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Вы: 5L_DGUSII Application Development Guide

Version 1.0

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

2

Contents

Chapter 1 Quick Start............................................................................................................................................. 4

1.1 Naming Rule.............................................................................................................................................. 4

1.2 Interface Definition and Wiring.................................................................................................................. 5

1.3 Power Supply ............................................................................................................................................ 8

1.4 Driver Installation....................................................................................................................................... 8

1.5 Software Installation................................................................................................................................ 10

Chapter 2 Development System .......................................................................................................................... 11

2.1 T5L ASIC................................................................................................................................................. 11

2.2 T5L_DGUS II Development System ....................................................................................................... 14

2.3 Features .................................................................................................................................................. 16

2.4 Software Process .................................................................................................................................... 17

2.5 FLASH Memory Allocation...................................................................................................................... 18

2.6 RAM Memory Variable Address Space .................................................................................................. 19

2.7 RAM Description Pointer Space ............................................................................................................. 20

Chapter 3 SD Card Interface................................................................................................................................ 22

3.1 MicroSD (TF) Card Format ..................................................................................................................... 22

3.2 SD Card Interface Download Method ..................................................................................................... 23

3.3 Download File.......................................................................................................................................... 24

Chapter 4 UART2 Serial Communication Protocol .............................................................................................. 41

4.1 Data Frame Structure.............................................................................................................................. 41

4.2 UART2 Debug Interface Instruction........................................................................................................ 41

Chapter 5 System Variable Interface ................................................................................................................... 45

5.1 System Variable Interface ....................................................................................................................... 45

5.2 Network Interface .................................................................................................................................... 59

Chapter 6 Touch Variable Configuration (13.BIN) ............................................................................................... 65

6.1 List of Touch Variables............................................................................................................................ 66

6.2 Variable Data Input.................................................................................................................................. 67

6.3 Popup Menu............................................................................................................................................ 70

6.4 Incremental Adjustment .......................................................................................................................... 72

6.5 Drag Adjustment...................................................................................................................................... 74

6.6 Return Key Code..................................................................................................................................... 76

6.7 Text Input................................................................................................................................................. 78

6.8 Synchrodata Return ................................................................................................................................ 86

6.9 Rotation Adjustment................................................................................................................................ 89

6.10 Sliding Adjustment................................................................................................................................. 91

6.11 Page Sliding .......................................................................................................................................... 92

6.12 Slide Icon Selection............................................................................................................................... 94

Chapter 7 Display Variable Configuration ...................................................................................

ChatGPT: Руководство по разработке приложений для T5L_DGUSII

Версия 1.0

Компания DWIN Technology

Профессиональное, надежное, успешное руководство по разработке приложений для T5L_DGUSII

Содержание

Глава 1 Быстрый старт............................................................................................................................ 4

1.1 Правила именования.......................................................................................................................... 4

1.2 Определение интерфейса и подключение........................................................................................... 5

1.3 Питание............................................................................................................................................... 8

1.4 Установка драйвера.......................................................................................................................... 8

1.5 Установка программного обеспечения.............................................................................................. 10

Глава 2 Система разработки................................................................................................................... 11

2.1 Чип T5L............................................................................................................................................. 11

2.2 Система разработки T5L_DGUS II.................................................................................................... 14

2.3 Особенности..................................................................................................................................... 16

2.4 Процесс программирования............................................................................................................... 17

2.5 Распределение памяти FLASH.......................................................................................................... 18

2.6 Адресное пространство переменных в оперативной памяти (RAM)................................................ 19

2.7 Описание указателя на память RAM.................................................................................................. 20

Глава 3 Интерфейс SD-карты................................................................................................................. 22

3.1 Формат MicroSD (TF) карты............................................................................................................ 22

3.2 Метод загрузки через интерфейс SD-карты..................................................................................... 23

3.3 Загрузочный файл.............................................................................................................................. 24

Глава 4 Протокол последовательной связи UART2................................................................................. 41

4.1 Структура кадра данных.................................................................................................................... 41

4.2 Инструкции для отладочного интерфейса UART2........................................................................... 41

Глава 5 Интерфейс системных переменных............................................................................................... 45

5.1 Интерфейс системных переменных.................................................................................................. 45

5.2 Сетевой интерфейс........................................................................................................................... 59

Глава 6 Конфигурация переменных сенсорного экрана (13.BIN)............................................................. 65

6.1 Список переменных сенсорного экрана............................................................................................ 66

6.2 Ввод данных в переменные................................................................................................................ 67

6.3 Всплывающее меню.......................................................................................................................... 70

6.4 Постепенная настройка..................................................................................................................... 72

6.5 Регулировка перемещением............................................................................................................. 74

6.6 Код клавиши возврата.................................................................................................................... 76

6.7 Ввод текста....................................................................................................................................... 78

6.8 Возврат синхроданных..................................................................................................................... 86

6.9 Настройка поворота.......................................................................................................................... 89

6.10 Регулировка путем скольжения..................................................................................................... 91

6.11 Скольжение страницы..................................................................................................................... 92

6.12 Выбор иконки скольжения............................................................................................................ 94

Глава 7 Конфигурация переменных дисплея..........................................................................

