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app.py

@@ -16,19 +16,19 @@ def calculate_equity_dilution(pre_money_valuation, investment_amount, current_ow
     investor_ownership = (investment_amount / post_money_valuation) * 100
     
     return f"""
-    💰 **EQUITY DILUTION RESULTS**
+    💰 EQUITY DILUTION RESULTS
     
-    📊 **Pre-money Valuation:** ${pre_money_valuation:,.0f}
-    💵 **Investment Amount:** ${investment_amount:,.0f}
-    📈 **Post-money Valuation:** ${post_money_valuation:,.0f}
+    📊 Pre-money Valuation: ${pre_money_valuation:,.0f}
+    💵 Investment Amount: ${investment_amount:,.0f}
+    📈 Post-money Valuation: ${post_money_valuation:,.0f}
     
-    👥 **Ownership Changes:**
-    • **Your ownership before:** {current_ownership:.2f}%
-    • **Your ownership after:** {new_ownership:.2f}%
-    • **Dilution:** {dilution_percentage:.2f}%
-    • **Investor ownership:** {investor_ownership:.2f}%
+    👥 Ownership Changes:
+    • Your ownership before: {current_ownership:.2f}%
+    • Your ownership after: {new_ownership:.2f}%
+    • Dilution: {dilution_percentage:.2f}%
+    • Investor ownership: {investor_ownership:.2f}%
     
-    📝 **Key Insights:**
+    📝 Key Insights:
     • You retain {new_ownership:.1f}% of the company
     • Investor gets {investor_ownership:.1f}% for ${investment_amount:,.0f}
     • Your stake is diluted by {dilution_percentage:.1f} percentage points
@@ -43,14 +43,14 @@ def calculate_runway(current_cash, monthly_burn, monthly_revenue=0):
     
     if net_burn <= 0:
         return f"""
-        🎉 **CONGRATULATIONS! YOU'RE PROFITABLE**
+        🎉 CONGRATULATIONS! YOU'RE PROFITABLE
         
-        💰 **Current Cash:** ${current_cash:,.0f}
-        📈 **Monthly Revenue:** ${monthly_revenue:,.0f}
-        💸 **Monthly Burn:** ${monthly_burn:,.0f}
-        💚 **Net Cash Flow:** +${abs(net_burn):,.0f}/month
+        💰 Current Cash: ${current_cash:,.0f}
+        📈 Monthly Revenue: ${monthly_revenue:,.0f}
+        💸 Monthly Burn: ${monthly_burn:,.0f}
+        💚 Net Cash Flow: +${abs(net_burn):,.0f}/month
         
-        🚀 **You're generating positive cash flow!**
+        🚀 You're generating positive cash flow!
         Your business is sustainable and growing.
         """
     
@@ -77,21 +77,21 @@ def calculate_runway(current_cash, monthly_burn, monthly_revenue=0):
         advice = "Strong position. Focus on growth and product development."
     
     return f"""
-    ⏰ **RUNWAY CALCULATION**
+    ⏰ RUNWAY CALCULATION
     
-    💰 **Current Cash:** ${current_cash:,.0f}
-    📈 **Monthly Revenue:** ${monthly_revenue:,.0f}
-    💸 **Monthly Burn:** ${monthly_burn:,.0f}
-    📉 **Net Burn:** ${net_burn:,.0f}/month
+    💰 Current Cash: ${current_cash:,.0f}
+    📈 Monthly Revenue: ${monthly_revenue:,.0f}
+    💸 Monthly Burn: ${monthly_burn:,.0f}
+    📉 Net Burn: ${net_burn:,.0f}/month
     
-    🎯 **Runway Results:**
-    • **Runway:** {runway_months:.1f} months ({runway_days:.0f} days)
-    • **Cash depletes on:** {cash_out_date.strftime('%B %d, %Y')}
-    • **Status:** {status}
+    🎯 Runway Results:
+    • Runway: {runway_months:.1f} months ({runway_days:.0f} days)
+    • Cash depletes on: {cash_out_date.strftime('%B %d, %Y')}
+    • Status: {status}
     
-    💡 **Recommendation:** {advice}
+    💡 Recommendation: {advice}
     
-    📊 **Burn Rate Optimization:**
+    📊 Burn Rate Optimization:
     • To extend runway to 12 months: Reduce burn to ${current_cash/12:,.0f}/month
     • To extend runway to 18 months: Reduce burn to ${current_cash/18:,.0f}/month
     """
@@ -132,26 +132,26 @@ def calculate_berkus_valuation(idea_score, prototype_score, team_score, market_s
         risk_level = "🔴 VERY HIGH RISK"
         investment_advice = "Major concerns across multiple areas"
     
-    breakdown = "\n".join([f"• **{factor}:** {score}/5 → ${score * max_per_factor:,.0f}" 
+    breakdown = "\n".join([f"• {factor}: {score}/5 → ${score * max_per_factor:,.0f}" 
                           for factor, score in factors.items()])
     
     return f"""
-    📊 **BERKUS METHOD VALUATION**
+    📊 BERKUS METHOD VALUATION
     
     {breakdown}
     
-    💰 **Total Valuation:** ${total_valuation:,.0f}
-    📈 **Average Score:** {avg_score:.1f}/5
-    ⚠️ **Risk Level:** {risk_level}
+    💰 Total Valuation: ${total_valuation:,.0f}
+    📈 Average Score: {avg_score:.1f}/5
+    ⚠️ Risk Level: {risk_level}
     
-    💡 **Investment Advice:** {investment_advice}
+    💡 Investment Advice: {investment_advice}
     
-    📋 **Valuation Breakdown:**
+    📋 Valuation Breakdown:
     • Maximum possible: $2,500,000 (5/5 on all factors)
     • Your valuation: ${total_valuation:,.0f} ({total_score}/25 points)
     • Percentile: {(total_valuation/2500000)*100:.1f}% of maximum
     
-    📝 **Note:** Berkus Method is ideal for pre-revenue startups.
+    📝 Note: Berkus Method is ideal for pre-revenue startups.
     Consider other methods (DCF, Market Multiple) for revenue-generating companies.
     """
 
@@ -189,29 +189,29 @@ def calculate_investment_returns(investment_amount, exit_valuation, ownership_pe
         grade = "C"
     
     return f"""
-    💰 **INVESTMENT RETURN ANALYSIS**
+    💰 INVESTMENT RETURN ANALYSIS
     
-    📊 **Investment Details:**
-    • **Initial Investment:** ${investment_amount:,.0f}
-    • **Exit Valuation:** ${exit_valuation:,.0f}
-    • **Your Ownership:** {ownership_percentage:.2f}%
-    • **Time to Exit:** {years_to_exit} years
+    📊 Investment Details:
+    • Initial Investment: ${investment_amount:,.0f}
+    • Exit Valuation: ${exit_valuation:,.0f}
+    • Your Ownership: {ownership_percentage:.2f}%
+    • Time to Exit: {years_to_exit} years
     
-    🎯 **Return Metrics:**
-    • **Exit Value:** ${exit_value:,.0f}
-    • **Total Return:** ${total_return:,.0f}
-    • **ROI:** {roi_percentage:.1f}%
-    • **Multiple:** {multiple:.1f}x
-    • **IRR:** {irr:.1f}% per year
+    🎯 Return Metrics:
+    • Exit Value: ${exit_value:,.0f}
+    • Total Return: ${total_return:,.0f}
+    • ROI: {roi_percentage:.1f}%
+    • Multiple: {multiple:.1f}x
+    • IRR: {irr:.1f}% per year
     
-    📈 **Performance:** {performance} (Grade: {grade})
+    📈 Performance: {performance} (Grade: {grade})
     
-    📊 **Benchmarks:**
+    📊 Benchmarks:
     • Top-tier VC target: 10x+ multiple, 25%+ IRR
     • Good VC return: 3-10x multiple, 15-25% IRR
     • Acceptable return: 2-3x multiple, 10-15% IRR
     
-    💡 **Analysis:** 
+    💡 Analysis: 
     {"This exceeds top-tier VC expectations!" if multiple >= 10 else
      "Strong return meeting VC expectations." if multiple >= 3 else
      "Below typical VC return expectations." if multiple >= 2 else
@@ -249,31 +249,31 @@ def calculate_cap_table(founders_shares, employee_pool_percent, series_a_investm
     founders_dilution = 100 - founders_ownership - employee_ownership
     
     return f"""
-    📊 **CAP TABLE ANALYSIS**
-    
-    🏢 **Pre-Series A Structure:**
-    • **Founders:** {founders_shares:,.0f} shares
-    • **Employee Pool:** {employee_shares:,.0f} shares ({employee_pool_percent}%)
-    • **Total Pre-Series A:** {pre_series_a_shares:,.0f} shares
-    
-    💰 **Series A Details:**
-    • **Investment:** ${series_a_investment:,.0f}
-    • **Pre-money Valuation:** ${series_a_pre_money:,.0f}
-    • **Post-money Valuation:** ${post_money_valuation:,.0f}
-    • **Price per Share:** ${series_a_price_per_share:.2f}
-    • **New Shares Issued:** {series_a_shares:,.0f}
-    
-    👥 **Post-Series A Ownership:**
-    • **Founders:** {founders_ownership:.1f}% ({founders_shares:,.0f} shares)
-    • **Employee Pool:** {employee_ownership:.1f}% ({employee_shares:,.0f} shares)
-    • **Series A Investors:** {investor_ownership:.1f}% ({series_a_shares:,.0f} shares)
-    • **Total Shares:** {total_shares:,.0f}
-    
-    📉 **Dilution Impact:**
-    • **Founders diluted by:** {founders_dilution:.1f} percentage points
-    • **Founders retain:** {founders_ownership:.1f}% ownership
-    
-    💡 **Key Insights:**
+    📊 CAP TABLE ANALYSIS
+    
+    🏢 Pre-Series A Structure:
+    • Founders: {founders_shares:,.0f} shares
+    • Employee Pool: {employee_shares:,.0f} shares ({employee_pool_percent}%)
+    • Total Pre-Series A: {pre_series_a_shares:,.0f} shares
+    
+    💰 Series A Details:
+    • Investment: ${series_a_investment:,.0f}
+    • Pre-money Valuation: ${series_a_pre_money:,.0f}
+    • Post-money Valuation: ${post_money_valuation:,.0f}
+    • Price per Share: ${series_a_price_per_share:.2f}
+    • New Shares Issued: {series_a_shares:,.0f}
+    
+    👥 Post-Series A Ownership:
+    • Founders: {founders_ownership:.1f}% ({founders_shares:,.0f} shares)
+    • Employee Pool: {employee_ownership:.1f}% ({employee_shares:,.0f} shares)
+    • Series A Investors: {investor_ownership:.1f}% ({series_a_shares:,.0f} shares)
+    • Total Shares: {total_shares:,.0f}
+    
+    📉 Dilution Impact:
+    • Founders diluted by: {founders_dilution:.1f} percentage points
+    • Founders retain: {founders_ownership:.1f}% ownership
+    
+    💡 Key Insights:
     • Each founder share is now worth ${series_a_price_per_share:.2f}
     • Total founder equity value: ${(founders_shares * series_a_price_per_share):,.0f}
     • Employee pool value: ${(employee_shares * series_a_price_per_share):,.0f}