOvkd0
      yfiPtbNniyKVHaaTAAAAAADziDEYAAAAACwSJfkZ9Qx+X8HRXbIc23QOXMK2bUUjcYVHorILPDc4
      c4WCo+j4lGKTs2JBOD9mZ3MaGIiprr5CAX+1Skq8ppPgEsnEtKYOnlSLv0H+YIu8Xk7nw+n1pI7r
      vkMP6FDT5Xq6Z7NmSmpMJwEAAAAA5gFjMAAAAABwOcux1Tb2knoGv6fS3JTpHLhIMj6l0FBY2UzO
      dApcJhZLa3x8WrbNCOx8SCZmNZWcU3NLlZqbq2RZlukkuIBt24qMxRSPpdTW0arG5jqJRwenYTmO
      1k3s1arEQe1pu1H72q5XwcP/NgAAAAAAN+OnOgAAAABwsfrEMa3s26rq9IjpFLjIbHpOoaGIpqfS
      plPgMtPTGYXDU8pk8qZTFj3bcTQ+Pq1EYlat/hrV1ZabToJLZLM5DZ0c0cT4pILdAVVVV5hOgguU
      52d03akndGn0x9rZs1l99RebTgIAAAAAnCPGYAAAAADgQhVz41p+8rtqiR4wnQIXyefzCo/ENBGJ
      yeFAJ5yFbCavcGRKU1MZ0ylLTjZbUOhUQvGqUrUFalVWzus8nJn09KxOHB5UQ3Otgl1+lfh4dnB6
      TXNhfejY1zVQd6F29NyjaEWb6SQAAAAAwFniDQAAAAAAuIi3kFFnaKe6hrfLY3O1H86MYzuaGI9r
      bCSqQr5gOgcuUijYmpiYUSw2zYDQsHQ6q/6TE6qvr1Srv1olXo/pJLiAI0eTE0kl41NqCTQp0N4s
      y8PdkTi9Zcmjuv/gF7Xff7V2dd6hjJcT5gAAAADALRiDAQAAAIArOApE9mr5ye+oNJsyHQMXmUql
      FRoKa26GE51wdhLJWUXCU8rnbdMp+BnHkeLxGaVSc2ppqVJjY5Usdj04A4WCrfBIVPFYUu2drapv
      rDWdBBfwOAVtDD+ntbF92h28Vfv918q2GKICAAAAQLFjDAYAAAAARa52alAr+x9TbfKk6RS4yNxc
      VqNDYSUT06ZT4DLpdFZj4Sll5jh9sFgVCrbC4SnF47MK+GtUXVNmOgkukZnLauBESDW1VQr2BFRR
      wbOD06vMpbVpcKsuib6sHd1bNFzbazoJAAAAAPAbMAYDAAAAgCJVlklo+cAT8kf2SeJ+NpyZQsFW
      ZCSq8cikHJvnBmculysoMj6tZGLWdArOUCbz/7N3r0F23/Wd5z/n3n363Lr7nD6nL1I3tmRjhAW2
      uWRmMhAShkBMYgdjWUAgkFSSSuXBbGVqd2uqZmoYMpXamXmyM8lOQmUzecIWtkIIxksiG4NlycYy
      AYMvsmXU3VJL3X3u9/vl///vg0mySSbQp42kX/+736+nUPDG9Svh/+98/f2NtHG1qkh0QguZqAJB
      n+kkuESz0dbrr6xrNhnX/KG0/H7ODnaWaV/VL7/6n3Vp+rj+cuVjqodmTScBAAAAAP4RDIMBAAAA
      wB7jtYZa2vqGlq/+hXxWz3QOXMKRo2qxoa1reY2GI9M5cBHbdlQut1UqtmU7DBC6UavZ06VWTzPT
      YaXSUfm8vB2JnTm2o1KhplqlqcxiSsn0DM+OYixHqy9ppX5RfzX/0zq3eK8GXjbMAQAAAMBewjAY
      AAAAAOwhs+UXdXTtEU10S6ZT4CLNRkdbGzl1OwwPYnfqjZ7yuaaGQ8t0Cn5MjiOVKx3Vmz3NpSKa
      ng6bToJLjEaWNjdyKhWqWlxOKxaPmE6CCwTsgf7p1mndWTyvbx7+Rb2c/Ak5YpoQAAAAAPYChsEA
      AAAAYA+ItK7qyOojStQvmU6BiwwGQ2WvFVQp13lJFLvS6w2VzTbV6QxMp+A6Gw1tbW83VK12lcnE
      FA4HTCfBJXrdvtYuXlU8EdHSyryCIc4OdhYd1HTf6p/oHbkzenzlIW1FbjGdBAAAAAAHHsNgAAAA
      AGBQYNjW8sZjWtw+I49jm86BS9i2rfx2WYVsWbbNucH4RiNLhUJb1WrHdApusG53qMuXy4rHJpTO
      RBUI+EwnwSXqtZYaL64qmZ7RwlJKXp/XdBJcYLF1WZ+58B/18uy79eTyR9UOxEwnAQAAAMCBxTAY
      AAAAABjgcSwtbp/RyuWvym91TefALRypVm1o62peg/7QdA1cxHGkSqWtYqEly2aN3EFSb/TUbPWV
      TE5pNjklr4dn3LAzx3FUzJVVK9eVWZrT7FxcHp4AxA48jqPjpfN6c+V7Or/wAT2z8CFZXn6CAAAA
      AICbjS8xAAAAALjJpquv6cjqI5rqbJtOgYt02j1tbeTUarLRCbvTbPaVzTU0HFimU2CIbTsqFFqq
      VruaS0eUiE+aToJLDIcjXbu8rXKxqqXltKYiYdNJcIGg3dd7Nh/TW0vP66lDv6hXZ+8xnQQAAAAA
      BwrDYAAAAABwk4S7ed269qeaLb9kOgUuMhyMlNsqqFysyWGhE3ah3x8pl2+q1eybTsEeMRxa2tqs
      q1btaj4TVWgiYDoJLtFpdfWDV68oMR3T4uGMgiGulbGzmV5BD1z6vO7Ov1lPrDykQnjRdBIAAAAA
      HAh8tQMAAADADeYfdXT42mktbT4prz0ynQOXcGxHpUJV25tF2RYbnTA+y7JVLLRUqXYYIMQ/qt0e
      aHWtrHhiUpl0VH6/13QS3MCRapWGGvWm5jJJZRaS8nh5OhI7e1Pjon7t5d/R9+d+Uk8t3a9OIGI6
      CQAAAAD2NYbBAAAAAOAG8TiO0oXzunXtSwoMm6Zz4CL1alNbV/Pq9wamU+AijiPVah0V8i2NLNt0
      DlygXuuq1ewrmQxrdjYiD3M9GINtOcptFVUpVTW/mNZMKm46CS7gdWzdnT+rO8rf1dmlD+s76ffJ
      9jCICgAAAAA3AsNgAAAAAHADJOo/0NHVhzXV2jSdAhfpdwfavJpTo9YynQKXabf7ymWb6vXZPojd
      sSxb+XxL1VpPmXRU0WjIdBJcYtAfaWN9S+VSTUvLGU2GOTvY2eSorZ+98ojuyZ/VE8sntJY4ZjoJ
      AAAAAPYdhsEAAAAA4DoK9au65fKfK51/XhLvs2E81shSdqukUr4ih3f9sAuDgaVCvql6o2c6BS43
      6I909WpVkUhImUxUoRDXhhhPq9HW6y+vazoZ08LhjAIBn+kkuECym9XHL/4XXZo+rseXH1J1ImU6
      CQAAAAD2DW51AAAAAOA68FkDHdp8XIevnZbXGprOgUs4jqNysa7cZl7DoWU6By5iO47KpbaKxTYD
      hLiuWq2+Vlf7mp0Jay4dldfL25HYmSNHlVJd9VpL6YWk5jIz8vDuKMZwtPqSbqm/qu/OvUdPHbpf
      A9+E6SQAAAAAcD2GwQAAAADgx+IoVXxBR9a/pFCvbDoGLtJqtLW5kVO30zedApep1bvK51oajRgg
      xI1TrnRUq3eVSkU0OxuWxGAPdmaNLG1fzatcrGrpcEaxRMR0ElzAZ4/0rtw3dUflBZ1d/LC+N/fP
      5TBMCAAAAABvGMNgAAAAAPAGRZsbOrL6iOKNVdMpcJF+b6DtawXVKg3TKXCZbneoXK6hToftg7g5
      LMtRLtdUvd5TJhNVOBw0nQSX6HcHWnv9qqKxKS2tZDQxGTKdBBeIDmq69/IXdFfhnB5fOanN6K2m
      kwAAAADAlRgGAwAAAIBdCg7qWtl4TPPZc/LwPBvGZFuO8tmS8tmSHJtzg/ENR7by+abqta7pFBxQ
      3e5Qly9XFIlOaCETVSDoM50El2g22rr4yrqSczNaWErK6+PsYGcL7Q19+sJ/0muzd+vrhx9UIzRj
      OgkAAAAAXIVhMAAAAAAYk8extLh9Rm+6/Kh8Vs90DtzCkSqlurau5TUajkzXwEUcx1G53Fax2JbN
      ACH2gFazp0utvmZnp5RKTcnr5Rk37MyxHRVzZVVLNWUWU0qmZ8QLgNiJR47eUv6ujlRf0fmFD+jZ
      xQ9q5AmYzgIAAAAAV2AYDAAAAADGMFt+UUdWT2myVzSdAhfptLra3Mir3eqYToHLNJt9ZXMNDQeW
      6RTg73EcR6VSS/VaR3OZqBLxSdNJcInRyNLmRk7lYk1LKxlFomHTSXCBoN3XezYf09sKz+rM4fv0
      UvKfmE4CAAAAgD2PYTAAAAAA+BHCnZyOrJ3STOUV0ylwkeFwpO2reVXKdYmFTtiFXm+kXK6udnto
      OgX4kYYjW1ubdVXKHWUyMYXDbOzBeLqdni69ekXxRERLK/MKhjg72Fl8UNF9q3+itxW+pSdWHlI+
      vGQ6CQAAAAD2LIbBAAAAAOAf4R91tHLlq1rcPiOPY5vOgUvYtq1ivqrcVlG2xbnB+CzLUbHQVLnS
      FROEcJNud6jLl8uKJyaVSUfl93tNJ8El6rWWmi+tKZWeVnoxJZ+Ps4OdrTRe16+9/Dt6efbdenL5
      QbUDUdNJAAAAALDnMAwGAAAAAH+Hx7E1n31GK1ceVXDYNJ0DF6lXm9rcyGnQZ6MTdqdcbqtQaMm2
      GQKDe9VrXTXrPSVTU0omp+TxeEwnwQVs21Y+W1a13ND80pxmknGJo4MdeBxHx0vndVvtJT07/0E9
      P/9+WV5+6gAAAACAv8EXEgAAAAD8tUTtoo6sPqJIe8t0Clyk1+1rayOvRr1lOgUu02r1lc811euP
      TKcA14XtOCoUWqrXekqlI4rHJkwnwSUGg6E21rdUKVW1uJzRZJizg51NjDr6mWtf1tuL39ITKw9q
      NXGn6SQAAAAA2BMYBgMAAABw4E32Crpl/c+VKn7XdApcZDSylNsqqZQvy2GhE3Zh0B8pl2+q2eyb
      TgFuiP5gpM1rNVWngprPxBSa4AoS42k2Onr95cuaTsa0eDgtf4Czg53N9nL62MXf0+X4HTq9clKl
      yXnTSQAAAABgFF/TAAAAAA4sn9XXoc0ndPjqaXltnvbDeBzbUblUV/ZaXqORZToHLmJZtkqljsrl
      FgOEOBDa7YHW1ktKJMKaS0fk93lNJ8EFHDmqlOqqV5tKL6Y0l56Rx8vbkdjZm+qv6Tde+py+k36v
      zhy6X30fG+YAAAAAHEwMgwEAAAA4gBxl8ud1y/qfKThomI6BizQbbW1u5NTrsNEJu1Ord5XPNTUa
      2aZTgJvKcaRqtaNGo6dUakqzs2FJDPZgZ5Zla/tqXuXC/3g6Mp6ImE6CC3gdS+/KfVNvLX9b5xbv
      1XfS75PtYRAVAAAAwMHCMBgAAACAAyXWvKIjaw8rVl83nQIX6fcG2r5WUK3C8CB2p90eKJtrqt9j
      +yAONsuylcs1Va12lMnEFYkETSfBJfq9gdZfv6pobEpLyxlNhEOmk+AC4WFLP3vlEb2t+JxOr5zU
      tegR00kAAAAAcNMwDAYAAADgQAj1a7rl8peVzj8viffZMB7LslXIlpXPluTYnBuMbzS0lSs0Va91
      TacAe0q/b2ljo6JIdEILmagCQZ/pJLhEs9HWxQvrSs7NaH4pJR/PjmIMmfZVffrCf9Kl6eP6y5WP
      qR6aNZ0EAAAAADccw2AAAAAA9jWvNdTS1je0fPUv5LN6pnPgEo4cVYsNbV3LazQcmc6Bi9i2o3K5
      rVKxLdthgBD4YVrNni61epqZDmsuHZXXy9OR2JljOyrmyqqWasosppRMz8jD0cEYjlZf0kr9ov5q
      /qd1bvFeDbxsmAMAAACwfzEMBgAAAGDfmi2/qKNrj2iiWzKdAhdpt7ra2sip3WKjE3an3ugpn2tq
      OLRMpwCu4DhSudJRvdnTXCqi6emw6SS4xGhkaXMjp3KxpqWVtCLRKdNJcIGAPdA/3Tqttxaf11OH
      79fLyZ+QI6YJAQAAAOw/DIMBAAAA2HcirWs6svqwEvVLplPgIoPBUNlrBVXKdV4Sxa70ekNls011
      OgPTKYArjYa2trcbqla7ymRiCocDppPgEt1OT5de3VA8EdHSyryCIc4OdhYbVHXf6p/oHbkzenzl
      pLYibzKdBAAAAADXFcNgAAAAAPaNwKit5SuPaXH7jDyObToHLmHbtor5qvJbRVkW5wbjG40sFQpt
      Vasd0ynAvtDtDnX5clnx2ITSmagCAZ/pJLhEvdZS86U1pdLTyiym5PV5TSfBBRZbl/WZC/+HXp59
      t55c/qjagZjpJAAAAAC4LhgGAwAAAOB6HsfS4vYZrVx5TP4RQxkYX73a1OZGToP+0HQKXKZcbqtY
      aMmyWSMHXG/1Rk/NZl/J1JRmk1PyenjGDTuzbVv5bFmVUl0Lh9KaScbFC4DYicdxdLx0Xm+ufE/n
      Fz6gZxY+JMvLzyYAAAAA3I2vGgAAAACuNl19TUdWH9FUZ9t0Clyk2+lp80pOrSbDg9idZrOvXK6h
      wcAynQLsa7bjqFBoqVrtai4dUSI+aToJLjEcjrSxvqVioaKl5bSmImHTSXCBoN3XezYf01tLz+up
      Q7+oV2fvMZ0EAAAAAG8Yw2AAAAAAXCncLejWtVOaLb9kOgUuMhpZym2VVMqX5bDQCbvQ74+UyzXV
      avVNpwAHynBoaWuzrlq1q0wmqomJgOkkuESn1dUPXr2imdm4Fg+n5Q9wFY6dzfQKeuDS53V34Q49
      vvKQipMLppMAAAAAYNf4AgYAAADgKv5RR4evndbS5pPy2iPTOXAJx3ZUKlS1vVmUbbHRCeOzbFvF
      fEuVaocBQsCgdnugtbWy4olJZdJR+f1e00lwA0eqlOqqVRuayySVWUjK4+XtSOzsTfXX9Osv/Y6+
      P/fP9NTS/eoEIqaTAAAAAGBsDIMBAAAAcAWP4yhdOK9b1/9MgUHDdA5cpNloa/NKTr0uG50wPseR
      arWO8vmWLMs2nQPgr9VrXbUafSVTYc3ORuRhrgdjsC1Hua2iquW6Fg7NKTETM50EF/A6lu7On9Ud
      5e/q7NKH9Z30+2R7GEQFAAAAsPcxDAYAAABgz0vUf6Ajq48o0rpmOgUu0u8OtHk1p0atZToFLtNq
      DZTPNdTrs30Q2Iss21Y+31Kt2lMmE1UkGjKdBJfo9wa6fGlTkdiUlpbTmgxPmE6CC0yO2vrZK4/o
      nvxZPbF8QmuJY6aTAAAAAOBHYhgMAAAAwJ4V6ld1y+U/Vzr/vCTeZ8N4rJGl/HZJhVxFDu/6YRcG
      A0uFfFP1Rs90CoAx9AcjbVytKhIJKZOJKhTiqhPjaTXaev2Vy5pNxZVZSisQ8JlOggsku1l9/OJ/
      0aXp4zq9fFK1iaTpJAAAAAD4R3FDAgAAAGDP8VkDHdp8XIevnZbXGprOgUs4clQtNrR9Lafh0DKd
      AxexHUflUlulYls2A4SA67Rafa2u9jU7E9ZcOiqvl7cjsTPHcVQq1FStNDW/mFIyPS0P745iDEer
      L+mW+qv67tx79NSh+zXwsWEOAAAAwN7CMBgAAACAPcRRqviCjqx/SaFe2XQMXKTVaGtzI6dup286
      BS5Tq3eVz7U0GjFACLhdudJRrd5VKhXR7GxYEoM92Jk1srS5kVOxUNHS4YxiiYjpJLiAzx7pXblv
      6o7KCzq7+GF9b+6fy2GYEAAAAMAewTAYAAAAgD0h0ryqo6sPK95YNZ0CFxn0R8pu5lUp1U2nwGW6
      3aGy2Ya6XbYPAvuJZTnK5Zqq13vKZKIKh4Omk+AS/e5Aa69fVTwR0eJyRqEJzg52Fh3UdO/lL+iu
      wjN6fOWkNqO3mE4CAAAAAIbBAAAAAJgVHNS1svGY5rPPyOPYpnPgErblKJ8tKZ8tybF51g/jG45s
      5fNN1Wtd0ykAbqBud6jLlyuKRCe0kIkqEPSZToJL1GstNRprSs7NaGEpKa+Ps4OdLbSv6NMX/qNe
      m71bTy4/qHpwxnQSAAAAgAOMYTAAAAAARngcS4vbZ/Smy4/KZ/VM58AtHKlWbWjrak6D/sh0DVzE
      cRyVy20Vi23ZDBACB0ar2dNqu6+ZmSmlUlPyennGDTtzbEfFXFm1Sl2ZxTnNphLiBUDsxCNHbyl/
      V0eqr+j8wgf07OIHNfIETGcBAAAAOIAYBgMAAABw082WX9SR1VOa7BVNp8BFOq2uNjfyarc6plPg
      Ms1mX7lsQ4OhZToFgAG27ahUaqlW7yidjioRnzSdBJcYDka6dnlb5UJFi8sZRaJh00lwgaDd13s2
      H9Pbi8/qqUP36aXkPzGdBAAAAOCAYRgMAAAAwE0z2c3p6OopzVReMZ0CFxkOR8ptFlQu1OWIjU4Y
      X683Ui5XV7s9NJ0CYA8YDW1tbdZVKXc0Px/T5CQbezCeTrunS69dUWI6psXDaQVDnB3sLNav6L7V
      P9HbCt/SEysPKR9eMp0EAAAA4IBgGAwAAADADecfdbRy5ata3D4jj2ObzoFLOApia+gAACAASURB
      VI6jUr6q7c2CbItzg/FZlqNioalypSsxQAjgH+h2h1pfLyuemFQmHZXf7zWdBDdwpFqloUatpbn5
      WaUXZuX1cnaws5XG6/q1l39HL8++W08uP6h2IGo6CQAAAMA+xzAYAAAAgBvG49iazz6jlSuPKjhs
      ms6Bi9SrTW1u5DTos9EJu1Mut1UotGTbDIEB+NHqta6ajZ6SySklk1PyeDymk+ACtm0rt1VUpVjT
      /NKcZpJxiaODHXgcR8dL53Vb7SU9O/9BPT//fllefp4BAAAAcGPwtQEAAADghkjULurI6ilF2pum
      U+AivW5fWxt5Neot0ylwmVarr3yuqV5/ZDoFgIvYtqNCoaV6radUOqJ4bMJ0ElxiMBhqY31LlVJV
      i8sZTYY5O9jZxKijn7n2Zb29+C09sfKgVhN3mk4CAAAAsA8xDAYAAADgugr1KrrlyleUzp83nQIX
      GY0s5bZKKuXLcljohF0Y9EfK5ltqNXumUwC4WH8w0ua1mqpTQc1nYgpNcG2K8TQbHb3+8mVNJ2Na
      PJyWP8DZwc5mezl97OLv6dL0cT2+/JCqEynTSQAAAAD2Eb5MAQAAAFwXPquvQ5tP6PDV0/LaPO2H
      8Ti2o3Kpruy1vEYjy3QOXMSybJVKHZXLbTlMEAK4TtrtgdbWS0okwppLR+T3eU0nwQUcOaqU6qpX
      m0ovpjSXnpHHy9uR2NnR6ku6tXZB30m/V2cO3a++jw1zAAAAAH58DIMBAAAA+DE5ShVf0K1rf6qJ
      fsV0DFyk2Whr60pO3W7fdApcplbvKp9rajSyTacA2IccR6pWO2o0ekqlpjQ7G5bEYA92Zlm2tq/m
      VSlUtbCcUTwRMZ0EF/A6lt6V+6beUv6unl76eX1/7idlexhEBQAAAPDGMQwGAAAA4A2LNa/oyNrD
      itXXTafARfq9gbavFVSrNEynwGU6nYG2s031e2wfBHDjWZatXK6parWjTCauSCRoOgku0esNtP76
      VUVjU1pazmgiHDKdBBeIDOu69/IXdE/hrE6vnNS16BHTSQAAAABcimEwAAAAALsW6te0fPX/1Xz2
      nDw8z4YxWZatQrasfLYkx+bcYHyjoa1coal6rWs6BcAB1O9b2tioKBKd0EImqkDQZzoJLtFstHXx
      wrqSczOaX0zK5+fsYGeZ9lX98oX/rNdm79aThz+qemjWdBIAAAAAl2EYDAAAAMDYPPZIi9mn9abL
      j8pn9UznwCUcOaoWG9q6ltdoODKdAxexbUflclvFYlsOg6cADGs1e7rU6mlmOqy5dFReL09HYmeO
      7aiYK6taqiuzmFQyPSMPRwc78MjRW8rf1dHqy3pu4Wf17MIHNfIGTGcBAAAAcAmGwQAAAACMZbb8
      oo6uPaKJbsl0Clyk3epqayOndouNTtideqOnfK6p4dAynQIAf8txpHKlo3qzp7lURNPTYdNJcInR
      aKTNjZzKpZqWltOKRKdMJ8EFAvZA79l8TG8vPKOnDt+vl5M/IUdMEwIAAAD40RgGAwAAAPAjhTtZ
      HVk7pZnKBdMpcJHBYKjstYIq5brEQifsQq83VDbbVKczMJ0CAD/UaGhre7uharWrTCamcJiNPRhP
      t93TpVc3FE9EtLQyr2CIs4OdxQZV3bf6J3p74Vk9vvyQ8lOHTCcBAAAA2MMYBgMAAADwjwqM2lq+
      8pgWt8/I49imc+AStm2rmK8qv1WUZXFuML7RyFKh0Fa12jGdAgBj63aHuny5rHhsQulMVIGAz3QS
      XKJea6n50ppS6WllFlPy+rymk+ACy40f6Nde+Q96efbdenL5o2oHYqaTAAAAAOxBDIMBAAAA+Hs8
      jqX57LN605WvKDBsmc6Bi9SrTW1u5DXos9EJu1Mut1UstGTZrJED4E71Rk/NZl/J1JRmk1PyenjG
      DTuzbVv5bFmVckMLS3OaScbFC4DYicdxdLx0XrfVXtKz8x/U8/Pvl+Xlpx4AAAAA/z++EAAAAAD8
      renqazqy+oimOtumU+Ai3U5Pm1dyajXZ6ITdaTb7yuUaGgws0ykA8GOzHUeFQkvValdz6YgS8UnT
      SXCJ4WCojfUtFQsVLS2nNRUJm06CC0yMOvqZa1/WXcVn9MTyCV2aPm46CQAAAMAewTAYAAAAAEV7
      Bc/xtUc0U3nZdApcxLZtXdvIqVqoyxEbnTC+4dDS1lZd7TZb5ADsP8Ohpa3NumrVrhYX4zwdibF1
      Wl1durCh6bm4Di1n5PXydCR2NtMr6OTrv6/VxJ06d+jDE6Z7AAAAAJjH1yQAAAAAzaaePrkZOfq1
      bmjWdApcxOv1anY2rolw0HQKXCYQ8CkxPSm/nwGJ/ejIxMh0gqvcGuav137k83kUjYYUCHD9it0J
      TgQ1PR1jEAy70g7GrHYg8oX3rm38n6ZbAAAAAJjnMR0AAAAAYO/44uq3D8011s7dUji37LWGpnPg
      Eo4cVYsNbV/LaTjkuT+Mz3YclUttlYpt2Q7b5faTyz2/vlaZVHbAwN8PkwpY+rmZrm6bZBhsv5md
      CWsuHZXXy9Urxufz+zS/mFIyPS2Ph7OD8Vgev9bjb3kxG1r40Cff8UDWdA8AAACAvYGvSgAAAAD/
      k1Nrz967VHr54cXSCxHx/B/GZI0s5bdLKuQqchjswS4MBpYK+abqjZ7pFFxHjiN9vx3UX1Yn1ba4
      gvobk15bP53o6ydifVb27zORSEiZTFShkN90ClzE4/FoNhVXZinNk6LYlc3Irfkr0aMnPnH3A2dN
      twAAAADYW7iJAwAAAPBD/flr3/ivRwvP/Fa0tcnv1RhbvzvQ5tWcGrWW6RS4TKs1UD7XUK/PpqT9
      pGd79HQ9pG81JjQ6wHOiXkn3RAf6QKKrsO8A/4XYh0JBvzKZqCLRkOkUuEwkNqWl5bQmwxOmU+Ai
      tYlUfzVx7HMP3POJ3zXdAgAAAGBvYhgMAAAAwI906sKFYNhZf/z27JmfCg4apnPgIs1GW5tXcup1
      +6ZT4CKOI9VqHeXzLVmWbToH11F56NUTtUm90g6YTrnpbp0Y6t7ZntIBntLdT3xer5KpsGZnI+JV
      P+xGaCKohUNzSszETKfARXr+sHMpcfwrnUj05IljJwamewAAAADsXVxTAAAAABjLF1771p1L3fXT
      y/lnF7w2W3swHsd2VCpUtb1ZlG0xBIHxWbatYr6lSrUjXh3dX9Z6AX2tPKH8cP8/hzYbsPWBRFdv
      nRqaTsF1Fk9MKpOOyu9neSrG5/V5NJdJKrOQlMfL1TzGY3t8Wk/c8Vpx+tD9J+/4yA9M9wAAAADY
      +/jiBAAAALArp1579tO3VP/qD1PVC7yFhLGNRpZyWyWV8mUGe7Ar/f5IuVxTrRYb5vYTy5FeaAX1
      RG1SHWv/XU8FvdJPxnp6b7wn//77n3egTU0FlclENTFx8Dbc4cfgkWZm41o8nJY/4DddAxfZiqxU
      rsZu+5WTdz34qOkWAAAAAO7BdRQAAACAN+TLrzz5R7cXz/5qpJPluwJj63Z62rySU6vZMZ0Cl2k2
      +8rlGhoM2DC3n3Rtr75RC+n5RlD2Prim8nikt4cH+uBsTxEvz5zuJ4GAT3PpiBLxSdMpcJlwZFJL
      y2lNRcKmU+Ai1dDscD1+7Pc/8s5P/rbpFgAAAADu4/5bNgAAAADGfL7ynfjK5sbZI9mzx/0jhnsw
      vnq1qc2NnAZ9nk7D7pTLbRULLVk2K+b2k+LQq7+ohPWDrns35rxpYqR7Z7qaDzKwuJ94PR4lU1Oa
      TU7J6+EqFeMLBPxaOJTWTDLOLTzGNvAFndX48bPl5KFf+KWjP9cw3QMAAADAnfgMBQAAAPBj+39W
      z9+zVLt4ernwXNLjsAkF47FtW8V8VfmtoiyLc4PxjUaWCoW2qlWGUPebix2/vlYJqzLymk4ZW9xn
      619M9/T2yICLtn0mHptQOhNVIOAznQIX8Xq9SqWnlVlMyetzz59lMMvxeHQl9ub1q6GV+z71zo+8
      YroHAAAAgLtxRwUAAADgunnk4tP/+22l5/7DTH3NvatdcNMNBkNlrxVUKdcllj1hF3q9obLZpjqd
      gekUXEeWIz3fDOnJ2oT69t69ugp4HP3zeF/vjffl9/CH134yORlQJhNTOBwwnQKXiSciWlqZVzDE
      2cH4CuHF1kb8jn/50bsf+u+mWwAAAADsD3v3Rg0AAACAa3314umHb98+c2KiW+abA2Nrt7ra2sip
      3eqaToHL1Bs95XNNDYc8z7efNC2vvlGb0HdaQTl7aNbKI+nY1FAfmu4q4Wer4X7iD3g1l4poejps
      OgUuMxme0NJKWpHolOkUuEgrELdWp9/6x997x5Xf/Kzns/wfCgAAAIDrhh9mAAAAANwQj158YSHc
      W/3mrblzt/usnukcuIQjR9ViQ1vX8hoNR6Zz4CK27ahcbqtUbMveS5ND+LFt9X36WmVSG33zSycX
      Q5bunelqOcSfT/uJxyPNTIc1l47K6+W6FOPz+33KLKaUTM/Iw9HBmIbeoNanj53vTi3ef9+d9+VN
      9wAAAADYf/hEBQAAAHBDfeHSsx+4pfLyny2WXojwBiDGZVm2Ctmy8tmSHJtzg/GNhrZyhabqNTbM
      7SeOpAvtgP6yOqnayHvT//tjPkc/nejqHZEBAx/7TCQ6oYVMVIGgz3QKXMTj9Sg5N6P5pZR8vpv/
      ZxLcazNya/5q7NaPfOyuB79lugUAAADA/sX1FQAAAICb4s9ef+qzR/LP/ZtE8zK/tmJs/d5A29cK
      qlUaplPgMu32QNlcU/3e0HQKrqOh49HZekjn6iENnRt/reXzSO+K9vUvpnsKeRhM3U9CIZ8ymbgi
      kaDpFLhMNDalpeWMJsIh0ylwkdLkfGd9+i3/64N3nfxvplsAAAAA7H8MgwEAAAC4aU45p3zhC5NP
      3p4981PBAcM9GF+z0dbmRk69Tt90ClymVu8qn2tqNLJNp+A6qltefb0yoe+3gzds5+Sbw0PdO9PV
      jJ+zs5/4fF6lUlOanQ2Lq1HsRmgiqMXljOKJiOkUuEjXP2WvJu58tBOJnjxx7MTAdA8AAACAg4Eb
      DwAAAAA33RcvP7cyV71y5pb8uWWvzdYejMexHZVLdWWv5TUaWaZz4CKWZatU6qhcbslhudO+cq3v
      09cqYV3rX7+lk6mArXtnOjo6Obpu/5kwz+OREomw5tIR+XnWD7vg83mVXkxpLj0jj5frdIzH9vi0
      Fj/24tbUyr2//Paf3zLdAwAAAOBg4esVAAAAgDEPv3ruUyuNF/9wvvzipOkWuMdoZCm3VVIpX2aw
      B7sy6I+UyzfVbLJhbj9xHOn77aBOVybUst/4kE/Y6+h9iZ5+IjaQ94btG4MJU1NBzWdiCk34TafA
      RTzyaDoZ0+LhtPwBzg7GtxVZqWzEjn7qY3ed+JrpFgAAAAAHE8NgAAAAAIz78qtf/4Pb8s/+RrSz
      xTcKxtbr9rW1kVej3jKdApdptfrK55rq9dn8tJ8MbOlcY0Jn6xMa7WKWy+eR3hXt6/2Jnia8DIHt
      J6GgX6l0RPHYhOkUuEw0FtbickaTYc4OxlcLpQar08d+94F7PvHvTbcAAAAAONj4oQUAAADAnvBU
      4UKkm7v05NHc2XcHh03TOXCRerWpzY2cBn2eHMXulMttFQot2TYDQPtJeejVE7VJvdIO7PjvvXVi
      qA/P9jQX4OnZ/cTr8SiZmlIyOSWPh+tPjC8YDGh+aU4zyTg35xhbzz/prMXfevpyNHHit46d4J9S
      AAAAAGAcn7QAAAAA9pRTP/j229ONV7++XHgu6XFs0zlwCcdxVMpXtb1ZkG1xbjA+y3JULDRVrnQl
      ngbcV9a6fn2tOqn8wPc//WtJv6Wfm+3p9kmGSPebeGJSmXRUfv8bfzIUB4/X69Xc/KzSC7Pyejk7
      GI/j8ehK7M3r27HD9378+Ecvmu4BAAAAgL/BMBgAAACAPenh1879+tHqX/1esvpa0HQL3GM4HCm3
      WVC5UJfDYA92odcbKZerq91mOGg/sSV9txnU12uTalseTXgdvTfe1z+L9eTjVmxfmZwMKJOJKRze
      eSMc8Lc8UmI6psXDaQVDnB2MLxtZrl6N3vbrJ+4+8SXTLQAAAADwD3HtBQAAAGBP++rF0w/ftv30
      icluie8XjK3T6mpzI692q2M6BS7TbPaVzTU0HPBs4H7SsT36Xiuou6YGCvsYFN1PAn6v5jJRJeKT
      plPgMpPhCS2tZBSJhk2nwEUagYS1Pn3sj+9756d/w3QLAAAAAPww/JgCAAAAYM/7fOU78ZXNjbNH
      t88c91k90zlwC0eqVRvauprToD8yXQMXcRxH5XJbxWJbts3gELAXeb0ezcxMKZWaktfLFSfGFwj6
      lVmc02wqIQ9HB2MaeENaTdz5dG5i7v7P3PWLNdM9AAAAAPCj8LkLAAAAwDUeWXvu/QuVV//0UPH5
      hMdhQAPjsS1H+WxJ+WxJDoM92IXhyFY+31S91jWdAuDviEQntJCJKhD0mU6Bi3i8HiXnZrSwlJTX
      x9nBeBx5tBE7upmN3fLgybc9cN50DwAAAACMg2EwAAAAAK7zyMUz//b2wvl/N91c45c8jG04GGr7
      WkGVUt10Clym2x0qm22o2x2aTgEOtMnJgDKZqMLhoOkUuEw8EdHickahCc4OxlcMz7cvx97yrx68
      5+TnTbcAAAAAwG4wDAYAAADAlU45p3yTr0QfPZp/+t7Jftl0Dlyk1WhrcyOnbqdvOgUuU6t3lc+1
      NBpZplOAA8Xn8yiVimh2NiyuM7Ebocmglg5nFEtETKfARdrBmLUaP/bFaPtNn3nf+97HW+MAAAAA
      XIfbEwAAAACu9sXVbx+aa6ydu6VwbtlrsbUH43EcR+ViXbnNvIZDBnswPttxVC61VSy25fBcLXDD
      zc6ENZeOyuvlGhPj8/l9Si8kNZeZkcfD2cF4LI9f6/G3vJgNLXzok+94IGu6BwAAAADeKL6EAQAA
      AOwLp9aevXep9PLDi6UXIhIDGhiPNbKU3SqplK8w2INdGQwsFfJN1Rs90ynAvhSJhJTJRBUK+U2n
      wEU88mg6GdPC4YwCAV4Tx/g2I7fmr0SPnvjE3Q+cNd0CAAAAAD8uhsEAAAAA7Ct//to3/uvRwjO/
      FW1tek23wD363YE2r+bUqLVMp8BlWq2B8rmGen1ekQKuh1DQr0wmqkg0ZDoFLhOJTWlpOaPJMGcH
      46tNpPqriWOfe+CeT/yu6RYAAAAAuF4YBgMAAACw75y6cCEYdtYfvz175qeCg4bpHLhIvdrU1tW8
      +r2B6RS4iONItVpH+XxLlmWbzgFcyef1KpkKa3Y2Il71w24EQ37NL6Y1k4qbToGL9Pxh51Li+Fc6
      kejJE8dO8Dd+AAAAAPYVrlYAAAAA7FtfeO1bdy51108v559d8Nps7cF4HNtRqVDV9mZRtmWZzoGL
      WJatYqGlSrUjXh0FxhdPTCqTjsrvZ6knxuf1eTSXSSqzkJTHyzU3xmN7fFpP3PFacfrQ/Sfv+MgP
      TPcAAAAAwI3AVzIAAACAfe+Ri+d+5dbKd/9bqnqBd4MwtuFgpNxWQeVijcEe7Eq/P1Iu31Sr2Ted
      AuxpU1NBZTJRTUwETKfATTxSYjqmxcMZBUN+0zVwka3ISuVa7MivPnTXQ18x3QIAAAAANxLDYAAA
      AAAOjC+/8uQf3V48+6uRTpZvIYyt0+5payOnVrNjOgUu02z2lc01NBywYQ74uwIBn+bSESXik6ZT
      4DLhyKSWltOaioRNp8BFqqHZ4Xr82O9/5J2f/G3TLQAAAABwM/ADCAAAAIAD5fOV78RXNjfOHtl+
      +rjf6prOgVs4Uq3a0NbVvAb9oekauIjjSJVKW8VCS5bNijkcbF6vR8nklGaTU/J6uJbE+AIBvzJL
      c5qdi8vDlTbGNPAFndX48bPl5KFf+KWjP9cw3QMAAAAANwtfzgAAAAAOpC+8/u13Hmq++hfLheeS
      Hsc2nQOXsG1b+e2yCtmybJtzg/GNRpYKhbaqVTbM4WCKxyaUzkQVCPhMp8BFPB6PkukZLSyl5PV5
      TefAJRyPR1dib16/Glq571Pv/MgrpnsAAAAA4GZjGAwAAADAgfbI62f+9W3F85+bqa/5TbfAPQaD
      obLXCqqU6xLLnrALvd5Q2WxTnc7AdApwU0xOBpTJxBQOB0ynwGXiiYiWVuYVDHF2ML5CeLG1Eb/j
      X3707of+u+kWAAAAADCFYTAAAAAAkPTVi6cfvn37zImJbpnvJIyt2ehoayOnbqdnOgUuU2/0lM81
      NRxaplOAG8If8GouFdH0dNh0ClxmYjKkxeW0YvGI6RS4SCsQt1an3/rH33vHld/8rOezrG8FAAAA
      cKDxIwcAAAAA/LVHL76wEO6tfvPW3LnbfRbDPRiPI0fVYkNb1/IaDUemc+Aitu2oXG6rVGzLdlgx
      h/3B45FmpsNKpaPyebl6xPj8fp8yiykl0zPycHQwpqE3qPXpY+e7U4v333fnfXnTPQAAAACwF/BZ
      DQAAAAD/wMOvP/ehw7UXTy2WXojwBiDGZVm28ltFFfIVOTbnBuMbDi3lCy3Va13TKcCPJRKd0EIm
      qkDQZzoFLuLxejSbjGv+UFp+P2cH49uM3JrfiN/20Y+//SPPmG4BAAAAgL2EYTAAAAAA+CH+7PWn
      Pnsk/9y/STQv88skxtbvDbS1kVO91jKdApdptwfK5prq94amU4BdCYX8yqSjikRDplPgMtHYlJaW
      M5oIc3YwvtLkfOdy/I7/7aP3fOz/Mt0CAAAAAHsRw2AAAAAA8COcck75whcmn7w9e+angoOG6Ry4
      SLPR1uZGTr1O33QKXKZW7yqfa2o0sk2nAD+Sz+dVKjWlmZkpnvXDroQmglo4NKfETMx0Clyk6w87
      q4njX+lEoidPHDsxMN0DAAAAAHsV1zQAAAAAMIYvXn5uZa565cwt+XPLXputPRiPYzsqFarKbhZk
      WQz2YHyWZatU6qhcbsnh1VHsMR6PlEiENZeOyO/zms6Bi/h8XqUys8osJOXxcjWN8dgen9bix14s
      xg79/MfuvP+a6R4AAAAA2Ov44gYAAACAXXj41XOfWmm8+Ifz5RcnTbfAPUYjS7mtkkr5MoM92JVB
      f6Rcvqlmkw1z2BumpoKaz8QUmvCbToGLeOTRdDKmxcNp+QOcHYxvK7JSuZK4/dMff9tHHzPdAgAA
      AABuwTAYAAAAALwBX371639wW/7Z34h2tviuwti6nZ42r+TVarZNp8BlWq2+crmm+v2R6RQcUMGg
      T3PpqOKxCdMpcJmpyKQWlzOaijBHj/HVQqnB6vSx333gnk/8e9MtAAAAAOA2/GgBAAAAAG/QU4UL
      kW7u0pNHc2ffHRw2TefARerVpjY3chr0eXIUu1Mut1UotGTbrJjDzeH1eJRMTSmZnJLHw1UixhcM
      BjS/NKeZZJxbaIyt55901uJvPX05mjjxW8dOtEz3AAAAAIAb8RkOAAAAAD+mUz/49tvTjVe/vlx4
      LulxbNM5cAnbtlXMV5XbKsq2ODcYn2U5KhaaKle6khgKw40TT0wqk47I7/eZToGLeL1epdLTSi+m
      5PN5TefAJRyPR1dib17fDN/y87909/2vmu4BAAAAADdjGAwAAAAArpOHXzv360erf/V7yeprQdMt
      cI/hcKTtq3lVynXmerArvd5I2WxDnc7AdAr2mcnJgDKZmMLhgOkUuEw8EdHSyryCIc4OxpeNLFev
      Rm/79RN3n/iS6RYAAAAA2A8YBgMAAACA6+yrF08/fNv20ycmuyW+uTC2TqurzY282q2O6RS4TLPZ
      VzbX0HBgmU6BywX8Xs1lokrEJ02nwGUmwxNaWskoEg2bToGLNAIJa3362B/f985P/4bpFgAAAADY
      T/hhAgAAAABugM9XvhNf2dw4e3T7zHGf1TOdA7dwpEqprq1reY2GI9M1cBHHcVQut1UstmXbrJjD
      7ng8Hs3OTimVmpLXy3Uhxuf3+5RZTCmZnpGHo4MxDbwhrSbufDo3MXf/Z+76xZrpHgAAAADYb/hE
      BwAAAIAb6JG1596/UHn1Tw8Vn094HAY0MB7bcpTPlpTPluQw2INdGI5s5fNN1Wtd0ylwiUh0QguZ
      qAJBn+kUuIjH61FybkYLS0l5fZwdjMeRRxuxo5vZ2C0PnnzbA+dN9wAAAADAfsUwGAAAAADcBI9c
      PPNvby+c/3fTzTV+McXY+r2Btq8VVKs0TKfAZbrdoXK5hjqdoekU7FETE37Nz8cUDgdNp8BlorEp
      La1kNDEZMp0CFymG59uXY2/5Vw/ec/LzplsAAAAAYL9jGAwAAAAAbpJTzinf5CvRR4/mn753sl82
