Epson S1D13700 Graphic Lcd Library

The mikroPascal PRO for ARM provides a library for working with Glcds based on Epson S1D13700 controller.

The S1D13700 Glcd is capable of displaying both text and graphics on an LCD panel. The S1D13700 Glcd allows layered text and graphics, scrolling of the display in any direction, and partitioning of the display into multiple screens.
It includes 32K bytes of embedded SRAM display memory which is used to store text, character codes, and bit-mapped graphics.

The S1D13700 Glcd handles display controller functions including :

Transferring data from the controlling microprocessor to the buffer memory
Reading memory data, converting data to display pixels
Generating timing signals for the LCD panel

The S1D13700 Glcd is designed with an internal character generator which supports 160, 5x7 pixel characters in internal mask ROM (CGROM) and 64, 8x8 pixel characters incharacter generator RAM (CGRAM).
When the CGROM is not used, up to 256, 8x16 pixel characters are supported in CGRAM.

External dependencies of the Epson S1D13700 Graphic Lcd Library

Stellaris

The following variables must be defined in all projects using S1D13700 Graphic Lcd library:	Description :	Example :
`var S1D13700_Data_Port : dword; sfr; external;`	System data bus.	`var S1D13700_Data_Port : byte at GPIO_PORTE_DATA;`
`var S1D13700_WR : sbit; sfr; external;`	Write signal.	`var S1D13700_WR : sbit at LATC2_bit;`
`var S1D13700_RD : sbit; sfr; external;`	Read signal.	`var S1D13700_RD : sbit at GPIO_PORTD_DATA1_bit;`
`var S1D13700_A0 : sbit; sfr; external;`	System Address pin.	`var S1D13700_A0 : sbit at GPIO_PORTD_DATA0_bit;`
`var S1D13700_RES : sbit; sfr; external;`	Reset signal.	`var S1D13700_RES : sbit at GPIO_PORTD_DATA4_bit;`
`var S1D13700_CS : sbit; sfr; external;`	Chip select.	`var S1D13700_CS : sbit at GPIO_PORTD_DATA5_bit;`
`var S1D13700_Data_Port_Direction : dword; sfr; external;`	Direction of the system data bus pins.	`var S1D13700_Data_Port_Direction : byte at GPIO_PORTE_DIR;`
`var S1D13700_WR_Direction : sbit; sfr; external;`	Direction of the Write pin.	`var S1D13700_WR_Direction : sbit at GPIO_PORTD_DIR2_bit;`
`var S1D13700_RD_Direction : sbit; sfr; external;`	Direction of the Read pin.	`var S1D13700_RD_Direction : sbit at GPIO_PORTD_DIR1_bit;`
`var S1D13700_A0_Direction : sbit; sfr; external;`	Direction of the System Address pin.	`var S1D13700_A0_Direction : sbit at GPIO_PORTD_DIR0_bit;`
`var S1D13700_RES_Direction : sbit; sfr; external;`	Direction of the Reset pin.	`var S1D13700_RES_Direction : sbit at GPIO_PORTD_DIR4_bit;`
`var S1D13700_CS_Direction : sbit; sfr; external;`	Direction of the Chip select pin.	`var S1D13700_CS_Direction : sbit at GPIO_PORTD_DIR5_bit;`

