Affective computing with primary and secondary emotions in a virtual human
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description
情感運算 期末作業
Transcript of Affective computing with primary and secondary emotions in a virtual human
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Affective computing with primary and secondary emotions in a virtual human
Pleasure
Aroual
Dominance
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Pleasure
Aroual
Dominance
Affective computing with primary and secondary emotions in a virtual human
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Pleasure
Aroual (low)
Dominance
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Pleasure
Aroual (low)
Dominance
Affective computing with primary and secondary emotions in a virtual human
Secondary emotions are based on more complex data structures than primary ones. Accordingly, only some general aspects of secondary emotions (such as their respec- tive valence components) are represented in PAD space.
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The appraisal of secondary emotions depends much more on the situational context and an agent’s memory than that of primary emotions. Thus, secondary emotions are more dependent on the agent’s cognitive reasoning abilities.
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The releasers of secondary emotions might be learned based on the history of primary emotions in connection with memories of events, agents, and objects.
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The agent’s facial expressions of primary emotions (cf. Fig. 1) may accompany secondary emotions such that they do not necessarily need to be expressed by their own set of facial expressions.
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Secondary emotions also modulate the agent’s simulated embodiment, such as its general level of Arousal.
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The agent expresses its awareness of
secondary emotions verbally.
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individuals in a positive mood are less likely
to experience negative emotions and vice
versa.
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Hypothesis MAX expressing primary and
secondary emotions is judged older than
MAX expressing only primary emotions.
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If MAX were a real human, how old would
you judge him to be?
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