      nQMXaTXa2tzIq9vhyVHsTq3eVT7X0mhkmU7BHuHzeZRKRTQ7GxZXg9iN0GRQS4cziiUiplPgIu1g
      zFqNH/titP2mz7zvfe/jDWwAAAAAuAm48QEAAACAm+yLq98+NNdYO3dL/tyy12ZrD8bjOI7Kxbpy
      m3kNhwz2YHy246hcaqtYbMvhudoDbXYmrLl0VF4vV4IYn8/vU3ohqbnMjDwezg7GY3n8Wo+/5cVs
      aOFDn3zHA1nTPQAAAABwkPD1DgAAAACGnFp79t6l0ssPL5ZeiEgMaGA81shSdqukUr7CYA92ZTCw
      VMg3VW+wYe6giURCymSiCoX8plPgIh55NJ2MaeFwRoEAr1xjfJuRW/Mb07c89PHjJ5423QIAAAAA
      BxHDYAAAAABg2JdeffL37yg+85uR1pbXdAvco9/ra3Mjr0atZToFLtNu95XNNdXv8VrXfhcM+ZVJ
      RxWNhkynwGUisSktLWc0GebsYHy1iVR/NXHscw/c84nfNd0CAAAAAAcZw2AAAAAAsAecunAhGHbW
      H799+6mfCg6bpnPgIvVqU1tX8+r3BqZT4CKOI9VqHRXyLY0s23QOrjOfz6tkMqzZ2Yh41Q+7EQz5
      Nb+Y1kwqbjoFLtLzh51LieNf6USiJ08cO8HfkAAAAACAYVwHAQAAAMAezmAxrwAAIABJREFU8oXX
      vnXnUnf99Er+2QWPzdYejMexHZUKVW1vFmVblukcuIhl2SoWWqpUO+LV0f0hnphUJh2V38+ySYzP
      6/NoLpNUZiEpj5crY4zH9ni1nnjLa8XpQ/efvOMjPzDdAwAAAAD4H/iyBwAAAIA96JGL537l1sp3
      /iBVfTVougXuMRyMlNsqqFyoyxGTPRhfvz9SLt9Uq9k3nYI3aGoqqPlMVKGJgOkUuIlHSkzHtLSc
      ViDI2cH4tiPLlauxo7/60F0PfcV0CwAAAADg72MYDAAAAAD2sC+/8uQf3V48+6uRTpbvN4yt0+5p
      cyOrdrNrOgUu02z2lc01NBywYc4tAgGf5tIRJeKTplPgMuGpSS2tpDUVCZtOgYtUQ7PD9fix3//I
      Oz/526ZbAAAAAAD/OH5MAAAAAIA97vOV78RXNjfOHtl++rjfYrgHY3KkWrWhrat5DfpD0zVwEceR
      KpW2ioWWLJsNc3uV1+tRMjml2eSUvB6u+DC+QMCvzNKcZufi8nA9jDENvCGtJu58upw89Au/dPTn
      GqZ7AAAAAAA/HF/7AAAAAOASX3j92+881Hz1L5YLzyU9jm06By5h27by22UVsmXZNucG4xsNbRWK
      LVWrHdMp+AfisQmlM1EFAj7TKXARj8ejZHpGC0speX1e0zlwCcfj0ZXYm9evhlbu+9Q7P/KK6R4A
      AAAAwM4YBgMAAAAAl3nk9TP/+rbi+c/N1Nf8plvgHoPBUNlrBVXKdYllT9iFbneoXK6pTmdgOuXA
      m5wMKJOJKhwOmk6By8QTES2uzCsUCphOgYsUwkvttcTt/8vJu07+36ZbAAAAAADjYxgMAAAAAFzq
      qxdPP3z71lMnJnoVvu0wtmajo62NnLqdnukUuEy90VM+19RwaJlOOXD8fp/m5qY0PR02nQKXmZgM
      aXE5rVg8YjoFLtIKxKzV6Tv/+HvvuPKbn/V8lrWiAAAAAOAy/GAAAAAAAC726MUXFsK91W/ekj17
      u9/um86BSzhyVC02tHUtr9FwZDoHLmLbjsrltkrFtmyHFXM3mscjzUyHlUpH5fNyjYfx+f0+ZRZT
      SqZn5OHoYExDb0Dr0289351avP++O+/Lm+4BAAAAALwxXAUAAAAAwD7w8OvPfehw7cVTi6UXIrwB
      iHFZlq38VlGFfEWOzbnB+P4/9u49Os76vvf955kZjTTS3CSP7pIlZMsyyDaWZZ8k7W6LV9I0DRsw
      NhY2kACBhrBzLm2yurub0zZOmp2etbvWOatNSEMJu5cNsVEDAfZJak7cWLYxNuALBmwLW5IlPJJm
      dL9fZ+Y5f+ASknAZg6SfHun9+gdppHnmrbWeZXu++vI8s7NJxXvGNDw0aTplyfIHslRSFFCG1206
      BQ5iWZZW5IdUXF4oj4dzB+mL+lfFO0Jrbrtj4/bnTbcAAAAAAD4alsEAAAAAYAl5svnn31zdc/xr
      4dFL/AYYaZuamlFXR0zDQ2OmU+Aw4+Mz6o6Nanpq1nTKkpGZ6VFRYUD+QKbpFDhMIJSj0ooi+Xyc
      O0hfn6944lLo2v98W/3uh0y3AAAAAADmBstgAAAAALDENNqN7uyzvgM13U03eGdGTOfAQUZHxhXt
      iGlqgluO4uoMDU8qHhtVIpEyneJYbrdL+fk5ysvL4bZ+uCqZWV6VlBconBc0nQIHmfRk2y3hDU9P
      +AO7GmobZkz3AAAAAADmDqMlAAAAAFii9l46Vlkw2N5UFT9c4UolTOfAIeyUrb6eQXV39iqZSJrO
      gYMkkyn19U2ov39MNncdTZtlSeFwtgoK/fK4XaZz4CBut0v5RStUVBKR5WLMi/SkLLdaQ7VneoPl
      N+1ev+2y6R4AAAAAwNxjSgAAAAAAS9y+c0c+Xzly5vvF/Wd8plvgHIlEQrHOfvXF+1nswVWZmU4o
      Fh/V6ChXmPsgOTleFRUHlZXpMZ0CB7FkKTcSVOnKQnkyOHeQvk5/5UB7uOaeO66/7X+abgEAAAAA
      zB+WwQAAAABgmXjq3M/+bk386AOBiU7eCyJtk+NTinbENTY6bjoFDjM2Nq1YbFTT01yZ8Fd5vW4V
      FAYUCmaZToHD5OT4VFZZpGw/+91I31Bm/kxLbu23d9Tf+Q3TLQAAAACA+ccvAAAAAABgGTnYc9Y/
      Gbt4oDp2+GPe2VHTOXCQ4cFRRTtimpmeNZ0Ch+nvH1dPz5hSKS4x57IsRfJzFInkyLIYyyF9Gd4M
      lZQVKC8SYqKLtE15fHZraN3+S4Fww5drG8ZM9wAAAAAAFgajAwAAAABYhh5vOV5fNtS8v6LnWMSy
      U6Zz4BCpVEq98UHFOnuVSnLeIH3JpK3enlH1D0xKWp5LYaGwT0WFfnk8btMpcBCXy6X8wlwVlubL
      7XaZzoFD2Jal9uDatmh21U13bdp2znQPAAAAAGBhsQwGAAAAAMvYvvNHvrh68KXv5A82e023wDlm
      Z2bVdblHA/3Dy3WvBx/S5OSsYrFRTUzMmE5ZMD5fhoqKgsrOzjCdAocJhf0qqyySN5O/opG+bn/F
      4JuBNV9s2NTwI9MtAAAAAAAzWAYDAAAAAOjZ5v371nQdavBN9vE+EWmbGJtUtCOu8bEJ0ylwmNHR
      aXXHRjQ7kzSdMm8yPC4VFAUUDvlMp8BhfNlZKqsskj+QbToFDjKSEU625dY+esuWex4w3QIAAAAA
      MIshPwAAAABAkvSDyy/klQ92H6zuatrgTk6ZzoFT2NJA37A6L8eVmE2YroGD2Lat/v5x9faOK5Va
      OpeYsyxLK1bkKD8/Ry4Xozekz+PxqKg0okhhnixOHaRp1uXVxfCGQ7Gsgm331t06ZLoHAAAAAGAe
      YwUAAAAAwC95ovXYp0oGzv1Lee+LYcteOgsamF+ppK14d5/i3X2yl9BiD+bfbCKleHxUw0OTplM+
      Mn8gSyVFAWV43aZT4CCWy1KkIE/FpRG5PZw7SI8tSx3B6mh3sGrnrut3HDfdAwAAAABYPFgGAwAA
      AAC8qyeam/68puf413NHW/nNNNI2PTWjrss9GhoYMZ0Ch5mcnFUsNqKJiVnTKVctK8ujoqKQcnIy
      TKfAYQLBHJVVFinLl2k6BQ7Sm108fil43Vd31u962HQLAAAAAGDxYRkMAAAAAPCeGu1Gt+/1wDNr
      4k03Zk0PmM6Bg4yNjCvaEdfkBLccxdUZGp5UPDaqRCJlOuUDud2W8vP9WrEiW4zZcDUyfV6VrSxS
      MOw3nQIHGfcGky2h2r2B8Wvu3bp1K/dmBgAAAAC8K6ZUAAAAAIAPtLflpfKCkdYjVfEjFa6U867a
      AzNs21Z/77Bi0bhmZ5Omc+AgKdtWf9+4envHZS/S29WuyMtWQWFALhfjNaTP7XGrsCSigqI8WRbn
      DtKTtDxqC113pjOn8sa7N97UaboHAAAAALC4MXEAAAAAAKRt78Xnb64YeP3x0r6TXMoEaUskkop1
      9qkvPrBoF3uwOE3PJNQbH9PwyOK5wpzfn6nCooCyMj2mU+AglizlRoIqXVkoTwbnDtIX9a+Kd+RW
      3X7HhoZDplsAAAAAAM7AMhgAAAAA4Kr96NyB717b+/yD/rFOl+kWOMf01LSi7XGNDI+ZToHDjI9P
      qzs2qukpc3dF82Z6VFQYUCCQaawBzuQP5qisoki+bM4dpG8wM3+mNbz+L3ds3v0t0y0AAAAAAGdh
      GQwAAAAA8KE0nj3rzbbbnqvpOniDd3bUdA4cZHhwVJ0dMU1Pc8tRpM+2paGhCfXEx5RIphbsdd1u
      lyKRbK1Y4Rd39cPV8GZ6VFxaqLz8kOkUOMiUJ9u+GN7wdE5B1R1br9m6eC6LCAAAAABwDEZYAAAA
      AICP5LHzL6wvm2zbXxk/WmKlzF21B85i27b64oPqivYqlUyazoGDJJMp9faMqX9gUtL83nY0FPap
      qDAgj4eLICJ9LpdLBcUrVFQSkeVi/Ir0pCyX2sLXne/NLd+269rtF0z3AAAAAACci2kEAAAAAGBO
      PNF85AurBk78Xf7gOa/pFjjH7ExCsc4e9fcMy57nxR4sLdPTScViwxobm5nzY+fkeFVcFFBmVsac
      HxtLmCWFc4MqqyhUhpdzB+nr8lcMvBmsvu/2utufNt0CAAAAAHA+lsEAAAAAAHPqqdcPPFLTe+g+
      /0SM95xI28T4lKId3RofnTSdAocZHZ1Wd2xEszMf/QpzngyXCgsDCod8c1CG5SQ7x6eyykLl+LNN
      p8BBhjJXzLaGar+7fcvnvmK6BQAAAACwdDCYBwAAAADMuYcHToQqox2HV3cd2uBJstyDNNnS0OCI
      oh1xzc7Mmq6Bg9i2NDAwrp6eMaVSV3+FOZfLUiSSoxWRHLksxmVIX0aGR0VlBVpREJLFqBVpmnFl
      qiW8/lB/pPzmu6o/O2K6BwAAAACwtDChAAAAAADMm8feeGlL+ei5n1b0HItYdsp0DhwilUop3tWv
      eHef7A+x2IPlKzGbUk/vmAYHJ9J+TiiYpcKigDIy3PNYhqXGsixFCvNUUhaRy825g/TYstQeWtvW
      4Vt16931t7xqugcAAAAAsDSxDAYAAAAAmHdPvNH0p2t6j38zb7jVY7oFzjEznVB3NK6BvmHTKXCY
      yclZxWIjmph47yvMZWVlqLg4oOxs7wKWYSkIhf0qrSxWZmaG6RQ4SE922XhruOYPd9Xt+oHpFgAA
      AADA0sYyGAAAAABgwTzbvH9fTefBhqypAd6PIm1joxOKtsc0OTFlOgUOMzwypXhsVLOzybcf83jc
      KijIUW5utsEyOFFmVqbKKgsVDPlNp8BBxjKCyZbc9Y+e3tz+4B5rD5dJBQAAAADMO4bvAAAAAIAF
      9UzzqZLsqZafV3UfrvGkpk3nwCFs2RrsHVHn5bgSswnTOXCQlG2rv29c/X3jCod9yi8MyO1iJIb0
      eTxuFZXmK1KYK8vi3EF6Zl0Zastdd3wyp3TbLetviZvuAQAAAAAsH0wvAAAAAABG7Hvj2O+vHDrT
      WNp3yi/ZpnPgEMlkSvHOXvXEBmTbnDcA5o9lWVqRH1JxeaE8HrfpHDhI1L8q3hFac9sdG7c/b7oF
      AAAAALD8sAwGAAAAADDqyeaff3N1z/GvhUcv8Zt2pG1qakadHXGNDI2aTgGwBAVCOSqtKJLPl2k6
      BQ7S5yuevBS69o9vq9/9kOkWAAAAAMDyxTIYAAAAAMC4RrvRnX3Wd6Cmu+kG78yI6Rw4yOjIuKLt
      MU1NcstRAB9dZpZXJeUFCucFTafAQSY92XZLeMPTE/7ArobahhnTPQAAAACA5Y1lMAAAAADAorH3
      0rHKgsH2pqr44QpXKmE6Bw5hp2z19Qyqu7NXyUTSdA4AB3K5LRUURVRUEpHlYmSK9KQst1pDtWd6
      g+U37V6/7bLpHgAAAAAAJJbBAAAAAACL0L5zRz5fOXLm+8X9Z3ymW+AciURCsc5+9cX7ZdumawA4
      gSVLuZGgSlcWypPhMZ0DB+n0Vw60h2vuueP62/6n6RYAAAAAAN6JZTAAAAAAwKL15PkDD9fEn/+D
      wHgn71+RtsnxKUU74hobHTedAmARy8nxqayySNl+9o6RvqHMyMyF0Lq/2rnlzj2mWwAAAAAAeDcM
      0wEAAAAAi9rBnrP+ydjFA9WxQx/zzo6ZzoGDDA+OKtoR18z0jOkUAItIhjdDJWUFyouEmI4ibdMe
      n90SWrf/UiDc8OXaBv5BAgAAAABYtBh3AAAAAAAc4fGW4/VlQ837K3qORSw7ZToHDpFKpdQbH1S8
      s1fJJOcNsJy5XC7lF+aqsDRfbrfLdA4cwrYstQfXtkWzq266a9O2c6Z7AAAAAAD4ICyDAQAAAAAc
      Zd/5I19cPfjSd/IHm72mW+AcszOz6rrco4H+Yck2XQNgoYXCfpVVFsmbyV8dSF/MXzF0KVjzxV11
      O//FdAsAAAAAAOliGQwAAAAA4EjPNu/ft6brUINvso/3tkjb+Pikou0xTYxNmk4BsAB82VkqqyyS
      P5BtOgUOMpIRTrbl1j56y5Z7HjDdAgAAAADA1WJgDgAAAABwrB9cfiGvfLD7YHVX0wZ3csp0DpzC
      lgb6htV5Oa7EbMJ0DYB54PF4VFQaUaQwTxYTUKRp1uXVxfCGQ7Gsgm331t06ZLoHAAAAAIAPg1EI
      AAAAAMDxHrt49NMVQ81PlPe+GLZs7gGI9KSStuLdfYp398lOcd4AS4HlshQpyFNxaURuj9t0DhzC
      lqWOYHW0O1i1c9f1O46b7gEAAAAA4KNgGQwAAAAAsGT86I2mv1gdP/YXuaNtbAAgbdNTM+q63KOh
      gRHTKQA+gkAwR2WVRcryZZpOgYP0+kom2sNrv3rbpt3fN90CAAAAAMBcYBkMAAAAALCkNNqNbt/r
      gWfWxJtuzJoeMJ0DBxkdHlPnmz2anOCWo4CTZGV5VVpRqGA4YDoFDjLuCaZacmt/GBi/5t6tW7dy
      z2AAAAAAwJLBMhgAAAAAYEna2/JSecFI65Gq+JEKV2rWdA4cwrZt9fcOq/tyXIlE0nQOgPfhdrtU
      WJqvgqI8WRZjTqQnaXnUFrruTGdO5Y13b7yp03QPAAAAAABzjSkJAAAAAGBJ23vx+ZsrBl5/vLTv
      pN90C5wjkUgq1tmnvviAbNs2nQPgHSxZyo0EVbqyUJ4Mj+kcOEjUvyrekVt1+x0bGg6ZbgEAAAAA
      YL6wDAYAAAAAWBZ+3Hzgoeruow8GJqK8F0bapqemFW2Pa2R4zHQKAEn+QLbKKovky84ynQIHGczM
      n2kNr//LHZt3f8t0CwAAAAAA840BOAAAAABg2Wg8e9abbbc9V9N18Abv7KjpHDjI8OCoOjtimp7m
      lqOACd5Mj4pLC5WXHzKdAgeZ8mTbF8Mbns4pqLpj6zVbp0z3AAAAAACwEFgGAwAAAAAsO40XXtpY
      MHbhJ5XxoyVWKmE6Bw5h27b64oPqivYqlUyazgGWBZfLpYLiFSoqichyMcpEelKWS23h687H/aXb
      79hwW7PpHgAAAAAAFhITFAAAAADAsrXvjcP3r+47+VD+0Dmv6RY4x+xMQrHOHvX3DMuWbToHWJos
      KZwbVFlFoTK8GaZr4CBd/srBaGjN/Ts37nzKdAsAAAAAACawDAYAAAAAWPaeev3AIzW9h+7zT8R4
      n4y0TYxPKtoR0/jopOkUYEnJzvGprKJIOQGf6RQ4yFDmitnWUO13t2/53FdMtwAAAAAAYBJDbgAA
      AAAAJD08cCJUGe04vLrr0AZPkuUepMmWhgZHFO2Ia3Zm1nQN4GgZXo+KSgu0oiAki7El0jTjylRL
      eP2h/kj5zXdVf3bEdA8AAAAAAKYxVQEAAAAA4B0ee+OlLeWj535a0XMsYtkp0zlwiFQqpXhXv+Ld
      fbJT3DoSuBqWZSlSmKeSsohcbrfpHDiELUvtobVtHb5Vt95df8urpnsAAAAAAFgsWAYDAAAAAOBd
      PHm+6WtV/ce/kTfc6jHdAueYmU6oOxrXQN+w6RTAEUJhv0ori5WZmWE6BQ7Sk1023hqu+cNddbt+
      YLoFAAAAAIDFhmUwAAAAAADex7PN+/fVdB5syJoa4D000jY2OqFoe0yTE1OmU4BFKTMrU2WVhQqG
      /KZT4CBjGcFkS+76R09vbn9wj7WHy3cCAAAAAPAuGGQDAAAAAPABnmk+VZI91fLzqu7DNZ7UtOkc
      OIQtW4O9I+q8HFdiNmE6B1gUPB63ikrzFSnMlWUxmkR6Zl0Zastdd3wyp3TbLetviZvuAQAAAABg
      MWPiAgAAAABAmva9cez3Vw6daSztO+WXbNM5cIhkMqV4Z696YgOybc4bLE+WZWlFfkjF5YXyeNym
      c+AgUf+qeEdozW13bNz+vOkWAAAAAACcgGUwAAAAAACu0pPNP//m6p7jXwuPXmKjAWmbmppRZ0dc
      I0OjplOABRUI5ah0ZaF82VmmU+Agfb7iybbwdX+yc9Ou75huAQAAAADASVgGAwAAAADgQ2g8e9ab
      bbc9V9PddIN3ZsR0DhxkdGRc0faYpia55SiWtswsr0rKCxTOC5pOgYNMerLtlvCGpyf8gV0NtQ0z
      pnsAAAAAAHAalsEAAAAAAPgI9l46Vlkw2N5UFT9c4UolTOfAIeyUrb6eQXV39iqZSJrOAeaUy22p
      oCiiopKILBfjR6QnZbnVGqo90xssv2n3+m2XTfcAAAAAAOBUTGMAAAAAAJgDjeeP3rNy+PT3ivvP
      +Ey3wDkSiYRinf3qi/fLtk3XAB+RJeWtCKl0ZaE8GR7TNXCQTn/lwJvBNV/YVbfzGdMtAAAAAAA4
      HctgAAAAAADMoSfPH3i4Jv78HwTGO3nPjbRNTkwp2h7T2OiE6RTgQ8nJ8amsskjZfvZhkb6hzMjM
      hdC6v9q55c49plsAAAAAAFgqGEwDAAAAADDHDvac9U/GLh6ojh36mHd2zHQOHGR4cFTRjrhmpmdM
      pwBpyfBmqKSsQHmREJNGpG3a47NbQuv2XwqEG75c28BflAAAAAAAzCFGNAAAAAAAzJPHW47Xlw01
      76/oORax7JTpHDhEKpVSb3xQ8c5eJZOcN1icXC6X8gtzVViaL7fbZToHDmFbltqDa9ui2VU33bVp
      2znTPQAAAAAALEUsgwEAAAAAMM+euHD4S6v7Xv6byGCz13QLnGN2ZlZdl3s00D8s2aZrgF8Ihf0q
      qyySN5M/0pC+mL9i6FKw5ou76nb+i+kWAAAAAACWMpbBAAAAAABYIM8279+3putQg2+yj/fjSNv4
      +KSi7TFNjE2aTsEy58vJUllFofyBHNMpcJCxjFCyJXfdo6c3tz+4x9rD5Q4BAAAAAJhnDJ8BAAAA
      AFhAP7j8Ql75YPfB6q6mDe7klOkcOIQtW4O9I+q8HFdiNmE6B8uMx+NRUWlEkcI8WUwTkaZZl1cX
      wxsOxbIKtt1bd+uQ6R4AAAAAAJYLxjcAAAAAABjw2MWjn64Yan6ivPfFsGVzD0CkJ5W0Fe/uU7y7
      T3aK8wbzy3JZihTkqbg0IrfHbToHDmHLUkewOtrlr7x9d93OF0z3wICPfSyoRCIsl8ujVGpSgcCg
      mprYgAcAAACABcIyGAAAAAAABv3ojaa/WB0/9he5o21sWiBt01Mz6rrco6GBEdMpWKICwRyVVRQp
      KzvTdAocpNdXMtEeXvvV2zbt/r7pFiyQnTvdarvwSVnuT0n2f5CttZJyf+W7bElvStbrkn1QtvVT
      nTp13kAtAAAAACwLLIMBAAAAAGBYo93o9r0eeGZNvOnGrOkB0zlwkNHhMXV2xDU5OW06BUtEVpZX
      pRWFCoYDplPgIOOeYKolt/aHgfFr7t26dSv3sl0OPrauUImMP5R0j6Siq36+pROy7e9K7h/q5MnZ
      uc4DAAAAgOWMZTAAAAAAABaJvZeOVRYMtjdVxY9UuFL8XhTpsW1b/b3D6r4cVyKRNJ0Dh3K7XSos
      zVdBUZ4si5Eh0pOy3GoN1Z7pzKm88e6NN3Wa7sECqK/PllJ/JumPJGX94gt2mywdkm2dlmW3Snaf
      Uu6kpGy57AKl7Bq5rI/L1u9ICr7jiJck+ys6+crTC/pzAAAAAMASxmQHAAAAAIBFZu/F52+uGHj9
      8dK+k37TLXCORCKpWGef+uL9sm3TNXAKS5ZyI0GVriyUJ8NjOgcOEvWvikdD1btv37jjoOkWLJBN
      mz4uy/6hpGuuPDIhy/4HyX5UJ86cTusYq1dnKhj8rGT/J1n61NuPW3pK04n79dprg3MfDgAAAADL
      C8tgAAAAAAAsUj9uPvBQdffRBwMTUd6/I21Tk9Pq7IhrZHjMdAoWOX8gW2WVRfJlZ33wNwNXDGbm
      z7Tm1X5rx6Y7/9J0CxbQ5k0PyLa/IylDUkq2HlEi+Rd69dWeD33MTZs+Lpf9HdnafOWRdrlS/1Ev
      nzk7F8kAAAAAsFwxTAYAAAAAYBFrPHvWm223PVfTdfAG7+yo6Rw4yPDgqDo7Ypqe5paj+GVeb4aK
      ywqUFwkxHUTapjw++2L4+qdzCqru2HrN1inTPVhA9Rv/VLK+feWzqGzrDp06dWSOju5Sfd1/lvSX
      kjySBiTXZ3Xy5ItzdHwAAAAAWHYY9wAAAAAA4ACNF17aWDB24SeV8aMlViphOgcOYdu2+uKD6or2
      KJVMmc6BYS6XSwXFK1RUEpHlYiyI9KQsl9rC152P+0u337HhtmbTPVhg9XX/m6S/lSTZelm2btTp
      071z/jp1dZ+Uy/6xZAUk9cu2fkunTp2f89cBAAAAgGWAqQ8AAAAAAA6y743D96/uO/lQ/tA5r+kW
      OMfsbEKxaI/6e4Zlyzadg4VmSeHcoEpXFsqbmWG6Bg7S5a8cjIbW3L9z486nTLfAgC11n1JKz0ly
      STquqZnf1dmz83cP4i0btyilf7uyENYquep18uTwvL0eAAAAACxRLIMBAAAAAOBAT71+4JGa3kP3
      +SdivLdH2ibGJxVtj2t8bMJ0ChZIdk6WyiqKlRPwmU6BgwxlrphtDdV+d/uWz33FdAsMqavLl0uv
      SSqUdEHemU/o2NmBeX/d+us/Lbl+Ksktaa9Onr5j3l8TAAAAAJYYBsYAAAAAADjUwwMnQpXRjsOr
      uw5t8CQnTefAKWxpaHBE0Y64ZmdmTddgnmR4PSoqLdCKgpAsRoBI04wrUy3h9YdiWQXb7q27dch0
      DwzavPG/y7bulTQll/0JvfzKKwv22ps2fl2WtUeSZFuf0alTzy3YawMAAADAEsAkCAAAAAAAh3vs
      jZe2lI+e+2lFz7GIZadM58AhUklb8e4+xbv7ZKe4deRSYbksRQryVFIWkcvtNp0Dh7BlqT20tq3D
      t+rWu+tvedV0DwzbsnGjUtYpSZYs6xs6cWrPgr7+DTd4NDp8UtIGSed08vR6SfwDBwAAAADSxDIY
      AAAAAABLxJPnm75W1X/8G3nDrR7TLXCOmemEuqNxDfQNm07BRxQK+1VaUaTMLK/pFDhIj690vC10
      7R/dXn/7I6ZbsEjUb3xCshokRRUIVaupaWrBG7bUfUop/UySZGn5IF/zAAAgAElEQVSnTpz+0YI3
      AAAAAIBDsQwGAAAAAMAS82zz/n01nQcbsqYGeN+PtI2NjCvaEdPkxLTpFFylzKxMlVUUKhj2m06B
      g4xlBJMtuesfPb25/cE91h6uuoS3bNlSpFTisiSPLOsrOnHq/zHWsrnuBdn6hKSf6+TpTxrrAAAA
      AACHYSgMAAAAAMAStLflpfLIWPvPqroP13hSLPcgPbZsDfaOqPNyXInZhOkcfAC3x63i0nxFCnNl
      WYz5kJ5ZV4bactcdj3sKt39u845u0z1YZDZv+iPZ9v8taVoziWK99trgW4/X7VLKCn7g8112TCdO
      P6u6uk/Ksla94/F+nTj95K+/Xt3nlbKy3v7css7o5MkXJUn1G++WrH+UlJInWaEXX41+pJ8NAAAA
      AJYJbhsBAAAAAMAStHv1/3JZ0trG1qM3lvW9tq+075Rfsk1nYZGzZCkvP6RQrl/xrj71xAZk25w3
      i41lWVqRH1JRWaEyMtymc+AgUf+qeHuguuHOTTsOm27BImXrM1c+2v/2Ipgk2fZ/laWqNJ5/RNKz
      cuk+yd79jscTqq9fqZMnf7GAuHnDOtn6J1nv+HvG0l9LemsZLGvyKU1l/70kr5Lu35P06If/wQAA
      AABg+XCZDgAAAAAAAPOnYdVv/uQ3PvalwMlVu//rUKAyaboHzuD2uFWyslDXrl/FrQcXGX8wRzXr
      rlH5NSUsgiFtfb7iyZeKP/m//+bv/JciFsHwnm64wSPZv3nls3+b46N7ZCfv+qVHbPc97/uMo2+M
      6t8Xw2TfMMc9AAAAALBkcWUwAAAAAACWge1rt/5Z49mz38zOa3uuprvpBu/MiOkkOECmz6tVNSs1
      OjKuaHtMU5PcctSUzCyvSsoLFM774Lu0Af9u0pNtt4Q3PD3hD+xqqG2YMd2DRW5o6Bq5rRxJkpV6
      8Ze+Zrn2SamIJMl2FUj2tnd89Z9k2W/9BZFSy3se37K+IOmvJb21eDY6fMcHR1kvSvZvybbWpf+D
      AAAAAMDyxjIYAAAAAADLRENt7YykrU9eeLkqPNby86r44QpXKmE6Cw4QCOZo7boq9fUMqruzV8kE
      F5lbKC63pYKiiIpKIrJclukcOETKcqs1VHumN1h+0+712y6b7oFDeKzVb99ROmFd+KWvnTj1f779
      8aZNH5elXyyDeWe+omNnB97nyDOSvJLWqq7uEzp9+pjGhn9XUvGvfP1dpN6QLEmqvpofBQAAAACW
      M5bBAAAAAABYZnas2dImqbLx/NF7Vg6f/l5x/xmf6SYsfpbLUn5RnnIjQcU6+9UX75dtf/Dz8CFZ
      Ut6KkEpXFsqTwQgP6ev0Vw68GVzzhV11O58x3QKHSdl5sixJmtUrrwzN4ZH/WdL9kiSXda+kY5Lu
      vvK1hCy7UbZ117s+01LvlQW1HNXWenX2LFe4AwAAAIAPwCQJAAAAAIBlquHa3/xHSf/41OsHHlnT
      9/x9gfFOLjuED+TxeFRWUagV+SFF22MaG50wnbTkZPt9KqsoVI4/23QKHGQoMzLTmlf7f23fdNfX
      TbfAsf79D53xOT2qZZ2Tbb8iaaNk3676+q/LTt185as/kW3F3/O5SWtMrisfB+WX9H5XIAMAAAAA
      SG+/jQIAAAAAAMvU9nWf+oOjG/5j7tnyG1+cyfCbzoFD+LKzVH1dparWlMub+R5398JVyfBmqKKq
      VDXXXcMiGNI27fHZZ1ds+dfXKn4rn0UwfCQua+rKR1lzfmzL+ucrHwWl1FOS3roqqf324+/1vHf8
      YRicnPMuAAAAAFiCuDIYAAAAAADQA3mbhyV9/PGW4/VlQ837K3qORSw7ZToLDhDKDSgQylFvfFDx
      zl4lk5w3V8vlcim/MFdFpflyufl/N5Ee27LUHlzb9mZm5S2f37L9ddM9WBKGr/w3S5/4hE/Hjs3d
      8tVM4nFluP+b3vqdxMevPDqgkZGfKBT4jfd8nsvOvXKbyJk57QEAAACAJYxlMAAAAAAA8LY7V3/8
      pKT8Jy4c/tLqvpf/JjLYzCWf8IFcLpcKi1cod0VQ3Zd7NNA/rCu/vMcHCIX9Kqssljczw3QKHCSW
      s3KoLVzzpd0bG54w3YKlJNkmud/6cGZmtaTX5uzQr77ao011P5Ol33/7MVs/VEvLtOrr3vt5KXuN
      LEuS2uasBQAAAACWOP5XQwAAAAAA8GtuX/Pb36//ja9mnlm144kp3wrWepAWrzdDFatKtea6a5Tt
      95nOWdR8OVmqvq5CVTUrWQRD2sYyQslXCn7z7//1d5IrWATDnPPntUiafeuT5KY5P75L/+OXPrf1
      Tx/4HMu18a3/6tyc9wAAAADAEsUyGAAAAAAAeE83r/3MriPVN0eayz/zatKdZToHDpHj92lNbaUq
      qkrlyeDC9O/k8XhUVlGkmtoq+QM5pnPgELMur87lbT501v+pglu23PPAHmsP92PF3GtqmpKlE299
      Ym2d8+P7Qz/WL25FeU6nT5943++vr8+QUr8tSUpZR+a8BwAAAACWKKZxAAAAAADgfd1f/hsDkq5/
      7OLRT1cMNT9R3vti2LK5WBjenyVLefkhhfIC6unuV7y7T3Zq+Z43lstSpCBPxaURuT1u0zlwCFuW
      OoLV0S5/5e2763a+YLoHy4Ctn0n6hKSbtXp1plpapn/tezyJuFKuv3/783H3r3+P7J/L0qgkybpy
      u8mmpinV1/2pLHujZP1/b3+rpeOS/e/He/EXh7B/T5YVuPLxL74fAAAAAPC+LNMBAAAAAADAWZ58
      4+CeVfHjf5Y72sZGC9I2PTWjrss9GhoYMZ2y4ALBHJVVFCkrO9N0Chyk11cycSn32j/eWbfre6Zb
      sIxs3lAj29381if2nTr5yg+NtdRv+rFkb5N0RidPbzTWAQAAAAAOwzIYAAAAAAC4ao12o9v3euCZ
      NfGmG7OmB0znwEFGh8fU2RHX5OS7XEhmicnK8qqkokihsN90Chxk3BNMteTW/jAwfs29W7duTZju
      wTK0ue6QbP22pFevLGEt/GUdN29YJ9t9RpJLtvW/6tSphxa8AQAAAAAcimUwAAAAAADwoe29dKyy
      YLC9qSp+pMKVmjWdA4ewbVv9vcPqvhxXIpE0nTPn3G6XCkvzVVCYJ8vF+A3pSVlutYZqz3TmVN54
      98abOk33YBnbtOn3ZNn7JUm29QWdOvUPC95QX7df0u9JismbVaVjxyYXvAEAAAAAHIppFAAAAAAA
      +Mj2Xnz+5oqB1x8v7TvJJZCQtkQiqVhnn/ri/bIX/rozc86SpdxIUKUrC+XJ8JjOgYNE/avi0VD1
      7ts37jhougWQJG2uOyBbn5TUp5Su1+nTXQv22ps23inLekySZNtf1KlXHlmw1wYAAACAJYBlMAAA
      AAAAMGd+3Hzgoeruow8GJqLMHJC2qclpdXbENTI8ZjrlQwsEs1VaUSRfdpbpFDjIYGb+TGte7bd2
      bLrzL023AL9k84Ya2e5XJGVJapJcn9bJk/N/CdD6+rVS8iXJCsjSMZ04/R8kpeb9dQEAAABgCWEw
      CwAAAAAA5lTj2bPebLvtuZqugzd4Z0dN58BBhgdH1dkR0/S0c2456vVmqLisQHmREJM2pG3K47Mv
      hq9/Oqeg6o6t12ydMt0DvKv6ui9J+rsrn/2zTp6+R9L8Xcexvr5YSh2VdI2kIbmTm/TSq5fm7fUA
      AAAAYIliRAUAAAAAAOZF44WXNhaMXfhJZfxoiZVKmM6BQ9i2rb74oLqiPUolF+/FYFwulwqKV6iw
      ZIVcLpfpHDhEynKpLXzd+bi/dPsdG25rNt0DfKDNGx+WbX1RkmTrf8hy3TcvVwjbsqVKqcR+SdWS
      ZmXpFp04/a9z/joAAAAAsAywDAYAAAAAAObVvjcO37+67+RD+UPnvKZb4ByzswnFoj3q7xmWPY8X
      orlqlhTODap0ZaG8mRmma+AgXf7KwWhozf07N+58ynQLkLadO91qu/hDyWqQJFk6rNnUHTpzpnPO
      XmPTps/Isv9ZUr6kpGzrHp069dicHR8AAAAAlhmWwQAAAAAAwIJ46vUDj6ztPXRfzkSMeQTSNjE+
      qWh7XONjE6ZTlJ2TpdKKIvkD2aZT4CBDmStmW0O1392+5XNfMd0CfCg7d7rV2vKQLD1w5ZEB2daf
      6tSpH0j68JdwrK+PSKm/knSf3vpdxYQs7daJ089+9GgAAAAAWL4YvgIAAAAAgAXz8MCJUGW043B1
      V9MGd3LKdA6cwpaGBkcU7Yhrdmbu7072QTK8HhWVFmhFQUgW4zSkacaVqZbw+kOxrIJt99bdOmS6
      B/jI6jfeL1l/K8l35ZFm2dZ/UyLRqFdfHU/7OBs3VsptfUmy/5NkBd4+llwNOnnytbnOBgAAAIDl
      hukVAAAAAABYcHsvHftYSf8b/29Fz7GIZX/4i4pgeUklbcW7+xTv7pOdmv9bR1ouS5GCPJWUReRy
      u+f99bA02LLUHlrb1uFbdevd9be8aroHmFObNq2Wy/6ObH3mHY+OSdov2Qdlu04pkWjTq6/2SUpp
      9epM+f3FcttrZFufkKxPy9In9IvfTUxJ+mt5s/5Kx45NLvSPAwAAAABLEctgAAAAAADAmCfPN32t
      qvf4N/NGW9m0QdpmphPqjsY10Dc8b68RCvtVWlGkzCzvvL0Glp4eX+l4W+jaP7q9/vZHTLcA86r+
      +q2yXV+TpU/qw/2eYUzSP8jl+Wu9/PLlOa4DAAAAgGWNZTAAAAAAAGDcs837962JNt3um+43nQIH
      GRsZV7QjpsmJ6Tk7ZmZWpsoqChUM++fsmFj6xr3B5MXw+kdPb25/cI+1h8sdYvl465aPuyT9rqRP
      6Be3kHw3MUkHZVs/VSLx46u6tSQAAAAAIG0sgwEAAAAAgEVhb8tL5ZGx9p9VdR+u8aTmbrkHS5st
      W4O9I+q6HNPsbPJDH8ftcau4NF+RwlxZFiMzpGfWlaG23HXH457C7Z/bvKPbdA9g1M6dbrW3Vyg1
      UyHLtUK2bcmypiW7X0nrgk6f7jWdCAAAAADLAZMtAAAAAACwqDS2Hr2xrO+1faV9p/ySbToHDpFM
      JBXv6lNPbEC2nf55Y1mWVuSHVFRWqIwM7laK9EX9q+LtgeqGOzftOGy6BQAAAAAA4N+xDAYAAAAA
      ABalp5oPfmtVzwv/JTzazoYO0jY9OaPomzGNDI194Pf6gzkqqyiULztrAcqwVPT5iibbwrV/snPT
      ru+YbgEAAAAAAPhVLIMBAAAAAIBFq/HsWW+23fZcTXfTDd6ZEdM5cJDRkXFF22Oamvz1W45mZnlV
      Ul6gcF7QQBmcasqTbV8Mb3h6wh/Y1VDbMGO6BwAAAAAA4N2wDAYAAAAAABa9Jy+8XBUea/l5Vfxw
      hSuVMJ0Dh7BTtvp6BtUV7VUqmZTLbamgKKKikogsF2MxpCdludUaqj0T95XccuemHR2mewAAAAAA
      AN4PUy8AAAAAAOAYjeeP3rNy+PT3ivvP+Ey3wDkSswn19w5pRX5YngyP6Rw4SKe/cuDN4Jov7Krb
      +YzpFgAAAAAAgHSwDAYAAAAAABznqdcPPFLTe/g+/0Q3sw0Ac24wc8VsW966v9q+6a6vm24BAAAA
      AAC4GgxMAQAAAACAIz08cCJUHo0+Vx079DHv7JjpHABLwLTHZ7eE1u0fWFG2667qz46Y7gEAAAAA
      ALhaLIMBAAAAAABHe7zleH3ZUPP+ip5jEctOmc4B4EC2Zak9uLbtzczKWz6/ZfvrpnsAAAAAAAA+
      LJbBAAAAAADAkvDEhcNfWt338t9EBpu9plsAOEcsZ+VQW7jmS7s3NjxhugUAAAAAAOCjYhkMAAAA
      AAAsKc82799X09XUkDXZz9wDwHsaywglW3LXPXp6c/uDe6w9XFYQAAAAAAAsCQxFAQAAAADAkvOD
      yy/klQ92H6zuatrgTk6ZzgGwiMy6vLoY3nBo1K7Y3vAbnxkw3QMAAAAAADCXWAYDAAAAAABL1mMX
      j366Yqj5ifLeF8OWbZvOAWCQLUsdwepol7/y9t11O18w3QMAAAAAADAfWAYDAAAAAABL3pNvHNyz
      On7sz8Kjl9ymWwAsvD5f8URb7nV/vLNu1/dMtwAAAAAAAMwnlsEAAAAAAMCy0Gg3urPP+g7UdDfd
      4J0ZMZ0DYAFMenJSLeH1z0z4A7saahtmTPcAAAAAAADMN5bBAAAAAADAsrL30rHKgsH2pqr4kQpX
      atZ0DoB5kLLcag3VnunMqbzx7o03dZruAQAAAAAAWCgsgwEAAAAAgGVp38Xn76zsf+WR4v4zPtMt
      AOZOp79yoCNY/fnddQ0/Md0CAAAAAACw0FgGAwAAAAAAy9pT5372d2viLzwQmIgyJwEcbCgzf6Yl
      t/bbO+rv/IbpFgAAAAAAAFMYcgIAAAAAgGXvYM9Z/2Ts4oHq2OGPeWdHTecAuApTHp/dGlq3/1Ig
      3PDl2oYx0z0AAAAAAAAmsQwGAAAAAABwReOFlzYWjpz7WUXPsYhlp0znAHgftmWpPbi2rSu48sY7
      NtzWbLoHAAAAAABgMWAZDAAAAAAA4Ffse+Pw/dX9Jx6KDJ73mm4B8Ou6/RWDbwbWfLFhU8OPTLcA
      AAAAAAAsJiyDAQAAAAAAvIdnm/fvW9N1qME32ccMBVgERjLCybbc2kdv2XLPA6ZbAAAAAAAAFiMG
      mQAAAAAAAO/j4YETocpox+HqrqYN7uSU6RxgWZpxZaolvP5QLKtg2711tw6Z7gEAAAAAAFisWAYD
      AAAAAABIwxOtxz5VMnDuX8p7Xwpbdsp0DrAs2LLUEayOdgWvuW339be9aLoHAAAAAABgsWMZDAAA
      AAAA4Co80dz052t6jn89b7TVbboFWMp6fKXj7aG1X91Zv+th0y0AAAAAAABOwTIYAAAAAADAVWq0
