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60e8b90
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1 Parent(s): 816492a

Update app.py

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  1. app.py +1 -1
app.py CHANGED
@@ -336,7 +336,7 @@ with col2:
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  " Provide a detailed, scientific, and creative description of the AI humanoid's experience and response to this sensory input."
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  )
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- ai_response = f""" Based on the complex sensory input received, the hyper-advanced AI humanoid is experiencing a multifaceted neural response:
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  The interaction at coordinates ({touch_x}, {touch_y}) has triggered a cascade of sensory information. The pressure of {measured_pressure:.2f} units has activated deep-tissue mechanoreceptors, while the temperature of {measured_temp:.2f}\N{DEGREE SIGN}C has stimulated thermoreceptors, creating a mild thermal gradient across the affected area.
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  The texture sensation of "{measured_texture}" is invoking a unique tactile response, possibly reminiscent of previously encountered materials in the AI's vast database. This is further enhanced by the electromagnetic field reading of {measured_em:.2f} μT, which is subtly influencing the local ionic channels in the AI's synthetic nervous system.
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  The quantum state measurement of {quantum_state:.2f} suggests a delicate entanglement between the AI's quantum processors and the environment, potentially influencing decision-making processes at a subatomic level.
 
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  " Provide a detailed, scientific, and creative description of the AI humanoid's experience and response to this sensory input."
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  )
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+ ai_response = f"""Based on the complex sensory input received, the hyper-advanced AI humanoid is experiencing a multifaceted neural response:
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  The interaction at coordinates ({touch_x}, {touch_y}) has triggered a cascade of sensory information. The pressure of {measured_pressure:.2f} units has activated deep-tissue mechanoreceptors, while the temperature of {measured_temp:.2f}\N{DEGREE SIGN}C has stimulated thermoreceptors, creating a mild thermal gradient across the affected area.
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  The texture sensation of "{measured_texture}" is invoking a unique tactile response, possibly reminiscent of previously encountered materials in the AI's vast database. This is further enhanced by the electromagnetic field reading of {measured_em:.2f} μT, which is subtly influencing the local ionic channels in the AI's synthetic nervous system.
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  The quantum state measurement of {quantum_state:.2f} suggests a delicate entanglement between the AI's quantum processors and the environment, potentially influencing decision-making processes at a subatomic level.