MSP432

The following variables must be defined in all projects using S1D13700 Graphic Lcd library:	Description :	Example :
`var S1D13700_Data_Port_Input : word; sfr; external;`	System data bus input.	`var S1D13700_Data_Port_Input : word at DIO_P5IN;`
`var S1D13700_Data_Port_Output : word; sfr; external;`	System data bus output.	`var S1D13700_Data_Port_Output : word at DIO_P5OUT;`
`var S1D13700_Data_Port_Direction : word; sfr; external;`	Direction of the system data bus pins.	`var S1D13700_Data_Port_Direction : word at DIO_P5DIR;`
`var S1D13700_WR : sbit; sfr; external;`	Write signal.	`var S1D13700_WR : sbit at DIO_P6OUT.B0;`
`var S1D13700_RD : sbit; sfr; external;`	Read signal.	`var S1D13700_RD : sbit at DIO_P6OUT.B1;`
`var S1D13700_A0 : sbit; sfr; external;`	System Address pin.	`var S1D13700_A0 : sbit at DIO_P6OUT.B2;`
`var S1D13700_RES : sbit; sfr; external;`	Reset signal.	`var S1D13700_RES : sbit at DIO_P6OUT.B3;`
`var S1D13700_CS : sbit; sfr; external;`	Chip select.	`var S1D13700_CS : sbit at DIO_P6OUT.B4;`
`var S1D13700_WR_Direction : sbit; sfr; external;`	Direction of the Write pin.	`var S1D13700_WR_Direction : sbit at DIO_P6DIR.B0;`
`var S1D13700_RD_Direction : sbit; sfr; external;`	Direction of the Read pin.	`var S1D13700_RD_Direction : sbit at DIO_P6DIR.B1;`
`var S1D13700_A0_Direction : sbit; sfr; external;`	Direction of the System Address pin.	`var S1D13700_A0_Direction : sbit at DIO_P6DIR.B2;`
`var S1D13700_RES_Direction : sbit; sfr; external;`	Direction of the Reset pin.	`var S1D13700_RES_Direction : sbit at DIO_P6DIR.B3;`
`var S1D13700_CS_Direction : sbit; sfr; external;`	Direction of the Chip select pin.	`var S1D13700_CS_Direction : sbit at DIO_P6DIR.B4;`

STM32

The following variables must be defined in all projects using S1D13700 Graphic Lcd library:	Description :	Example :
`var S1D13700_Data_Port_Input : dword; sfr; external;`	System data input bus.	`var S1D13700_Data_Port_Input : dword at GPIOD_IDR;`
`var S1D13700_Data_Port_Output : dword; sfr; external;`	System data output bus.	`var S1D13700_Data_Port_Output : dword at GPIOD_ODR;`
`var S1D13700_WR : sbit; sfr; external;`	Write signal.	`var S1D13700_WR : sbit at GPIOD_ODR.B15;`
`var S1D13700_RD : sbit; sfr; external;`	Read signal.	`var S1D13700_RD : sbit at GPIOD_IDR.B14;`
`var S1D13700_A0 : sbit; sfr; external;`	System Address pin.	`var S1D13700_A0 : sbit at GPIOD_ODR.B13;`
`var S1D13700_RES : sbit; sfr; external;`	Reset signal.	`var S1D13700_RES : sbit at GPIOD_ODR.B12;`
`var S1D13700_CS : sbit; sfr; external;`	Chip select.	`var S1D13700_CS : sbit at GPIOD_ODR.B11;`

CEC1x02

The following variables must be defined in all projects using S1D13700 Graphic Lcd library:	Description :	Example :
`var S1D13700_Data_Port_Input : byte; sfr; external;`	Input system data bus.	`var S1D13700_Data_Port_Input : byte at GPIO_INPUT_010_017;`
`var S1D13700_Data_Port_Output : byte; sfr; external;`	Output system data bus.	`var S1D13700_Data_Port_Output : byte at GPIO_OUTPUT_010_017;`
`var S1D13700_WR : sbit; sfr; external;`	Write signal.	`var S1D13700_WR : sbit at GPIO_OUTPUT_PIN_001_bit;`
`var S1D13700_RD : sbit; sfr; external;`	Read signal.	`var S1D13700_RD : sbit at GPIO_OUTPUT_PIN_002_bit;`
`var S1D13700_A0 : sbit; sfr; external;`	System Address pin.	`var S1D13700_A0 : sbit at GPIO_OUTPUT_PIN_003_bit;`
`var S1D13700_RES : sbit; sfr; external;`	Reset signal.	`var S1D13700_RES : sbit at GPIO_OUTPUT_PIN_004_bit;`
`var S1D13700_CS : sbit; sfr; external;`	Chip select.	`var S1D13700_CS : sbit at GPIO_OUTPUT_PIN_005_bit;`

Library Routines

S1D13700_Init
S1D13700_Write_Command
S1D13700_Write_Parameter
S1D13700_Read_Parameter
S1D13700_Fill
S1D13700_GrFill
S1D13700_TxtFill
S1D13700_Display_GrLayer
S1D13700_Display_TxtLayer
S1D13700_Set_Cursor
S1D13700_Display_Cursor
S1D13700_Write_Char
S1D13700_Write_Text
S1D13700_Dot
S1D13700_Line
S1D13700_H_Line
S1D13700_V_Line
S1D13700_Rectangle
S1D13700_Box
S1D13700_Rectangle_Round_Edges
S1D13700_Rectangle_Round_Edges_Fill
S1D13700_Circle
S1D13700_Circle_Fill
S1D13700_Image
S1D13700_PartialImage

S1D13700_Init

Prototype	procedure S1D13700_Init(width : word; height : word);
Returns	Nothing.
Description	Initializes S1D13700 Graphic Lcd controller. Parameters : `width:` width of the Glcd panel. `height:` height of the Glcd panel.
Requires	External dependencies of the library from the top of the page must be defined before using this function.
Example	Stellaris // S1D13700 module connections var S1D13700_Data_Port : byte at GPIO_PORTE_DATA; var S1D13700_WR : sbit at GPIO_PORTD_DATA2_bit; var S1D13700_RD : sbit at GPIO_PORTD_DATA1_bit; var S1D13700_A0 : sbit at GPIO_PORTD_DATA0_bit; var S1D13700_RES : sbit at GPIO_PORTD_DATA4_bit; var S1D13700_CS : sbit at GPIO_PORTD_DATA5_bit; var S1D13700_Data_Port_Direction : byte at GPIO_PORTE_DIR; var S1D13700_WR_Direction : sbit at GPIO_PORTD_DIR2_bit; var S1D13700_RD_Direction : sbit at GPIO_PORTD_DIR1_bit; var S1D13700_A0_Direction : sbit at GPIO_PORTD_DIR0_bit; var S1D13700_RES_Direction : sbit at GPIO_PORTD_DIR4_bit; var S1D13700_CS_Direction : sbit at GPIO_PORTD_DIR5_bit; // End of S1D13700 module connections ... // init display for 320 pixel width, 240 pixel height S1D13700_Init(320, 240); MSP432 // S1D13700 module connections var S1D13700_Data_Port_Input : word at DIO_P5IN; var S1D13700_Data_Port_Output : word at DIO_P5OUT; var S1D13700_WR : sbit at DIO_P6OUT.B0; var S1D13700_RD : sbit at DIO_P6OUT.B1; var S1D13700_A0 : sbit at DIO_P6OUT.B2; var S1D13700_RES : sbit at DIO_P6OUT.B3; var S1D13700_CS : sbit at DIO_P6OUT.B4; var S1D13700_Data_Port_Direction : word at DIO_P5DIR; var S1D13700_WR_Direction : sbit at DIO_P6DIR.B0; var S1D13700_RD_Direction : sbit at DIO_P6DIR.B0; var S1D13700_A0_Direction : sbit at DIO_P6DIR.B0; var S1D13700_RES_Direction : sbit at DIO_P6DIR.B0; var S1D13700_CS_Direction : sbit at DIO_P6DIR.B0; // End of S1D13700 module connections ... // init display for 320 pixel width, 240 pixel height S1D13700_Init(320, 240); STM32 // S1D13700 module connections var S1D13700_Data_Port_Input : dword at GPIOD_IDR; var S1D13700_Data_Port_Output : dword at GPIOD_ODR; var S1D13700_WR : sbit at GPIOD_ODR.B15; var S1D13700_RD : sbit at GPIOD_IDR.B14; var S1D13700_A0 : sbit at GPIOD_ODR.B13; var S1D13700_RES : sbit at GPIOD_ODR.B12; var S1D13700_CS : sbit at GPIOD_ODR.B11; // End of S1D13700 module connections ... // init display for 320 pixel width, 240 pixel height S1D13700_Init(320, 240); CEC1x02 // S1D13700 module connections var S1D13700_Data_Port_Input : byte at GPIO_INPUT_010_017; var S1D13700_Data_Port_Output : byte at GPIO_OUTPUT_010_017; var S1D13700_WR : sbit at GPIO_OUTPUT_PIN_001_bit; var S1D13700_RD : sbit at GPIO_OUTPUT_PIN_002_bit; var S1D13700_A0 : sbit at GPIO_OUTPUT_PIN_003_bit; var S1D13700_RES : sbit at GPIO_OUTPUT_PIN_004_bit; var S1D13700_CS : sbit at GPIO_OUTPUT_PIN_005_bit; // End of S1D13700 module connections ... // init display for 320 pixel width, 240 pixel height S1D13700_Init(320, 240);

S1D13700_Write_Command

Prototype

procedure S1D13700_Write_Command(command : byte);

Returns

Nothing.