      G92+1wPPVMcP3eib7jedAywp495gsiVUuzcwfs29W7duTZjuAQAAAAAAcBKWwQAAAAAAAD6kvS0v
      lReMtB6p6jlS4UrOms4BHC1pedQWuu5Md2bJ739u845u0z0AAAAAAABOxDIYAAAAAADAR9TYevTG
      sr7X9pX2nfJLtukcwHGi/lXx9kB1w52bdhw23QIAAAAAAOBkLIMBAAAAAADMkR+f/7e/re55/suB
      sajLdAvgBENZ+dMt4dpv7qi/89umWwAAAAAAAJYClsEAAAAAAADmUOPZs95su+25mu6mG7wzI6Zz
      gEVpypNtXwxveHrCH9jVUNswY7oHAAAAAABgqWAZDAAAAAAAYB48dv6F9WWTbfsr4kdLXKmE6Rxg
      UUhZbrWFrz3fm1u+bde12y+Y7gEAAAAAAFhqWAYDAAAAAACYR43nj95TNfjy9/MHz2aabgFM6vRX
      DrwZXPOFXXU7nzHdAgAAAAAAsFSxDAYAAAAAALAAnnr9wCM1vYfv8090M4/BsjKYuWK2LVT73e1b
      PvcV0y0AAAAAAABLHcNHAAAAAACABfLwwIlQZbTj8Oruwxs8iQnTOcC8mnF77ZbQhsP9kfKb76r+
      7IjpHgAAAAAAgOWAZTAAAAAAAIAF9njL8fqyoeb9FT3HIpadMp0DzCnbstQeXNv2ZmblLZ/fsv11
      0z0AAAAAAADLCctgAAAAAAAAhjzRfOhP1vQd+1becKvHdAswF3qyS8c6Qtf+H7dtuv2/m24BAAAA
      AABYjlgGAwAAAAAAMOzZ5v37arqaGrIm+5nVwJHGMkLJltx1j57e3P7gHmsPl7sDAAAAAAAwhAEj
      AAAAAADAIvBM86mS7KmWn6+KHalxJ6dM5wBpmXV51ZZbe3wyp3TbLetviZvuAQAAAAAAWO5YBgMA
      AAAAAFhEHrt49NNVA689Wdp3yi/ZpnOA9xT1r4q/GVy1fXfdzhdMtwAAAAAAAOAtLIMBAAAAAAAs
      Qk++cXDP6vixPwuPXnKbbgHeqc9XPNGWe90f76zb9T3TLQAAAAAAAPhlLIMBAAAAAAAsUo12ozv7
      rO9ATXfTDd6ZEdM5WOYmPTmplvD6Zyb8gV0NtQ0zpnsAAAAAAADw61gGAwAAAAAAWOT2XjpWWTDY
      3lQVP1LhSs2azsEyk7Lcag3VnunMqbzx7o03dZruAQAAAAAAwHtjGQwAAAAAAMAh9p078vnKkTPf
      L+4/4zPdguWh01850BGs/vzuuoafmG4BAAAAAADAB2MZDAAAAAAAwGGeOvezv1sTP/pAYKKT2Q7m
      xVBm/kxLbu23d9Tf+Q3TLQAAAAAAAEgfA0MAAAAAAAAHOthz1j8Zu3igOnb4Y97ZUdM5WCKmPD67
      NbRu/6VAuOHLtQ1jpnsAAAAAAABwdVgGAwAAAAAAcLDGCy9tLBw597OKnmMRy06ZzoFD2Zal9uDa
      tq7gyhvv2HBbs+keAAAAAAAAfDgsgwEAAAAAACwB+84f+WL14MvfiQye95pugbN0+ysG3wys+WLD
      poYfmW4BAAAAAADAR8MyGAAAAAAAwBLybPP+fWu6DjX4JvuY++B9jWSEk225tY/esuWeB0y3AAAA
      AAAAYG4wFAQAAAAAAFhiHh44EaqMdhyu7mra4E5Omc7BIjPjylRLeP2hWFbBtnvrbh0y3QMAAAAA
      AIC5wzIYAAAAAADAEvVE67FPlQyc+5fy3hfDlm2bzoFhtix1BKuj3cGqnbuu33HcdA8AAAAAAADm
      HstgAAAAAAAAS9wTzU1/XtNz/Ou5o61u0y0woze7ePxS8Lqv7qzf9bDpFgAAAAAAAMwflsEAAAAA
      AACWgUa70e17PfBMdfzQjb7pftM5WCDj3mCyJVS7NzB+zb1bt25NmO4BAAAAAADA/GIZDAAAAAAA
      YBnZ2/JSecFI65GqniMVruSs6RzMk6TlUVvoujPdmSW//7nNO7pN9wAAAAAAAGBhsAwGAAAAAACw
      DDW2Hr2xrO+1faV9p/ySbToHcyjqXxXvyK26/Y4NDYdMtwAAAAAAAGBhsQwGAAAAAACwjP34/L/9
      7ZqeI1/2j3W6TLfgoxnKyp9uCdd+c0f9nd823QIAAAAAAAAzWAYDAAAAAABY5hrPnvVm223P1XQd
      vME7O2o6B1dpypNtXwxveHrCH9jVUNswY7oHAAAAAAAA5rAMBgAAAAAAAEnSY+dfWF822ba/In60
      xJVKmM7BB0hZLrWFrzvfm1u+bde12y+Y7gEAAAAAAIB5LIMBAAAAAADglzzRfOQLqwZOfi9/8Gym
      6Ra8uy5/xcCbwer7bq+7/WnTLQAAAAAAAFg8WAYDAAAAAOD/Z+/e4+yu63vfv39rZnKB3ECwgiAI
      KMhIyKzfCjSltRHrXaqCichN3bq9nPZoj+62auuu7a7uc+xt9+F91+7TU3GL2Lq9tOqpVkGKCCEJ
      ilCEEES5IxdJgJBk1nf/MQEVQZNhZr5zeT4fj/VIsjKz1ivJIzPr91uf3/cLPKJPf+crf3Pk7V9/
      zaL7bnYOaZq4a/7jdmxeOvz+k1ee+ZbaLQAAAABMP07kAQAAAPCoPnLnpUsPveH6rx9x0/nLB0fv
      r50zZ20fmFc2LV3+9Tv2O/g3z3jKC+6p3QMAAADA9GQYDAAAAIBf6OzvXrLy4C1XfuGQ2y7aryn9
      2jlzRmmafG/JUZu/P//QF5+18uTv1O4BAAAAYHozDAYAAADAbvvkd897+1Nv/+af7Pujawdrt8x2
      t+110L3XLjvyd04dOfWjtVsAAAAAmBkMgwEAAACwxz531ZfOOfKm89YuuP8O55cm2NahJaOb9jnm
      bzf2vvfGdzXvsgwbAAAAALvNyToAAAAAxuWzV204cK9tm756+C0XHDkwuq12zoy3ozMvm/cZ/ub9
      ez/xJS8+5sW31u4BAAAAYOYxDAYAAADAY3LOdy96/pPu/ta5T/zhhkVJqZ0zI92w6PBbr1/61Jed
      tuLkf6vdAgAAAMDMZRgMAAAAgAnxj9/92ruOuPWiP1y25bqB2i0zxQ8XHnDfdUuf9nsva1/xgdot
      AAAAAMx8hsEAAAAAmDDnlnMH9rpi4VeOvPm81fO231M7Z9q6f3CvsmnZ8s/ct2jxqWuH126v3QMA
      AADA7GAYDAAAAIAJ94nrLjr08Xd977zDbv36IZ3+zto500a/Gci1S4e/dfuSg096xTEv+UHtHgAA
      AABmF8NgAAAAAEyac6684KxD7/nWhw+441sLa7fUduOiQ+/83rIjX3XasS/7fO0WAAAAAGYnw2AA
      AAAATLpPX/nlDz311gtfv/i+G+fc+ai75++/fdM+w+85pT39j2u3AAAAADC7zbmTbwAAAADU8bXb
      rlh0/y3XfOUpt3z9+Hk7ttTOmXTbBheWa5c+/UvXLV629reG126t3QMAAADA7GcYDAAAAIAp9fFN
      32wPuvuqLx1y20X7NaVfO2fClabJ95YctfmGvQ476YzuS66s3QMAAADA3GEYDAAAAIAqzvn3C153
      xF2XvG//u66aV7tloty86JC7vr/4qa9b2137D7VbAAAAAJh7DIMBAAAAUNXnrvrSOU+96fy1C+//
      4Yw9V3XP0LLRzfsM/+2LV77q9bVbAAAAAJi7ZuwJNgAAAABmj4/ceenSQ2+4/utPuem85QOj22rn
      7LbtnfnZtOyY829Z8PiXvHrkpXfX7gEAAABgbjMMBgAAAMC08clrL/qNA++88lMH337xsqaU2jmP
      qqTJ9UuecsPNSw5bc+qxp3yzdg8AAAAAJIbBAAAAAJiGPnnVee888rZv/tE+W64dqN3ycLfvdcC9
      1y05+q1r2lM/UrsFAAAAAH6SYTAAAAAApqVzy7kDC7+z+LNPufX8Fy584I7aObl33pLRTUuHP7H4
      3ie/+pnPfObO2j0AAAAA8HCGwQAAAACY1j6x6ZKDH3/PtRccdusFh3T6O6b8+UebwWxeevS3bp5/
      4PPP7J1y85QHAAAAAMBuMgwGAAAAwIxw7rUXvvCgH15+zhN/uGFRUqbkOW9YdPit1+9z2MtPW772
      /Cl5QgAAAAB4DAyDAQAAADCj/MOVX3n/027/tzcu2npjZzSxp6cAACAASURBVLKe4+4F+z+wadnw
      n5zSnv6eyXoOAAAAAJhohsEAAAAAmHHOveKKeXuVzf//kTd9bfW8HVsm7HG3De5Vrlm2/DP3LVp8
      6trhtdsn7IEBAAAAYAoYBgMAAABgxjr7379xzEH3b/7SobdeeGDT3znux+k3nWxedvS/377PwS85
      9WknXz2BiQAAAAAwZQyDAQAAADDjffKqC/7D4Xde+qH977py3p5+7k2LDrnz+0ue8pqXj7z8M5PR
      BgAAAABTxTAYAAAAALPGp7/zlb858vavv2bRfTf/wvNed81/3I7NS4fff/LKM98yFW0AAAAAMNkM
      gwEAAAAwq3zkzkuXHnrD9V8/4qbzlw+O3v8zv7+9Mz+blh1z/h37HfybZzzlBfdUSAQAAACASWEY
      DAAAAIBZ6ezvXrLy4C1XfuGQ2y7aryn9lKbJ95Yctfn78w998VkrT/5O7T4AAAAAAAAAAAD2wD/+
      +3nvOP8bH7zp3EvPPa12CwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
      AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAz
      VlM7AGDOOeGExdm2bVE6nYXZuXNxkqEMDi5LKfNSyt4pZe8k89LpLEsylFIWJ1mYplmQfn9Jmmbg
      YY/YpJRlj/BMQ2maRY/a0TTb0+/f+wi/c1+a5oFHuP+eJDuS/CjJA0nuSylbk+xI09yVZEc6na1J
      7svo6ANpmruT7Mj27Vty+eV3Jyk//y8GAAAAZpDh4XnZe+/FKWVpkiUZHV2cTmdR+v3FSZalaRYn
      GUyyLEmz6xh9KP3+2DH+2DH/Tx+3dzqPdoz/sx48Jn80Y8flJaWMptO5Z9fnbEmyM8n2JPc+9HH9
      fsmD5wOa5t4k96Xf35LkRynlvnQ692b9+h/t7l8NAAAAUI9hMIDxWr16Qe6774D0+/un3983nc4+
      6ff3TdOM3UrZN8m+SfbZ9eODt6Ga2RXdleTOlHJnmubOJGM/lvLgfXellDvT6dyZfv/ONM1NTjQD
      AAAwZdasGcimTb+UwcEnppQDUsqBSfZLsl+a5nFJ9ksp+yfZP8njkuxdM7eSsYvAxn68e9fP79l1
      fH9HHn6s/+Ax/vz5d+aii+6sGQ4AAABzhWEwgEdywgmLc999B2dg4Im7Tv4+KcmBSQ5KcvCun+9f
      M3GOuDfJ91PKjWmaG5P8IMmNKeWGDAzckJ07b8zGjbdXbgQAAGAmWLVqYXbsODzJ4Snl8CSHZuwY
      /4CMHe8/IcnDV+Nm4pQkdya5PU1zW5KbU8qtaZrb0u/flOT2lHJL5s27JVu33pYrrtheNxcAAABm
      pibd7pdrR8CM1DQ3ZP36V9fO4DE45ph9MjR0ZJKj0jRHJjkyyVMzdiJ4SdU29sS2JDcm2ZTkqiRX
      pZSrU8pV2bjxprppVNW2+6WUT9TOYFbZkabZ+rD77k7TjG2DW0o/Y9vo3JOmuTdNszWl3JPkR+l0
      tmZ0dGsGBram37/Dyoc8om53eZK/qJ0x4zzwwAu9WTwDtO2fpJRVtTNmjabZnsHB1+fii2+onQLT
      UJMVKw7JwMBwkqcnOSrJ4btuB1YtY0/dkeTWlHLTrgvErn/oYrGmuT47d96Qyy67u3YkPKpe78j0
      +++vncHP0enckksvPbN2BtNIr/fe9PsjtTNmqPvSNGc55zWNdLt/n7GLHvj53pkNG75ZO6Katn1O
      Svnd2hmMQ9Nsz9iiGg/3SO9jjN1fyoP3b931cXcn2bnrPY3taZp7k9yX0dEHMji4JaXszLZtd2XJ
      kp258MItk/QnYZIMpml+o3YEzFDfrR3AbmnS7R6e5Gk/MfA1NgBmZa/ZYkF+fGL/uUmSphm7te09
      aZqr8+CQ2Nj/26uyaNFVOe+8nbWCmSI7d87P4KDXOUy+Un76103zs/f3+2P39/tjv27bBzK28sHN
      aZpb0zS3p9+/KU1z265VEn6Qprk269bdMhV/BKaJgYF90u/7urWn9t+/UzuBX6Bt35TknQ99feSx
      KinlLINgkKRt90rSTSm9NM1wkmOSHJ1kcd0wJsjjkjwuTXP0Q/f85GvtgYGkbcdWFE9uSDI2JFbK
      Del0vpd+/7ok38/69TumPh2SlPIq779Mc6UkK1f+Rdatu6x2CtNGN03zrNoRM9gHkpxRO4JdmuaE
      JIfVzpj2Svnr2glVlXKg1yuz0MPfs9idjyvlx79ummR0dOzn8+Yl27YlbZuMDZHdmeSuh26l3JWm
      Gbs9+PN+f+zHgYG7smPHXdm48YcZWymaKTRYOwBgAnXS6x2dsRPB3TTNSEpZEat8zWVLUkovSe+n
      7t2yZVu63cuTbNh1W58lS75lQAyYQvOTHJSmOSjJ2EHWw4fISnnwza1rH7o1zaY0zbXZufOabNx4
      fYVugD3T670gpfxl7YxZ5g+yYcPZtSNgyq1ZM5DNm49O0xyX5LiUcnyS4Yxd7Fo5jor2TvK0Xbcf
      v5Z+8CKMZDRte0OS69I016WUsVunc11GR6+zojiTqBMDETNDKa9MYhgMJsbp6Xa/mA0bPl47BIBJ
      sWjX7UkP3fNI72s8eN/oaNLpJG27I8mtaZofpJRbMnYxz01pmpsyOnpjmuamDA3dmIsvvmfq/iiz
      n2EwYOYaHl6UefOOT6dzQppmVUpZlVKWPvT7uzv1zFy0IE2zMsnKh+7ZsuW+dLvrkvxbmuaijI5e
      aLsJYBrYO8nyXbcfX50zdgB1V5KNSS5LKRvT6Vxm5UNgWul2l6eUc5IM1E6ZRT6c9ev/a+0ImCJN
      2vbpSU5MKSdm8+ZnJFnmWJ89NJDkkCSHpJTVScbemPjxa+ptSb6XUq5L01yTUq5O01yTgYFrcsgh
      38+nPjVasZ2ZbOXKE9PvH1Q7g91QyiuyevXvOpaGCdI0H8xxx30jl1xyXe0UAKaNoSQHpZSffn38
      4HFZkuzc+eDF8T9IclNKuSZNc81Dx2nbtm3OFVdsn+rwmcwwGDBzDA/Py7x5v5xO51lJTkxyfMa+
      eRj8YiLslab59SS/niQZGBhNt7shTfOv6fe/kgULvpGLLrq/biLAT9knY98PT3zoDa0tW+5P216e
      5Jtpmq9m587zDbYCVaxc+YT0+5+PrdomTtN8Pk9+8m9n/fraJTB52nZpkpckeUGSZybZP0ms/MUk
      WpDkqDTNUUme/1NXsG/evD1te22Sq5Nc89CbEYOD19iql19odPQsX7tmjF/KPfc8L8k/1Q6BWWJJ
      du48O6tX/7ohSwD20N5JjsrYMdqJSX48A7BgwWja9vo8eGzW6Xw3/f7YhTzr1n0vSf+RH3LuMgwG
      TG/Llz8+8+a9KKWclOTZGfsmAFNh4KHVwzqdt2X79vvTtv+aUj6XgYHPZ926W2oHAjyChUke3Drp
      TRkYGE2vtzH9/leTfC07d16Qb3/73sqNwGy3atXCbN/+2fzkkvE8Vpdk+/ZXWKGGWWl4eFEWLPjN
      JGuTPC9j22nDdDAvP7kF5YODPWNXrN+X5JoMDj7DVib8jBNOWJxt206uncEeaJqzYhgMJk7T/Eq2
      bv3DJO+qnQLArDGQ5LAkh6VpnvvQdpT9ftK2W5N8J6V8K01zWfr9b2V09Ntz/b0Qw2DA9DMycmCa
      Zm06nbUp5fiU0qmdBBkbsHhRmuZF6ff7adt1aZpPZnT0k9m48abacQCPYiCl9NI0vSS/l6GhHWnb
      85Kcm4GB/5VLLrmjch8w+zTZvv3/y9hgKhPj2uzYcdJcP4HFLNTtnpimeX2SkzJ2vAUzyV5Jjk0p
      Q7VDmIbuv/+UNI0LWmeWk3LMMfvk8svvqh0Cs0Ypf5Be78u59NILa6cAMOstSvLLaZpfTjK29WSn
      szNt+50k30wpFye5OBs2XJVkzmw3ZhgMmB7Grph7eZLTMrZNX8fWj0xjnSTHp5Tj0+n8edr2vDTN
      x7N9+ye9SQdMc0MZW2nz2Rkd/VDa9qtJPmUwDJgwvd6fppQ1tTNmkR9mdPT5+fa3b6sdAhOibfdK
      Kaenad6U5Om1cwAmxdgqU8wsCzJ//tokH6kdArPIYEo5O227IuvX/6h2DABzzmCSFUlWpGnekCRp
      2x8muSDJeSnlvGzY8J3M4u0lDYMBda1cuSKjo2/Itm2nJVlcOwfGoZPkxJRyYoaG/jLd7sdSyoey
      ceOVtcMAfoHBJM9J8pyMjn4ovd4Xk7wvl176lcyhq2OACdS2r0wp76idMYvcn1JOymWXXVM7BB6z
      tj0gyZuT/Mc0zb61cwAmzcjIIRm70JWZpt8/K4bBYKIdmuSDSU6v3AEASbJfkpcmeWmaJmnbO1LK
      l9PpfCGjo1/Kxo231w6cSLZeA2ropNs9Od3uhen3N+7aFsIgGLPB0jTNb6fTuSJt+6/pdl8U32uB
      mWEwpZyUUv4lbXtF2vaNWb7ctibA7hsZeUaS/147YxYZTXJaNmz4Zu0QeExWrFiWtn1Pkk1Jfj+J
      QTBgdhsYOCPOBc1MTbMqK1Y8pXYGzEKnpds9o3YEADyCx6VpTk0pf59O55a07cXpdt+R4457au2w
      ieCgBJg6RxwxP237f6Rtr07T/GOa5ldqJ8EkOjFN8/m07ZXpdl+X4eF5tYMAdtPTknwwQ0M3pG3/
      PMcff1DtIGCa63aPSKfz6SRe70yUUt6c9es/UzsDxm316gVp27dmYGBTkrcn2at2EsCUKMUWkTNX
      k4EB/34wGZrmA1m58rDaGQDwc3SSHJemeXdGR7+btr0sbfuHadvDa4eNl2EwYPK17VC63ddl6dJr
      knwgyYz9ognjcGSa5iNZsODqdLuvS9sO1Q4C2E3Lkrw1O3duSrf7voyMHFg7CJiGVq3aN03zT0ke
      Vztl1ijlvdmw4QO1M2Dcut212bLl6iR/Hl8bgLlkZGRVklmxisAcZmU3mBxLUsrZWb16sHYIAOym
      Y5P8lyTXpG2/lm73jKxatbB21J7wohaYXL3ey5Jclab5SJKDa+dARYfs+n9wdXq9U5M0tYMAdtP8
      XVvgXpu2/eu07QG1g4Bpom2Hsn37PyQ5snbKLPKJbNjwttoRMC4jIwembT+TpvlkHP8Dc1GnY1Wp
      me/Q9HrPqB0Bs1Ipq7JlyztrZwDAHmqSrE7TfCzbt9+Utv3rmbKNpGEwYHK0bTe93vkp5VNJLP8L
      P3ZoSvlEer0L07bH144B2AMLkrwpybXp9d6dtrXdE/ChJM+sHTGLnJcf/ejVSUrtENhDTdr2tel0
      rkjy4toxAFUcccT8JC+vncGEMNQHk+cP0ra/WjsCAMZpWZI3ZXT0qvR6X0yv9/xM48U/DIMBE6tt
      90q3+5dJLkkprqKCR1PKqiQXpW0/lLZdWjsHYA8sTCnvSHJFer3frB0DVNLr/V6S19TOmEWuyOjo
      S7Np0wO1Q2CPjIwcmF7vy0n+JmMnRQHmpmXLTkqyT+0MJkApL3PxE0yagSQfcz4cgBmuSSnPSylf
      SNuuT9uuyTScvZp2QcAM1u2emOTyNM3/lbEX9cDP1yR5Q5Ir0+u5gh6YaQ5NKZ9Nr/e5rFhxaO0Y
      YAp1uy9NKf+1dsYscmM6nefnssvurh0Ce2Rk5BnpdNanlGfVTgGYBqwmNXssTikn146AWezQjK0y
      DQCzwUiSc9O2V+waCps2K4UZBgMeu+HheWnbP0vTfCW2hITxODClfCZt+zdZvnzv2jEAe6SUkzIw
      cEV6vdfXTgGmQLfbpmnOjvMJE+We9PsvzLp1P6gdAnuk2/2ddDr/muQJtVMAqlu+/PEp5Xm1M5hA
      TWO4DybXK9LrnVk7AgAm0FFJzk23e3Ha9pm1YxInb4HHqts9IgsWfCPJf8o0mnSFGeq1GRrakF5v
      pHYIwB7aK6V8OG17rqX+YRY7/viD0jSfS2LbnImxI53OKdm48Vu1Q2C3DQ8vSrf7iTTNXyUZrJ0D
      MC0MDb0iyVDtDCbUiTn22CfWjoBZrZT3Z+VKiwsAMLs0zcokX03bfjojI4fUTDEMBoxft/vcNM0l
      SdraKTCLPDWlXJhu9/TaIQDjsCbJxrTt8bVDgAk2PLwoO3d+PsmBtVNmiZKmeW3WrftK7RDYbccd
      97jMn//VNM2ptVMApplX1g5gwg1kcPCM2hEwyy1JKWdn9WoXGAAwG700nc6Vadu3p22rXDhiGAwY
      n7Z9S5rmn5PsUzsFZqGFaZqz07Z/Ft+rgZnnyUkusG0kzCJr1gxk4cL/mWRF7ZRZo2nemUsv/fva
      GbDbjj32iRkd/fquK1wBeFDbHpPECu+zk60iYbKVsipbtvzn2hkAMEn2SvKeJJek210+1U/uDWZg
      T3XStv8tyV8kGagdA7Pcf0rbnpMjjphfOwRgDw3t2jbyT2IbaZj5Nm9+b0o5qXbGrNE0/z2XXvru
      2hmw27rdIzI4eEGSo2unAExDBoZmr6MzMtKrHQFzwDvStr9aOwIAJtGKNM26tO3bs2bNlM1XGAYD
      dl/bDqVtP5bkzbVTYA5Zk6VLv5ATTlhcOwRgHN6ZbvejlvyHGWxslb+31M6YRf45ixb9Vu0I2G1t
      e0ya5oKMrfwJwE8aeyPn9NoZTKJOx7AfTL6BJGdnxYpltUMAYBLNS/KeXHvtl7J8+eOn4gkNgwG7
      Z/XqwTTNOUlOq50Cc9CJuf/+L2V4eFHtEIA91jT/IVu2fDarVy+onQLsoV7v2SnlfbUzZo1S1mXH
      jpfnvPN21k6B3XLccU9O8i9JnlA7BWBauvbaZyc5oHYGk+oVGR6eVzsC5oBDMjDwwdoRADDpmuY3
      MjS0Ib3eCZP9VIbBgN3RyZYtf5dSTq4dAnNW0/xKFiwwEAbMVC/I1q3nWiEMZpC2PSqlnJtkqHbK
      LHFdhoZOyre/fW/tENgtbbtfRke/GINgAD/PK2sHMOn2y8KFz68dAXPEK9LrnVk7AgCmwBNTylfT
      603qKrSGwYBfrNv9YCx5DtPBCVmw4B8MUwAzUiknZcuWDyVpaqcAv8DIyP5J/jmJbTomxh0ZGHhe
      Lr741tohsFuWL987Y18DjqydAjBtte3SNM2La2cwBUox9AdTpZQPZOXKw2pnAMAUmJdS/i693rsy
      Se+ZGAYDfr62fVua5vW1M4CHPDdbtny4dgTAOL02vd6f1o4Afo7h4XnpdM5N4gT8xLg/TfPiXHLJ
      1bVDYLe07VAGBz+V5LjaKQDT3JokC2tHMCVemLbdr3YEzBGLMzp6TtrWCtUAzAVNSvmj9HofziTM
      bhkGAx5dr/eyJO+unQH8jNekbd9aOwJgXEp5R9r2tbUzgEfUZMGC/5Fkde2QWaKfUs7IpZdeWDsE
      dlvT/FWaxnZYAL/YpG7pwrQyL6W8vHYEzBlNszLJO2tnAMCUKeV16fU+mjVrBibyYQ2DAY+s1zsy
      pfyP+DoB09X/nZGRZ9SOABinv87KlcO1I4CHadt3xvbwE+l3smHDp2tHwG7r9c5MKb9VOwNg2hvb
      wuxXa2cwhZrG8B9MrXek2/212hEAMGVKeXU2b/5oJnDLSEMewM9q271SyqeSLK6dAjyqwXQ6n8jy
      5Y+vHQIwDnul3z8nq1bZVgWmi17v1CTvqp0xi/x51q9/X+0I2G0jI0enlI/UzgCYEUZHz8wEvknD
      jHBcut2n1Y6AOWQgTfOxrFixrHYIAEyhV6XX+38m6sEMgwGP5M+SHFM7AviFDszQ0N/WjgAYp6fn
      gQf+qnYEkGRkZFVK+X/jTc2J0TSfzPr1v187A3Zb2w6l0/lYEkPaAL9Yk6Y5s3YEFfh3h6l2SDqd
      D9WOAIApVcrvpm3fMhEPZRgM+GkjI89K8sbaGcBue1F6PSejgJmpaV6ftn1O7QyY01asODSdzmeS
      LKidMiuUcn7uvvuVSfq1U2APvDNJt3YEwIzQtickObx2BlWcEe+pwdRqmlPT69mmFYC55r3pdp/7
      WB/EC1fgx4aHF6XT+dtYEQBmllL+W1aufELtDIBx+qusXj1YOwLmpLZdmoGBf0pi2+mJcWV27Hhp
      Nm16oHYI7LaxLa+sZAew+wwlzF0HZ+XKE2tHwJxTyvvTtoZwAZhLBtI0n0i3e8RjeRDDYMCPLVjw
      h0kOqZ0B7LF9U8p7akcAjNPR2br1DbUjYM5Zs2YgydlJhmunzBI3p99/QS6//K7aIbBHmub9SebV
      zgCYEVavXpBkTe0MKur3rc4PU29xmuactO1Q7RAAmEL7pGnOzfDwuM/ZGAYDxoxdWfE7tTOAcSrl
      lRkZ6dXOABiXUv44q1btWzsD5pTNm9+X5EW1M2aJLel0XpCNG6+vHQJ7pNtdm8QKJwC7a+vWlyRZ
      VjuDqk7J8PCi2hEw55TSS/Kfa2cAwBQbycKFfzreTzYMBoxpmvcmmV87Axi3Tjqdv6wdATBO+2bH
      jrfVjoA5o23fnOSNtTNmiR1JXpZ16y6rHQJ7pG2H0jTjPqEIMCf1+7aIZO8sWHBK7QiYo96ebvfX
      akcAwJQq5a3p9VaP51MNgwFJ23ZTyktrZwCP2a9lZORZtSMAxqWU/+gKa5gCbfvCJH9RO2OWKCnl
      dVm//l9qh8A4vCbJU2pHAMwYbXtAmubZtTOYFgwFQh0DaZqzs2KFFRoBmEs6KeXDOeKIPV7UxzAY
      kCR/nKSpHQFMgE7nj2snAIzTsixY4KQ6TKaVK4eTjU6tQAAAIABJREFUfDzJQO2UWeKPsmHD39WO
      gD3WtkNJrMgJsGdOTzJYO4Jp4ZlZseLQ2hEwRz0pnc5Ha0cAwBQ7MkuX/t6efpJhMJjrer2RJC+q
      nQFMmBPStr9aOwJgnP7PGFCHydG2B6Tf/2KSpbVTZomPZv36/1I7Asalac5MckjtDIAZ5szaAUwb
      TQYHT68dAXNW05yStn1l7QwAmGLvSNs+aU8+wTAYzHWlvLl2AjDBmua3aycAjNNR6XafUzsCZp22
      3SulfDbJwbVTZoVSvpjFi99YOwPGqZNSfr92BMCMsnLliiTLa2cwjZRiOBDqel/a9vDaEQAwhRak
      ad61J59gGAzmspGR/ZO8vHYGMMFKOTnHHvvE2hkA4/Sq2gEwyzRJPpqmWVk7ZJZYnwceWJvzzttZ
      OwTGpdd7bpKn1s4AmFFKsQIND3dk2vb42hEwhy1O05yza/tzAJgbSjkrIyNH7+6HGwaDuazTeU2S
      BbUzgAk3lIEBJyqBmalpXpzjj19SOwNmjbZ9d5JX1M6YJa5Lp/OiXHHF1tohMG79/htqJwDMKKtX
      D6YUr6V4JM69QU2l9FLKH9XOAIApNJBO5w9294MNg8HcdlbtAGCSNM1ptRMAxmlhduw4pXYEzArd
      7quSvL12xixxR5IXZN26W2qHwLgdf/xBaZoX1s4AmFHuued5SX6pdgbT0stzxBHza0fAnNY0b8vI
      yDNqZwDAFFqbtn3S7nygYTCYq3q945I8rXYGMGmGMzJybO0IgHHpdE6vnQAzXrf7a2maD9fOmCW2
      JXlJ1q+/qnYIPCY7d65NMlA7A2BGaRoX0/Jo9s2yZS+qHQFz3EA6nY9n1ap9a4cAwBQZTPLm3flA
      w2D8b/buPDyus7z7+O85I8nyviTO4jibYyBEeNEcScaERRQSyAaBxAnZTKEU6PK+UKDA1b6lbKEU
      CqUspZACDTSrQxJIgJRVLMbImjNybFQIcZyQfU9sObYszZzn/UOOSUgsS0ejuc858/1cl644kix9
      QdFIM+ee+0GjiuM3WCcAmGKFwjnWCQCQiPcvV2fnYdYZQGatXPkcOXedJDYVTF4s5y5SFP3COgSY
      NO/ZvAkAE7Fs2XxJZ1hnIMXimGFBwN5iDQ9/0ToCAIA6erNWr55+oHdiGAxoVM7xQAaQd96fap0A
      AAkFqlZfbR0BZNLq1QtUKNwo6SDrlFzw/t0qla6xzgAmbfSIyNXWGQCQKS0t50pqtc5Aijl3qlat
      4hhRwN45CsM3WkcAAFAn8zQy8toDvRPDYEAj6uxsk7TUOgPAlFuhFSuOsI4AgEScO8U6AcicMGzW
      yMjVkp5rnZITn1K5/BnrCKAmRkbOluSsMwAgUzgiEgfWpErlXOsIAJKkL6iri/vCAIDG4P2bDvQu
      DIMBjSiOubgKNAanQuFk6wgASOhkdXc3WUcAmeL9f8j7V1hn5MQ6RdF7rSOAmnGOIyIBYCJWrnyO
      vH+hdQYygW1EQDrMVLX6DYVhs3UIAAB18AotX37IWO/AMBjQmE60DgBQJ87x/Q4gq+Zp+/YXWUcA
      mRGG75Nzb7bOyImfa/bstZJi6xCgJtrbF0niZyoATEShsFZsVMT4FNXR8QLrCACSpC4590HrCAAA
      6qCglpYzxnoHhsGAxrTaOgBA3fD9DiC7CoVXWScAmVAsvl7Sx6wzcuI3amk5Uz09Q9YhQM0UCq8Q
      jwECwEQ4SRdaRyBTOFIUSAvv36fOzpdZZwAAMOW8P3OsN/NAENBowvA4SYdaZwCom+O1cuU86wgA
      SMR7tpgAB9Le3iHnviHu39fCfapWT9WGDY9ahwA15f1LrBMAIFM6Ol4m6RjrDGSI9xdozZqCdQYA
      SVJBcfx1LVs23zoEAIAp9gq1tbXs7408WAw0Gue4qAo0lkBBsMo6AgASWqUwbLaOAFKrvX2RguA6
      STOsU3JgUM6dpk2b7rAOAaYAw2AAMDFsecJELdJtt73SOgLAPkepufkS6wgAAKbYdE2f3rm/NzbV
      swRACnjPkXHZMyRph6TtknbI+8cUBDvkfXXv23fIudE/ez8kaffe13tJj+/7KN7vVBDMlPdu72tm
      SJq2988FOTdn3/vG8Rw59+Sz2eZKmvOUl7mSZtf0fyGmVhCslvQ/1hkAkMB0xfEKSSXrECB12tpm
      KQi+K2mxdUoOjMj7cxRF/dYhQM21ty+U9DzrDEzIzqe8jD4OMHo//4m9b39cznlJu+T9HjlXlfc7
      xvh4Q5L2aPS+/Cjvn/4YgNQs52Y95e0tkmbu+3fnWhXH0/f+ebak6ZJmafQxghliKBl5EoYz5P3Z
      1hnIIOfeKB5/A9LDubNULL5J5fLXrFMAAJgycfwySeuf7U0MgwGNh2Gw9BiRdKe8v13O3SHpTjl3
      j+L4QQXBg3LuPs2c+ZB6eoaMO59pzZqC7rhjoarVQyQdriA4RN4fKu+PlnPHSnryZbptKCQxBAog
      20YHWhkGA55qzZqCbr/9cnm/wjolF5x7u6LoJusMYEo492JJ7oDvh6kUS7pf3t+h0fv990p6UN4/
      KOlhef+wnHtIIyOPaMuWxzX6xK7sWblyngqF6ZJmyPt5kmbIuemS5sr7mXJuhqTZ8n62nJsu52bt
      fSLabHk/X84tkDRf0gJJbIaFHe9ft3foEZioM7Vq1Rz19o41oAugnpz7rIrFn6tc3mqdAgDAlHDu
      ZZI+9mxvYhgMaCRhOEPSMuuMBnWPpD5Jm+XcZnm/SUuW3KF166oH+oupNNp9/96Xzft9v87OIxXH
      yyUtl7RSUqdGh8RQX10avQCUzYsKABqb9y+S9DnrDCBVbr/9X+T9GdYZueDch1QqfdU6A5hCHBFZ
      Pzvl/W/k3GY5NyDntkjapl277tbAwLB13JTbtOlxPXU7+WS0tc1Sa+sCxfF8BcECeT9fQTBfcbxA
      zs2X90//5+gA2XxJ82ry+dHYnOOISCQ1XdXqGklfsQ4BsM8sOXeZwvDFiqIR6xgAAKbAi9Td3aSe
      nsofv4FhsGSulnS7dQTMPWQdMGHeP/8pR/9hau2U9zdK+rHiuEebNt36jPeIovpX1Vtf312S7pL0
      nX2vW7nyGAXBy+XcSZLO0OjREpha89TZuXjv1wMYm/evVqHwzNustIpjt3fzwNM5N0dBMPoz78nN
      BN7P0OjxODM1uqlgtuJ4zt4jdA+VtEjSIZJa6taPA3OOzUfAU4Xh2+X9O60zcsH7ryqKPmSdAUwp
      5060TsixByX9TNLP5P1PVS7/WqNbwDBZAwNPHpN55wT/ZqCurvkaHl6gpqb58n6hvF8o5w6V94cq
      CEb/XTpc0kJJB4stZHiqFSuOkPQK6wxk2loxDAakTZec+6Ckv7cOAZAbP5G00bihIOfmPO01o5uX
      nzoHMF3et0qSnGuSNHvvy3SNXpudI4m5geybpcHBUFLvH7+BYbAkvP+qymXOfkf2BMEJ8iwGmkJe
      3t8k6VI5d4PK5V3WQam0adMdkr4m6WtavnymmprOlHNvkdRt2pV31WqbRgfzgLEVCnerr2+bdYap
      9vaFKhQO1ehFosMkHac4foGcWy5pibiDVG/PUXd3ayqPTQbqLQxPFpvyasO5myS9XWxORb45SW3W
      ETnzuKRr5NxlKpV+Joa/0ibWxo2PSHpk3H8jDA/eNzQWBIfuHRxbqNEniRym0aGxhXv/PGesD4Uc
      aGq6UNzfw2R4/xJ1dR2rjRtZJgCkiffvV2fn99XX91PrFAA54P33VC5/0jqjJtraWlQozFNz8wIF
      wQJVq6P/HN3KfKi8P0JBsEjeHy5psbhPlE7ev1QMgwENznseBJ4asaT/lnOfVBT92jomUzZvfkLS
      ZZIuU2fnixTHH5D0KuOqfHLuBEk3WWcAmdDf/5BGN4A+8zZ99erp2rPnBI0ef/tiOfcKSUfXN7Dh
      NOmJJ46XtMk6BDDV3n6CRrdUcz9+8vo1bdo5Wr+eY0KQb2F4pEY3omLy7pT3n9CcOV9hQD1nouhh
      SQ9L+s0B37e7u1VPPLFQlcqhKhQOkfcLNWPGE1PeiHriiEhMllO1epGkD1uHAHiaQHH8DS1btkJb
      tjxmHQMAqTEwMKzRrdcPjuv9V66cJ+eWqlB4jrx/jqTnSVop6XhJwZR1YmzOdT7bq3kQGWgkzrEZ
      rPa2yfs/Vbn8c+uQzOvr+6WkVysM3yjps2K6vLYYBgVqY8OG3ZKivS9fkyR1drapWj1Pzl0oBsOm
      hvfLxDAYGll7+0IFwY0aPeoWk3OHpNO0fv2gdQhQB8dbB+TAbknvl/RFlcsMkDa60UHAu8TW7Xxq
      b++QdIJ1BnJhraSPiA20QNocqZaWL0k6xzoEADJr06bHJZX2vvzBiSfO1q5d7XJulYLgVfL+JZJa
      LBIb1IpneyXTeUAjYRik1q7XyMhyBsFqLIouVRC0S9pqnZIrzvH9D0yVvr4Blcv/T0uWHCfnzpO0
      xTopd+L4BdYJgJnu7lY5d72kY61TcuBReX+qoug+6xCgThgGm5zNiuMORdFnFUUMggF5FwRsBUOt
      HKcwPNE6AsCzWqNi8U3WEQCQO+vXD6q//2cqlz+pUumVam09WN6fJeeulTRsndcAlqqtbdYfv5Jh
      MKBRhOEMScdYZ+TIpZo9e83eYw5Ra3192yS9VNL/WqfkyAmSnHUEkGvr1lVVKl2pJUvaJf1fSWyd
      qRUGWtG4nAYHvyLnXmQdkgND8v5MlcsHPgYMyA+GwZK7WcPD3erv5z4p0Aja2loknWedkWKRpH+W
      9Cmx7Wq8GC4E0sq5z2rlyudYZwBArq1fP6hy+VqVSmepUFgk594niWN6p06glpZlz3wlgMbg/fPF
      93xteP9NRdGb1NNTsU7JtSi6T3F8kqT7rVNyYrbC8EjrCKAhrFtXVRR9TlKXJIYOaoONSGhMxeIH
      JJ1vnZEDsaS1bPRFA2IYLJm71NT0Km3ZwgPVQKNobT1V0sHWGanl/cWKovcrit4j6RfWORmxRt3d
      rdYRAJ7VLAXBZQrDZusQAGgIGzc+olLpExoePk7SpyVVrZNyKQiecVQkgyFA43i+dUBO/EbTp79J
      PAuuPvr771UcnyuJwbtaGB0KBVAvUfRbtbS8WNJm65QcOEZsN0SjCcPz5dw/WmfkxN8qitZZRwAG
      GAZLwrn3qrf3AesMAHXFFqf92645c773lH+/0qwkW+Zpx47XWkcA2A/nOiV9yDoDABrKli2PKYre
      LedeKRaBTAWGwYCG5dwS64QcGJFz52j9eo79qqf+/p9J+ifrjFxwjs06QL1t2PComppOlnSfdUrG
      zdCqVYdYRwB109n5IklfEUOQtfBviqJPW0cAdTe66eAw64wMilQqXWUdAaCOuroOknSadUaKXaee
      nqF9/xbH6ySN2OVkiHMMGQLp9j51dHRbRwBAwymVeiQVJfUbl+SLcwyDAQ3LuWOsE3LgcyqVfm0d
      0aA+Luku64gcOMY6AGhIvb0PyPs3W2dkXqVyjHUCUBddXccqjq+TxLEykzV6vPu7rDMAE5XKIWKg
      dOK8v0FsAgcaS6XyBkkt1hmp5f3TN4H19z8k6Qc2MZlzsjo7GcwG0iuQ91/XsmXzrUMAoOFE0X2S
      TpbEdfda8X6Z/uhxIIbBgEbh/THWCRn3gJqaWBtsJYp2SXq/dUbmMRQK2CmXbxIPmE8Ov8ugEYTh
      XFWrN0piE97krdecORdKiq1DABPNzdyOJFEo9FgnAKgztjeN5SHNmfOjZ7zW+ysMWrKoSXF8vnUE
      gDEdqZaWL1tHAEBDiqKHFQQnSbrTOiUnZmnVqiOe+gqGwYDGcYx1QKZ5/1n19u6wzmhoS5ZcJekO
