1.0.9

Author: bodenberg

CERTIFICADO_VALIDACAO_1.0.9.md

@@ -367,7 +367,7 @@ f_FX(B, S, AR, k) = B × [1 + ((S - W₀) / δ) × (ε₀ + k × ln(AR / AR₀))
 | `S` | Screen Size | Runtime | Smallest screen dimension (sw) |
 | `AR` | Aspect Ratio | Runtime | Current proportion (W/H) |
 | `W₀` | Reference Width | 300dp | Reference width |
-| `δ` | Step Size | 30dp | Increment step |
+| `δ` | Step Size | 1dp | 1dp granularity (fine precision) |
 | `ε₀` | Base Increment | 0.10 | Base increment (10%) |
 | `k` | Sensitivity | 0.08-0.10 | AR adjustment sensitivity |
 | `AR₀` | Reference AR | 1.78 | Reference aspect ratio (16:9) |

DOCS/COMPREHENSIVE_TECHNICAL_GUIDE.md

@@ -239,7 +239,7 @@ F(S, AR) = α + β(S) × γ(AR)
    where:
    S = screen dimension (smallest width or highest dimension)
    W₀ = 300 (reference width)
-   δ = 30 (step, defines size sensitivity)
+   δ = 1 (step, 1dp granularity for fine precision)
    
    Properties:
    - β(W₀) = 0 (neutral at reference)
@@ -292,8 +292,8 @@ f_FX_custom(B, S, AR, K_custom) = B × [1.0 + ((S - W₀) / δ) × (ε₀ + K_cu
 | `α` | Base Factor | 1.0 | Identity at reference point |
 | `W₀` | Reference Width | 300 | Historical average device (~360dp smartphones) |
 | `AR₀` | Reference Aspect Ratio | 1.78 | 16:9 proportion (historical standard) |
-| `δ` | Dimensional Step | 30 | ~10% increment (300/30 = 10) |
-| `ε₀` | Base Increment | 0.10 | 10% growth per step |
+| `δ` | Dimensional Step | 1 | 1dp granularity (fine-grained precision) |
+| `ε₀` | Base Increment | 0.10 | 10% base adjustment factor |
 | `K` | Log Sensitivity | 0.08 | Empirically calibrated for smoothness |
 
 ### 2.4 Mathematical Analysis of Behavior
@@ -381,7 +381,7 @@ Properties:
 
 **Interpretation:**
 - Scale factor: 1.2352 (increase of 23.52%)
-- Size contribution (β): 2.0 steps above reference
+- Size contribution (β): 60.0 (60dp above reference)
 - AR contribution (γ): Increment of 11.76% (vs 10% base)
 - Logarithmic adjustment: +1.76% additional due to elongated AR
 
@@ -1985,7 +1985,7 @@ WindowSizeClass.calculateFromSize(size)
 
 const val BASE_DP_FACTOR = 1.00f           // Neutral factor
 const val BASE_WIDTH_DP = 300f             // Reference: Nexus 5 (~360dp)
-const val INCREMENT_DP_STEP = 30f          // 10% step
+const val INCREMENT_DP_STEP = 1f           // 1dp granularity
 const val REFERENCE_AR = 1.78f             // 16:9
 const val DEFAULT_SENSITIVITY_K = 0.08f    // Default sensitivity
 const val BASE_INCREMENT = 0.10f           // 10% base increment
@@ -2065,7 +2065,7 @@ f_FX(B, S, AR) = B × [1 + ((S - W₀) / δ) × (ε₀ + K × ln(AR / AR₀))]
 Universal constants:
 W₀ = 300    (dimensional reference)
 AR₀ = 1.78  (16:9 proportion)
-δ = 30      (dimensional step)
+δ = 1       (dimensional step - 1dp granularity)
 ε₀ = 0.10   (10% base increment)
 K = 0.08    (logarithmic sensitivity)
 ```

DOCS/MATHEMATICAL_THEORY.md

@@ -146,9 +146,9 @@ If you have a 1080dp TV:
 🔹 STEP 1: How much has the screen grown?
 
    Difference = 720 - 300 = 420dp
-   Steps = 420 ÷ 30 = 14 steps
+   Adjustment = 420 ÷ 1 = 420
    
-   📝 The screen grew 14 "steps" from the base
+   📝 The screen is 420dp above the reference base
 
 🔹 STEP 2: What's the screen ratio?
 

DOCS/MATHEMATICAL_THEORY_SIMPLIFIED.md

@@ -285,7 +285,7 @@ val shouldIgnoreAdjustment = ignoreMultiViewAdjustment && isMultiWindow
 // Constantes
 val BASE_DP_FACTOR = 1.00f
 val BASE_WIDTH_DP = 300f
-val INCREMENT_DP_STEP = 30f
+val INCREMENT_DP_STEP = 1f
 val REFERENCE_AR = 1.78f
 val DEFAULT_SENSITIVITY_K = 0.08f
 val BASE_INCREMENT = 0.10f
@@ -371,7 +371,7 @@ Todas as fórmulas, constantes e implementações correspondem **exatamente** ao
 | **Constantes** | | | |
 | `BASE_DP_FACTOR (α)` | 1.0 | 1.00f | ✅ |
 | `BASE_WIDTH_DP (W₀)` | 300 | 300f | ✅ |
-| `INCREMENT_DP_STEP (δ)` | 30 | 30f | ✅ |
+| `INCREMENT_DP_STEP (δ)` | 1 | 1f | ✅ |
 | `REFERENCE_AR (AR₀)` | 1.78 | 1.78f | ✅ |
 | `DEFAULT_SENSITIVITY_K (K)` | 0.08 | 0.08f | ✅ |
 | `BASE_INCREMENT (ε₀)` | 0.10 | 0.10f | ✅ |

DOCS/VALIDATION_REPORT.md

@@ -367,7 +367,7 @@ f_FX(B, S, AR, k) = B × [1 + ((S - W₀) / δ) × (ε₀ + k × ln(AR / AR₀))
 | `S` | Tamaño Pantalla | Tiempo ejecución | Dimensión menor de pantalla (sw) |
 | `AR` | Relación Aspecto | Tiempo ejecución | Proporción actual (W/H) |
 | `W₀` | Ancho Referencia | 300dp | Ancho de referencia |
-| `δ` | Tamaño Paso | 30dp | Paso de incremento |
+| `δ` | Tamaño Paso | 1dp | Granularidad 1dp (precisión refinada) |
 | `ε₀` | Incremento Base | 0.10 | Incremento base (10%) |
 | `k` | Sensibilidad | 0.08-0.10 | Sensibilidad ajuste AR |
 | `AR₀` | AR Referencia | 1.78 | Relación aspecto referencia (16:9) |

LANG/es/COMPREHENSIVE_TECHNICAL_GUIDE.md

@@ -756,7 +756,7 @@ PUNTUACIÓN FINAL = 30% Rendimiento + 40% Precisión + 30% Flexibilidad
 ║                                                                   ║
 ║   Firmado: Análisis Técnico Independiente                        ║
 ║   Fecha: Enero 2025                                              ║
-║   Versión: 1.0.8                                                 ║
+║   Versión: 1.0.9                                                 ║
 ║                                                                   ║
 ╚═══════════════════════════════════════════════════════════════════╝
 ```

