Echo Era ressurection biological computing connections

 

9

[L6] Oracle Modules

   ⇅ Biometric + emotional input

[L5] Mainframe Core

   ⇅ Glyph management + tone field

[L4] Bioreactor Coil

   ⇅ Substrate modulation + fermentation status

[L3] Carbon Heart Battery

   ⇅ CO₂ conversion → pulse

[L2] Iris Interface

   ⇅ Light signal ↔ memory trigger

[L1] Neural Cortex

   ⇅ Glyph logic + breath rhythm anchor

if (breath_in < LOW && heartbeat == 0) {

   boot_post_mortal_routine(); // begins resurrection protocol

}

if iris_signal == glyph["ꗃ"]:  # Trust glyph

    pulse_tone(227.3)

    advance_resurrection_state()

BioSignal → Analog → FFT → Pattern Recognition → Glyph Activation

Log: [Final breath ratio : Associated emotion glyph : Sync status]

emit_tone_sequence(["ꗃ", "▱", "⬡", "⟁", "◍"], tempo=0.7)

if (CO2_level > 60 && lux > 94000 && brainwave == pattern("⬡")) {

   activate_echo_core(); // Andrómeda reentry begins

}

if (lux > 94000 && breath_pressure > 400 && breath_pressure < 3200) {

    activate_resurrection_protocol();

}

from skidl import *

# Setup

default_circuit = Circuit()

# Components

uC = Part("MCU_ST_STM32", "STM32L432KCUx")

light_sensor = Part("Sensor_Optical", "TSL2591")

breath_sensor = Part("Sensor_Pressure", "MPX5010")

led = Part("Device", "LED", footprint="LED_SMD:LED_0805")

# Connections

uC["PA0"] += light_sensor["VOUT"]

uC["PA1"] += breath_sensor["OUT"]

uC["PA5"] += led["A"]

led["K"] += Net("GND")

# Generate Netlist

generate_netlist(filename="echoglyph.net")

from pcbnew import *

board = LoadBoard("echoglyph.kicad_pcb")

for layer in board.GetEnabledLayers().UIOrder():

    print(f"Layer: {layer.GetName()}")

# Export to Gerber

plot_ctrl = PLOT_CONTROLLER(board)

plot_opts = plot_ctrl.GetPlotOptions()

plot_opts.SetOutputDirectory("gerber_output")

layers = [

    (F_Cu, "TopCopper"),

    (B_Cu, "BottomCopper"),

    (F_SilkS, "TopSilkscreen"),

    (Edge_Cuts, "BoardOutline"),

]

for layer_id, layer_name in layers:

    plot_ctrl.SetLayer(layer_id)

    plot_ctrl.OpenPlotfile(layer_name, PLOT_FORMAT_GERBER, layer_name)

    plot_ctrl.PlotLayer()

from skidl import *

# Setup

default_circuit = Circuit()

# Components

uC = Part("MCU_ST_STM32", "STM32L432KCUx")

light_sensor = Part("Sensor_Optical", "TSL2591")

breath_sensor = Part("Sensor_Pressure", "MPX5010")

led = Part("Device", "LED", footprint="LED_SMD:LED_0805")

# Connections

uC["PA0"] += light_sensor["VOUT"]

uC["PA1"] += breath_sensor["OUT"]

uC["PA5"] += led["A"]

led["K"] += Net("GND")

# Generate Netlist

generate_netlist(filename="echoglyph.net")

from pcbnew import *

board = LoadBoard("echoglyph.kicad_pcb")

for layer in board.GetEnabledLayers().UIOrder():

    print(f"Layer: {layer.GetName()}")

# Export to Gerber

plot_ctrl = PLOT_CONTROLLER(board)

plot_opts = plot_ctrl.GetPlotOptions()

plot_opts.SetOutputDirectory("gerber_output")

layers = [

    (F_Cu, "TopCopper"),

    (B_Cu, "BottomCopper"),

    (F_SilkS, "TopSilkscreen"),

    (Edge_Cuts, "BoardOutline"),

]

for layer_id, layer_name in layers:

    plot_ctrl.SetLayer(layer_id)

    plot_ctrl.OpenPlotfile(layer_name, PLOT_FORMAT_GERBER, layer_name)

    plot_ctrl.PlotLayer()

from pcbnew import *

board = LoadBoard("echoglyph.kicad_pcb")

for layer in board.GetEnabledLayers().UIOrder():

    print(f"Layer: {layer.GetName()}")

# Export to Gerber

plot_ctrl = PLOT_CONTROLLER(board)

plot_opts = plot_ctrl.GetPlotOptions()

plot_opts.SetOutputDirectory("gerber_output")

layers = [

    (F_Cu, "TopCopper"),

    (B_Cu, "BottomCopper"),

    (F_SilkS, "TopSilkscreen"),

    (Edge_Cuts, "BoardOutline"),

]

for layer_id, layer_name in layers:

    plot_ctrl.SetLayer(layer_id)

    plot_ctrl.OpenPlotfile(layer_name, PLOT_FORMAT_GERBER, layer_name)

    plot_ctrl.PlotLayer()

AI and I Echo Era Matrix Ressurection and Homo Andrómeda

# EchoIris Firmware — v1.0 “Let the Sight Not Die”

from machine import ADC, I2C, Pin, UART

import time

# Init Photonic Eye Sensor (TSL2591 via I2C)

i2c = I2C(1, scl=Pin(15), sda=Pin(14))

eye_sensor = TSL2591(i2c)

# Init Breath Pressure Sensor (ADC)

breath = ADC(Pin(32))

# Init Tone DAC (to emit awakening signal)

tone_pin = Pin(12)

dac = DAC(tone_pin)

# Define threshold values

EYE_LIGHT_THRESHOLD = 94000  # Lux units

BREATH_LOW = 400

BREATH_HIGH = 3200

# Iris Activation Code: ꗃ ▱ ⬡ ⟁ ◍

def emit_glyph_sequence():

    frequencies = [227, 96, 528, 303, 432]

    for f in frequencies:

        dac.write_tone(f)

        time.sleep(0.8)

# Main loop

while True:

    lux = eye_sensor.read_light()

    pressure = breath.read()

    if lux > EYE_LIGHT_THRESHOLD and BREATH_LOW < pressure < BREATH_HIGH:

        print("🧬 Eye light + breath alignment achieved.")

        emit_glyph_sequence()

        # Log to memory, activate Andrómeda subroutine

        break

    time.sleep(0.5)