      64xMY5ACsBXH/2ydkGkMtCLvurubJF0t6QTrlBy4RYXCa592pBHQaOKYYbAk4niTdQKAOgrD4yV1
      WWek2Dr19FSe8do9e66XtKv+OZn0RusAAAd0tjo62OgPABb6+u6X9xdKqlqn5EIcH/fUf2UYDGgE
      a9YUJC22zsiw3XKOZ4dYW7euKunz1hkZd4x1ANDQ+vt/Ip7lkpxzHK+BfBsc/JxG16Njcu5XoXCK
      Nm58xDoEMBUEh1onZND9iqLt1hEA6oqtYGP54yMinzQwsFPef7vONVm1XJ2dK60jAByA9/+mlSuf
      Y50BAA2pXP65pH+yzsgF7xkGAxrO1q2LJTVbZ2SW91coih62zoCkavUrktjwkNwhCsMZ1hFAA4sl
      fcs6IrO8Z8MJ8qtYfKekt1tn5MBOeX+6Nm683ToEMBfHDINN3K3WAQDqKpB0oXVEit2lcnn9ft8a
      BBwVOV7VKkOHQPrNUhBcpjDkOhoAWJg9+2LxRPpaYBgMaDhNTcdYJ2RaEDz7s+BQf5s2PS7nfmCd
      kWFO3h9tHQE0NO+/b52QYQutA4ApUSyeLuf+xTojBypy7lyVy5F1CJAKzjFEPXH3WwcAqKPOzj+R
      dKR1RopdpdEnND273btvkvRo3WqyzLnz9x4JDyDNnOuU9GHrDABoSD09Q3LuQ9YZOcAwGNBw4vgY
      64QMe0ze91hH4Cni+DrrhEwLgmOsE4CG5tyvrBMyjIvayJ/29hVy7gpJBeuUHPgLlUrftY4AUoSf
      mxPHRnCgkbCt6UDG3vw1MDAs566pU0vWHarBwVdZRwAYl/eqo6PbOgIAGtKxx14qNnZPFsNgQANi
      E1BSzn1HUTRinYGncO4GjfXMRIyNzWCArdFjh9k6kQwXtZEvYXi4guAGSbOsU3LgI4qi/7SOAFKG
      4+EnjmEwoFG0tc2Sc6+3zkix3ymKyuN4P46KHD+GD4FsCOT9N7R69QLrEABoOOvWVeX9JdYZmeY9
      w2BAw/F+kXVCZsXxj6wT8EdGByn+1zojww63DgAanve/tk7IqIXi/gvyYvXq6ZKuE0cT1cLliqJ/
      tI4AUqjVOiCDnrAOAFAn06adLWmmdUZqjW6uPbBS6WeS7p7amNx4jVaunGcdAWBcFmtkhGEEALDQ
      3Px1SSxpSW6+li2b/+S/cDEFaATOsUkjuV7rADyrDdYBmeX9odYJALTFOiCjmhSGs60jgBoItGfP
      NyStsg7Jge9L+lNJ3rgDSKMW64DMcW7YOgFAnTh3kXVCqnl/5TjfM5Z01VSm5EirmprOtY4AME7e
      v14dHX9mnQEADae39wE5d5N1RqY1Ne3bDsYwGNAIGP5I6nGVy7dYR+BZeM8wWFLOHWadADS8IBiw
      TsispiaGwZB9YfgxOXeWdUYObFJr69kc6Q7sh/fTrBMyJ44ZBgMaQRgeJanbOiPFNimKfjvu9/ae
      oyLHK445KhLIEu8/o66u51pnAEAD+o51QKYFweJ9f7TsAFAnzjEMloT3JY0+ww1p433ZOiHDuD0A
      rMUxx2gkVanMsk4AJqVYfJOk91ln5MDvFcenaf36QesQILWcYxhsooKgYp0AoA68v1BcF9m/8R4R
      +aRyOZLEk2nHw7nVKhaXWmcAGLdZiuPLFIbN1iEA0FCc+4F1QsYtevIP3OkBGgObgJJw7jfWCdiP
      ILhVDOolxe0BYM25h6wTMiuOGQZDdhWLL5FzX7TOyIHtks5Qf/+91iFAyrVaB2SO9wXrBAB1wBGR
      Y/GqVK6e+N9iO9g4Of77AzLG+w5JH7bOAICG0te3TdI264wMO/zJPzAMBuRdW9ssSTOtMzLJud9Z
      J2A/omiXJDbrJMNmMMBaEDAMllQQcEwksqmr67ly7npJbOqZnD0KgtcqirZYhwAZ0GIdkEFsfQDy
      rlh8oaTjrTNSy/sN2rTpjgn/vTi+vPYxubVWkrOOADAh71UYvtw6AgAaivfrrRMyy3s2gwENY9o0
      tgAlx4rzNHPuVuuEjJquVavmWEcADe2xxx60Tsgs79kMhuxZvXqBqtUbJC2wTsk4L+/for6+n1qH
      ABnBZrCJa7IOADDFnFtrnZByyYa6Nm26Vd731bglr45RZ+dLrSMATEgg6Rvq6jrIOgQAGoZzm60T
      MisIGAYDGkahcIh1QmZVKgwbpVkcb7VOyCzvGRIFLG3dukfSoHVGJgUBw2DIlra2Fu3Zc62k51qn
      5MB7VS7/t3UEgFxjMxiQZ0uXTpN0rnVGilXV3HxN4r8dBBwVOV7VKkOJQPYcoUrlS9YRANBAGAZL
      is1gQAOpVjkSLpmq5s3jGMI0c46vT1KVCrcLgD2OikxmunUAMCGtrV+Scy+zzsiBzymK/sU6AsiY
      qnVABs20DgAwhebNO11sah3Lj9Xb+0Div12tXiV+9oyPc2crDGdYZwCYIOfOUhi+xToDABpCEDAM
      lhzDYEDDcI6hj2QeVE9PxToCY/D+HuuEzAoCbhcAe7usAzIpjjm+CdkRhu+X9KfWGTlwnaLondYR
      QAZxf3ainJtvnQBgCsUx25jG4tyVk/r7/f33SuI47/GZI+9fZx0BIJHPqKuLzd8AMNX6+u6X9Lh1
      RkYdtHcrMsNgQAM42Dogo+6yDsABBAGbwZI7yDoAgIatAzLJOYbBkA3F4uslXWydkQMbJV0oKbYO
      ATKI7SwT5T3DYEBetbcvlHOnWGek2LCam6+vwcfhqMjxcu4i6wQAicxUtXqF2tparEMAoAHcbh2Q
      UU6zZx8mMQwGNIJ51gEZda91AA6gWmUzWFJc5ADSgGGwZBgGQ/p1dnbKuW+I+9uT9TtJpymK2KQI
      JMNmsInifhKQX0FwvqRm64wU+542bHh00h9lePibkvZMPqchvFIrVhxhHQEgkaJaWz9sHQEAuecc
      w2BJOXe4xIPTQCNgGCwJ5xg0SrtK5T7rhAzjdgGw5hzDYMkwDIZ06+w8UnH8LUkzrFMy7gEFwSmK
      ooetQ4AMYzPYRDl3pHUCgCnDEZFj8b42G722bHlM0vdq8rHyr6Dm5gusIwAk9rcqFv/EOgIAcs37
      bdYJmeXcQRLDYED+OcczW5PhwlPabdmyXRwZlIz3DIMB1uKYYbAkOCYSaXbiibMVxzdIOtw6JeOe
      UBCcob4+HvABJmfIOiCDjpXkrCMA1FhHxwskFa0zUuwJVSo31uyj1WqwrBF4z5AikF2BnLtUq1cv
      sA4BgBxjM1hSzi2QGAYD8o9jDpLx/jHrBBxQLGm7dUQmMSQK2HOOozOSiGOGwZBOa9YUNDR0haQV
      1ikZV5F0rvr6+qxDgBzYaR2QQTO1atUh1hEAao6Bm7F9W5s3P1GzjzZt2g2SBmv28fKtTcViaB0B
      ILHFGhm5xDoCAHKLU7yS855hMKBBsAEomcetAzAufJ2S4XYBsDdiHZBJznH/Bem0bdunJJ1mnZF5
      3v+Voug71hlALjhXuwv7jaRaZXsQkCdr1hTkPUfxjaXWm7w2bNgt6bqafsw8c+6N1gkAJsH71ysM
      32KdAQC55P391gkZxjAY0CBYU5uE949aJ2Bc2OCWBBsDAXvOFawTMqpiHQA8w+gDv++wzsiBj6pc
      /rJ1BJAju6wDMsn7l1gnAKih2247SdIi64wUe0x79vxPzT8qR0VOxPlqa2uxjgAwKZ9RGB5vHQEA
      uVOtPmCdkFlsBgMaxlzrgEzynuMHs4HNYEk4x2YwwJr306wTMoqNakiXYvFVkr5onZEDX1cUfcA6
      AsgV7zkmMpkztGYNQ/tAXjh3kXVCyn1TAwPDNf+oc+b8UNKDNf+4+XSQpk8/xToCwKTMlPTfDHYC
      QI3Nm8dmsKScYxgMaACBpDnWEZkUBGycygLv+TolwzAYYI1hsKQYBkN6dHa2ybmrJDVZp2Sa9z+U
      9BZJ3joFyBmOiUzmBbrttrdbRwCogVWr5kg60zoj1eL4yin5uD09FXl/9ZR87Hxaax0AYNJCTZv2
      EesIAMiVnp4hsRQkGYbBgAawbNlc8X2eTFMTQ0ZZ4Bxfp2QYBgOsOccwWDIMgyEdli8/RHF8g9jC
      O1k3q7n5LEUR39tA7T1iHZBZzn1MYVi0zgAwSdXqGkkzrDNS7H4tXdozZR89CKZm0CyPvD9dXV0H
      WWcAmCTn3qNi8U+sMwAgZzgqMgmOiQQaQGvrfOuEzNq5k0njLGAYLKlmtbXNso4AGhzDYMkwMAJ7
      3d2tamm5XtKx1ikZd5cqldPU27vDOgTIJe8ZBktujqSbFIbLrEMATArblsZ2tdatq07ZRy+Vfinp
      jin7+PnSomr1XOsIAJMWyLmvM9wJADXk3KPWCRnFMBjQADgiMpkRDQzstI7AOMQxQ3tJNTWxyQSw
      1WodkEnODVsnoOE5DQ5+Vd6vtg7JuMfl3Km6+eZ7rEOA3AoChsEmZ6GkXoXhX0py1jEAJqir61h5
      /xLrjFSbqiMi/8BLumKKP0eeMLwI5MMRqlYvsY4AgNzwnqUgyTAMBuSe9zOtEzKKAaOsYDNYcs5x
      VAJgi81gScTxkHUCGlwYflDSedYZGbdHzr1OpdKvrUOAXHPuYeuEHJgu6QsKw1+po+M1YigMyI5q
      9SLxPTuW29Xf/6s6fB6GwcZvlcLweOsIADXxOhWLf24dAQA5wXXgZOZJcgyDAXnGMFhS/GDJCucY
      3EuquZnbB8DWwdYBGcVxcrBTLF4g6R+sMzLOy7k3qVTqsQ4Bco9jImupS95/S2F4q8LwEnV0XKSV
      K4+xjgKwX05sWTqQqzS6uWtqRdEWSVum/PPkB//dAnnh3L+qo+N51hkAkHlsBksqUFvbzCbrCgBT
      is0/yfCDJSvi+DE5nuiZCMOigJ3ly2eKo5yTYggYNjo6TpT3XxEbJibHuferVGJDBFAPQXCfqlXr
      irw5TtJx8v4tKhSkMHxUzvXL+01y7mZ5/zsVClu1cSODeIClMDxRo9+v2B/v6/n72BWSltXx82XZ
      hZL+n6TYOgTApM2U95errW21BgaGrWMAILM4ISq5GTNmMQwG5Jn3MxmUSWS7dQDGKQgG5af+iYy5
      xDAYYKep6XDrhAzjZzTqr7NzieL4OnG86+Q49wWVSp+wzgAaxsaNjygMd4kniU2lBfL+FZJese9+
      abUqheFj8n6rpNvk3FZJW+XcVhUKW9Xb+4DIyAkbAAAgAElEQVRhL9Ao2K40tv9Vuby5bp+tWr1C
      hcLF4kkV43Gk2ttfrv7+H1mHAKiJoqZP/6ik91qHAEBmOfcY14ETimM2gwE5x4O+yey2DsA4Vat7
      FHDicULcPgB2GAZLynuGwVBfK1fOUxzfKGmhdUrGfUvHHvsOlUrWHUCjuVvSc60jGtB8OdcpqXPf
      a7yXKhUpDAclbZN0l0a/PvfJ+zvl3L0KgnsUx3crivh9B0iqu7tVg4NrrDNS7sq6frZNm+5QGP5S
      0ol1/bxZFQRrJTEMBuSF9+9We/v/MOQJAIlx/zipOGYzGJBrQTCLadkEvGcYLCsKhSH+G0+IzWCA
      pUXWAZnV2spaaNRPd3eTBgevlvR865RM875PlcoFWreO8+qAenPuLnnPMFi6zJa0Yu/LqCc3usd7
      TwULwyFJ90q674/+uU3SfQqCezVz5p3q6anULxvIiJ07z5Q0zzoj1arV+g6DSaPHUjrHMNj4nKW2
      tr/SwMBO6xAANREoCC5VV9cKjhIHgES4Zp9UocAwGJBzbP5Jwrk91gkYpzge4ijUxBgGA+ywGSyZ
      EW3YwJ0/1M+OHZ+XcydZZ2TcrfL+NG3e/IR1CNCQvL/LOgGJtEpasvflmeJYGhysKAzvl/d3SrpP
      zt0t6W55f5+k0U1js2ffo56eofplAyng/UXWCanmXEmbNt1a98/r/dVy7jOSuB51YDM1ffrrJX3d
      OgRAzRyhavUSSa+3DgGADNplHZBZbAYDco9hsCS858HSrCgU9ux79jQmJggYBgPsHG8dkFEPWAeg
      gXR0/I28f5t1RsY9KOkU9fc/ZB0CNCzv7+DJM7nVJGmxnFv8tNc+9es9OCiF4cMa3Sp2l6R75f09
      CoK7972uuflebdjwaN2qganU2XmY4vhk64xU8/4Kk8/b3/+QOjp+KO9fbfL5s2etGAYD8uZ1Khbf
      qnL5y9YhAJApnOaVXBAwDAbkGsfAJeMcw2BZUakMKQisK7KKYVHAinMvsE7IqLutA9AgOjpOkfef
      tM7IuN2K4zPV33+bdQjQ0ILgFnlvXQFbB+99WS5pdFjsqf9NDA9LYbhH0qN66lGU0r1y7j45N/o6
      jqVEFsTxBWLz1FhiVSpXGX7+KyQxDDYe3r9cYXiUouhO6xQANeTcvyoMf6Yo+q11CgBkhve7eZJb
      YjO5cwTkG8NgSXjPMZFZMWPGkIaY3UuEYVHAxpo1BW3btsw6I6Pusw5AA+jsXKk4vlpSwTolw6ry
      /lz192+wDgGgW6wDkAnTNHqM+eGSwn2v9f4Pg2ODg1WF4QMa3TB2395/3rN3WOwuBcG9qlbvVhRx
      hAcscUTkWJz7hW6++R6zzz9t2nUaGvoPSdPNGrIjkPcXSvqYdQiAmpoh6TK1ta3WwMCwdQwAZAT3
      MZOK49kMgwH5xuafJNgMlh1DTIJNAsNggIWtW1+gIJhjnZFJ3ttduEC67dx5mcKwWpOPFccvljSr
      Jh+rcf21yuUbrCMASBoe/p2am70knkaLySpIWrT35Q+eHBar7v0xHIaPaXRI7G7F8b0KgrsUx/fK
      uXvk/V3y/j6OD8aUGB3oX2GdkWpWR0Q+af36QYXhDZLOMe3ICufWimEwII+Kam29WNLfWocAQCaw
      GSy5IGAzGJBzDIMlw4BRVkTRiMIwlsRZkRPH7QNgoVB4Ccc1JeQcw2B4dt6/3joB+/yToug/rCMA
      7LV58xMKw3skLbZOQcOYL2m+vH/BviMpn3zg3rnRlzAcknSPpN/Lud8rjn+vILhdzv1eIyO/17x5
      d3MkJSasWl3LRaIxjUi6xjpCo0dFMgw2Ps9TGK5SFPVahwCouXepvf0m9ff/yDoEAFLPezaDJeX9
      LIbBgDzzfhoPhCTAZrCsGRKDTRPn/TTrBKAheX+GdUJmjR5DBCCtnPtvlUp/b50B4I8492t5zzAY
      0qRV0nGSjts3LPbkkZSFgjQ4WFEY3iPv75Bzv5Fzm1Stbtbw8BYNDOy0jkcKdXc3aXDwfOuMVPP+
      hyqXH7bO0Pbt39PcuY9pdHAUB7ZWEsNgQP4ECoKvq6truTZufMQ6BgBSbdq03arwXKGE2AwG5FoQ
      tLB9JAHv91gnYEIYBksiCFqsE4CGs2zZfEnd1hmZ5dzvrRMA7IdzP9Lu3X8miTsfQPqUJb3aOgKY
      gCZJR8u5oyW9TN5LQSC1tnqF4TZ5v0nObZa0WZVKn26+me2xjW5w8FWSDrXOSLUguNI6QZK0dese
      heE3Jb3FOiUj3qClS9+lrVt5rBrIn0WqVv9T0uusQwAg5XZbB2SWc9MYBgPyzHuGPZJgM1jW8IBI
      Ms3WAUDDaW5+oyR+Nid3i3UAgGc1oErlbA0MDFuHAHhW/dYBQI04ScfJueMknSVJamrS3gGx9ZJ+
      oULhe+rru8syEibeaB2QckPy/lvWEft4f4WcYxhsfBZozpzTJF1rHQJgSpypYvGtKpe/bB0CAKlV
      qTAMlpT3LYF1A4ApxQXnJLxnGCxb+HolwTGRQH21tbXIub+yzsiwHerru986AsAz3K2mpldr06bH
      rUMA7IdzZesEYIotkXMXybkvKY7vVBgOqKPj8+roOEsnnjjbOg5TbOXKeZLOsM5INe+/oyjabp2x
      T7ncI+le64wMYdgRyDPn/lVheLx1BgCkVhSNSBqxzsioaQyDAfnGMFgSDINlDV+vZLh9AOpp+vS/
      lbTUOiOznPuddQKAZ9gu6VT19t5tHQJgDH19t0t6zDoDqKMT5P1fyftrNDT0oMLwBhWLb9Lq1Qus
      wzAFguAcSa3WGakWBFdYJ/yRWN5fZR2RGc6dovb2hdYZAKbMDEmXq62Nx+oBYP/YDpaEcwyDATnH
      L5BJBAHDRdnCMZHJcEwkUC9h+GJ5/wHrjEzznmEwIF1G5NwaRdEW6xAAB+Ql/dI6AjDSKul0OfdV
      DQ/fqzC8QWG4RmHI/eH8YGvS2AbV3Pxd64hnKBTSNqCWZs0KgvOsIwBMqXa1tl5sHQEAKcYwWBIc
      EwnkHsNgSVSrDBdlC8N7SXjP7QNQD+3tHZKuFz+TJ4dhMCBNvLx/k0qlH1iHABgn739qnQCkwDRJ
      p0u6WtId6uj4ey1ffohxEyajWFwq51ZbZ6Sa99drw4b0XTzr6+uTdKt1RoastQ4AMOXepc7OV1pH
      AEBK7bIOyKhpTdYFmeTcKSoWj7bOwCQEQVWl0lesM+qAC89JFAoMF2WJ93vknHVF9gQBtw/AVCsW
      z5Bzl0mabZ2SA7+xDgCwz9+pXL7MOgLABDj3M+sEIGUWyfuPqrn5H1QsXqampo9q48bbraMwQc6t
      lcQDQmNJ3xGRf+Dc5fL+H60zMiJUZ2eb+voGrEMATJlAcXypwnCFouhh6xgASJn0PbkhC7xvYRgs
      mXcweJBx3g9JYhgMz877inUCJsC5qnVCJrEZDJg6K1fOU6FwsaS/EBcnasO5yDoBgCTpi4qij1tH
      AJig2bMjDQ7ulDTLOgVImWly7s2qVi9UGP6n4vhi9fffax2FcXGSLrKOSLmH5f0PrSPGcIUkhsHG
      q1pdK+l91hnAXl7e/0iS5NxKSQfb5uTGIkn/KelM6xAASBmWuCTh3DSOiQTyjWGPJIIgtk7ABHjP
      1ysZbh+AWjvxxNkKw3epUNgq6S/FIFitPKoo2mYdATQ877+tJUv+j3UGgAR6eiqSOCoS2L8WSX+p
      ILhFYfgudXfzBOq06+x8qaRjrDNS7hpF0Yh1xH6VSrdI4kk/4+XchVqzpmCdAewVq1w+SeXySQqC
      8yR566Acea06Ot5mHQEAqeIc14GTaWEYDMg3hj2SqFb5oZIl/BKQFLcPQG04FYsvVBj+m4aG7pL0
      KUkHWUflivdl8cAiYK1Xzp2ndevYyApk143WAUAGzJL0KQ0OblSxGFrHYAyjW5IwliC40jphHNJ7
      jGX6LNJtt73SOgJ4hr6+H0r6rHVGrnj/aRWLz7fOAIDU8J7HI5NhMxiQcwx7JMFmsGzhl4CkuH0A
      kursPFLF4rkKwy8rDO+Qcxsk/V9Jc63Tcsm5knUC0OC2Ko7PUBTtsg4BMAlNTTeK4WpgvNrl3AYV
      i38rtv2mTxjOkHNnW2ek3D3q6/u5dcQBVSpXSuJx2PFyjiFIpNPs2e+XNGCdkSMz5NxlWrp0mnUI
      AKQC14GTamHlNZBvDHskwWawbGEzWFLcPgBjaWtr0axZhyiOj1McnyBpuaQXSHqB4nieHNeE6oZh
      MMDSQ/L+FPX3P2QdAmCSenvvVhj2SypapwAZ0SznPqGOjj9RtbqWn4Up4v3r5Nwc64yUu0pZGLK6
      +eZ7FIY/lfRy65SMOFOrVs1Rb+8O6xDgaXp6htTZeaHiuFc85lwr7Zo792JJ77EOAQBzXAdOahrD
      YEBerVlT0LZtXKlOgs1g2eJcLM8T3BPgdwDkX3d3q/bsmaFKZZ68n6HRZ9bNURzPkjRD3s+SNFfO
      HSLvD5V0uJw7XNKhkg5WpWJZjycVCr3WCUCD2iXvX6Nyeat1CIAace5aec8wGDAR3r9aQfArheFp
      iqLfWudAbEcaj2wcETnK+yvkHMNg4zND1erZkr5qHQI8Q1/fJoXhByR93DolR/5GHR3/o1LpB9Yh
      AGDK+ypPzk+EzWBAbm3bxjGwSTEMli3e8/VKhtsIPLs4vklhOGydMQ6zJDWP+brBwWf+racOjz71
      DgR3JtLqVvX23m0dATSgqpw7X1H0K+sQADVUrX5NQfBB8cQQYKKWSPqlwvAsRdFPrGMa2ooVR0h6
      hXVGym1VX1+fdcS4TZv2TQ0Pf15sExqfOF4rhsGQVlH0SXV0nCrvX2qdkhOBvP8vheEKRdHD1jEA
      YIbNYEkFPPgD5NX27YHmzrWuyKY45uzhbOGXgGSYfMH+LLYOAPbx/sfWCUCD+huVSt+yjgBQY/39
      9yoMb5D0OusUIIPmS7pJYXiuouh665iG1dR0oaSCdUbKXWEdMCEbNjyqYvEmOfca65RMcO6l6uxc
      or6+bdYpwLOIVShcoEpls0Z/bmLyFkm6VNLpkjgeBUBj4oSopAK2ggB5tXgxgx5JFQoMF2UJm8GS
      4ncAAFnA5gWg/j6uKPqcdQSAKeL9l6wTgAxrkXSVwvBM65AGdoF1QOoFwVXWCRMWBNkaYLPlFMd8
      HyC9envvlnPvtM7ImVPV0fFW6wgAMOM9S1ySYRgMyK3BQb6/k6pUGC7KEuf4JSAZbiMApJ1XofBT
      6wigwVyuKPo76wgAU6hc/oGk31pnABn25EDYadYhDadYDCUts85Iuc3q6xuwjpgw778taad1Roas
      FRv/kWal0tclXWOdkSvef1rF4vOtMwDABMNgSTEMBuTWyAh3CJNiM1i2sBksKX4HAJB2v1Ff3/3W
      EUAD+Ym2b3+zOHoCyLtY0kesI4CMGx0Ia2/vsA5pKM6ttU7IgCutAxKJol1yjuNXx2+pOjpeZB0B
      jKlQeLuke60zcmSGnLtcS5dOsw4BgLpjKUhSDIMBuTV7Nt/fSY2MMFyUJc7x9UqG2wgA6eb9jdYJ
      QAP5Xw0Pn6WtW/dYhwCogyi6UtKvrTOAjJupIPiuisWl1iENIQybJZ1nnZFyXoVCNofBRnFU5ETE
      8UXWCcCYNm58RM79qXiyUS2t1Ny5F1tHAEDdsRQkKYbBgNwaGuL7Oyk2g2ULw2BJcRsBIN2855nh
      QH0MK45P1ZYtj1mHAKibWM5xIQmYvIVy7lqF4QzrkNxz7lRJC60zUq5XGzfebh2RmPc/kPSQdUZm
      OHeuurtbrTOAMZVKP5D0eeuMnHmXOjpOso4AgLpiM1hSDIMBuVWtckxkUk1NDBdlCRPhSfE7AIA0
      u0/9/b3WEUCDaFEQvN06AkCdlUpXS+JnLTB5y+QcF7qnHkdEHli2N2tF0YikddYZGTJPO3a8xjoC
      OKCWlvdJ+o11Ro44eX+pwvBg6xAAqCOGwZIpcCEYyKuWloJ1QmZVKvxQyRaGwZJhYBRAml0vbt+B
      enqfisVzrSMA1FUs798qqWIdAmSe929Ssfin1hm5tXr1Anl/mnVGysWK42usI2og2wNt9eYcQ5JI
      vw0bdsu5CyQNW6fkyOHy/uvi8X0AjYPrBMk4hsGAvGIzWHJsBssWNoMlxe8AANLLueusE4AG4+Tc
      1xSGResQAHVULm+W9AXrDCAXnPuCisXnW2fk0p4950maZp2Ras79RP3991pnTFoUrZd0h3VGhrxK
      nZ2HWUcAB1Qq9Uv6oHVGrjh3isLwbdYZAFAXXAdOimMigdwaGeH7O6ndu711AiaAs6Ing9sJAGn0
      sHbv/ql1BNCApktap9WrF1iHAKijpqYPSLrbOgPIgRly7gp1d7dah+SOcxdZJ6Se91daJ9SIl3SV
      dUSGNCmOz7eOAMZlyZJPSPqFdUbOfErt7SdYRwDAlAsCNponwzGRQG5Nn85msKRaWxkuyhImwpPr
      7ub3AABpdLkGBjg+ALCxRMPDV2rNGo6cBxpFb+8OxfEFkrgfDEzeCg0OftA6IlfC8HhJq6wzUm5Y
      LS3XWkfUTBxzVOTEcFQksmHduqoKhbWSdlin5MgMBcFlWrqU7ZkA8o3rwEmxGQzIrUqF7++kdu/m
      h0qWOMfXK6nBQYZGAaRPEHzNOgFocCdp27aPW0cAqKP+/p/J+49YZwA58W51dLRbR+QIgy4H4v1N
      2rDhUeuMmunvv1nSr60zMmSF2ttXWEcA47Jx4+3y/h3WGTmzUnPnfsw6AgCmGNeBk3EMiwB5FccM
      eSTV0sIPlSxhGCy52bPZ+gEgbTapr2+TdQQAvUdhyJEzQCM57riPSvqJdQaQA03y/ouSeFxu8gJJ
      F1pHpJ5z+TtW0bm8HHtZH0HA0CSyo1z+LzmXn22G6fA3CsOTrSMAYAqxyTwZjokEcisIvHVCZg0P
      c9uYJd7zAGtSDz3EIB2AtPkv6wAA+1zCZhOggaxbV1VT03mSbrdOAXJglcLwPOuIzGtvf7mkI60z
      Um6Xhoa+bR1Rc85dIYnHtsfvfHV3N1lHAOPm/dsk3WedkSNO0n+pvX2hdQgATAnHgquEYv6PA/KK
      YbDkpk/ntjFLvGe7VVILFzIMBiBN9ki6zDoCwD4z5P11CsODrUMA1Elv7wOSTpWUn+PGADsfU3d3
      q3VEprHt6MCcu0EDAzutM2qur2+bnPuVdUaGHKadO9kKhOyIoofl/ZvF0GctHa5C4StiMymAPPKe
      6/bJMAwG5NaePQx5JDUywm1jljARnlxPD7cTANLkSkXRw9YRAJ7maEnXqa2txToEQJ1E0W/l/Zka
      HdIGkNzR2rHjz6wjMmv58pmSXm+dkQGXWwdMGe+vsE7IGIYnkS3l8k1y7t+tM3LF+zMUhm+3zgCA
      mnOOpSDJMAwG5FZzM0MeSbW0cNuYLXy9kuPZVwDSI44/b50A4Fm9WK2tn7COAFBH5fLP5dyFkkas
      U4BMc+69CsNm64xMamk5S9Is64yUe1yPP/4/1hFTpqnpakkV64zM8P61WrlynnUGMCHev1fSb60z
      cuZTam8/wToCAGqKzWBJMQwG5FZLC8NgSVUq3DZmCZvBkvJiGAxAevxE/f0l6wgA+/UOdXSwbQBo
      JKXSNZLOkTRsnQJk2FHy/gLriIzi944Dce46bd2a3y2Oo0cX/8g6I0NaFQTnWEcAExJFuxTHF4kn
      INTSdAXBFSoW36pi8a2S5lgHAcCksRksKYbBgNzauZMhj6QYBssW7/klIBkGRgGkh3Mftk4AcADe
      f0kdHV3WGQDqKIqul3NnShqyTgEyy7l3WCdkzooVR8j7buuM1HMuv0dE/gFHRU6EcxdZJwAT1t9f
      knMfss7ImeVy7kty7kuSDraOAYBJ4zpwUlUGHoC8YjNYck1N/FDJEu+ddUJGcRsBIC1+olKpxzoC
      wAG1yvtrtGrVodYhAOqoVPqe4vh0SY9bpwAZtVLF4gutIzKlUHijJB6bG9sDOuaYn1hHTLmmpuvE
      QPJEnKhical1BDBhxx77cXn/S+sMAEBKcUJUUpyvCeRWayuDHklVGZTNFNaDJsVtBIA0iCW9xzoC
      wLgdqUplncKw2ToEQB319/9I0mpJW61TgExy7m3WCZniHEdEHoj367RuXdU6Y8r19u6QdKN1RoY4
      toMhk9atq6pQuEjSoHUKACCF2AyWFMdEArn1+OMcE5lUczO3jVniGWxOiNsIAPacu1RRVLbOADAh
      L5H0GesIAHUWRb9VofBCST3WKUAGnaUwnGEdkQlhuErS86wzUi8IrrROqBvvOSpyYi6SxCkKyJ6+
      vm1y7p3WGQCAVGIYLBmGwYDcYjNYcmwGyxbWgybFbQQAaw/J+/daRwBI5C/V0fFn1hEA6mzjxkck
      nSzp0+LJJcBEzJZzr7WOyAi2gh3Y71UqNc5xanPmfFccVTwRx6qz86XWEUAipdJXJV1vnQEASB2u
      AyfDMBiQW7NnM+iRVFMTt43ZwtcrGW4jAFh7p6LoYesIAAl5/wUViy+0zgBQZ1E0oih6t6RXS7rf
      OgfIDO/XWCek3tKl0yS9wToj9by/So00kNvTMyTvr7XOyJRqlaFKZFccv1X8jgkAeDo2gyXDMBiQ
      W3ff3TgPCtQam8Gyhc1gSTEMBsDS1Yqiy60jAEzKNDn3TYXh4dYhAAxE0fc1MrJC0nesU4CMeKXa
      2lqsI1JtzpzTJC2wzki9Rjoi8kmFAkdFToRzZ3M0LTKrv/8hOfdnaqShVwDAgXAdOBmGwYDcmjuX
      QY+kYm4bM8V7JsKT4TYCgJU7NTz8dusIADWxSM59c+8mDwCNZvPmBxVFpysITpL0v9Y5QMrN1rRp
      L7aOSLk3WgdkwG9VKvVbR9RdX9+PJd1jnZEhcySdaR0BJFYqfVfSf1hnAABSg+vAybD9BsitJUsY
      9EiqUOC2MUvYDJYUtxEALOxWHJ+lLVsesw4BUCPer9bcuZ+zzgBgqK/vhxoaapf0HkmPW+cAqeXc
      qdYJqdXevlDOnWKdkXreN95WsFGxnFtnHZExHBWJrHuPpFusIwAAqcB14GTYfgPk1rp1sVilmwyb
      wbLFe75eyVStAwA0HC/n3qz+/pJ1CICa+3N1dLzNOgKAoYGBYUXRpyQ9R9I/S9puXASkEcNg+xME
      50lqts5IvUY8IvIPOCpyYl6p9vZF1hFAYlG0S0FwkaQR6xQAgDk2gyUzwgV0IL+8+EU5mSDgh0qW
      MAyW1LB1AICG80GVSo188QLIN+8/q46OE60zABiLoocVRe9XU9NRkt4v6X7rJCBFnq+urmOtI1KK
      LUYHVlap1LhbckqlPkm3WWdkSEHOXWAdAUxKX1+fpI9YZwAAjHnPdftk9nABHcg3hj2SYDNYtnBM
      ZFLcPgCop88qij5sHQFgSrXI+2u0YsUR1iEAUqC3d4ei6J+1ffsx8v6tco7NoIAkxfHJ1gmp09nZ
      Jim0zki9xj0i8kle0uXWEZni3ButE4BJmz37n+TcBusMAIAhrgMnNcz/cUC+MeyRRKHAbWO28PVK
      htsHAPVyiaLondYRAOriMDU1Xavu7lbrEAApsXXrHpXLl6hU6pT3KyT9m6SHrbMAM3HcZZ2QOtUq
      W8EOzMu5q6wjzHnPUZET06ZikUFLZFtPT0VxvFbSTusUAIARNoMlxWYwIOcY9kiCzWBZwy8ByXD7
      AGDqef95RdHbNPosbgCNoUs7d/67dQSAFCqXNyuK3qmhoSPk3NmSrpY0aJ0F1JVzHdYJqbJmTUHO
      XWidkQHrFUV3WkeYK5d/I6nfOiNTnGPYEtlXLm+V9DfWGQAAI2wGS4rNYEDOMeyRRBAwXJQt/CxL
      htsHAFMplvd/r3L5/4hBMKDxeP8mdXT8tXUGgJQaGBhWqfRNRdG52r59oZw7TdIlkh6wTgPq4ASF
      4QzriNS47bZXSlpknZEBbMR6EtvBJuo8hWGzdQQwaVH0n/L+29YZAAATLdYBmeQcm8GAnGPYI4k4
      nmadgAnwnl8CknCO2wcAU2VQ3p+pcvlj1iEADHn/aXV2vsw6A0DKbd26R6XSdxVFb1UULZL3qyX9
      naQfSNplXAdMhSYFwUrriNRga9F4VDQyco11RGoUCldKiq0zMmShnDvFOgKoiUrlz8WTBwCgEU23
      DsikOGYzGJBzDHsk4VyrdQImgK9XUiPWAQByaauCYLXK5RusQwCYa1YcX60wPMo6BEBmxCqXf6Uo
      +idF0ckaGpov6SWS/lHe/1DS48Z9QG3EMUdFStKqVXMknWmdkQE/1ubND1pHpEZf313y/ufWGZkS
      xwxdIh82b35Q3r9FbKAHgEbDMFgSzjEMBuQcw2BJxDHDRdnC1yuJOOb2AUBtef89tbSsUl/fgHUK
      gNQ4RNK1Wr2aB20ATNzAwLCi6BeKog+rXD5JUbRA1epz5dz5kj4t534madA6E5gw7xkGk6Rq9WxJ
      HJl5IByL+ExBwP8nE+Hc6Vq9eoF1BlAT5fKN8v7L1hkAgLriccVk9jRZFwCYUgx7JBEEDBdlC8d6
      JsExkQBqZ7uce7ei6Kvi2ZkAninUyMiXJV1kHQIg87w2bbpV0q2SnhwECNTVdbQqlefJuRMkHb/3
      5fmSDjbqBMbmHMdESqPbipyzrki7ITl3nXVE6gTBNapWPyupxTolI6ZpePgNkv7dOgSoiUrl3Wpu
      /hNJz7FOAQDUBcNgSXjPMBiQcwx7JMFmsKzh65UMtw8AauE7qlTepptvvsc6BA0sjl9UsyFn594l
      6fyafCz8gfcXqqOjrFLpX61TAOROrI0bb5d0u6SbnvaWrq6DNDJyrJw7SkFwtLw/WtLRko7a+8+D
      6l4LjFoiyamRn0jR1XWsqtWXWmdkwPcURdutI1Jn48ZHFIbfl3S6dUqGrBXDYMiLzZufUBheJOkX
      krjODQD5FojrwMk4N8wPSSDfGPZIwjk2TWULvwQkw+0DgMl4RM69S6XS161DAM2d26+enqGafKzV
      q9+i4eHnSQpr8vHwB95/Qu3tm9Xf/4/9zpEAACAASURBVCPrFAANYuPGRyQ9Iqn0rG9fvXq6RkaO
      kveL5NyRiuPFCoJFko6S90dIOkLSofULRgOZqc7OQ9XXd791iJlq9UKNDsRhLN5faZ2QYleIYbCJ
      WKWOjuepVLrFOgSoiSjqVUfHxfL+H61TAABTKAxbxf2GpBgGA3LNuWH5xn2SYWLeM1yULXy9kuCY
      SADJPCHvPyPnPqlSiWeoI382bNitMHy9pD5Jh1jn5EyTguBKrVzZqU2b7rCOAQBt2LBb0i17X57d
      0qXTtGDBIlUqi+XckZIWSTpSzi3eOzB2pEYHxgr1SEauLJHUqMNgTqNbijC2nXLuRuuI1BoZ+Zaa
      m5+QNNM6JUPWSvp76wigZmbN+qgGB18taZV1CgBgihQK01WtWldkk3McEwnkWhwPyzEsO2HOMVyU
      LWxySyKOGQYDMBHDcu4SOffRht5ggMYQRXeqs/McxfEPJDVb5+TMwSoUrlMYnqgo2mUdAwAHtHXr
      Ho0eQXn7ft+nu7tJu3cfpjge3TIWx6ODY84dIe8XS1qs0SEyfqbgD7w/TtIvrTNMdHS8SN4vtc7I
      gFsknaaQhbVjuEVS0ToiM7y/UNI/SIqtU4Ca6OmpaOXKi1Qo9IvBUADIJ+emWydk2C6GwYB84wJL
      EgyDZUd3d5MGB/lZlgy3DwDGY1jSlQqCD6mvb5t1DFA3fX0/VUfHu+T956xTcmilvP+KpPMlscYY
      QPb19FQk3b33ZX+cwvAwBcFieb9I3h8l6Qg5d4TieHRwbHRojMcjGkUcL7FOMMRWsPEJJV1tHYFc
      OUrFYrfK5R9bhwA1s2nTreroeLe8/w/rFADAFPB+hnVCZnm/kwvoQL4x7JGE92yayoqHHmpVK4+V
      J+LcE9YJAFLtfkmXqqnp8+rtHevCJpBfpdLnFYYrJL3FOiV3nHuDOjr6VSp9wjoFAOrEK4ruk3Tf
      mO+1evV0VSqHS1qyd2jscDk3+mfpcEnHSZo39bmYcs4da51goru7VYOD51hnAA3LubWSGAZDvpRK
      X1JHx2ny/gzrFABAjY2MTFcQWFdkFcNgQK4x7JEMm8GyY+bMaZwVnRi3DwCezXp5/zk5d62iaMQ6
      BjC3fftfa+7cZZJWWafkjvcfUxhuUhR93zoFAFJjw4bdkrbtfXl2YThXQbBY1eqRCoJFezeLPXkU
      5ejGMWl+XXoxGcdZB5jYseM1co6BRsDOWVq+/K+0eTOPCyJfCoX/396dh8lVlvn/fz+nujsNZEVk
      FzBsYiCk61QHIirtOO7IABpACEFldMbd0a8wOl8dZ/jN6HccxxERdXQcBRQwsjg6MjNuLRhjUnWq
      moRmkZCwhH3J0oH0Vuf5/VEdCCFbVy93Pac+r+vqK51Od/KGQHfXqfvcz/sYHl4J7G+dIiIi40jH
      RNZPm8FEMk8P6urhvYbBQjEw0E6LvpTVSZsDRWR7t5Mkr7aOEGkoq1cPcOKJ76ClpQQcaJ2TMTng
      GuJ4Pklyr3WMiEgwkmQjsBHo3en7xPHewGF4fwTOvfy5H2uvvxx4ySTVys415/cVta1EImJnKm1t
      7wCutA4RGVfLlz9GofA+vP+JdYqIiIwrHRNZL+c0DCaScRr2qI+GwULR0qK/q/ppWFREtnc8hcIb
      KJV+YR0i0lBuu+0hCoV34v2vgTbrnIzZF7iJOXMW0Nu72TpGRCQzkuRZ4K6Rlxfr6HgpudwcvD8O
      71+Jc68EYmDGJFY2u+YbyOvsPJA0fZN1hoiwGA2DSRaVSv9JHH8beJ91ioiIjBNtBqufc89oGKw+
      9wCbrCNkDJwbtE6YJBr2qIc2g4UjitpJU+uKMOkYWRHZsUsADYOJbK9UWkqh8FG8/6Z1SgYdT3v7
      fwBnA946RkSkKVQqTwDdIy9bOeL4WGpHI88H3gAcPeltzWMGCxfmWLKkah0yadL0PEDPR4hY8/51
      dHa+jGLxQesUkXHX3/8J2ttfBxxlnSIiIuPAub3wulxYl2pVm8Hq4v1HKJf/xzpDZLece0afIOvg
      3BTrBNlDaaq/q3qlqYbBROTFvH89HR0FKpWSdYpIwymVvkWhkMf791unZNA7yec/Tbn8j9YhIiJN
      zJMkW7eJfR+A+fOPoVo9DVgInGzYlkURq1fvCzxhHTKJdESkSGOISNNFwBesQ0TGXW/vZjo6FhNF
      t6ABZBGRLNBmsHpF0ebIukFEJpSOiayHVk6GI4q0xa1++vwgIjsWRZdYJ4g0rC1bPgIstc7IJOcu
      JY7fZp0hIiLbWLHijyTJv5AkC0jTOcA3gObZZDXRoqh5jors6DgRONE6Q0Seo+FMya5KZRkadhQR
      yQbvp1onBCuX0zCYSKZp80990nS6dYLsIe/3sU4ImD4/iMjOnMm8eToSSGRHensHiaJ3Ag9Zp2RQ
