### Initializing Charbar (C++)

Source: https://github.com/gyverlibs/chardisplay/blob/main/README_EN.md

Initializes a Charbar object to generate a string representation of a loading bar. Requires specifying the size of the bar and the fill percentage (0-100). Offers various styles for the bar appearance.

```CPP
String charbar <style> (size, filling 0-100);

// Styles:
Bar_SQUARE
Bar_SQUARE2
Bar_SQUARE3
Bar_DIAMOND
Bar_rect
Bar_rect2
Bar_block
Bar_block2
Bar_circle
Bar_circle2
```

--------------------------------

### Initializing Charmatrix (C++)

Source: https://github.com/gyverlibs/chardisplay/blob/main/README_EN.md

Initializes a Charmatrix object with specified width, height, and drawing style. Available styles include Char_x1, Char_x2, Char_X4, and Char_x8.

```CPP
Charmatrix <style> disp (width, height);

// Styles:
Char_x1
Char_x2
Char_X4
Char_x8
```

--------------------------------

### Charmatrix Drawing Methods (C++)

Source: https://github.com/gyverlibs/chardisplay/blob/main/README_EN.md

Provides a set of methods for drawing various shapes, lines, points, and bitmaps on the Charmatrix. Includes functions for filling, clearing, setting cursor, scaling text, and handling text display modes, inherited from GyverGFX.

```CPP
// Fill:
// GFX_Clear - clean
// gfx_fill - pour the figure
// gfx_stroke - circle the figure

VOID Size (int X, int y);// Set the size
VOID DOT (Int X, Int Y, UINT8_T FILL = 1);// dot
VOID Fill (uint8_t fill = 1);// Pour
Void Clear ();// Clean
VOID FASTLINEH (Int Y, Int X0, Int X1, UINT8_T FILL = 1);// Vertical line
VOID FASTLINEV (Int X, Int Y0, Int Y1, UINT8_T FILL = 1);// horizontal line
VOID Line (Int X0, Int Y0, Int X1, Int Y1, UINT8_T FILL = 1);// Line
VOID RECT (Int X0, Int Y0, Int X1, Int Y1, UINT8_T FILL = 1);// rectangle
VOID Roundrect (Int X0, Int Y0, Int X1, Int Y1, UInt8_t fill = 1);// rounded rectangle
VOID Circle (Int X, Int y, int radius, uint8_t fill = 1);// circle
VOID Bezier (uint8_t* arr, uint8_t size, uint8_t dense, uint8_t fill = 1);// Curve Bezier
VOID Bezier16 (int* arr, uint8_t size, uint8_t dense, uint8_t fill = 1);// Curve Bezier 16 bits.Fill - GFX_Clear/GFX_Fill/GFX_STROKE
VOID DRAWBITMAP (Int X, Int Y, COST UINT8_T *FRAME, Int width, int Height, Uint8_t Invert = 0, Byte Mode = 0);// Bitmap

Print ()/println () Any data and text (+ Russian)
VOID setcursor (Int X, Int y);// install the cursor
VOID Setscale (Uint8_T Scale);// The scale of the text
VOID Invertext (Bool Inv);// Invert the text
Void Autoprintln (Bool Mode);// Automatic line transfer
VOID TextDisplayMode (Bool Mode);// Text output mode gfx_add/gfx_replas
```

--------------------------------

### Initializing CharMatrix

Source: https://github.com/gyverlibs/chardisplay/blob/main/README.md

Initializes a CharMatrix object with a specified style, width, and height. The style determines the characters used for drawing.

```C++
CharMatrix<стиль> disp(ширина, высота);

// стили:
CHAR_X1
CHAR_X2
CHAR_X4
CHAR_X8
```

--------------------------------

### Using CharBar Function

Source: https://github.com/gyverlibs/chardisplay/blob/main/README.md

Generates a character-based loading bar as a String. The bar's appearance is determined by the chosen style and the fill percentage (0-100).

```C++
String CharBar<стиль>(размер, заполнение 0-100);

// стили:
BAR_SQUARE
BAR_SQUARE2
BAR_SQUARE3
BAR_DIAMOND
BAR_RECT
BAR_RECT2
BAR_BLOCK
BAR_BLOCK2
BAR_CIRCLE
BAR_CIRCLE2
```

--------------------------------

### Initializing Charplot (C++)

Source: https://github.com/gyverlibs/chardisplay/blob/main/README_EN.md

Initializes a Charplot object to generate a string representation of a plot from a float array. Allows specifying width (array size), height, fill style (gaps or dots), and border style (continuous or double).

```CPP
String Charplot <style> (float*, width (array size), height);
String Charplot <style> (float*, width (array size), height, fill);
String Charplot <style> (Float*, width (array size), height, fill, border);

// Fill (0, 1) - fill the voids with gaps or dots (silence 1)
// border (0, 1) - continuous or double style of the frame (silence 0)

// Styles:
Line_x1
Line_x2
Colon_x2
Colon_x1
```

--------------------------------

### Rendering Charmatrix Output (C++)

Source: https://github.com/gyverlibs/chardisplay/blob/main/README_EN.md

Renders the current state of the Charmatrix buffer into a String format, suitable for outputting to text-based displays or messages.

```CPP
String Render ();
```

--------------------------------

### Outputting CharMatrix Content

Source: https://github.com/gyverlibs/chardisplay/blob/main/README.md

Provides methods to output the rendered CharMatrix content either to a Print object (like Serial) or as a String.

```C++
// напечатать в Print
size_t printTo(Print& p);

// вывести как String
String render();
```

--------------------------------

### Using CharPlot Function

Source: https://github.com/gyverlibs/chardisplay/blob/main/README.md

Generates a character-based plot as a String from a float array. Different styles, fill options, and border styles are available.

```C++
String CharPlot<стиль>(float*, ширина (размер массива), высота);
String CharPlot<стиль>(float*, ширина (размер массива), высота, fill);
String CharPlot<стиль>(float*, ширина (размер массива), высота, fill, border);

// fill (0, 1) - заполнять пустоты пробелами или точками (умолч. 1)
// border (0, 1) - сплошной или двойной стиль рамки (умолч. 0)

// стили:
LINE_X1
LINE_X2
COLON_X2
COLON_X1
```

--------------------------------

### Customizing CharMatrix X1 Style Characters

Source: https://github.com/gyverlibs/chardisplay/blob/main/README.md

Allows defining custom characters for the CHAR_X1 style of CharMatrix before including the library header. This enables using different symbols for clear and filled points.

```C++
#define CM_X1_CLEAR ' '
#define CM_X1_FILL '#'

// #define CM_X1_CLEAR "[]"
// #define CM_X1_FILL "██"

#include <CharMatrix.h>
CharMatrix<CHAR_X1> disp(32, 12);
```

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