Rowan Jones ArrEssJay

Orchestrated Idealism

Orchestrated Idealism is an ontological framework that posits universal phenomenal consciousness as the fundamental ground of reality. It resolves the hard problem of consciousness by inverting the materialist paradigm. Instead of viewing consciousness as an emergent property of complex matter, it defines matter as the extrinsic, perceptible appearance of trans-personal mental processes. Within this framework, individual, subjective consciousness is a localized, self-organizing state of high coherence achieved through a specific biophysical mechanism.

Core Postulates

1. Ontological Primacy of Consciousness

The universe is a unitary field of phenomenal consciousness. What are termed the "laws of physics" are not prescriptive rules governing inert matter, but rather descriptive constants representing the stable, self-consistent dynamics of this universal mentation. Energy and mass are properties of this field, and spacetime is the structural form of its expression.

	// ==UserScript==
	// @name 24hr Clock & Date Overlay
	// @namespace http://your.namespace.here
	// @version 2.2
	// @author Your Name
	// @match :///*
	// @grant GM_registerMenuCommand
	// @run-at document-end
	// ==/UserScript==

	// GQRX IQ recording:
	// Raw interleaved IQ samples, 32-bit IEEE float @ receiver sampling rate
	//
	// SDRTrunk recording:
	// WAV file, interleaved IQ samples, signed 16-bit @ receiver sampling rate
	//
	// 'sox' can be used to downsample and append the WAV header

	sox -c 2 -t f32 -r 2400000 <infile> -b 16 -t wav <outfile>

	#!/bin/bash

	gpspipe -w \| jq -c -M '. \| select( (.class == "SKY" and has("satellites") == true) or .class == "TPV")' \| while IFS= read obj
	do
	echo $obj
	done

	@state_trigger("sensor.scheduled_heating_state", state_check_now=True)
	@service
	def price_load_control():
	"""Turn OFF or ON water heater by price signal (obey overrides)"""
	if state.get("input_select.water_heating_mode") == "auto":
	scheduled_state = sensor.scheduled_heating_state
	log.warning(f"Load control state: {scheduled_state}")
	if scheduled_state == '0':
	switch.turn_off(entity_id = "switch.storage_heater")
	log.warning(f"Load control triggered water heater OFF")

	# The lambda function coerces pyubx2 into outputting JSON. Requires importing the `jsons` library

	[[inputs.execd]]
	command = ["gnssdump", \
	"port=/dev/ttyACM0", \
	"baudrate=921600",
	"protfilter=2", \
	"verbosity=0", \
	"ubxhandler=lambda msg: print(jsons.dumps((lambda msg: {key:value for (key,value) in dict(msg.__dict__, **{'msg':msg.identity}).items() if not key.startswith('_') } )(msg)))", \
	"msgfilter=NAV-PVT"]

	// Hybrid wholesale price (feed-forward) and proportional (feedback) storage water heater controller.
	// Tries to keep the tank hot and the bill low

	// This query runs every half hour (NEM metering period) and determines for the next 18 hours (available forecast period)
	// how much time is needed to heat the water tank and which are the cheapest times to do that

	// Basic theory
	// Wholesale electricity prices are volatile. Lots of renewables means low prices. The storage heater allows us to ride out
	// expensive periods by only heating water when it's cheap. This is fine until a week of rain means we run out of hot water.

	<!DOCTYPE qgis PUBLIC 'http://mrcc.com/qgis.dtd' 'SYSTEM'>
	<qgis styleCategories="AllStyleCategories" minScale="1e+08" hasScaleBasedVisibilityFlag="0" version="3.8.0-Zanzibar" maxScale="0">
	<flags>
	<Identifiable>1</Identifiable>
	<Removable>1</Removable>
	<Searchable>1</Searchable>
	</flags>
	<customproperties>
	<property value="false" key="WMSBackgroundLayer"/>
	<property value="false" key="WMSPublishDataSourceUrl"/>

	from qgis.core import *
	from qgis.gui import *
	import math
	import random

	"""
	Define a grid based on the interval and the bounding box of
	the feature. Grid will minimally cover the feature and be centre aligned

	Create a multi-point geometry at the grid intersections where