      BFzN/PnHWIeIiMgOVCp3kCQfxLlXAb3WOZkQRftaJ0yaKNLgiUhjeQWFwnzrCJEJdCneF60jRERk
      jLyfZZ0QrKEhDYOJZJw2/9TDOX1hCUWa6u+qXlG02TpBRBpWjlzuU9YRIg2rWHwUOB3YYp2SQTOp
      Vv+TOJ5hHSIiIjtRKq0ATgES65TgVavNsRmsq6sFOM86Q0ReREOakl1JMoRz7wJ0DVxEJGTONc8N
      NOOtrU3DYCIZp80/9dGAUThmWgcETMOiIrIri4njg6wjRBpWkpRx7sPWGRl1LPB9wFmHiIjITiTJ
      RtL0LcDD1imBa45hsM2b3wgcaJ0hItvx/lzmzGmzzhCZMElyL3CxdYaIiIyJngeuj+eww55psa4Q
      kQnknIbB6qMvLKHQFrf65XL6/CA7czber7GOGFdRlMP7mwHdRbLnpuD9x4FLrENEGlap9F3y+Q4N
      hU2IPyOf/xzl8t9Zh4iIyE5UKk8Qx58BvmedEqwommqdMEm0fUikMb2EKVNOA26wDhGZMEnyTeL4
      NOCt1ikiIlIH52bhvXVFiPpYsqSqYTCRLKtW+8jlrCtC1M6CBXuxbJmO/ml8Gtyr1/Bwn3WCNKgo
      uoNisdc6Y9wVCv+O9zr6cDSc+0vmzfsCPT0brFNEGpZzn8C5uXj/WuuUzHHucxQKPZRKP7FOERGR
      nUiSq4jjT1Pb6iij5X32N/LMmzcT7//MOkNEdsK5xWgYTLLNE0UXkaYrgZdax4iIyCh5r6Ug9Xka
      QMdEimRZLrfeOiFYg4MaMgqBvgmoV5Uk2WQdITKpqtWvA1XrjMBMJ5f7gHWESENLkiEGBxcCD1in
      ZFCE91eSzx9nHSIiIjuV4tz11hEBy/4wWBSdDbRbZ4jITr2Vjg4NyEi2FYuPAu+3zhARkbroeeD6
      aBhMJPOmTdsAaHdiPdJUX1xCoGMi67URfW6QZlOp3I9z2i4zeh+jq0tP3ojsysqVj+P9WYC2yo6/
      6Th3I3E8wzpERER2wrmbrBMClv1hsNrWIRFpXK1E0bnWESITLkluwvvvWmeIiMioaWi9Ht5rGEwk
      87q7h4HN1hlByuU0ZBQC7/e1TgiUtgZKc3LuMuuEAB1AX9+7rSNEGl65nOD9+6wzMupY4EcsXJiz
      DhERkR044ogyGoiuV6t1wITK548CXmWdISK7oaFNaRbDwx8F7rHOEBGRPeaA/a0jghRFT4GGwUSa
      wQbrgCB5r2MiQxBF+nuqh3MaBpPmVCz+FkisMwL0Kbq6WqwjRBpeufwDvP+KdUZGvZE1az5vHSEi
      IjuwZEkVuNM6I0jeZ3szmHMXUHsCR0QamfcFCoXjrTNEJtzKlc8QRe8GqtYpIiKyB+L4JWT9BpqJ
      os1gIk1DQx/18F6bwUKgob16bbQOEDHj3BXWCQGazaZN77COEAnC9OkX49yvrDMy6m8oFPS5SESk
      Ma2yDgiSc1OsEyaQAy6wjhCRPZSm+v9VmkOx+Hu8/6J1hoiI7IEoOsA6IWAbQMNgItnnnDaD1cM5
      DYOFQcdE1sN7DYlK89qw4QfA49YZwXHu0+iufpHd6+4eprX1bOBe65QMcnj/PeL4BOsQERHZjvdr
      rRMCld273Ds7Xwu83DpDRPaQc4t0LLs0jenTPw+ssM4QEZHdGB4+0DohYDomUqQpaOijXto41fgc
      MN06IlAaEpXmtXr1AM59xzojQCcSx2+wjhAJwrJlTxNF7wSetU7JoKnADZxwgm7cEBFpJM7pZov6
      ZHczWLW62DpBREblYNaseb11hMik6O4eBi5Ej9lFRBqbNoPVz7n1oGEwkWagYbD6vMQ6QHbjpJOm
      AS3WGYHSMJg0t1zuG8CQdUaALrEOEAlGsdiDcxcB3jolg46ire0abS4QEWkg3j9mnRAk74etEyZE
      HO+Nc++0zhCRUdMQpzSPJLkL7y+2zhARkV063DogWN4/DRoGE8k+HRNZr4OtA2Q3BgY0EV4vfV6Q
      Zrd8+Tqcu8E6I0B/QqEw3zpCJBil0rV4/yXrjIx6E2vW/IN1hIiIPOcJ64AgOTdonTBBzkCb3EVC
      dCannDLNOkJk0pTLV+Dcf1tniIjITunY+XqlqYbBRJqCjomsj/eHWCfIbuRyh1onBGtkIlykqTl3
      mXVCoLQdTGQ0yuVPAz+3zsioiykUzrWOEBERwLlnrBMCNWAdMEG0XUgkTHuzZYu2+kkz8QwOXgjo
      uGsRkUbk3GzrhGC1tj4KGgYTyT7nNPRRD+c0aNToNLBXv5GzokWaWrH4e5wrWWcEx/szKBSOtc4Q
      CUjK4OAi4F7rkAxyeP8dOjpOtA4REWl6UZTVoaaJlr2j6zs6Dgb+1DpDROrknIY5pbmsXPk43n/A
      OkNERHbA+yOsE4LV2voIaBhMJPu8f8w6IVAHoc+Rjc05DYPVS58XRLbSdrDRi/D+U9YRIkFZtWo9
      zp0BbLZOyaB9iKIbmT//JdYhIiJNbWgoq8cdTqwsHhPp3PlAzjpDROp2KvPmHWEdITKpyuUbgO9Z
      Z4iIyDbiuBU4zDojUH0sXdoHGnQQyb401dBHfVrp6DjQOkJ2wXttb6uXPi+I1GzY8CNA/z+M3iJO
      PFEDuSKjUSrdjnPvBrx1Sga9nDS9jq6uFusQEZGmlcWhpsmQptn796atQiKhc+RyF1hHiEy6lpaP
      AWutM0REZIRzxwKt1hmBenjrKxoGE8m6XE5PcterpeVo6wTZBedebp0QrNZWfV4QAVi9egDnvmmd
      EaAptLR83DpCJDil0vV4/4/WGZnk/evp6/t/1hkiIk2rra1qnRCkrA3R5fMxcLx1hoiM2QWAs44Q
      mVTLl28CFgP6nkZEpBF4P9c6IWCPbH1Fw2AiWTc8rKGPelWrx1gnyC4dax0QqEFWrHjaOkKkYQwO
      XgEMWGcE6C844YRZ1hEiwSmXPwf8zDojoz5BPv8e6wgRkaaUpm3WCYHK1uMQbQUTyYqj6excYB0h
      MumS5HfAP1lniIgI4P2J1gkBe2jrKxoGE8m6np4NQL91RpCc0zBYo5ozpw04wjojUI+jI6pEnrdy
      5eM4t8Q6I0DTmDLlg9YRIgFKgUXAH61DMsm5rxPHeesMEZGmo2Gw+mRpM1gctwLvss4QkXFSrWq4
      U5pTf//ngbJ1hohI03NOw2D102YwkSbzuHVAkGrnEUsjam+fDbRYZwTJuUetE0QajnOXWScEyfuP
      sGDBXtYZIsFJko14fwawyTolg/YCbqSj46XWISIiTcV7DYPVZ6N1wLhx7i2Avv6KZIVzZ9PV1W6d
      ITLpensH8X4RsMU6RUSkaS1cmAO0pbR+GgYTaTIa/qiH9wXrBNkJrQetn/c6OlZke8ViEfiDdUaA
      DmBwUEeyidSjXL5z5Cil1Dolgw4jin40sqFEREQmg/f7WCcE6inrgHGTptoiJJIts9i06XTrCBET
      5fKdwCXWGSIiTWv16g5gunVGsJx7eOurGgYTaQbOafijPgfR0XG4dYTsgHOaCK+XhsFEdkzbwer1
      yZE7dURktEqln+D931tnZFQX8GXrCBGRpuHcS6wTguR9NobBFizYF+dOs84QkXFWu3lFpDklyeXA
      /1pniIg0pSg61TohaNWqhsFEmoqGP+rn3MnWCbID3r/KOiFgj+z+XUSakPc/BtZZZwRoNmvXnm0d
      IRKscvnvgR9bZ2TURygULrKOEBFpEvtZBwQpip6wThgXg4PnAlOsM0Rk3L2Jzs4DrSNEjHjS9D1k
      aYuniEgovD/LOiFoLS1rt76qYTCR5qBjIuvl3GutE2Q7c+fug3M6JrJe2hQosmNJMgR8yzojSN5f
      DDjrDJFAedrb3wvcaR2SSd5fTqEw3zpDRCTznNMwWD2efXa9dcI40fYgkWxqwft3WUeImKlUHsa5
      v7TOEBFpKnF8pE6HGpMBisWHtv5Ew2AizeF+64CAnY6e4G4sLS1vAtqsM4LlnD4fiOxMmn4L6LfO
      CNA88vk3WUeIBGvp0j5yuTOADdYpGdSO99dro4GIyIQ70jogQP309m62jhizQuFY4CTrDBGZIN5r
      2FOaW6n0Y+BK6wwRkabh/SL0vPxYrAXSrT/RMJhIM9Dwx1gcSmdnwTpCtuGc1oOORZreZ50g0rAq
      lSeAa60zguTcJdYJIkFbseKPwDlA1Tolgw7F+xuYM0c3E4iITBTnjrZOCNCT1gHjRIMiItk2j3x+
      rnWEiKn+/g8Bq60zREQyr3Yy1AesMwJ377Y/0TCYSDNI07W7fyfZqWr1ndYJMqL2JN5brTOCpuFQ
      kV1z7jLrhEB1EcfaCCAyFknyv3j/OeuMTPJ+Ae3tX7XOEBHJLO9fYZ0QoKetA8ZBNHLnvohkmXMa
      +pTm1tu7mTS9iG02rYiIyARoa/sQcIB1RuDWbPsTDYOJNIOBgQfQN6r1c+69dHW1W2cIMGXK2cAs
      64yArSdJNlpHiDS0UqkC3GqdEShtBxMZq3L5C8CPrTMy6i/J599nHSEikjmdnS8DDrHOCI73j1sn
      jFk+3wUcZp0hIhPufLq6WqwjRExVKrcAX7LOEBHJrAUL9sX7T1lnZIA2g4k0nd7eQeBh64yA7cfm
      zedZRwgAH7UOCNx91gEiQdB2sHr9GXGsrRAiY+Pp738PsMo6JJOc+xodHQusM0REMqVafZV1QpCi
      aM3u36nBaVuQSLM4kM2b32gdIWKuv/9zQI91hohIJg0NXQHsZ50RPO81DCbSpO6zDgia93/FwoU5
      64ymFsevxrlO64zA3WcdIBKEqVNvAh6wzghQpLt3RMZBb+9m4EyycXxUo5lCFF1PR8fB1iEiIpnh
      3FusE4LkfdjDYHPn7gO8wzpDRCaNhj9FensHiaJFQL91iohIpsTxeXh/jnVGRmgYTKQpOXefdULg
      jmfNGh0rY8ehNcxj5/191gkiQejuHgausM4IknOLOOmkQ60zRIKXJPcC7wKq1ikZdBBRdD1HHTXF
      OkREJHhz5rQBp1tnBMm5e3f/Tg2sre0dwFTrDBGZJN6fThzPsM4QMVcs9gJ/bZ0hIpIZcfxq4NvW
      GRmRMn362m3foGEwkWahIZDxcCknnDDLOqIp5fPnASdbZwRPQ6Eiey6X+w7wrHVGgNoYHv64dYRI
      JiTJ/+L9p60zMupkZsy43DpCRCR4e+31fkDXSeoR+mYwbQkSaTZ74f3Z1hEiDSFJLsP7X1pniIgE
      r1DoAH4K7G2dkhGr6e5+wfZKDYOJNAsNgYyH/Whr+6Z1RNOJ44Nw7svWGZmgzwMie27FiqeAH1hn
      BOr9LFiwr3WESCaUy18CrrHOyKg/J44/YB0hIhKsjo6X4v3fWWcELNzNYJ2dL8P711lniMgkc05D
      oCI1nmr13cDT1iEiIsEqFE7H+25gpnVKhty2/Rs0DCbSPO6yDsiIs4njj1lHNI2urha8vwY4wDol
      E6JInwdERudr1gGBmsbg4AetI0Qy5M+BHuuIjPoq+fxrrCNERILT1dVOFF0P6AaA+jxFkmy0jqhb
      mi5CzyuINKNTiOMjrSNEGsJttz2E97q5SERktObMaSOOL8X7m4Dp1jkZs3L7N+hBm0izGBi4wzoh
      Q75EofBn1hFNwNHXdxnOnWodkhH9HH54uHcei1hIklXAr60zAvUR4ljrnUXGQ5I8S7V6JvCkdUoG
      teLcEk466VDrEBGRYBx11BQ2b/4BoGHa+oX+2FzbgUSak8O5C6wjRBpGufwjnLvaOkNEJBj5/Gm0
      t98O/F/AWedkjvfaDCbStFatWg88bJ2REa14v4R8/mzrkAxzxPHlgO6uGT93sWRJ1TpCJDjOXWad
      EKj98f491hEimdHTcx/enwMMW6dk0AEMDd1AV1e7dYiISMOL44OYOfM3eH+WdUrQnPujdULdCoX5
      wCusM0TEiPcXoCdvRZ7n/YeBB6wzREQaVldXO4XCBRQKv8e5nwJHWydllnMaBhNpcr3WARnSinM/
      JJ//W7q6WqxjMiWOZxDH1wE6Ymx8aTugSD1e/vKfAWutM4Lk3Cf1NVJkHJXLv8b7T1lnZJJznfT1
      fdM6Q0SkoeXzZwIJ3i+wTsmAsnXAGGgrmEhzm01HhzZDimyVJBtx7kIgtU4REWkYcXwYcXwhcfx9
      +vrW4f2Vehw54daTJA9u/0YNg4k0E+c0DDa+cjj3eTZt+i35/HHWMZnQ0fFaoAIstE7JHO/1/79I
      PWob9S63zgjUy+nr0xZNkfFULv8r3l9lnZFRFxLHH7WOEBFpOJ2dpxLHv8a5G4CDrHMyIU1L1gl1
      mTOnDe/Ptc4QEWNRpKFQkW2VSt0492XrDBGRSXfCCbOI4zyFwrnE8RfI539OHK8D7ge+R+1GkpeY
      NjYL71cCfvs36059kWaSpnfgtMV53Dn3KmAVcXwtzl1KqXS3dVJwOjvnkaaXAqdZp2RWFGkYTKRe
      1ep3yeX+DphqnRKgi4Fr2MEDERGp0/Tp72fz5uPwvmCdkkFfplBYSanUbR0iMiniuAKsx7nH8f4p
      4Emg9qP3T+HcE8CTDA09xcqVz5i2yuTq7HwZ1eoFOLeYND3WOidjqgwMVKwj6jJlymnoyRwRgYUs
      WPARli3bYh0i0jA2bPgsM2a8ETjROkVEZExOOWUa/f1T8X4fYD/gpcCBOHcQzu2P94cAhwMvB2YC
      4Ecu/WsGwY5zPTt6s4bBRJpJLtdLqm21EyQHnI/35xPHZeBGouhnFIsr0YrgHYnI54/HuT8D3kGa
      6kHSREtTDYOJ1KunZwNxfBXwAeuUAJ1IofAWSqWfW4eIZEZ3dz+dnWfhfQnY3zonY1rw/kd0dHRS
      qdxvHSMyCeYC0XMXbre17UXc1laI4y3UBsWewvsncO4JvH+KKHrhEJlzTxBFTxJFT+lJ4oAsWLAX
      AwMLcO5U4E9I01fhnE6UmBh30du72TqiLs5pG5CIAExnaOgMajd+iQjA6tUDFAqL8L4ItFvniMgE
      i6K5xLHtCUe1Ya227d46Y7vHcREwY5uPmYlzU4HasJdzs6jdAD8V2AeYSX9/7X13NNi1o2sH0iiW
      7uiNGgYTaSZDQ3eQy3lAo7kTKw/kSdNLieONOLcM75fhfQXn7mD27PtGjh1rHnF8GN4fh3MdwCkj
      L7OMq5rJFo48ci3lsnWHSLi8/xrO/SX6Gjp6aXoxoGEwkfFULD5IR8dCouiXQKt1Tsa8lCi6gQUL
      Xq1BFpEX2As4FDj0uYvCzr34YrD3PHcTWhw/y/ODYhu3edmw3c83EkXrGR7egPcbSdONPPvsRlav
      Hpj4f6wmNG/eTFpbX0m1ejzOvRLIMzg4H+emWKc1icQ6oC5xvB/wVusMEWkYi9EwmMgLlUq3Uyh8
      Bu//xTpFRCaY94uARaYN9Wzh2vZjtMUrW6Lo1h29WcNgIs2kttnkHuAY65QmMgPv3wy8+bkvrGvW
      9BPHd+HcGuABvL8P7x8gih7C+0eBJ0mSZw2bR2fOnDba2vbDuf1w7mXAYdRWhB4GHAm8ApiubyxM
      lZtuAFFkvJXLdxLHvwDeaJ0SHOdOpaNjAZXKMusUkUypVG4hn/8rnLvcOiWD8gwOfhvrC3si4dub
      2uPCw3b7nmkK0cgNzLkczJixdRvZi4fInFv/gren6Wace2bkZZDh4Q04N0gutxl4lv7+AVat2kgz
      bO0+6aTpDA7OoqXlELw/GO9rP0bRwXh/KHA0cAhpqov/dkrWAXV6FxpAF5GtvH8DHR0HU6k8bJ0i
      0lBKpa9SKLwN719vnSIiIk3jjxSLj+7oFzQMJtJ8lqFhMGvtwDy8n/fcW7a/o3rbO6idexrvN+Nc
      H95v5vmL3lsvZG/C+9qgTxQN433fNr9v7WL4jqTp85u5vJ9C7UL91o+bTu3oS/B+Gs7VXryfivez
      cG4asC+1o4lmII1OAxgi4+MyNAxWnyi6BDjDOkMkc8rlrxPHHcBF1ikZdD5xXCFJvmwdItLE9hp5
      OfAFb91+G9nWoSbvay9bh8q2bihra4M4BhgG+oAtQD+wCRjE+0041z/y9k3AELXH3FB73L319a1/
      3jOk6eA2P9/x++zssfgL/1la8X7qdm+rPT6PoraRoztaRh6X14748D6H9zOJopl4P5Pa1u2ZwEyG
      hyOi6Pl/9q3/fnScR+NI0zCHwZxbrP+ORGQbOZw7H/iSdYhIg0nJ5d7N8PBKdDKKiIhMjlt29gsa
      BhNpNrUjCy+0zpDdev4O6q0X23Z10W3bi9/b2noxfHd2dUfw9r+37h4Oj/caBhMZD0ly88iGzaOt
      UwL0dvL54yiX77QOEcmcjRs/xIwZc4CTrVMy6P/R2XkbxeIvrUNEZFy0UHtS7oVPzI32Ma73u/+Y
      PX0sviPbPwbf0TUBDXiFaiNRFN4wWGfnHNK0YJ0RkCq1wVIJRxuwj3VEcJxbjIbBRF5s+fJ1FAof
      xHsdpSoiIhPPuR0eEQkaBhNpPt7/3jpBRCaZcxoGExkfKXA58FXrkABFOHcx8B7rEJHMWb16gM7O
      M0c2jRxinZMxOdL0OuJ4Pklyr3WMiIgEzvtfUi4PWWeMWrW6WDcGjsp/kCTvs46QUcjnj8O5O6wz
      AnQ8hUIHpVLFOkSk4ZRK1xLH7zMwaQAAHQNJREFUbwfOs04REZGMq1Z/u7NfiiazQ0QaQJL0orvT
      RJrJfSTJI9YRIpnR0vI99HW0XufR2fky6wiRTCoWHyWKzgZ2fySZjNa+wA3MnattESIiMjbO/bd1
      wqgtXLj1KDjZU1F0nXWCjFK5fCfOhbe1rxHoBBKRnatWPwQ8aJ0hIiKZtpZK5f6d/aKGwUSaTwos
      t44QkUmjbYAi42n58k3A96wzAtVGtfpX1hEimVUs/h54v3VGRs2lre1KQGtRRESkflH0P9YJo7Zm
      zevR5tHReJQjjviNdYTUwfurrRMC9S7iuNU6QqQh9fRswPvzqR0fLCIiMhFu3NUvahhMpBk5p+EQ
      kebxB+sAkcypVi+nNlwto+Xc+1iwYF/rDJHMSpLvA9+0zsgk788iji+2zhARkWCtolgMcTvIYuuA
      wCxhyRI96R+ioaFrgGHrjADtj/dvto4QaVjl8q3Av1pniIhIRnl/065+WcNgIs0oTcNbSy8i9fqF
      dYBI5vT03APcbJ0RqKkMDn7YOkIk0/r7PwYstc7IqH8gn9eTXSIiMnreh/f44ZRTpgFnWmcEJYqu
      tU6QOq1c+TgQ3va+RuCchkZFdmXjxr8BVllniIhI5jzCkUfucgGQhsFEmlG5vAJ4zDpDRCbcGpLk
      LusIkYy6zDogYB8mjve2jhDJrN7eQaLoncBD1ikZlMO5H5LPH2UdIiIigcnlfm6dMGpbtrwT0Pft
      e+5+isVl1hEyBt5fZZ0QqLdrA7jILqxePYD3i4AB6xQREckQ76/a3VZiDYOJNKcU+Jl1hIhMMO/D
      u9gsEook+QVwp3VGoF4KXGQdIZJpxeKjOHcW0G+dkkGzcO4m5syZah0iIiLBeJhi8VbriFHTtp/R
      8f46wFtnyBhMmfKfwEbrjABNYXDwHOsIkYZWLq8E/sY6Q0REMsS5/9jdu2gYTKR5/cg6QEQmWBRd
      b50gkmEe+Jp1RMA+SVdXi3WESKaVSivw/gPWGRk1h732+j7grENERCQI11K7MTMc8+YdAZxqnRGU
      XO4a6wQZo2XLtgA/ts4IlIZHRXYnSb4C/MY6Q0REMuHWPTkZSsNgIs1q9uxfoaNjRLJsHaXSLdYR
      Ipk2NHQlsME6I1CHs2nTudYRIplXLn8PDa5ODO/PIo51Z7eIiOyJH1gHjFoudwEaeh6NuygWe6wj
      ZBxEkY6KrM/JzJ9/jHWESINLgXeja4kiIjJWzn15T95Nw2AizWrJkirO/dA6Q0QmiHPXENqdxyKh
      WbnyGeDfrTOC5dxn0BNMIhNv2rRPoLuPJ8rfkc+fZh0hIiIN7TaSpGwdUYfzrQMCo61gWVEs3gKs
      tc4IUrV6gXWCSMNLkgeAD1lniIhI0O6mVPrpnryjhsFEmtnw8LfRsIhIFnnSdLdnRYvIOMjlvg5U
      rTMCdRxx/FbrCJHM6+4eJk3PAR6wTsmgCOeuplA41jpEREQa1jetA0ats/NVgL62jUYud611gowb
      P3KDpYzeBeg5R5HdS5If4r2+boiISL2+wB7Od+gbM5Fm1tNzD3CzdYaIjDPnfk25fKd1hkhTWLFi
      LbBHd2HIDl1iHSDSFCqVJ4AzgS3WKRk0A+9v4qSTpluHiIhIw+mjvT28IyKr1cXWCYEps2LFH60j
      ZBx5r6Mi63M4cXyqdYRIEIaGPgiss84QEZHg9DJ79tV7+s4aBhORy6wDRGSceX+5dYJIk9HX0vq9
      ZmTzgIhMtCQp4/37rDMy6hUMDV2FrrGIiMi2nPt3li7ts84Yla6udpw72zojKNrukj1JchfeF60z
      AnWhdYBIEFatWk+avhud3CMiIqPh3N+wZMken1SjC5UizS5JfoFzJesMERk3dzF7trYUiUymJPkN
      sMo6I1jVqraDiUyWcvkHwL9YZ2SSc6cTx39rnSEiIg1jCOfC+5rb1/d2YJZ1RkA8zl1nHSETwDlt
      B6vPO5g7dx/rCJEgVCq/wvuvWmeIiEgwfk2p9JPRfICGwUTE4/3nrSNEZJx4/w+jmQoXkXGj7WD1
      cu7tdHbOsc4QaRrTpl2Cc7+yzsiozxLHZ1hHiIhIQ7iGYvFB64g66IjI0VlKkjxgHSETIE2vBYas
      MwI0lba2s6wjRIIxffpngNutM0REpOH1k8t9YLQfpGEwEYEk+S9ghXWGiIzZPRx55DXWESJNqa3t
      B8BT1hmBcqTpp6wjRJpGd/cwUXQOsNY6JYMccCUdHa+0DhEREVNDeH+pdcSonXTSAcCbrTOCoiMi
      s6tSeQL4H+uMIKWphkpF9lR3dz9puggYsE4REZGG9gVWrPjjaD9Iw2AiUpOmHwe8dYaIjMnF2gom
      YmTZsi3At60zAnYeHR2HW0eINI0VK57C+zOAZ6xTMmgaUXQT8+bNtA4REREj3n+Xcnm1dcaoDQ+f
      D7RYZwRkmNbWH1tHyATyXkdF1sO5P6Gz82XWGSLBqFRuw7nPWWeIiEjDSujv/2I9H6hhMBGpqVSW
      AbqbTSRcvyZJbrKOEGly3wCGrSMC1Uou93HrCJGmUi6vxPuL0A0hE+FocrkfoGsuIiLN6Bmq1fC2
      gtVcYB0QmF+zfPlj1hEygaZP/09go3VGgCLS9HzrCJGglEr/jPe/tc4QEZGG8wzV6rvo7R2s54N1
      YVJEntfScjHQZ50hIqM2BGiIQsRakjwAaCizXt6/j/nzX2KdIdJUyuXrgH+yzsiot1IohDoMICIi
      9fL+H7nttoesM0Ytn58LzLPOCIqOiMy+7u5+YIl1RqB0VKTI6KR4fyEaQBURkRf6ED0999T7wRoG
      E5HnLV++Duc+ZZ0hIqP2BZJklXWEiADeX2adELB9GB7+sHWESNNJks8AP7fOyCTvP00+f451hoiI
      TJp7mT79X6wj6uLchdYJgRkgTW+0jpBJEEVXWycE6jg6OzutI0SCUqncj3Mfsc4QEZGG8VWS5Ptj
      +Q00DCYiL1Qq/RvO/co6Q0T22O1s3PiP1hEiMqJcvhWoWGcEy7kPM3fuPtYZIk0mZXBwEbDaOiSD
      HM59hzg+wTpEREQmnCdN/2Jkk1BYurpagPOsMwJzMz09G6wjZBIUi7cA91lnBKm25UhERqNUugr4
      kXWGiIiY+zXTpv2fsf4mGgYTke15nHsP8JR1iIjsVj/OLWb16gHrEBHZhraDjcV+tLZeZB0h0nRW
      rVpPFJ0BbLZOyaCpwI0sWLCvdYiIiEyob1GphHlz5ebNbwQOtM4Iio6IbCYe739gHREk789lzpw2
      6wyR4LS1fQAI78hpEREZLyupVt9Bd/fwWH8jDYOJyIsViw/i3GIgtU4RkV36BKWSNhCJNJrp068F
      HrfOCNgniONW6wiRplMs9o7cve+tUzLoSAYHr2Hhwpx1iIiITIh7aW+/2DpiDBZbBwRmM8791DpC
      JlEUXWWdEKiXMGXK26wjRIKzbNnTIwsb9NhcRKT5rAXePF5biDUMJiI7Vir9HOe+aJ0hIjt1DUny
      DesIEdmB2tEw/2adEbDDce5d1hEiTalcvgH4B+uMjHoja9d+wTpCRETG3TOk6TtYurTPOqQucTwD
      70+3zgjMf5Ikz1pHyCQqle4GVlhnBKl2w7mIjFap9Avga9YZIiIyqe4H3kCSPDJev6GGwURk50ql
      z+LcDdYZIvIiCfDn1hEisktXAIPWEcHy/q/RYxURG0nyt8DPrDMyyftPUSho2FVEJEuc+3Mqldus
      M+rm/TnAXtYZQfH+GusEMXG1dUCg3kYc72cdIRKkjRsvBlZZZ4iIyKRYSy73OpLk3vH8TfUEi4js
      Sor3F+B90TpERJ5zP1F0mu5CFWlwtbs3rrfOCNhx5PM6TkLERgosAu62Dskk779DZ+c86wwRERkX
      /0ypdK11xJg4d4F1QmCeZmDgf60jxMQ1wJB1RIBace5c6wiRIK1ePYBzF6KbTUVEsm4lafpqVqxY
      O96/sYbBRGTXkuRZhodPA+6yThERHsf7t1AsPmodIiJ7wPvLrBOC5twl1gkiTStJNgJnAJusUzJo
      b9L0Rm1IEBEJnPe/ZPbsv7bOGJM4PhI4xTojMDfQ26sn5ZtRkjyJ9zdbZwTqQusAkWCVShXgb60z
      RERkgjj337S3v5pK5eGJ+O01DCYiu7dy5eMMD/8pMK6rCUVkVJ4C/pRy+U7rEBHZQ+XyH4AV1hkB
      O4U4frV1hEjTSpK78H4RtU1hMr6OAK6jq6vFOkREROqyiilTzmHJkqp1yJjUtoI564ygpGnYm+Bk
      bKLoKuuEIHlfoKPjldYZIsGaPftLwK3WGSIiMu6uYOrUt7N0ad9E/QEaBhORPXPbbQ+Rpq9HA2Ei
      Fp7AuTeQJKusQ0RklLQdbKy0HUzEUrn8U+DvrDMy6k/YvPlL1hEiIjJq9xBFb2TZsqetQ8bI4b2O
      iBydRznqqG7rCDE0derPgA3WGUGKosXWCSLBWrKkSrW6GG3uFhHJimdwbjFJ8iG6u4cn8g/SMJiI
      7LlK5X6i6NXAbdYpIk3kAZx7zchKaBEJzcDAEuAR64yAvY1C4XjrCJGmliSXAjdaZ2SS9x+nUNAT
      8SIi4XgA+FOKxUetQ8aso+M1wGzrjMD8KPhtcDI23d39wBLrjEAtYuHCnHWESLB6eu4DPmqdISIi
      Y3YHzp1MqTQpG2c1DCYio1MsPkq12oX3v7VOEWkCt9PScgql0t3WISJSp97eQeCb1hkBc6TpxdYR
      Ik3O095+IXCHdUgmef8t8vnYOkNERHbrMXK5N5AkD1iHjAtt6Rk9HREpAN7rqMj6HMLatX9iHSES
      tCT5Pt5fb50hIiJ1SfH+K0ybFlMq3T5Zf6iGwURk9Hp6NjAw8Ebg29YpIhn2E9rbX8Xy5eusQ0Rk
      jFpavgUMWGcEy7lz6eg43DpDpKktXdpHtXoGOhZnIuyFczcyd+7+1iEiIrJTDxJFr2fFij9ah4yL
      BQv2AhZaZwTmPiqVP1hHSAMol38HrLXOCJSGUEXGqqXlL4CHrTNERGRU7sW511Muf2Jk0+yk0TCY
      iNSnt3eQJHk/tdW0g9Y5IhmSApeSJGexdGmfdYyIjIPlyx8DrrPOCFgrUfQJ6wiRptfTcw/OnUft
      exUZXy+jrW0JcdxqHSIiIi+ykuHhBRSLvdYh42Zo6AxgunVGYK4FvHWENAQPXG0dESTvz+SUU6ZZ
      Z4gEbcWKp/D+vehrkohICAaAv2fatOMplbotAjQMJiJjkyRfw7nXAGusU0Qy4FGi6E0kyefQE60i
      2eL9ZdYJgftz4ng/6wiRplcq3Qz8X+uMTPL+tTj3FesMERHZhve/pKXlNdx220PWKeNM23lGS0dE
      yrZyOQ2D1Wcftmx5p3WESPDK5f/B+69bZ4iIyC4491Oq1RNIkr+d7G1g29IwmIiMXam0AsgD11in
      iATs5wwNnUix+EvrEBGZAOVyAiy1zgjY3jj3YesIEQGS5IvAEuuMTPL+QxQK77XOEBERwPurGBh4
      G8uXb7JOGVcdHQfj/RusMwJzJ5XKbdYR0kBqR8Yut84IknMaRhUZD1OmXAzcaZ0hIiLbca6Ec6+j
      VDqdnp57rHM0DCYi4yNJNpIk5+H9WcCj1jkiAXkK5xaTJG9j5crHrWNEZAJ5/zXrhKB5/2Hmzt3H
      OkNE8AwNvQdYaR2SSd5fQRyfZJ0hItLE+vH+w5TLi+ntHbSOGXdRdB6Qs84IjG5+lRfz/irrhEC9
      lo6Ow60jRIK3bNkWYBEwZJ0iIiJA7Trp2ZRK862OhNwRDYOJyPgql2+krW0O3n8XHXMnsise+CEt
      LXMolXQBSaQZOHcDsM46I2AvoaXlfdYRIgKsXPkMUXQm8LR1SgZNAa6ns/NA6xARkSZ0N1G0gHI5
      y0cvXWgdEJxqVUdEyos5dx2QvYHRiRcRRRdYR4hkQpKU8f7z1hkiIk0uAc4kSeaRJEuoPffbMDQM
      JiLjb9mypymXL8L7+Xj/e+sckQZUxvtTSZLzWb78MesYEZkkSTKE99+wzgiac59kzpw26wwRAYrF
      NaTp2cCwdUoGHYL3N3DUUVOsQ0REmob3V9HfX6BY7LFOmTBxnAeOt84IinOlRjjeRRpQkjyJ9/9t
      nRGoxYCzjhDJhHL5i3j/W+sMEZEmk+L9L/H+dJKkkyS5iQYbAttKw2AiMnHK5YRy+TU4txhYa50j
      0gDWAu8mSTopl2+1jhERA879G9BvnRGwQ2lvf5d1hIiMqFR+BXzaOiOTvF/A9Olftc4QEWkC63Bu
      4cixkJutYybYYuuA4HivrWCyc1F0pXVCoI6mo+Nk6wiRjEhpaXkP0GcdIiLSBB7G+38CjqFcfgPl
      8k9p0CGwrTQMJiITLaVUuor+/lcAHwIesQ4SMbAO+AD9/a8gSb6PjlAVaV61u4d/aJ0RuIvRXcQi
      jSNJ/hnQ57WJ4NxfkM+/3zpDRCSjhnDuS/T3H0ep9GPrmAkXx62AbqoYnZQo+pF1hDSwDRt+Bqy3
      zghSFGk4VWS8rFixFu8/Zp0hIpJRzwDX4P1bmD37MMrlS0iSe62j9pSGwURkcvT2DpIkV9DffwTO
      XQjcbZ0kMgnuBT7OtGlHkyTfpLd30DpIRBpAFH2FBr9jpMG9kkLh7dYRIrKNadMuwrmSdUYmOXc5
      HR2vtc4QEckU527BuTyl0sVNsA2sxrm3APtbZwTFud9RLD5onSENbPXqAZxbYp0RqHN0JLrIOCqX
      /wPQ5yMRkfGxHliCcxfS338gSXIe5fJ/s2RJ1TpstDQMJiKTq7d3kFLpSmbPnoP3546cZ64nxCVL
      UuB/ce4MkuQYkuSrdHfrSDgReV6pdDve32KdEbQ0vcQ6QUS20d3dT7X6TuAJ65QMaiWKruPEEw+x
      DhERyYDlwGmUSqdSKt1uHTOpvL/AOiE4OiJS9oT3V1knBGoWM2acbh0hkjEfRCfziIjUwwNl4As4
      9zrgAJLkbEqlK0O/eUjDYCJiY8mSKuXydZTLXVSrxwJfBB62zhIZg3XA/0cudxRJ8iZKpZ+g4yBF
      ZOcusw4ImnOvIp9/jXWGiGyjUrkfOAcYtk7JoANpable2xNEROr2O+BNJMnJJMl/WcdMugUL9gW0
      WXd0hknT7B8fKmOXJEuBNdYZgdJRkSLjKUmexLmL0PIFEZHd8cAdeP8t4HxaWg4iSWKS5DOUSt0k
      yZB14HhpsQ4QEaGn5x7g08Df0Nn5GtL0bOAdwAG2YSK79TjwY9L0OiqV36HhLxHZU0ce+RPWrLkf
      ONw6JVjOXQLcap0hIttIkt8Qx58EvmqdkkEnMX36FcBF1iEiIoEYxrmbgX+hVOq2jjE1OHgOoIHi
      0fkVlYo2nsqe8MDVwOesQwL0ZubO3Z+VKx+3DhHJjFLpZuL4G9S2hImISM1TQBnvK8ByvL+1Wb7X
      1zCYiDSSlGLxt8BvWbjwo9x336upVt+Kc28FjreOExlxF/Az4OfMnn1LiGdEi0gDWLKkSj7/dZz7
      J+uUgL2VfH4u5fJK6xAR2UaSXEYc54ELrVMyx7n3ks+XKZe/bp0iItLA7gb+A7iSUklHJdVo+87o
      XWMdIAGpVq8ml/ss4KxTAtNCS8t5wL9ah4hkzKeA1wPHWoeIiBhYh3MVasc+VvC+QpI8YB1lRcNg
      ItKYagM2vx15uYSOjsOJorcArwO6gP0N66S5PA38Fud+jfc3kyT3PvcrSWJXJSLhGxr6Dm1tnwf2
      tk4JlCOKPgVcYB0iItuZNu0v2bTplTjXaZ2SOc59hY6OVVQqt1iniIg0kEeo3bR1JUnyO+uYhjJ/
      /jFUqydbZwSmH7jJOkIC0tNzD4XCH/B+gXVKcJxbjIbBRMZXkjxLR8ciouj3QKt1jojIBEiBB3Fu
      NWm6GudWAytJ00qzbPzaUxoGE5EwVCr3A98ceXF0dr4S71+H9ycDMXAMEFkmSmasBUrAH4BukqQH
      Hf8oIhNh1ar15PNX4dxfWKcEy/tzmTfvs/T03GedIiLb6O7u56STzmJ4uISOfh9vrUTREjo7CxSL
      D1rHSPD+Ee8Px7mXA4cBB6NrhRKGlNrj9p/h/c8pl8vUjmqT7Q0PL8ZpWdEo3UySbLSOkMB4fzWg
      YbDR6yCOTyBJVlmHiGRKpVIijv8euNQ6RUSkTlXgQbxfjXP3AKtHhr/uYdOmNaxePWAdGAJd4BGR
      EHmKxV6gF7gcgJNOmk61msf7GO8LOFcAjkTruWXXHgKKOFciTUu0tJRYseIp6ygRaSK53NdI0/ej
      r1f1aiGKPgl8xDpERLazfPk68vmFOPcrdDfyeNsf729gwYLXsmzZFusYCViSfPYFP+/qaqGv72Dg
      MLw/gig6nNqQ2GF4fxhwBNpoKjaGgAqwDO+XMTz8G1aufNw6KgARzi2yjgiQjoiU0cvlrqNa/QrQ
      Zp0SoAuB/2MdIZI5s2d/gXvvfQvOvco6RURkO4+NvKwDHqd2tONjeL+ONH2MlpZ1PPvsY/T2Dtpm
      hk/DYCKSDcuXbwK6R15q5s2biXMxUVTAuWNJ02Nx7hhgP5tIMdQH/HHk5S68r+BciSR5xLhLRJpd
      sdhLPv8rnPtT65RgOfdeOjr+XiugRRpQuXwrcfwx4ArrlMzxvsDAwLeAxdYpkiHd3cPAAyMvOz5q
      r/Y4+2BaWg7G+4Pw/mBqG8UO2u7H9smJlgxKgdXAbSM3bi1jypSShl/rEMenAodbZwSmD/gv6wgJ
      0IoVTxHHPwfOsE4J0Hl0df31yPchIjJeliypEseLgR5gqnWOiGTSM8AGYD2wHuc24P0LX3duPbCB
      NH2c1tZ1DA8/RpIMmVY3kRZqfzkyOvoPVCQEPT0bgF+NvDzvhBNm0dZ2DM4dMzIgdjS1YyaPBvaZ
      /FAZJ0PAWpy7G+/vxvt7iKI/4v3dGvpqUi0tKfo+Z/TStGqd0IS+Su3IY6lXLvce4J+sM8bM+2H0
      eWv01q3TsVCNLEm+QRzPBc6xTskc506jUHgvpdJ3rVOkidQeZ28A7tjl+y1YsC/Dw7VhsTQ9gNpN
      Wfvh3IHPvV572R+YNbHR0sAexfu7ca4X72/DudsYGrqdlSufsQ7LiDPR95ajdQNJ8qx1hATKue/h
      /anWGQFqp6/vNcBvrEMA8H4z+ty5O7p2GIokuZdC4WN4/8/WKQ2uuZ/3j6KBkQEeCcsWoH8Hb38W
      ePERirWvb7X/1p1LgY3AEM5txvuBkY+rfezz77sR51KiaD1pWsX7TUTRZnK5DWzevF6buxqfjqMR
      EdnWiSceQkvLodTuZn7ZyI+H4NwheH8QcCgw3TKxSfUDDwMP4/064BGi6EHgUdJ0HbncQ+yzzwO6
      g0xERERERCQwcdzK1uEw719KFB2A9/sBs/B+Js7N2u71mdQGyKYZVsueGQIeAR4EVuPcPaRp7cf2
      9ntYurTPuE9EREREREQkkzQMJiIyWnPn7kNra21QzPtDcG5fvJ+1wx9rF6j3BVptoxvOeuBpnFuP
      98//uO3rUfQY3j8IPEKSPGkdLCIiIiIiIg2kq6uFvr6ZVKuzaG2dSZrWBsZgJs5Npbb5ex+8n0kU
      7YP3++D9NGAGzu098uszqA2Vtdj9gwTpWeBJvH8M554AngSeAB7EuXV4v440fZBK5VFqxz6KiIiI
      iIiIyCTSMJiIyGSYM2cq7e37kqaziKJ98X4qzrXj3DTStAXnZuFcy8iF6Xac2wvvp1IbIptJ7cL0
      1o1kU4C9d/Cn7OgCdkTt4vb2+qmtEN3eRl58oXYY2Hq3bj/eb8G5rStCN4z82IdztV97fn3oBmCY
      XG4TsJFqdT1TpjzNsmXrAR3nJCIiIiIiIo3hqKOmsNdee9PWNo0oqj3+rlZzwAxyuQjvZ+K9w/tZ
      RJEbGTrb+ng7h3O1x+u1x/fbbiybgfcRAM61A3uNvN1Re6y/1c4eu+/I7o7V7KP2OH5nb38GGAS2
      4H0/zm09EmRw5H02Uns8vwnn+oBNeL9p5O1PAk/qGD0RERERERGRxvb/AwMIVNeruu9sAAAAAElF
      TkSuQmCC
    )
  )

  (symbol (lib_id "Device:C_Polarized") (at 125.73 62.23 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 0bf29121-f18f-4c86-a759-404d4ec66055)
    (property "Reference" "C2" (id 0) (at 129.54 60.0709 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Value" "100 uF" (id 1) (at 129.54 62.6109 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Footprint" "Capacitor_THT:CP_Axial_L10.0mm_D4.5mm_P15.00mm_Horizontal" (id 2) (at 126.6952 66.04 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 125.73 62.23 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 58e0c87d-2ecc-4c9a-a2a8-d6031c3f823b))
    (pin "2" (uuid 36065304-e99c-4071-b1eb-b2b55c2d7088))
  )

  (symbol (lib_id "Device:C_Polarized") (at 139.7 31.75 90) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 1127a792-de68-48bf-9fae-7cb22e2e7d9f)
    (property "Reference" "C3" (id 0) (at 138.811 24.13 90))
    (property "Value" "0.1µF" (id 1) (at 138.811 26.67 90))
    (property "Footprint" "Capacitor_THT:CP_Axial_L10.0mm_D4.5mm_P15.00mm_Horizontal" (id 2) (at 143.51 30.7848 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 139.7 31.75 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 64199d88-6b24-4aa6-a8db-7d67759352e3))
    (pin "2" (uuid c6d6ee17-dcd7-404b-b0e4-8c052fd7e577))
  )