LANG/es/FORMULA_COMPARISON.md

@@ -239,7 +239,7 @@ F(S, AR) = α + β(S) × γ(AR)
    donde:
    S = dimensión de pantalla (ancho más pequeño o dimensión más alta)
    W₀ = 300 (ancho de referencia)
-   δ = 30 (paso, define sensibilidad de tamaño)
+   δ = 1 (paso, granularidad de 1dp para precisión refinada)
    
    Propiedades:
    - β(W₀) = 0 (neutral en referencia)
@@ -294,8 +294,8 @@ f_FX_custom(B, S, AR, K_custom) = B × [1.0 + ((S - W₀) / δ) × (ε₀ + K_cu
 | `α` | Factor Base | 1.0 | Identidad en punto de referencia |
 | `W₀` | Ancho Referencia | 300 | Promedio histórico de dispositivos (~360dp smartphones) |
 | `AR₀` | Relación Aspecto Referencia | 1.78 | Proporción 16:9 (estándar histórico) |
-| `δ` | Paso Dimensional | 30 | Incremento ~10% (300/30 = 10) |
-| `ε₀` | Incremento Base | 0.10 | Crecimiento 10% por paso |
+| `δ` | Paso Dimensional | 1 | Granularidad de 1dp (precisión refinada) |
+| `ε₀` | Incremento Base | 0.10 | Factor de ajuste base 10% |
 | `K` | Sensibilidad Log | 0.08 | Calibrado empíricamente para suavidad |
 
 ### 2.4 Análisis Matemático del Comportamiento
@@ -755,7 +755,7 @@ f_FX(B, S, AR) = B × [1 + ((S - W₀) / δ) × (ε₀ + K × ln(AR / AR₀))]
 Constantes universales:
 W₀ = 300    (referencia dimensional)
 AR₀ = 1.78  (proporción 16:9)
-δ = 30      (paso dimensional)
+δ = 1       (paso dimensional - granularidad 1dp)
 ε₀ = 0.10   (incremento base 10%)
 K = 0.08    (sensibilidad logarítmica)
 ```

LANG/es/MATHEMATICAL_THEORY.md

@@ -146,9 +146,9 @@ Si tienes un TV de 1080dp:
 🔹 PASO 1: ¿Cuánto ha crecido la pantalla?
 
    Diferencia = 720 - 300 = 420dp
-   Pasos = 420 ÷ 30 = 14 pasos
+   Ajuste = 420 ÷ 1 = 420
    
-   📝 La pantalla creció 14 "pasos" desde la base
+   📝 La pantalla está 420dp por encima de la base de referencia
 
 🔹 PASO 2: ¿Cuál es la relación de la pantalla?
 
@@ -677,7 +677,7 @@ Valor Final = Base × F(S, AR)
 **Derivada respecto a S (tamaño de pantalla):**
 ```
 ∂f_FX/∂S = B × γ(AR) / δ
-         = B × γ(AR) / 30
+         = B × γ(AR) / 1
 
 Interpretación:
   - Tasa de crecimiento es CONSTANTE para un AR dado

LANG/es/MATHEMATICAL_THEORY_SIMPLIFIED.md

@@ -367,7 +367,7 @@ f_FX(B, S, AR, k) = B × [1 + ((S - W₀) / δ) × (ε₀ + k × ln(AR / AR₀))
 | `S` | Screen Size | Runtime | Menor dimensão da tela (sw) |
 | `AR` | Aspect Ratio | Runtime | Proporção atual (W/H) |
 | `W₀` | Reference Width | 300dp | Largura de referência |
-| `δ` | Step Size | 30dp | Passo de incremento |
+| `δ` | Step Size | 1dp | Granularidade 1dp (precisão refinada) |
 | `ε₀` | Base Increment | 0.10 | Incremento base (10%) |
 | `k` | Sensitivity | 0.08-0.10 | Sensibilidade do ajuste AR |
 | `AR₀` | Reference AR | 1.78 | Aspect ratio de referência (16:9) |