logic thoughts

kyo-llm/shared/src/main/scala/kyo/llm/thoughts/logic/Equivalence.scala

@@ -0,0 +1,26 @@
+package kyo.llm.thoughts.logic
+
+import kyo.llm.ais._
+
+@desc(
+    p"""
+      The EquivalenceChecking thought guides the LLM in determining if two boolean expressions are equivalent.
+      - Involves step-by-step transformations and comparisons of the expressions.
+      - Each step includes descriptions and results of transformations.
+      - Continuously assesses the equivalence of the transformed expressions.
+      - Concludes with a final determination of equivalence.
+    """
+)
+case class EquivalenceChecking(
+    initialExpr1: Expr,
+    initialExpr2: Expr,
+    equivalenceSteps: List[EquivalenceStep],
+    finalEquivalence: Boolean
+)
+
+case class EquivalenceStep(
+    stepDescription: String,
+    expr1Transformation: Expr,
+    expr2Transformation: Expr,
+    areEquivalent: Boolean
+)

kyo-llm/shared/src/main/scala/kyo/llm/thoughts/logic/Expr.scala

@@ -0,0 +1,26 @@
+package kyo.llm.thoughts.logic
+
+sealed trait Expr
+
+sealed trait BooleanExpr extends Expr
+object BooleanExpr {
+  case object True                                      extends BooleanExpr
+  case object False                                     extends BooleanExpr
+  case class Not(BooleanExpr: BooleanExpr)              extends BooleanExpr
+  case class And(left: BooleanExpr, right: BooleanExpr) extends BooleanExpr
+  case class Or(left: BooleanExpr, right: BooleanExpr)  extends BooleanExpr
+  case class Var(name: String)                          extends BooleanExpr
+}
+
+sealed trait MathExpr extends Expr
+
+object MathExpr {
+  case class Constant(value: Double)                          extends MathExpr
+  case class Variable(name: String)                           extends MathExpr
+  case class Add(left: MathExpr, right: MathExpr)             extends MathExpr
+  case class Subtract(left: MathExpr, right: MathExpr)        extends MathExpr
+  case class Multiply(left: MathExpr, right: MathExpr)        extends MathExpr
+  case class Divide(left: MathExpr, right: MathExpr)          extends MathExpr
+  case class Power(base: MathExpr, exponent: MathExpr)        extends MathExpr
+  case class Root(MathExpression: MathExpr, degree: MathExpr) extends MathExpr
+}

kyo-llm/shared/src/main/scala/kyo/llm/thoughts/logic/Optimization.scala

@@ -0,0 +1,23 @@
+package kyo.llm.thoughts.logic
+
+import kyo.llm.ais._
+
+@desc(
+    p"""
+      The ExpressionOptimization thought process aims to simplify a boolean expression.
+      - Involves applying logical simplification steps to the expression.
+      - Each step aims to reduce the complexity and size of the expression.
+      - Results in an optimized expression that is logically equivalent to the original.
+    """
+)
+case class ExpressionOptimization(
+    originalExpression: Expr,
+    optimizationSteps: List[OptimizationStep],
+    optimizedExpression: Expr
+)
+
+case class OptimizationStep(
+    stepDescription: String,
+    inputExpression: Expr,
+    outputExpression: Expr
+)

kyo-llm/shared/src/main/scala/kyo/llm/thoughts/logic/Reduction.scala

@@ -0,0 +1,23 @@
+package kyo.llm.thoughts.logic
+
+import kyo.llm.ais._
+
+@desc(
+    p"""
+      The Boolean thought applies algebraic principles to simplify a boolean expression.
+      - Outlines each step of the reduction process with rule descriptions and expression transformations.
+      - Iteratively simplifies the expression using boolean algebra rules.
+      - Aimed at reducing the expression to True or False.
+    """
+)
+case class Reduction(
+    initialExpression: Expr,
+    reductionSteps: List[ReductionStep],
+    finalOutcome: Expr
+)
+
+case class ReductionStep(
+    ruleDescription: String,
+    inputExpression: Expr,
+    outputExpression: Expr
+)

kyo-llm/shared/src/main/scala/kyo/llm/thoughts/meta/Constrain.scala

@@ -4,11 +4,11 @@ import kyo.llm.ais._
 
 @desc(
     p"""
-    The Constrain thought applies specific constraints to the AI's reasoning.
-    - Outlines constraints in the 'Apply specific constraints to the value generation' field.
-    - 'value' is where the AI applies these constraints in its process.
-    - Aims to enhance output precision and relevance.
-    - Example: Constrain["Adhere to ethical guidelines", EthicalReasoning] guides the AI to follow ethical standards.
+        The Constrain thought applies specific constraints to the AI's reasoning.
+        - Outlines constraints in the 'Apply specific constraints to the value generation' field.
+        - 'value' is where the AI applies these constraints in its process.
+        - Aims to enhance output precision and relevance.
+        - Example: Constrain["Adhere to ethical guidelines", EthicalReasoning] guides the AI to follow ethical standards.
     """
 )
 case class Constrain[C <: String, T](