Nope, you are missing whole orders of information processing prior to that experience. Your remarks implies that this all just appears ex nihilo in the 'mind' which is simply not true.
Preferences and Feelings as Unconscious Guides to the Present
''Evolution (as well as early learning and culture) influences our preferences and, through them, our tendencies to approach or avoid aspects of our environment. We are predisposed to prefer certain objects and aspects of our environment over others. We are often guided by our feelings, intuitions, and gut reactions, which prioritize the things that are important to do or attend to (Damasio, 1996; Schwarz & Clore, 1996).
These guides do not arise out of thin air, however. Our present preferences are derived from those that served adaptive ends in the past. A tenet of evolutionary theory is that evolution builds gradually on what it has to work with at that moment; changes are slow and incremental (Allman, 2000). Knowledge gained at a lower level of blind selection—the short-cuts and other “good tricks” (Dennett, 1995) that consistently worked over our long-term evolutionary past—are fed upwards as a starting point and appear as a priori knowledge, the source of which we are unaware. Campbell (1974) called these “shortcut processes” because they save us (individually) from having to figure out from scratch which processes are helpful and which are dangerous.''
Movementl] Intention After Parietal Cortex Stimulation in Humans;
''Parietal and premotor cortex regions are serious contenders for bringing motor intentions and motor responses into awareness. We used electrical stimulation in seven patients undergoing awake brain surgery. Stimulating the right inferior parietal regions triggered a strong intention and desire to move the contralateral hand, arm, or foot, whereas stimulating the left inferior parietal region provoked the intention to move the lips and to talk. When stimulation intensity was increased in parietal areas, participants believed they had really performed these movements, although no electromyographic activity was detected. Stimulation of the premotor region triggered overt mouth and contralateral limb movements. Yet, patients firmly denied that they had moved. Conscious intention and motor awareness thus arise from increased parietal activity before movement execution.''
A parietal-premotor network for movement intention and motor awareness
''It is commonly assumed that we are conscious of our movements mainly because we can sense ourselves moving as ongoing peripheral information coming from our muscles and retina reaches the brain. Recent evidence, however, suggests that, contrary to common beliefs, conscious intention to move is independent of movement execution per se. We propose that during movement execution it is our initial intentions that we are mainly aware of. Furthermore, the experience of moving as a conscious act is associated with increased activity in a specific brain region: the posterior parietal cortex. We speculate that movement intention and awareness are generated and monitored in this region. We put forward a general framework of the cognitive and neural processes involved in movement intention and motor awareness.''