Client_03 - Personal Share Correction

Panic Multiplier EP: BUY NOW: https://client03.bandcamp.com/album/panic-multiplier-2 Example 2: (PA × PA) = (∫(Σ(Hormone₁ × Neuron₂ - Neuron₃ × Hormone₄) / (Neurotransmitter₅ + Hormone₆)) dt) × (∫(Σ(Hormone₁ × Neuron₂ - Neuron₃ × Hormone₄) / (Neurotransmitter₅ + Hormone₆)) dt) [ PA(t) = \int_{0}^{t} \left(\sum \left(H_{1} \times N_{2} - N_{3} \times H_{4}\right) / \left(N_{5} + H_{6}\right)\right) , dt + \int_{0}^{t} PA(\tau) , d\tau ] [ PA(t) = \left(\sum_{n=1}^{\infty} \left(Hormone_1 \times Neuron_2 - Neuron_3 \times Hormone_4\right) / \left(Neurotransmitter_5 + Hormone_6\right)\right) + \int_{0}^{t} PA(\tau) , d\tau ] [ PA(t) = \left(\sum_{n=1}^{\infty} \left(\text{Epinephrine} \times Neuron_2 - Neuron_3 \times \text{Cortisol}\right) / \left(\text{GABA} + \text{Serotonin} + \text{Cortisol}\right)\right) + \int_{0}^{t} PA(\tau) , d\tau ] Example 3: import sympy as sp # Define symbolic variables t, Epinephrine, Neuron2, Neuron3, Cortisol, GABA, Serotonin = sp.symbols('t Epinephrine Neuron2 Neuron3 Cortisol GABA Serotonin') PA = sp.Function('PA')(t) # Define the panic attack formula panic_attack_formula = ( (sp.Sum(Epinephrine * Neuron2 - Neuron3 * Cortisol, (n, 1, sp.oo))) / (GABA + Serotonin + Cortisol) + sp.integrate(PA, (t, 0, t)) )