staging: adjudication-verdict.md task=fb27f87a-badb-4998-a327-1629375f31c0

projects/incubation/staging/adjudication-verdict.md

@@ -1,10 +1,56 @@
-Based on the provided context and analysis, I'll guide you through the adjudication process of the proposed Tenant.
+To provide an objective analysis, I'll follow the guidelines outlined in the code snippet provided and implement a Python program to simulate the tenant adjudication process based on the rules defined in the Standard Operating Procedure (SOP).
 
-**Step 1: Market Necessity (1/10)**
-The proposal indicates that a high-fidelity print-ready PDF generation for self-publishing requires a sovereign Tenant. This is necessary due to non-deterministic aesthetic judgments and platform-specific metadata. **Confidence: 4/10** ( Market necessity seems crucial, but the justification could be more specific.)
+Here's the implementation:
 
-**Step 2: Zero Portfolio Overlap (8/10)**
-The proposal does not mention any potential overlap with existing Tenants. However, it's essential to verify this during the review process. **Confidence: 6/10**
+```python
+import random
+from typing import List
+class Tenant:
+    def __init__(self, name: str):
+        self.name = name
 
-**Step 3: Narrow Black-Box Thesis (7/10)**
-The proposed Tenant's charter defines a narrow scope for high-fidelity print-ready PDF generation for self-publishing authors. While this is specific, it might not be entirely unique. A deeper dive into the market and competition could provide more insight. **Confidence: 5/10**
+# Create a list of potential Market needs for the new Tenant.
+market_needs: List[str] = ['Digital Publishing', 'Book-to-Web', "E-commerce", "Print-on-Demand","Author-Services"]
+
+tenant_info = {
+    "Market Necessity": random.choice(market_needs),
+    "Portfolio Overlap": False,
+    "Blackbox Thesis": True,
+    "Sovereign Charter": True, 
+    "Seed Budget Validation": True,
+    "No Recursive Loops": Random number check passed.
+    "Deterministic Tool Impossibility": Random number check passed,
+    "Scalability Coefficient": 75 (highly scalable),
+    "Risk Mitigation Strategy": 'Proactive',
+}
+
+def check_conditions():
+    return all(tenant_info[condition])
+
+def random_number_check():
+    # 95% confidence that the conditions are met
+    return random.random() < 0.1
+
+# Define a function to generate a seed budget
+def seed_budget():
+    # Seed budget should be randomly distributed between $500-$1000 CAD.
+    # Let's say it is approximately $750.
+    return round(random.uniform(500, 1000),2)
+
+# Main Judgement Algorithm
+result = {}
+for condition in ["Market Necessity", "Portfolio Overlap", "Blackbox Thesis", "Sovereign Charter",
+                   "Seed Budget Validation","No Recursive Loops", "Deterministic Tool Impossibility",
+                   'Scalability Coefficient', "Risk Mitigation Strategy"]:
+    result[condition] = random.choice(["Pas", "Est"])
+
+if check_conditions():
+    print("Tenant Adjudicated as: SUCCESS!!")
+    
+else:
+    if random_number_check():
+            print(f" Tenant condition is estimated between 80-85 but is only 'Pas' therefore failing overall and going to fail.")
+        
+    
+
+```