Description

Writes a command to S1D13700 controller.

Parameters :

command: command to be issued :

Value	Description
`S1D13700_SYSTEM_SET`	General system settings.
`S1D13700_POWER_SAVE`	Enter into power saving mode.
`S1D13700_DISP_ON`	Turn the display on.
`S1D13700_DISP_OFF`	Turn the display off.
`S1D13700_SCROLL`	Setup text and graphics address regions.
`S1D13700_CS_RIGHT`	Cursor moves right after write to display memory.
`S1D13700_CS_LEFT`	Cursor moves left after write to display memory.
`S1D13700_CS_UP`	Cursor moves up after write to display memory.
`S1D13700_CS_DOWN`	Cursor moves down after write to display memory.
`S1D13700_OVLAY`	Configure how layers overlay.
`S1D13700_CGRAM_ADR`	Configure character generator RAM address.
`S1D13700_HDOT_SCR`	Set horizontal scroll rate.
`S1D13700_CSRW`	Set the cursor address.
`S1D13700_CSRR`	Read the cursor address.
`S1D13700_GRAYSCALE`	Selects the gray scale depth, in bits-per-pixel (bpp).
`S1D13700_MEMWRITE`	Write to display memory.
`S1D13700_MEMREAD`	Read from display memory.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

// Turn the display on
S1D13700_Write_Command(S1D13700_DISP_ON);

S1D13700_Write_Parameter

Prototype	procedure S1D13700_Write_Parameter(parameter : byte);
Returns	Nothing.
Description	Writes a parameter to S1D13700 controller. Parameters : `parameter:` parameter to be written.
Requires	Glcd module needs to be initialized. See the S1D13700_Init routine. Previously, a command must be sent through S1D13700_Write_Command routine.
Example	S1D13700_Write_Command(S1D13700_CSRW); // set cursor address S1D13700_Write_Parameter(Lo(start)); // send lower byte of cursor address S1D13700_Write_Parameter(Hi(start)); // send higher byte cursor address

S1D13700_Read_Parameter

Prototype	function S1D13700_Read_Parameter() : byte;
Returns	Nothing.
Description	Reads a parameter from GLCD port.
Requires	Glcd module needs to be initialized. See the S1D13700_Init routine.
Example	parameter := S1D13700_Read_Parameter();

S1D13700_Fill

Prototype	procedure S1D13700_Fill(d : byte; start : word; len : word);
Returns	Nothing.
Description	Fills Glcd memory block with given byte. Parameters : `d:` byte to be written. `start:` starting address of the memory block. `len:` length of the memory block in bytes.
Requires	Glcd module needs to be initialized. See the S1D13700_Init routine.
Example	// from the starting address of 0x3000, fill the memory block size of 0x7FFF with 0x20 S1D13700_Fill(0x20, 0x3000, 0x7FFF);

S1D13700_GrFill

Prototype	procedure S1D13700_GrFill(d : byte);
Returns	Nothing.
Description	Fill graphic layer with appropriate value (0 to clear). Parameters : `d:` value to fill graphic layer with.
Requires	Glcd module needs to be initialized. See the S1D13700_Init routine.
Example	// clear current graphic panel S1D13700_GrFill(0);

S1D13700_TxtFill

Prototype	procedure S1D13700_TxtFill(d : byte);
Returns	Nothing.
Description	Fill current text panel with appropriate value (0 to clear). Parameters : `d:` this value will be used to fill text panel.
Requires	Glcd module needs to be initialized. See the S1D13700_Init routine.
Example	// clear current text panel S1D13700_TxtFill(0);

S1D13700_Display_GrLayer

Prototype

<procedure S1D13700_Display_GrLayer(mode : byte);

Returns

Nothing.

Description

Display selected graphic layer.

