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#ifndef __SYSTEM_H__
#define __SYSTEM_H__
class System {
private:
uint8_t btn_debounce;
void idle(void);
void sleep(void);
uint8_t warmwhite;
uint8_t red;
uint8_t green;
uint8_t blue;
uint8_t mode_changed;
// 1 Ah @ 3.7V = 13 kJ
// adjusted for battery wear&tear and increased cut-off voltage: 5 kJ
int16_t const energy_full = 5000;
int16_t energy_j;
public:
uint8_t anim_step_fine;
uint8_t anim_step_coarse;
void initialize(void);
void loop(void);
uint8_t is_charging;
uint8_t tick_18s;
// Battery: 1000 mAh @ 3.7V -> ~13 kJ / 13000 J
// 15 mA * 3.7 V * 18s -> 1 J
enum BCMode : uint8_t {
OFF = 0, // 0 mA
WARMWHITE, // 32 mA @ 4 V : 2 J per 18 s
SLOWRGB, // ~45 mA @ 4 V : 3
SUN, // 134 mA @ 4 V : 9
RED, // 45 mA @ 4 V : 3
GREEN, // 29 mA @ 4 V : 2
BLUE, // 30 mA @ 4 V : 2
YELLOW, // 74 mA @ 4 V : 5
MAGENTA, // 76 mA @ 4 V : 5
CYAN, // 59 mA @ 4 V : 4
FASTRGB, // ~45 mA @ 4 V : 3
SLOWRGB2, // ~17 mA @ 4 V : 1
FASTRGB2, // ~17 mA @ 4 V : 1
MODE_ENUM_MAX,
};
BCMode mode;
void next_mode(void);
void debounce_done(void);
void debounce_start(void);
inline void setEnergyFull(void) { energy_j = energy_full; }
System() : btn_debounce(0), mode_changed(0), energy_j(energy_full), is_charging(0), tick_18s(0), mode(OFF) {}
};
extern System blinkencat;
#endif
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