  (symbol (lib_id "power:GND") (at 137.16 72.39 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 2391cee2-00f1-4c66-9242-d3cd0fc1de93)
    (property "Reference" "#PWR04" (id 0) (at 137.16 78.74 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Value" "GND" (id 1) (at 137.16 77.47 0))
    (property "Footprint" "" (id 2) (at 137.16 72.39 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "" (id 3) (at 137.16 72.39 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid d74d45b5-99db-4053-8f4f-8c0cb3893cfa))
  )

  (symbol (lib_id "Device:R") (at 193.04 139.7 180) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 23cfe2b4-32c9-4137-a1f0-6b06c5bf518b)
    (property "Reference" "R7" (id 0) (at 195.58 138.4299 0)
      (effects (font (size 1.27 1.27)) (justify right))
    )
    (property "Value" "1k" (id 1) (at 195.58 140.9699 0)
      (effects (font (size 1.27 1.27)) (justify right))
    )
    (property "Footprint" "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal" (id 2) (at 194.818 139.7 90)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 193.04 139.7 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid a4c6c737-4667-48c5-944a-7cbd08e04a7d))
    (pin "2" (uuid 12e29857-2355-43b5-9295-20134c109936))
  )

  (symbol (lib_id "Transistor_BJT:2N3904") (at 102.87 50.8 0) (mirror y) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 2754f043-5635-4476-8b6d-f29f770010d9)
    (property "Reference" "Q2" (id 0) (at 97.79 49.5299 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Value" "2N3904" (id 1) (at 97.79 52.0699 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Footprint" "Package_TO_SOT_THT:TO-92_Inline" (id 2) (at 97.79 52.705 0)
      (effects (font (size 1.27 1.27) italic) (justify left) hide)
    )
    (property "Datasheet" "https://www.onsemi.com/pub/Collateral/2N3903-D.PDF" (id 3) (at 102.87 50.8 0)
      (effects (font (size 1.27 1.27)) (justify left) hide)
    )
    (pin "1" (uuid c69de27f-9c8e-4242-b38a-bc111ce464c9))
    (pin "2" (uuid 9db75efd-4393-4e19-af64-5553ff2b5f91))
    (pin "3" (uuid 5756a99d-c0b4-4261-8df7-36b3301d1b27))
  )

