" + mdInline(line) + "
";
}
close();
return html;
}
// Pick the most natural speech voice the OS/browser offers (Siri / neural /
// enhanced beat the robotic default). No Anthropic TTS API exists, so this is
// the best free option; a premium provider would need a key + an edge relay.
function bestVoice() {
const synth = window.speechSynthesis; if (!synth) return null;
const vs = synth.getVoices() || []; if (!vs.length) return null;
const en = vs.filter((v) => /^en(\b|[-_])/i.test(v.lang || ""));
const pool = en.length ? en : vs;
const rank = (v) => { const n = (v.name || "").toLowerCase();
if (/siri/.test(n)) return 7;
if (/natural|neural/.test(n)) return 6;
if (/premium|enhanced/.test(n)) return 5;
if (/google/.test(n)) return 4;
if (/(ava|samantha|allison|serena|zoe|jamie|nathan|evan)/.test(n)) return 3;
if (v.localService === false) return 2;
return 1; };
return pool.slice().sort((a, b) => rank(b) - rank(a))[0] || null;
}
const THINK_LINES = ["Let me take a look at that…", "Give me a moment to think this through…",
"One sec — let me dig into your trades…", "Okay, let me work through that…"];
// Expand trading shorthand so the voice speaks words, not letters (301p -> "301 puts",
// Wed -> "Wednesday", 20m -> "20 minutes"). Speech-only; never changes on-screen text.
const WEEKDAYS = { mon: "Monday", tue: "Tuesday", tues: "Tuesday", wed: "Wednesday", thu: "Thursday", thur: "Thursday", thurs: "Thursday", fri: "Friday", sat: "Saturday", sun: "Sunday" };
function speechNorm(t) {
let s = String(t || "");
s = s.replace(/\b(\d+(?:\.\d+)?)\s*p\b/g, "$1 puts").replace(/\b(\d+(?:\.\d+)?)\s*c\b/g, "$1 calls");
s = s.replace(/\b(\d+)\s*m\b/g, "$1 minutes");
s = s.replace(/\b(mon|tues?|wed|thur?s?|fri|sat|sun)\b/gi, (m) => WEEKDAYS[m.toLowerCase()] || m);
s = s.replace(/\bBE\b/g, "breakeven").replace(/\bP&L\b/gi, "P and L").replace(/\bPF\b/g, "profit factor")
.replace(/\brules_close\b/gi, "rules close").replace(/\bvs\.?\b/gi, "versus").replace(/&/g, " and ");
s = s.replace(/[·→—–|]+/g, " ").replace(/\s+/g, " ").trim();
return s;
}
function Orb(props) {
const sm = props.sm ? " sm" : (props.md ? " md" : "");
return (
{l}{v}
);
const M = (k, v, tone) => ({k}{v}
);
return (
Designed from your {props.n} trades · validated on the real tape
{M("Total P&L", "$" + m.total, m.total >= 0 ? "var(--profit)" : "var(--loss)")}
{M("Win rate", m.win_pct + "%")}
{M("Profit factor", m.profit_factor == null ? "∞" : m.profit_factor)}
{M("Avg / trade", "$" + m.avg, m.avg >= 0 ? "var(--profit)" : "var(--loss)")}
{M("Max drawdown", "$" + m.max_drawdown, "var(--loss)")}
Sizing
{row("Trade budget", "$" + Math.round(p.trade_budget_usd))}
{row("Max contracts", "1 (fixed)", true)}
{row("Budget / weekday", days)}
Exits & risk
{row("Exits", p.exit_mode)}
{row("Initial stop", pctS(p.stop_loss_pct), p.stop_loss_pct == null)}
{row("Breakeven stop", p.breakeven_at_pct == null ? "off" : "arms at +" + Math.round(p.breakeven_at_pct * 100) + "%", p.breakeven_at_pct == null)}
{row("BE after exit", p.breakeven_after_partial ? "on" : "off", !p.breakeven_after_partial)}
{row("Take profit", pctS(p.take_profit_pct), p.take_profit_pct == null)}
{row("Take half at", pctS(p.take_half_at_pct), p.take_half_at_pct == null)}
{row("Trailing stop", trail, trail === "No")}
{row("Max hold", p.max_hold_minutes == null ? "ride to 30m" : p.max_hold_minutes + "m")}