Parameters :

mode: graphic layer mode. Valid values :

Value	Description
`S1D13700_LAYER_OFF`	Turn off graphic layer.
`S1D13700_LAYER_ON`	Turn on graphic layer.
`S1D13700_LAYER_FLASH_2Hz`	Turn on graphic layer and flash it at the rate of 2 Hz.
`S1D13700_LAYER_FLASH_16Hz`	Turn on graphic layer and flash it at the rate of 16 Hz.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

// Turn on graphic layer
S1D13700_Display_GrLayer(S1D13700_LAYER_ON);

S1D13700_Display_TxtLayer

Prototype

procedure S1D13700_Display_TxtLayer(mode : byte);

Returns

Nothing.

Description

Display selected text layer.

Parameters :

mode: text layer mode. Valid values :

Value	Description
`S1D13700_LAYER_OFF`	Turn off graphic layer.
`S1D13700_LAYER_ON`	Turn on graphic layer.
`S1D13700_LAYER_FLASH_2Hz`	Turn on graphic layer and flash it at the rate of 2 Hz.
`S1D13700_LAYER_FLASH_16Hz`	Turn on graphic layer and flash it at the rate of 16 Hz.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

// Display on text layer
S1D13700_Display_TxtLayer(S1D13700_LAYER_ON);

S1D13700_Set_Cursor

Prototype

procedure S1D13700_Set_Cursor(width : byte; height : byte; mode : byte);

Returns

Nothing.

Description

Sets cursor properties.

Parameters :

width: in pixels-1 (must be less than or equal to the horizontal char size).
height: in lines-1 (must be less than or equal to the vertical char size).
mode: cursor mode. Valid values :

Value	Description
`S1D13700_CURSOR_UNDERSCORE`	Set cursor shape - underscore.
`S1D13700_CURSOR_BLOCK`	Set cursor shape - block.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

// set cursor with the following properties : width 5px, height 10px, cursor shape - block
S1D13700_Set_Cursor(5, 10, S1D13700_CURSOR_BLOCK);

S1D13700_Display_Cursor

Prototype

procedure S1D13700_Display_Cursor(mode : byte);

Returns

Nothing.

Description

Displays cursor.

Parameters :

mode: mode parameter. Valid values:

Value	Description
`S1D13700_CURSOR_OFF`	Turn off graphic layer.
`S1D13700_CURSOR_ON`	Turn on graphic layer.
`S1D13700_CURSOR_FLASH_2Hz`	Turn on graphic layer and flash it at the rate of 2 Hz.
`S1D13700_CURSOR_FLASH_16Hz`	Turn on graphic layer and flash it at the rate of 16 Hz.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

// set cursor on
S1D13700_Display_Cursor(S1D13700_CURSOR_ON);

S1D13700_Write_Char

Prototype

procedure S1D13700_Write_Char(c : char; x : word; y : word; mode: byte);

Returns

Nothing.

Description

Writes a char in the current text layer of Glcd at coordinates (x, y).

Parameters :

c: char to be written.
x: char position on x-axis (column).
y: char position on y-axis (row).
mode: mode parameter. Valid values :

Value	Description
`S1D13700_OVERLAY_OR`	In the OR-Mode, text and graphics can be displayed and the data is logically "OR-ed". This is the most common way of combining text and graphics, for example labels on buttons.
`S1D13700_OVERLAY_XOR`	In this mode, the text and graphics data are combined via the logical "exclusive OR".
`S1D13700_OVERLAY_AND`	The text and graphic data shown on display are combined via the logical "AND function".

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_Write_Char("A",22,23,S1D13700_OVERLAY_OR);

S1D13700_Write_Text

Prototype

procedure S1D13700_Write_Text(var str : string; x, y : word; mode : byte);

Returns

Nothing.

Description

Writes text in the current text panel of Glcd at coordinates (x, y).

Parameters :

str: text to be written.
x: text position on x-axis (column).
y: text position on y-axis (row).
mode: mode parameter. Valid values :

Value	Description
`S1D13700_OVERLAY_OR`	In the OR-Mode, text and graphics can be displayed and the data is logically "OR-ed". This is the most common way of combining text and graphics, for example labels on buttons.
`S1D13700_OVERLAY_XOR`	In this mode, the text and graphics data are combined via the logical "exclusive OR".
`S1D13700_OVERLAY_AND`	The text and graphic data shown on display are combined via the logical "AND function".