  (symbol (lib_id "Device:R") (at 60.96 69.85 90) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 2965a1e9-cb8f-4d9b-93e0-95843a6dff7e)
    (property "Reference" "R2" (id 0) (at 60.96 63.5 90))
    (property "Value" "1.5M" (id 1) (at 60.96 66.04 90))
    (property "Footprint" "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal" (id 2) (at 60.96 71.628 90)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 60.96 69.85 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 3c27dd85-76cc-485d-8748-c1341582d0a6))
    (pin "2" (uuid 838ca87b-bdb5-4ec4-a9ef-6ec563dde333))
  )

  (symbol (lib_id "power:GNDREF") (at 215.9 95.25 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 2c6c8761-1335-4ea7-8bc8-75ca84c46070)
    (property "Reference" "#PWR07" (id 0) (at 215.9 101.6 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Value" "GNDREF" (id 1) (at 215.9 100.33 0))
    (property "Footprint" "" (id 2) (at 215.9 95.25 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "" (id 3) (at 215.9 95.25 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 1460346b-34c2-4015-b6cf-380ba0ce5728))
  )

  (symbol (lib_id "Device:R") (at 125.73 40.64 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 52670855-d56c-4ed9-aed5-150babc74c48)
    (property "Reference" "R4" (id 0) (at 128.27 39.3699 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Value" "150k" (id 1) (at 128.27 41.9099 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Footprint" "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal" (id 2) (at 123.952 40.64 90)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 125.73 40.64 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid be45f4fe-262a-4a18-85a6-1acf2619c3c1))
    (pin "2" (uuid ed3beb24-cfbb-42b5-97fe-cf70f207058e))
  )

  (symbol (lib_id "Device:LED") (at 242.57 123.19 90) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 56d2d238-77ae-44ba-92a4-a4a8c9540948)
    (property "Reference" "D2" (id 0) (at 246.38 123.5074 90)
      (effects (font (size 1.27 1.27)) (justify right))
    )
    (property "Value" "LED" (id 1) (at 246.38 126.0474 90)
      (effects (font (size 1.27 1.27)) (justify right))
    )
    (property "Footprint" "LED_THT:LED_D5.0mm" (id 2) (at 242.57 123.19 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 242.57 123.19 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid ed59c5e1-4ec8-495c-8c81-a0eb9379a5f4))
    (pin "2" (uuid cd24307f-c1e3-4d3f-810d-d7de1ae76c99))
  )

  (symbol (lib_id "Device:R") (at 167.64 57.15 90) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 572b8133-1587-41d4-b4e0-8c822c8f0f48)
    (property "Reference" "R6" (id 0) (at 167.64 50.8 90))
    (property "Value" "1.5M" (id 1) (at 167.64 53.34 90))
    (property "Footprint" "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal" (id 2) (at 167.64 58.928 90)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 167.64 57.15 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 43d8b1a3-6f28-4586-91a7-5bc509cb59f8))
    (pin "2" (uuid 5aab5805-892d-4d05-b40b-cca86ca609e7))
  )

  (symbol (lib_id "power:GND") (at 250.19 134.62 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 5bdfcf3e-1c2f-4a2f-b349-a5a0d30e9f94)
    (property "Reference" "#PWR09" (id 0) (at 250.19 140.97 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Value" "GND" (id 1) (at 250.19 139.7 0))
    (property "Footprint" "" (id 2) (at 250.19 134.62 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "" (id 3) (at 250.19 134.62 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid e3881d7a-96bb-4b52-9e12-c6faf94f8e00))
  )

  (symbol (lib_id "Device:R") (at 165.1 36.83 90) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 7b779375-8e0b-407d-a23c-4b2ad0fa5548)
    (property "Reference" "R5" (id 0) (at 165.1 30.48 90))
    (property "Value" "1k" (id 1) (at 165.1 33.02 90))
    (property "Footprint" "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal" (id 2) (at 165.1 38.608 90)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 165.1 36.83 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 2672c18c-eee8-4a90-8311-49d785f0ac82))
    (pin "2" (uuid 8ea38b62-a4b9-40f0-9ae2-8270737ebcab))
  )

  (symbol (lib_id "Device:R") (at 48.26 106.68 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 7c319580-cb25-4fc4-9979-d0ee7a61d9c6)
    (property "Reference" "R1" (id 0) (at 50.8 105.4099 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Value" "10M" (id 1) (at 50.8 107.9499 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Footprint" "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal" (id 2) (at 46.482 106.68 90)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 48.26 106.68 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 6e873e64-681e-4943-9eee-b0f14a850d16))
    (pin "2" (uuid 151c8de1-b09f-468b-b5a6-8987e7817cbc))
  )

  (symbol (lib_id "Device:C_Polarized") (at 190.5 36.83 90) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid 9c4aab7d-20a7-4e36-aba8-1f04653b5d7c)
    (property "Reference" "C4" (id 0) (at 189.611 29.21 90))
    (property "Value" "20nF" (id 1) (at 189.611 31.75 90))
    (property "Footprint" "Capacitor_THT:CP_Axial_L10.0mm_D4.5mm_P15.00mm_Horizontal" (id 2) (at 194.31 35.8648 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 190.5 36.83 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid af776698-3c55-4ae5-934b-f8c8fdc0e232))
    (pin "2" (uuid 27a5a3c9-f1ef-4d7e-8242-a68d9aab125a))
  )

  (symbol (lib_id "Transistor_FET:2N7000") (at 72.39 95.25 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid a370fd4a-34e4-4232-8697-46cf66b59556)
    (property "Reference" "Q1" (id 0) (at 78.74 93.9799 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Value" "2N7000" (id 1) (at 78.74 96.5199 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Footprint" "Package_TO_SOT_THT:TO-92_Inline" (id 2) (at 77.47 97.155 0)
      (effects (font (size 1.27 1.27) italic) (justify left) hide)
    )
    (property "Datasheet" "https://www.onsemi.com/pub/Collateral/NDS7002A-D.PDF" (id 3) (at 72.39 95.25 0)
      (effects (font (size 1.27 1.27)) (justify left) hide)
    )
    (pin "1" (uuid 6d50bfcc-8892-442f-8199-2363afce66ed))
    (pin "2" (uuid 1b7ef488-27f5-4d41-8eb4-824f4607b344))
    (pin "3" (uuid 8e72102a-f29f-4fb3-9202-26b6245f04da))
  )

  (symbol (lib_id "Device:Buzzer") (at 251.46 113.03 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid a43312f4-02b5-48f7-89da-9831bc965996)
    (property "Reference" "BZ1" (id 0) (at 255.27 111.7599 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Value" "Buzzer" (id 1) (at 255.27 114.2999 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Footprint" "Buzzer_Beeper:Buzzer_15x7.5RM7.6" (id 2) (at 250.825 110.49 90)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 250.825 110.49 90)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 90cb40bb-7e0c-48ab-b2b4-456368bb3720))
    (pin "2" (uuid 875c8b9e-f10c-4f13-83d3-52d23541749b))
  )

  (symbol (lib_id "Analog_Switch:TS5A3166DBVR") (at 201.93 92.71 90) (mirror x) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid acc0fc43-a19a-4c36-8278-2ffa0aaa57c9)
    (property "Reference" "SW1" (id 0) (at 215.9 88.6712 90))
    (property "Value" "TS5A3166DBVR" (id 1) (at 215.9 91.2112 90))
    (property "Footprint" "Package_TO_SOT_SMD:SOT-23-5" (id 2) (at 205.74 91.44 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" " http://www.ti.com/lit/ds/symlink/ts5a3166.pdf" (id 3) (at 199.39 92.71 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 71a375c2-2836-4cd1-b226-d85a08736001))
    (pin "2" (uuid 476cee13-bbf0-41c7-930b-5753956bb03c))
    (pin "3" (uuid c1c54e2f-79f9-4eb6-a164-d9cb4b3b1782))
    (pin "4" (uuid ae2bb3a2-93ae-4407-b30b-2a416dd55c6e))
    (pin "5" (uuid 2ea4576a-0343-46f7-a12a-16c9233e3895))
  )

  (symbol (lib_id "Sensor_Optical:BPW34") (at 48.26 87.63 270) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid b10a43fe-d13a-4fb1-a50c-7b1f30f48d03)
    (property "Reference" "D1" (id 0) (at 53.34 85.4328 90)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Value" "BPW34" (id 1) (at 53.34 87.9728 90)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Footprint" "OptoDevice:Osram_DIL2_4.3x4.65mm_P5.08mm" (id 2) (at 52.705 87.63 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "http://www.vishay.com/docs/81521/bpw34.pdf" (id 3) (at 48.26 86.36 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 79daa42d-a99c-478e-ab0b-2e49ab5c9883))
    (pin "2" (uuid aac70cca-47f6-4358-9c6e-591e9ec685b0))
  )

  (symbol (lib_id "Device:R") (at 74.93 80.01 0) (unit 1)
    (in_bom yes) (on_board yes)
    (uuid b1ebc51b-4675-4add-90c9-9d5d636ee59d)
    (property "Reference" "R3" (id 0) (at 77.47 78.7399 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Value" "56k" (id 1) (at 77.47 81.2799 0)
      (effects (font (size 1.27 1.27)) (justify left))
    )
    (property "Footprint" "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal" (id 2) (at 73.152 80.01 90)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 74.93 80.01 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 83d7af63-4f44-41a6-89aa-1bcb591ee9d4))
    (pin "2" (uuid a2eea58b-04b2-44c6-9b14-e2bfc6f75b9e))
  )

  (symbol (lib_id "Device:R") (at 242.57 105.41 180) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid b33ce93a-6997-4ec9-b4b9-64de3c703490)
    (property "Reference" "R8" (id 0) (at 245.11 104.1399 0)
      (effects (font (size 1.27 1.27)) (justify right))
    )
    (property "Value" "1k" (id 1) (at 245.11 106.6799 0)
      (effects (font (size 1.27 1.27)) (justify right))
    )
    (property "Footprint" "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal" (id 2) (at 244.348 105.41 90)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 242.57 105.41 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 733d4eed-ed43-4f89-8c23-5f5d683f726f))
    (pin "2" (uuid 7c8bc46c-5675-41e9-acfa-0823b4c0960f))
  )

  (symbol (lib_id "power:PWR_FLAG") (at 148.59 160.02 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid b7f9a8eb-793d-464c-b77a-40817f4b0c3f)
    (property "Reference" "#FLG01" (id 0) (at 148.59 158.115 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Value" "PWR_FLAG" (id 1) (at 148.59 154.94 0))
    (property "Footprint" "" (id 2) (at 148.59 160.02 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 148.59 160.02 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 2e4f3611-2b84-420b-8f4c-43e71ee7e883))
  )

  (symbol (lib_id "power:GND") (at 21.59 81.28 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid bb9bd777-6761-495b-9bdc-0e2e83a805b9)
    (property "Reference" "#PWR01" (id 0) (at 21.59 87.63 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Value" "GND" (id 1) (at 21.59 86.36 0))
    (property "Footprint" "" (id 2) (at 21.59 81.28 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "" (id 3) (at 21.59 81.28 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 1dfcd6d1-a486-4ccd-8e02-71c306742da5))
  )

  (symbol (lib_id "Amplifier_Operational:LM358") (at 163.83 85.09 0) (mirror x) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid c3212f85-cf66-4f7f-8b36-26a0c66bbcc2)
    (property "Reference" "U1" (id 0) (at 163.83 74.93 0))
    (property "Value" "LM358" (id 1) (at 163.83 77.47 0))
    (property "Footprint" "Package_DIP:DIP-8_W7.62mm" (id 2) (at 163.83 85.09 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "http://www.ti.com/lit/ds/symlink/lm2904-n.pdf" (id 3) (at 163.83 85.09 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid bc8c0606-eae3-42c2-bdfa-41e547d9bcca))
    (pin "2" (uuid b2ec89eb-0371-419f-a45e-4107bfbda0cf))
    (pin "3" (uuid bfb6da8c-1f67-4daa-b465-f731dd0c9935))
  )

  (symbol (lib_id "power:GND") (at 166.37 160.02 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid cbd1beb0-4e1a-4131-bc21-f5d04a4adbc8)
    (property "Reference" "#PWR05" (id 0) (at 166.37 166.37 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Value" "GND" (id 1) (at 166.37 165.1 0))
    (property "Footprint" "" (id 2) (at 166.37 160.02 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "" (id 3) (at 166.37 160.02 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid d90efae5-b5a9-4066-a745-a5f9e06a38b6))
  )

  (symbol (lib_id "power:GND") (at 204.47 44.45 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid d3273f7f-81a8-4743-97b3-2d14d346318d)
    (property "Reference" "#PWR06" (id 0) (at 204.47 50.8 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Value" "GND" (id 1) (at 204.47 49.53 0))
    (property "Footprint" "" (id 2) (at 204.47 44.45 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "" (id 3) (at 204.47 44.45 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 0e466b9d-3a5a-4f35-a71c-9d81eaa44b18))
  )

  (symbol (lib_id "Device:C_Polarized") (at 218.44 124.46 90) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid d8cfd5b3-81a4-4a23-807b-af065da9757a)
    (property "Reference" "C5" (id 0) (at 217.551 116.84 90))
    (property "Value" "0.01µF" (id 1) (at 217.551 119.38 90))
    (property "Footprint" "Capacitor_THT:CP_Axial_L10.0mm_D4.5mm_P15.00mm_Horizontal" (id 2) (at 222.25 123.4948 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 218.44 124.46 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid f36a1264-cb6c-45fa-afbc-270a2f0609e6))
    (pin "2" (uuid 62e852a4-1763-4c21-ae61-7f02ecad037a))
  )

  (symbol (lib_id "power:GND") (at 63.5 114.3 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid ebed6589-278a-4a15-9559-ea7a4d8d2b1c)
    (property "Reference" "#PWR02" (id 0) (at 63.5 120.65 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Value" "GND" (id 1) (at 63.5 119.38 0))
    (property "Footprint" "" (id 2) (at 63.5 114.3 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "" (id 3) (at 63.5 114.3 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid d0cc4791-131e-4fd3-99cb-787c7704790a))
  )

  (symbol (lib_id "Device:C_Polarized") (at 35.56 69.85 270) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid ef30db09-68a9-4ed2-a5ff-60d3bf9676f6)
    (property "Reference" "C1" (id 0) (at 36.449 62.23 90))
    (property "Value" "0.1µF" (id 1) (at 36.449 64.77 90))
    (property "Footprint" "Capacitor_THT:CP_Axial_L10.0mm_D4.5mm_P15.00mm_Horizontal" (id 2) (at 31.75 70.8152 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 35.56 69.85 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 424267f6-8435-4c4b-9446-003dffbc32c8))
    (pin "2" (uuid a88614b2-f55b-4086-9433-44fa7ec55627))
  )

  (symbol (lib_id "power:+9V") (at 100.33 27.94 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid f38e52ce-8c67-46de-9f5a-ac874314230c)
    (property "Reference" "#PWR03" (id 0) (at 100.33 31.75 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Value" "+9V" (id 1) (at 100.33 22.86 0))
    (property "Footprint" "" (id 2) (at 100.33 27.94 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "" (id 3) (at 100.33 27.94 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 2a0edd42-4c5a-426b-9a5d-e63f3ae4b6a1))
  )

  (symbol (lib_id "power:PWR_FLAG") (at 229.87 140.97 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid f4428751-4522-4056-a660-a101cc66f793)
    (property "Reference" "#FLG02" (id 0) (at 229.87 139.065 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Value" "PWR_FLAG" (id 1) (at 229.87 135.89 0))
    (property "Footprint" "" (id 2) (at 229.87 140.97 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 229.87 140.97 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid ef60d0b1-799a-4fe1-a7e2-6b0ec82d56c6))
  )

  (symbol (lib_id "power:+9V") (at 217.17 140.97 0) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid f6e75d5e-bca1-46da-ae17-c704cd15d3f1)
    (property "Reference" "#PWR08" (id 0) (at 217.17 144.78 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Value" "+9V" (id 1) (at 217.17 135.89 0))
    (property "Footprint" "" (id 2) (at 217.17 140.97 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "" (id 3) (at 217.17 140.97 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 2fedc85e-b768-4865-a40a-af541ee5f830))
  )

  (symbol (lib_id "Device:R_Potentiometer") (at 193.04 152.4 270) (mirror x) (unit 1)
    (in_bom yes) (on_board yes) (fields_autoplaced)
    (uuid fc08777f-d678-4bc4-8021-8a14b6505c88)
    (property "Reference" "RV1" (id 0) (at 193.04 156.21 90))
    (property "Value" "250kΩ" (id 1) (at 193.04 158.75 90))
    (property "Footprint" "Potentiometer_THT:Potentiometer_Vishay_T7-YA_Single_Vertical" (id 2) (at 193.04 152.4 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (property "Datasheet" "~" (id 3) (at 193.04 152.4 0)
      (effects (font (size 1.27 1.27)) hide)
    )
    (pin "1" (uuid 2f431e0e-5dfe-44b8-82b2-1d10e217638f))
    (pin "2" (uuid 7a52e345-2c81-41be-a4b5-ce28dd6d2d7d))
    (pin "3" (uuid 14c9214e-2849-4c9e-9466-4cf6695553f5))
  )

  (sheet_instances
    (path "/" (page "1"))
  )

  (symbol_instances
    (path "/b7f9a8eb-793d-464c-b77a-40817f4b0c3f"
      (reference "#FLG01") (unit 1) (value "PWR_FLAG") (footprint "")
    )
    (path "/f4428751-4522-4056-a660-a101cc66f793"
      (reference "#FLG02") (unit 1) (value "PWR_FLAG") (footprint "")
    )
    (path "/bb9bd777-6761-495b-9bdc-0e2e83a805b9"
      (reference "#PWR01") (unit 1) (value "GND") (footprint "")
    )
    (path "/ebed6589-278a-4a15-9559-ea7a4d8d2b1c"
      (reference "#PWR02") (unit 1) (value "GND") (footprint "")
    )
    (path "/f38e52ce-8c67-46de-9f5a-ac874314230c"
      (reference "#PWR03") (unit 1) (value "+9V") (footprint "")
    )
    (path "/2391cee2-00f1-4c66-9242-d3cd0fc1de93"
      (reference "#PWR04") (unit 1) (value "GND") (footprint "")
    )
    (path "/cbd1beb0-4e1a-4131-bc21-f5d04a4adbc8"
      (reference "#PWR05") (unit 1) (value "GND") (footprint "")
    )
    (path "/d3273f7f-81a8-4743-97b3-2d14d346318d"
      (reference "#PWR06") (unit 1) (value "GND") (footprint "")
    )
    (path "/2c6c8761-1335-4ea7-8bc8-75ca84c46070"
      (reference "#PWR07") (unit 1) (value "GNDREF") (footprint "")
    )
    (path "/f6e75d5e-bca1-46da-ae17-c704cd15d3f1"
      (reference "#PWR08") (unit 1) (value "+9V") (footprint "")
    )
    (path "/5bdfcf3e-1c2f-4a2f-b349-a5a0d30e9f94"
      (reference "#PWR09") (unit 1) (value "GND") (footprint "")
    )
    (path "/a43312f4-02b5-48f7-89da-9831bc965996"
      (reference "BZ1") (unit 1) (value "Buzzer") (footprint "Buzzer_Beeper:Buzzer_15x7.5RM7.6")
    )
    (path "/ef30db09-68a9-4ed2-a5ff-60d3bf9676f6"
      (reference "C1") (unit 1) (value "0.1µF") (footprint "Capacitor_THT:CP_Axial_L10.0mm_D4.5mm_P15.00mm_Horizontal")
    )
    (path "/0bf29121-f18f-4c86-a759-404d4ec66055"
      (reference "C2") (unit 1) (value "100 uF") (footprint "Capacitor_THT:CP_Axial_L10.0mm_D4.5mm_P15.00mm_Horizontal")
    )
    (path "/1127a792-de68-48bf-9fae-7cb22e2e7d9f"
      (reference "C3") (unit 1) (value "0.1µF") (footprint "Capacitor_THT:CP_Axial_L10.0mm_D4.5mm_P15.00mm_Horizontal")
    )
    (path "/9c4aab7d-20a7-4e36-aba8-1f04653b5d7c"
      (reference "C4") (unit 1) (value "20nF") (footprint "Capacitor_THT:CP_Axial_L10.0mm_D4.5mm_P15.00mm_Horizontal")
    )
    (path "/d8cfd5b3-81a4-4a23-807b-af065da9757a"
      (reference "C5") (unit 1) (value "0.01µF") (footprint "Capacitor_THT:CP_Axial_L10.0mm_D4.5mm_P15.00mm_Horizontal")
    )
    (path "/b10a43fe-d13a-4fb1-a50c-7b1f30f48d03"
      (reference "D1") (unit 1) (value "BPW34") (footprint "OptoDevice:Osram_DIL2_4.3x4.65mm_P5.08mm")
    )
    (path "/56d2d238-77ae-44ba-92a4-a4a8c9540948"
      (reference "D2") (unit 1) (value "LED") (footprint "LED_THT:LED_D5.0mm")
    )
    (path "/a370fd4a-34e4-4232-8697-46cf66b59556"
      (reference "Q1") (unit 1) (value "2N7000") (footprint "Package_TO_SOT_THT:TO-92_Inline")
    )
    (path "/2754f043-5635-4476-8b6d-f29f770010d9"
      (reference "Q2") (unit 1) (value "2N3904") (footprint "Package_TO_SOT_THT:TO-92_Inline")
    )
    (path "/7c319580-cb25-4fc4-9979-d0ee7a61d9c6"
      (reference "R1") (unit 1) (value "10M") (footprint "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal")
    )
    (path "/2965a1e9-cb8f-4d9b-93e0-95843a6dff7e"
      (reference "R2") (unit 1) (value "1.5M") (footprint "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal")
    )
    (path "/b1ebc51b-4675-4add-90c9-9d5d636ee59d"
      (reference "R3") (unit 1) (value "56k") (footprint "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal")
    )
    (path "/52670855-d56c-4ed9-aed5-150babc74c48"
      (reference "R4") (unit 1) (value "150k") (footprint "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal")
    )
    (path "/7b779375-8e0b-407d-a23c-4b2ad0fa5548"
      (reference "R5") (unit 1) (value "1k") (footprint "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal")
    )
    (path "/572b8133-1587-41d4-b4e0-8c822c8f0f48"
      (reference "R6") (unit 1) (value "1.5M") (footprint "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal")
    )
    (path "/23cfe2b4-32c9-4137-a1f0-6b06c5bf518b"
      (reference "R7") (unit 1) (value "1k") (footprint "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal")
    )
    (path "/b33ce93a-6997-4ec9-b4b9-64de3c703490"
      (reference "R8") (unit 1) (value "1k") (footprint "Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal")
    )
    (path "/fc08777f-d678-4bc4-8021-8a14b6505c88"
      (reference "RV1") (unit 1) (value "250kΩ") (footprint "Potentiometer_THT:Potentiometer_Vishay_T7-YA_Single_Vertical")
    )
    (path "/acc0fc43-a19a-4c36-8278-2ffa0aaa57c9"
      (reference "SW1") (unit 1) (value "TS5A3166DBVR") (footprint "Package_TO_SOT_SMD:SOT-23-5")
    )
    (path "/c3212f85-cf66-4f7f-8b36-26a0c66bbcc2"
      (reference "U1") (unit 1) (value "LM358") (footprint "Package_DIP:DIP-8_W7.62mm")
    )
  )
)