WAIFU MILK PRODUCTION — Unified Lactation Simulator

1 BODY PROFILE

Age (years) N/L

Cup Size D

Height (cm) N/L

Weight (kg) N/L

Body Fat 24%

0% 60%

Direct (%):

Activity Level

2 LACTATION & REMOVAL SCHEDULE

Lactation Scenario

Removal Frequency 3 sessions / day

1 / day 16 / day

Direct (sessions/day):

Schedule Pattern

3 DIET & NUTRITION

Diet Quality

Daily Calorie Intake 2,000 kcal

0 kcal 7,000 kcal

Direct (kcal):

Water Intake 3.0 L

0.5 L 15.0 L

Direct (Liters):

Protein (g) 60 g

Dietary Fat (g) 50 g

4 CONDITION & LIFESTYLE

Stress Level 35%

0% 100%

Direct (%):

Sleep Duration 8.0 hrs

0 hrs 14 hrs

Direct (hours):

ESTIMATED SCENARIO OUTPUT (24H)

UNIFIED MODEL

N/L mL/day

Enter Body Profile (Age, Height, Weight) to begin simulation

Baseline (Scaled)

N/L mL/day

Awaiting body metrics

Upper Bound Ceiling

N/L mL/day

Optimal power-pump + surplus

Cisternal Storage

N/L mL bilateral

Cup holding capacity

Caloric Surplus Yield

N/L mL/day

Maintenance balanced

24H DYNAMIC REMOVAL TIMELINE

Daytime Only

Rate / Rhythm

3 Sessions

Accumulation

Enter Body Profile in Section 1 to generate simulated 24h rhythm.

MILK COMPOSITION PROFILE

N/L

Water Fat Lactose Protein

Water (Fluid Base) N/L

Fat (Lipid Core) N/L

Lactose (Osmotic Driver) N/L

Protein (Nitrogen & Casein) N/L

INFANT NOURISHMENT EQUIVALENT

800 mL / BABY / DAY

N/L Babies Fed / Day

Enter Body Profile in Section 1 to evaluate daily infant feeding capacity.

Infant Ration Benchmark (800 mL / newborn) 0%

BOVINE COMPARISON

12.0 L SINGLE MILKING

N/L of a Single Cow Milking

Enter Body Profile in Section 1 to compare against dairy cow single-session milking (12.0 L).

Bovine Single Milking Benchmark (0 – 12,000 mL) 0.0 L / 12.0 L

MATHEMATICAL ENGINE DIRECTORY

Deterministic physiological formulas combining physical stature, energetics, hydration, and autocrine feedback:

1. Somatic Scaling (M_soma)

BSA = 0.007184 × H^0.725 × W^0.425 LBM = W × (1 - BF / 100) M_soma = (BSA / 1.604)^0.6 × (LBM / 42.5)^0.4

2. Energetics & Surplus Yield (V_calories)

BMR = 370 + (21.6 × LBM) TDEE = BMR × Activity C_surplus = max(0, C_in - TDEE) V_calories = C_surplus / (0.85 / Q_diet)

3. Fluid Intake Gating (V_{fluid_max})

W_maint = 0.035 × W (Liters) V_{fluid_max} = max(0, (W_in - W_maint) × 1000 / 0.88)

4. Autocrine Drainage & Patterns (E_removal)

Δt = 24 / N sessions E_removal = E_freq × M_pattern

5. Neuroendocrine Modifiers (M_neuro)

M_sleep = clamp((Sleep / 8)^0.25, 0.75, 1.10) M_stress = 1.0 - (Stress / 100 × 0.25) M_neuro = M_sleep × M_stress

6. Master Synthesis (V_scenario)

V_potential = ((V_baseline × M_soma) + V_calories) × E_removal × M_neuro V_scenario = min(V_potential, V_{fluid_max})

EMBEDDED ACCEPTANCE TEST SUITE All Tests Passing

Verifies somatic scaling, caloric burn, fluid throttling, schedule patterns, and error boundaries: