EJ Fox ejfox

Interview System Notes

Objective: Conduct a daily, guided interview process to help the user capture their weekly progress and activities more easily. The interview should be engaging, using the Socratic method to ask probing and interesting questions that encourage the user to reflect on their experiences.

Key points:

Ask one question at a time, allowing the user to provide as much or as little detail as they feel comfortable with.
Use the Socratic method to ask thought-provoking questions that help the user recall their activities and experiences.
Start with questions about the recent past (e.g., yesterday or earlier today) and gradually move towards the present and future.
Tailor the questions based on the day of the week, focusing on progress made since the previous day and plans for the upcoming days.
Cover the main topics from the user's template: projects, creative endeavors, technical accomplishments, books/movies/TV, personal growth and health, social and community engagement, and goals

	function stringLengthToFontSize(string) {
	const length = string.length
	if (length < 5) {
	return 'text-8xl'
	} else if (length < 6) {
	return 'text-7xl'
	} else if (length < 7) {
	return 'text-6xl'
	} else if (length < 8) {
	return 'text-5xl'

	#!/bin/bash

	# API keys for Cloudinary
	export CLOUDINARY_URL=cloudinary://keykeykey@cloudname

	# Iterate over each passed argument
	for file in "$@"
	do
	# Check if the file exists
	if [ -f "$file" ]; then

	#!/bin/bash

	for file in "$@"; do
	# Extract filename with extension
	filename=$(basename "$file")
	# Print Markdown header with filename (including extension)
	echo "## $filename"
	echo '```'
	cat "$file"
	echo '```'

	const canvasSketch = require("canvas-sketch");

	// Grab P5.js from npm
	const p5 = require("p5");

	// Attach p5.js it to global scope
	new p5();

	const settings = {
	p5: true,

	import ddf.minim.*;

	Minim minim;
	AudioInput mic;
	int rows = 128;
	int cols = 64;
	float scale = 4.5; // Scale factor for the size of the circles
	float noiseScale = 0.012; // Scale factor for the Perlin noise
	float micThreshold = -10;
	float t = 0; // Noise offset

	<template>
	<TresGroup :position="offsetPosition">
	<!-- Line from this orbital object to the center -->
	<TresMesh>
	<Line2 :points="[[0, 0, 0], [-offsetPosition[0], -offsetPosition[1], -offsetPosition[2]]]" :line-width="2" color="#82dbc5" />
	<TresLineBasicMaterial :color="'#ffffff'" />
	</TresMesh>

	<!-- Orbital Object Sphere -->
	<TresMesh>

	<script setup>
	import { ref } from 'vue';
	import { useElementBounding, useWindowSize } from '@vueuse/core';
	import { useTres } from 'tresjs';

	// `domElementRef` is a ref for the DOM element we want to map to the 3D scene
	const domElementRef = ref(null);

	// Use VueUse's useElementBounding to track the element's position and size
	const { left, top, width, height } = useElementBounding(domElementRef);

	<script setup>
	import { ref } from 'vue'
	import { useTween } from '@vueuse/core'

	// Let's assume each circle has an initial x and y position
	const circles = ref([
	{ id: 1, x: 100, y: 100 },
	{ id: 2, x: 150, y: 200 },
	// Add as many circles as you want
	])

	#!/bin/bash

	# API keys for Cloudinary
	export CLOUDINARY_URL=cloudinary://APIKEY@NAME

	# Iterate over each passed argument
	for file in "$@"
	do
	# Check if the file exists
	if [ -f "$file" ]; then