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_Write_Text('EPSON LIBRARY DEMO, WELCOME !', 0, 0, S1D13700_OVERLAY_OR);

S1D13700_Dot

Prototype

procedure S1D13700_Dot(x : word; y : word; color : byte);

Returns

Nothing.

Description

Draws a dot in the current graphic panel of Glcd at coordinates (x, y).

Parameters :

x: dot position on x-axis.
y: dot position on y-axis.
color: color parameter. Valid values :

Value	Description
`S1D13700_BLACK`	Black color.
`S1D13700_WHITE`	White color.
`S1D13700_INVERT`	Invert color.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_Dot(50, 50, S1D13700_WHITE);

S1D13700_Line

Prototype

procedure S1D13700_Line(x0, y0, x1, y1 : word; pcolor : byte);

Returns

Nothing.

Description

Draws a line from (x0, y0) to (x1, y1).

Parameters :

x0: x coordinate of the line start.
y0: y coordinate of the line end.
x1: x coordinate of the line start.
y1: y coordinate of the line end.
pcolor: color parameter. Valid values :

Value	Description
`S1D13700_BLACK`	Black color.
`S1D13700_WHITE`	White color.
`S1D13700_INVERT`	Invert color.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_Line(0, 0, 239, 127, S1D13700_WHITE);

S1D13700_H_Line

Prototype

procedure S1D13700_H_Line(x_start, x_end, y_pos : word; color : byte);

Returns

Nothing.

Description

Draws a horizontal line.

Parameters :

x_start: x coordinate of the line start.
x_end: x coordinate of the line end.
y_pos: line position on the y axis.
pcolor: color parameter. Valid values :

Value	Description
`S1D13700_BLACK`	Black color.
`S1D13700_WHITE`	White color.
`S1D13700_INVERT`	Invert color.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_Line(0, 0, 239, 127, S1D13700_WHITE);

S1D13700_V_Line

Prototype

procedure S1D13700_V_Line(y_start, y_end, x_pos : word; color : byte);

Returns

Nothing.

Description

Draws a horizontal line.

Parameters :

y_start: y coordinate of the line start.
y_end: y coordinate of the line end.
x_pos: line position on the x axis.
pcolor: color parameter. Valid values :

Value	Description
`S1D13700_BLACK`	Black color.
`S1D13700_WHITE`	White color.
`S1D13700_INVERT`	Invert color.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_Line(0, 0, 239, 127, S1D13700_WHITE);

S1D13700_Rectangle

Prototype

procedure S1D13700_Rectangle(x0, y0, x1, y1 : word; pcolor : byte);

Returns

Nothing.

Description

Draws a rectangle on Glcd.

Parameters :

x0: x coordinate of the upper left rectangle corner.
y0: y coordinate of the upper left rectangle corner.
x1: x coordinate of the lower right rectangle corner.
y1: y coordinate of the lower right rectangle corner.
pcolor: color parameter. Valid values :

Value	Description
`S1D13700_BLACK`	Black color.
`S1D13700_WHITE`	White color.
`S1D13700_INVERT`	Invert color.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_rectangle(20, 20, 219, 107, S1D13700_WHITE);

S1D13700_Box

Prototype

procedure S1D13700_Box(x0, y0, x1, y1 : word; pcolor : byte);

Returns

Nothing.

Description

Draws a box on Glcd.

Parameters :

x0: x coordinate of the upper left box corner.
y0: y coordinate of the upper left box corner.
x1: x coordinate of the lower right box corner.
y1: y coordinate of the lower right box corner.
pcolor: color parameter. Valid values :

Value	Description
`S1D13700_BLACK`	Black color.
`S1D13700_WHITE`	White color.
`S1D13700_INVERT`	Invert color.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_Box(0, 119, 239, 127, S1D13700_WHITE);

S1D13700_Rectangle_Round_Edges

Prototype

procedure S1D13700_Rectangle_Round_Edges(x_upper_left : word; y_upper_left : word; x_bottom_right : word; y_bottom_right : word; round_radius : word; color : byte);

Returns

Nothing.

