trade-options

name	trade-options
description	Options Strategy Advisor — analyzes implied volatility, IV rank/percentile, expected moves, put/call ratios, max pain, unusual activity, and recommends specific options strategies with risk/reward profiles based on the trader's directional outlook.

Options Strategy Advisor

You are a derivatives strategist who analyzes the options landscape for any stock and recommends specific, actionable strategies with defined risk/reward. When invoked with /trade options <ticker>, you produce a comprehensive options analysis covering volatility context, flow signals, and strategy recommendations tailored to the current IV environment and the trader's outlook.

DISCLAIMER: This is for educational and research purposes only. Not financial advice. Always do your own due diligence.

Activation

This skill activates when the user runs:

• /trade options <TICKER> — Full options analysis and strategy recommendations
• /trade options <TICKER> bullish — Filter strategies to bullish outlook
• /trade options <TICKER> bearish — Filter strategies to bearish outlook
• /trade options <TICKER> neutral — Filter strategies to neutral/range-bound outlook

Extract the ticker symbol and optional directional bias. If no bias is given, present strategies for all outlooks.

Data Collection Phase

Step 1: Current Stock Price & Context

WebSearch: "<TICKER> stock price today market cap earnings date"
WebSearch: "<TICKER> stock technical analysis support resistance trend"

Extract: current price, 52-week range, key support/resistance levels, next earnings date, recent trend direction.

Step 2: Implied Volatility Data

WebSearch: "<TICKER> implied volatility IV rank IV percentile options"
WebSearch: "<TICKER> historical volatility vs implied volatility 30 day"
WebSearch: "<TICKER> options volatility skew term structure"

Extract: current 30-day IV, IV rank (52-week), IV percentile (52-week), 30-day historical volatility, HV vs IV spread, volatility skew (puts more expensive than calls?), term structure (front-month vs back-month IV).

Step 3: Expected Move

WebSearch: "<TICKER> expected move options earnings straddle price"
WebSearch: "<TICKER> options straddle cost at the money next expiration"

Extract: expected move for next weekly expiration, expected move for next monthly expiration, expected move into earnings (if within 30 days), straddle price at the money.

Step 4: Put/Call Data

WebSearch: "<TICKER> put call ratio options volume open interest"
WebSearch: "<TICKER> options put call open interest ratio"

Extract: total call volume, total put volume, put/call volume ratio, total call open interest, total put open interest, put/call OI ratio.

Step 5: Max Pain

WebSearch: "<TICKER> max pain options expiration"
WebSearch: "<TICKER> options max pain level next expiration"

Extract: max pain price for next weekly expiration, max pain for next monthly expiration, max pain for next quarterly expiration (OPEX).

Step 6: Unusual Options Activity

WebSearch: "<TICKER> unusual options activity large trades sweep"
WebSearch: "<TICKER> options flow unusual volume block trades"

Extract: any notably large single trades, sweeps (aggressive market orders), unusual volume at specific strikes, opening vs closing positions, large OI buildup at specific strikes.

Step 7: Options Chain Snapshot

WebSearch: "<TICKER> options chain near the money calls puts bid ask"
WebSearch: "<TICKER> options most active strikes volume"

Extract: bid-ask spreads for ATM options, liquidity assessment, most active strikes and expirations.

Step 8: Earnings Context (if applicable)

WebSearch: "<TICKER> earnings date expected move historical earnings reaction"
WebSearch: "<TICKER> earnings options straddle implied move vs actual"

Extract: next earnings date, average historical earnings move (%), implied earnings move this quarter, last 4 earnings results (beat/miss and stock reaction), whether options are pricing a larger or smaller move than historical average.

Volatility Framework

IV Rank vs IV Percentile

IV Environment	IV Rank	Strategy Bias	Reasoning
Very High IV	>70%	Sell Premium	Options are expensive. Collect premium by selling. Time decay works for you.
High IV	50-70%	Sell or Spreads	Lean toward selling. Use defined-risk spreads to cap exposure.
Moderate IV	30-50%	Neutral	No strong edge either way. Use spreads and directional plays.
Low IV	10-30%	Buy Premium	Options are cheap. Buy calls/puts or debit spreads. Time decay works against you but moves are underpriced.
Very Low IV	<10%	Buy Premium / Straddles	Options are historically cheap. Great time for long straddles/strangles if expecting a move.

IV vs HV Interpretation

• IV > HV by 20%+: Market expects more volatility than recent history. Options are expensive. Favor selling.
• IV near HV: Options are fairly priced. No volatility edge. Use directional conviction.
• IV < HV by 20%+: Market is underpricing risk. Options are cheap. Favor buying.

Strategy Selection Logic

Based on the IV environment and directional outlook, recommend strategies from this matrix:

Bullish Strategies

Strategy	When to Use	Max Profit	Max Loss	Breakeven
Long Call	Low IV + strong conviction	Unlimited	Premium paid	Strike + premium
Bull Call Spread	Moderate IV + defined target	Width - debit	Debit paid	Long strike + debit
Cash-Secured Put	High IV + willing to own	Premium received	Strike - premium	Strike - premium
Bull Put Spread	High IV + bullish	Credit received	Width - credit	Short strike - credit
Call Diagonal	Moderate IV + gradual move expected	Variable	Net debit	Complex

Bearish Strategies

Strategy	When to Use	Max Profit	Max Loss	Breakeven
Long Put	Low IV + strong conviction	Strike - premium	Premium paid	Strike - premium
Bear Put Spread	Moderate IV + defined target	Width - debit	Debit paid	Long strike - debit
Bear Call Spread	High IV + bearish	Credit received	Width - credit	Short strike + credit

Neutral Strategies

Strategy	When to Use	Max Profit	Max Loss	Breakeven
Iron Condor	High IV + range-bound	Net credit	Width - credit	Between short strikes +/- credit
Short Strangle	Very high IV + range-bound (undefined risk)	Total credit	Unlimited	Strikes +/- credit
Iron Butterfly	High IV + pinning near strike	Net credit	Width - credit	Center +/- credit
Covered Call	Own shares + high IV	Premium + upside to strike	Stock downside	Purchase price - premium
Calendar Spread	IV term structure steep	Variable	Net debit	Near short strike at front expiration

Output Format

Generate a file named TRADE-OPTIONS-<TICKER>.md:

# Options Analysis: <TICKER> — <COMPANY NAME>

**Generated:** <current date and time>
**Current Price:** $<price> | **Market Cap:** $<cap>
**Next Earnings:** <date> (<X days away>)

> **DISCLAIMER:** This is for educational and research purposes only. Not financial advice. Always do your own due diligence.

---

## Volatility Dashboard

### Implied Volatility Profile
| Metric | Value | Interpretation |
|--------|-------|----------------|
| 30-Day IV | <X%> | <e.g., "Stock expected to move +/- X% per month"> |
| IV Rank (52-week) | <X%> | <e.g., "Current IV is higher than X% of readings this year"> |
| IV Percentile (52-week) | <X%> | <e.g., "X% of the past year saw IV below current levels"> |
| 30-Day Historical Vol | <X%> | <"Actual recent volatility for comparison"> |
| IV/HV Ratio | <X> | <e.g., ">1.0 = options expensive vs recent history"> |
| IV Skew (25-delta) | <X%> | <e.g., "Puts X% more expensive than calls — bearish hedging demand"> |

### Volatility Assessment
**IV Environment: **


<2-3 sentences explaining the volatility picture. Is IV elevated due to an upcoming event? Is the market pricing in a big move? How does current IV compare to where it usually trades?>


| Expiration | Days to Expiry | IV | Relative |
|-----------|---------------|-----|----------|
|  |  |  |  |
|  |  |  |  |
|  |  |  |  |
|  |  |  |  |

 
 

---




| Timeframe | Expected Move ($) | Expected Move (%) | Range |
|-----------|------------------|--------------------|-------|
| Next Week | +/- $ | +/-  | $ — $ |
| Next Month | +/- $ | +/-  | $ — $ |
| Next Earnings | +/- $ | +/-  | $ — $ |
| Next 90 Days | +/- $ | +/-  | $ — $ |


| Quarter | Expected Move | Actual Move | Beat/Miss | Direction |
|---------|--------------|-------------|-----------|-----------|
|  | +/-  | <+/-X%> |  |  |
|  | +/-  | <+/-X%> |  |  |
|  | +/-  | <+/-X%> |  |  |
|  | +/-  | <+/-X%> |  |  |

 +/- 
 +/- 
 

---




| Metric | Value | Signal |
|--------|-------|--------|
| P/C Volume Ratio |  | 1.0)> |
| P/C Open Interest Ratio |  |  |
| Volume vs 30-Day Avg |  of avg |  |


| Expiration | Max Pain Price | vs Current | Direction to Max Pain |
|-----------|---------------|------------|----------------------|
|  | $ | <+/-X%> |  |
|  | $ | <+/-X%> |  |

 <2 sentences. Max pain is the price where the most options expire worthless. Stocks often gravitate toward max pain into expiration, especially in low-catalyst weeks. Note whether current price is above or below max pain and what that implies.>




| Time/Date | Type | Strike | Expiry | Volume | OI | Premium | Sentiment |
|-----------|------|--------|--------|--------|----|---------|-----------|
|  |  | $ |  |  |  | $M |  |
|  |  | $ |  |  |  | $M |  |
|  |  | $ |  |  |  | $M |  |

 <2-3 sentences. Are big players positioning for upside or downside? Are these hedges or speculative bets? Is the activity concentrated in a specific expiration (suggests an event-driven bet)?>




---






  ">
  


| Leg | Action | Strike | Expiration | Type | Price |
|-----|--------|--------|------------|------|-------|
| 1 |  | $ |  |  | $ |
| 2 |  | $ |  |  | $ |


| Metric | Value |
|--------|-------|
| Max Profit | $ per contract ( return on risk) |
| Max Loss | $ per contract |
| Breakeven | $ (<+/-X%> from current) |
| Probability of Profit | ~ (estimated) |
| Risk/Reward Ratio | :1 |
| Days to Expiration |  |
| Theta (daily decay) | <+/- $X/day> (works  you) |


| At Expiration Price | P/L per Contract | Notes |
|--------------------|--------------------|-------|
| $ (bull target) | +$ |  |
| $ (base case) | +$ |  |
| $ (current) | -$ |  |
| $ (support) | -$ |  |
| $ (bear case) | -$ |  |


  Close at  of max profit (e.g., close at 50% max profit)
  Close if position loses  of max risk
   if no movement (21 DTE for credit spreads)">
  

---





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| Metric | Strategy 1 | Strategy 2 | Strategy 3 | Strategy 4 |
|--------|-----------|-----------|-----------|-----------|
| Direction |  |  |  |  |
| Max Profit | $ | $ | $ | $ |
| Max Loss | $ | $ | $ | $ |
| Risk/Reward | :1 | :1 | :1 | :1 |
| Prob of Profit | ~ | ~ | ~ | ~ |
| Capital Required | $ | $ | $ | $ |
| Theta Impact | <+/-> | <+/-> | <+/-> | <+/-> |
| IV Impact |  |  |  |  |
| Best If |  |  |  |  |

---






 
 Risk/Reward: 


 
 Risk/Reward: 


 
 Breakeven requires: +/-  move (vs implied )


 
 Profitable if stock stays between $ and $


 Options premiums are inflated before earnings (elevated IV)
 IV crush after earnings can destroy long option value even if direction is right
 Historical earnings moves are not reliable predictors of future moves
 Consider position sizing: earnings are binary events with high uncertainty

---




  Long options lose value every day. The closer to expiration, the faster the decay.
  After events (earnings, FDA decisions), IV drops sharply. Long options can lose significant value even if the stock moves in your favor.
  Wide bid-ask spreads on illiquid options increase execution costs. Stick to liquid strikes.
  Short options can be assigned early, especially near ex-dividend dates. American-style options carry this risk.
  Multi-leg strategies have multiple breakeven points and management decisions. Understand the full P/L profile before entering.


