///
/// Dial drawing library : used to display anything from compass display to arcs of "meter" displays
///
#pragma once
#include <cstdint>
class displayDial_t
{
public:
/// \param display the parent display
/// \param x x pos
/// \param y y pos
/// \param siz = size
/// \param angle Angle from straight up for lowest (-angle) and highest (angle) reading
displayDial_t(display_t &display,
uint8_t x,
uint8_t y,
uint8_t siz,
uint16_t angle = 90);
/// @brief Construct a display with angle from Angle high to angle low
/// @param display
/// @param x
/// @param y
/// @param siz
/// @param angle_high Angle relative to straight up for highest reading
/// @param angle_low Angle relative to straight up for lowest reading
displayDial_t(display_t &display,
uint8_t x,
uint8_t y,
uint8_t siz,
int16_t angle_low,
int16_t angle_high);
/// @brief Put the dial needle on the display
/// @param position values are from 0 .. math.SINE_STEPS
void draw_needle(int16_t position);
/// @brief draw the scale
/// \param low low end of range
/// \param high high end of range
/// \param width length of long marker
/// \param num_step number of ticks
/// \param scale
void draw_scale(int16_t low, int16_t high, uint8_t width, uint8_t num_step, int16_t scale);
/// @brief print min/max limits
virtual void draw_limits(){};
/// @brief Draw value on display
/// @param val integer value to show with fake decimal point
/// @param dp decimal point code
virtual void draw_value(int val, int dp){};
/// @brief Set units string on display
/// @param str Constant string to refer to
void set_units(char const *str){m_unitStr = str; };
protected:
void draw_value_items(int val, int dpCode, int wid, int x , int y );
display_t &m_display;
uint8_t const m_xo; ///< Position of origin
uint8_t const m_yo; ///< Position of origin
uint8_t const m_siz; ///< Display size
int16_t const m_angleLow; ///< Angle for lowest value
int16_t const m_angleRange; ///< Angle range from lowest to highest value
int16_t m_low; ///< lower scale limit
int16_t m_high; ///< upper scale limit
char const * m_unitStr; ///< Units_string
};
//////////////////////////////////////////////////
/// A display using the whole graphics area, 180 degree sweep
class displayFullDial_t : public displayDial_t
{
public:
/// @brief Constructor for full-screen display
/// @param display The display it is being shown on
displayFullDial_t(display_t &display);
/// @brief draw axes limits
virtual void draw_limits() final;
/// @brief Draw value on display
/// @param val integer value to show with fake decimal point
/// @param dp decimal point code
virtual void draw_value(int val, int dp) final;
};
//////////////////////////////////////////////////
/// A display using left hand side of graphics area, 90 degree quadrant
class displayLeftQuadrantDial_t : public displayDial_t
{
public:
/// @brief Constructor for left quadrant display
/// @param display The display it is being shown on
displayLeftQuadrantDial_t(display_t &display);
/// @brief draw axes limits
virtual void draw_limits() final;
/// @brief Draw value on display
/// @param val integer value to show with fake decimal point
/// @param dp decimal point code
virtual void draw_value(int val, int dp) final;
};
//////////////////////////////////////////////////
/// A display using right hand side of graphics area, 90 degree quadrant
class displayRightQuadrantDial_t : public displayDial_t
{
public:
/// @brief Constructor for right quadrant display
/// @param display The display it is being shown on
displayRightQuadrantDial_t(display_t &display);
/// @brief draw axes limits
virtual void draw_limits() final;
/// @brief Draw value on display
/// @param val integer value to show with fake decimal point
/// @param dp decimal point code
virtual void draw_value(int val, int dp) final;
};