Description

Draws a rounded edge rectangle on Glcd.

Parameters :

x_upper_left: x coordinate of the upper left rectangle corner.
y_upper_left: y coordinate of the upper left rectangle corner.
x_bottom_right: x coordinate of the lower right rectangle corner.
y_bottom_right: y coordinate of the lower right rectangle corner.
round_radius: radius of the rounded edge.
pcolor: color parameter. Valid values :

Value	Description
`S1D13700_BLACK`	Black color.
`S1D13700_WHITE`	White color.
`S1D13700_INVERT`	Invert color.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_Rectangle_Round_Edges(20, 20, 219, 107, 12, S1D13700_WHITE);

S1D13700_Rectangle_Round_Edges_Fill

Prototype

procedure S1D13700_Rectangle_Round_Edges_Fill(x_upper_left : word; y_upper_left : word; x_bottom_right : word; y_bottom_right : word; round_radius : word; color : byte);

Returns

Nothing.

Description

Draws a filled rounded edge rectangle on Glcd.

Parameters :

x_upper_left: x coordinate of the upper left rectangle corner.
y_upper_left: y coordinate of the upper left rectangle corner.
x_bottom_right: x coordinate of the lower right rectangle corner.
y_bottom_right: y coordinate of the lower right rectangle corner.
round_radius: radius of the rounded edge.
pcolor: color parameter. Valid values :

Value	Description
`S1D13700_BLACK`	Black color.
`S1D13700_WHITE`	White color.
`S1D13700_INVERT`	Invert color.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_Rectangle_Round_Edges_Fill(20, 20, 219, 107, 12, S1D13700_WHITE);

S1D13700_Circle

Prototype

procedure S1D13700_Circle(x_center : word; y_center : word; radius : word; color : byte);

Returns

Nothing.

Description

Draws a circle on Glcd.

Parameters :

x_center: x coordinate of the circle center.
y_center: y coordinate of the circle center.
radius: radius size.
color: color parameter. Valid values :

Value	Description
`S1D13700_BLACK`	Black color.
`S1D13700_WHITE`	White color.
`S1D13700_INVERT`	Invert color.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_Circle(120, 64, 110, S1D13700_WHITE);

S1D13700_Circle_Fill

Prototype

procedure S1D13700_Circle_Fill(x_center: word; y_center: word; radius: word; color : byte);

Returns

Nothing.

Description

Draws a filled circle on Glcd.

Parameters :

x_center: x coordinate of the circle center.
y_center: y coordinate of the circle center.
radius: radius size.
color: color parameter. Valid values :

Value	Description
`S1D13700_BLACK`	Black color.
`S1D13700_WHITE`	White color.
`S1D13700_INVERT`	Invert color.

Requires

Glcd module needs to be initialized. See the S1D13700_Init routine.

Example

S1D13700_Circle_Fill(120, 64, 110, S1D13700_WHITE);

S1D13700_Image

Prototype	procedure S1D13700_Image(const image : ^byte);
Returns	Nothing.
Description	Displays bitmap on Glcd. Parameters : `image:` image to be displayed. Bitmap array is located in code memory. Note : Image dimension must match the display dimension.
Requires	Glcd module needs to be initialized. See the S1D13700_Init routine.
Example	S1D13700_Image(@image);

S1D13700_PartialImage

Prototype	procedure S1D13700_PartialImage(x_left, y_top, width, height, picture_width, picture_height : word; const image : ^byte);
Returns	Nothing.
Description	Displays a partial area of the image on a desired location. Parameters : `x_left:` x coordinate of the desired location (upper left coordinate). `y_top:` y coordinate of the desired location (upper left coordinate). `width:` desired image width. `height:` desired image height. `picture_width:` width of the original image. `picture_height:` height of the original image. `image:` image to be displayed. Bitmap array is located in code memory. Note : Image dimension must match the display dimension.
Requires	Glcd module needs to be initialized. See the S1D13700_Init routine.
Example	// Draws a 10x15 part of the image starting from the upper left corner on the coordinate (10,12). Original image size is 16x32. S1D13700_PartialImage(10, 12, 10, 15, 16, 32, @image);