Вы: DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

4

Chapter 1 Quick Start

1.1 Naming Rule

Product Line Code DM DWIN Smart LCM Product Line

Color Code 1 Character T=65K color(16-bit) G=16.7M/262K color(18-bit/24-bit)

Resolution 5 Digits

24240=240*240 32240=320*240 48270=480*272 48320=480*320

64360=640*360 64480=640*480 80480=800*480 85480=854*480

80600=800*600 10600=1024*600 10768=1024*768 12480=1280*480

12720=1280*720 12800=1280*800 13768=1364*768/1366*768

19108=1920*1080 19480=1920*480

Classification 1Character

F=COF structure Y=Beauty grade L=Simple application grade

C=Commerce grade T=Industrial grade K=Medical grade

S=Harsh environment grade Q=Automotive grade

Size 3 Digits

020=2.2inch 024=2.4inch 028=2.8inch 030=3.0inch 035=3.5inch

040=4.0inch 041=4.1inch 043=4.3inch 050=5.0inch 056=5.6inch

070=7.0inch 080=8.0inch 088=8.8inch 097=9.7inch 101=10.1inch

104=10.4inch 116=11.6inch 121=12.1inch 140=14.0inch 150=15.0inch

156=15.6inch 17.=17.3inch 185=18.5inch 215=21.5inch

_ _ Separator

Attribute Code

1 Digit or

character

0=Basic type

1=Basic type with shell

2=Analogue video processing platform

3=Android platform

4=Digital video processing platform products

A=DGUSII kernel product

Hardware Serial Number 1 Digit 0-9 to distinguish between different hardware versions

LCD Temperature Level 1 Character N=Normal temperature W=Wide temperature

TP Category 1 or 2

Character

N=Without touch panel TR=Resistive touch panel TC=Capacitive touch panel

Custom Tag

Z+

Number Z01-Z99, Standard is blank

Extended Memory Tag

F+1

Number F0=512MB F1=1GB F2=2GB F3=3GB, Standard is blank

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

5

1.2 Interface Definition and Wiring

Pin Class Socket Type

PIN Name Pin Type Pin Description CN1 CN2 CN3

VCC P Power supply input 1,2 1,2,3 1

TX4 O UART4 output 3 4 2

TX2 O UART2 output 4 5 3

RX2 I UART2 input 5 6 4

RX4 I UART4 input 6 7 5

GND P Power supply input 7,8 8,9,10 6

① I: INPUT, O: OUTPUT, P: POWER

②PCB pins of the same defined pins have been connected in parallel.

③CN1: Use 8 Pin 2.0 mm spacing patch socket;

CN2: Use 10 Pin 1.0 mm spacing FPC mount;

CN3: Additional 6 Pin 2.54 mm spacing through hole pad is provided.

④UART2 is the communication protocol developed by DGUSII, please refer to the detailed description in

Chapter 4;

T5L DGUS products are equipped with extended UART4, and its configuration and communication need to be

completed through DWIN OS program. TA mode is only available for UART2 communications at the moment.

⑤DWIN adopt TTL/RS232 compatible interface. Users can use 0Ω resistor or solder to short connect directly.

R232=0 (short circuit) selects TTL level input; R232=1(disconnect) selects RS232 level.

As shown below, the place is marked by white silk screen.

By default, the factory disconnects the 232 level, and selects the TTL level. That is OFF=232, ON=TTL.

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

6

Level selection

(1) 10 Pin Interface

One-end of the different side FCC row line is connected to terminal block of the screen, and the other end is

connected to the DWIN HDL662B adapter board, both blue side face up.

One-end of the double-male USB cable is connected to the adapter board, and the other end is connected to

the computer for communication.

10pin interface definition and wiring

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

7

(2) 8 Pin Interface

The 8 PIN interface is spaced by 2.0mm.

8pin2.0 interface definition and wiring

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

8

1.3 Power Supply

Confirm the voltage and power consumption corresponding to the screen according to the catalogue or

datasheet.

Power on the screen with the DC regulated power supply 5V/12V/24V.

The power supply plays a very important role in the normal display of the screen. If the voltage is too small, the

current is unstable, and the power is too low, it may cause abnormal display such as flickering and black screen.

1.4 Driver Installation

1.4.1 Serial Driver

The USB-to-UART chips of DWIN serial adapter boards are XR21V1410 chip and CP2102 chip

According to the chip type, you can download from DWIN official website or consult customer service to obtain

and install the corresponding driver for DGUS screen communication.

Serial Port Driver

Steps are as follows.