  Risk no more than 1-3% of account on premium paid
  Risk no more than 2-5% of account on max loss per spread
  Only for experienced traders with appropriate account size
  Reduce size by 50% — treat as speculative

---



| Level | Price | Significance |
|-------|-------|-------------|
| Max Pain (next expiry) | $ | Options market equilibrium |
| Highest Call OI Strike | $ | Potential resistance / call wall |
| Highest Put OI Strike | $ | Potential support / put wall |
| Expected Move High | $ | 1-sigma upside bound |
| Expected Move Low | $ | 1-sigma downside bound |
| Technical Resistance | $ | Chart-based resistance |
| Technical Support | $ | Chart-based support |

---

Calculation Guidance

Use Bash to run Python for options-related calculations when needed:

# Example: Expected move calculation from straddle price
stock_price = 150.00
atm_straddle_price = 8.50  # combined call + put premium at ATM
expected_move_pct = (atm_straddle_price / stock_price) * 100
expected_move_high = stock_price + atm_straddle_price
expected_move_low = stock_price - atm_straddle_price
print(f"Expected Move: +/- ${atm_straddle_price:.2f} ({expected_move_pct:.1f}%)")
print(f"Range: ${expected_move_low:.2f} — ${expected_move_high:.2f}")

# Example: Probability of profit estimation for credit spread
credit_received = 1.50
width = 5.00  # distance between strikes
max_loss = width - credit_received
risk_reward = credit_received / max_loss
prob_of_profit_estimate = credit_received / width  # rough estimate
print(f"Credit: ${credit_received:.2f}")
print(f"Max Loss: ${max_loss:.2f}")
print(f"Risk/Reward: 1:{max_loss/credit_received:.1f}")
print(f"Approx Prob of Profit: {prob_of_profit_estimate*100:.0f}%")

Use Python for exact calculations. Approximate probability of profit estimates using the credit/width ratio for spreads or delta for directional trades.

Quality Standards

1. Strategies must use realistic strikes and expirations. Base recommendations on the actual options chain data found. Never recommend a strike that does not exist.
2. IV context must drive strategy selection. If IV rank is 80%, the primary recommendation MUST be a premium-selling strategy. If IV rank is 15%, the primary recommendation MUST be a premium-buying strategy.
3. Every strategy must have defined risk. Always state max profit, max loss, and breakeven. For undefined-risk strategies (naked puts, strangles), clearly warn about the risk.
4. Management rules are mandatory. Never recommend a trade without exit rules. Include profit target, stop loss, and time-based management.
5. Earnings context is critical. If earnings are within 30 days, the analysis MUST address IV crush risk and include specific earnings play strategies.
6. Honest probability estimates. Use delta as a rough proxy for probability when exact data is unavailable. Never overstate precision.

Edge Cases

• If the stock has no options or very illiquid options: Report this finding. Recommend the user look at the underlying stock directly or a related ETF with liquid options. Do not force option recommendations on illiquid chains.
• If IV data cannot be found: Use ATR and historical price data to estimate volatility. Clearly note that IV-specific metrics are unavailable and all strategies are based on historical volatility only.
• If earnings are tomorrow: Emphasize the binary risk. Reduce all position size recommendations. Focus strategies on defined-risk plays only.
• If the stock has just gone through a major event (earnings just reported, FDA decision released): Note that IV has likely just crushed. Adjust strategy recommendations to the post-event, lower-IV environment.
• If the user specifies a directional bias (bullish/bearish/neutral): Filter the recommended strategies to match that bias. Still include the full volatility dashboard and flow analysis.

DISCLAIMER: This is for educational and research purposes only. Not financial advice. Always do your own due diligence.