Step 1: Right-click "Computer"; click "Properties" at the bottom; click "Device Manager" at the top left, right-click

"USB Device" on the "Device Manager" operation box, and select "Update Driver".

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

9

Step 2: Select "Next" in the pop-up window.

Step 3: Select the path of the serial port driver to complete the driver update.

Step 4: After the installation is complete, the port number corresponding to the driver can be viewed in the

device manager.

1.4.2 Software Operating Environment Driver

Obtain the software operating environment and double-click to install it.

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

10

1.5 Software Installation

Download DGUS V7.624 from our official website https://www.dwin-global.com/ or get from customer service.

1.5.1 New Project

Taking the variable data input control and preview function an example, the steps as follows.

Step 1: Prepare the background image of the same resolution as the screen, in jpg/bmp format, 24-bit color.

The pictures name starts from 00.

Step 2: Download and open DGUS V7.624.

Step 3: Import the image.

Step 4: Configure the Interface.

Step 5: Click save and generate.

Step 6: Project preview.

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

11

Chapter 2 Development System

2.1 T5L ASIC

The T5L series ASIC is a single-chi

ChatGPT: p solution for human-machine interface (HMI) applications. It integrates a high-performance ARM Cortex-M4 processor, graphics controller, and various peripherals to provide a complete solution for HMI development.

2.2 DGUSII Kernel

The DGUSII kernel is the software framework provided by DWIN for developing applications on the T5L ASIC. It includes a set of libraries and APIs that allow developers to easil

Вы: Переведи на русский язык - DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

4

Chapter 1 Quick Start

1.1 Naming Rule

Product Line Code DM DWIN Smart LCM Product Line

Color Code 1 Character T=65K color(16-bit) G=16.7M/262K color(18-bit/24-bit)

Resolution 5 Digits

24240=240*240 32240=320*240 48270=480*272 48320=480*320

64360=640*360 64480=640*480 80480=800*480 85480=854*480

80600=800*600 10600=1024*600 10768=1024*768 12480=1280*480

12720=1280*720 12800=1280*800 13768=1364*768/1366*768

19108=1920*1080 19480=1920*480

Classification 1Character

F=COF structure Y=Beauty grade L=Simple application grade

C=Commerce grade T=Industrial grade K=Medical grade

S=Harsh environment grade Q=Automotive grade

Size 3 Digits

020=2.2inch 024=2.4inch 028=2.8inch 030=3.0inch 035=3.5inch

040=4.0inch 041=4.1inch 043=4.3inch 050=5.0inch 056=5.6inch

070=7.0inch 080=8.0inch 088=8.8inch 097=9.7inch 101=10.1inch

104=10.4inch 116=11.6inch 121=12.1inch 140=14.0inch 150=15.0inch

156=15.6inch 17.=17.3inch 185=18.5inch 215=21.5inch

_ _ Separator

Attribute Code

1 Digit or

character

0=Basic type

1=Basic type with shell

2=Analogue video processing platform

3=Android platform

4=Digital video processing platform products

A=DGUSII kernel product

Hardware Serial Number 1 Digit 0-9 to distinguish between different hardware versions

LCD Temperature Level 1 Character N=Normal temperature W=Wide temperature

TP Category 1 or 2

Character

N=Without touch panel TR=Resistive touch panel TC=Capacitive touch panel

Custom Tag

Z+

Number Z01-Z99, Standard is blank

Extended Memory Tag

F+1

Number F0=512MB F1=1GB F2=2GB F3=3GB, Standard is blank

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

5

1.2 Interface Definition and Wiring

Pin Class Socket Type

PIN Name Pin Type Pin Description CN1 CN2 CN3

VCC P Power supply input 1,2 1,2,3 1

TX4 O UART4 output 3 4 2

TX2 O UART2 output 4 5 3

RX2 I UART2 input 5 6 4

RX4 I UART4 input 6 7 5

GND P Power supply input 7,8 8,9,10 6

① I: INPUT, O: OUTPUT, P: POWER

②PCB pins of the same defined pins have been connected in parallel.

③CN1: Use 8 Pin 2.0 mm spacing patch socket;

CN2: Use 10 Pin 1.0 mm spacing FPC mount;

CN3: Additional 6 Pin 2.54 mm spacing through hole pad is provided.

④UART2 is the communication protocol developed by DGUSII, please refer to the detailed description in

Chapter 4;

T5L DGUS products are equipped with extended UART4, and its configuration and communication need to be

completed through DWIN OS program. TA mode is only available for UART2 communications at the moment.

⑤DWIN adopt TTL/RS232 compatible interface. Users can use 0Ω resistor or solder to short connect directly.

R232=0 (short circuit) selects TTL level input; R232=1(disconnect) selects RS232 level.

As shown below, the place is marked by white silk screen.

By default, the factory disconnects the 232 level, and selects the TTL level. That is OFF=232, ON=TTL.

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

6

Level selection

(1) 10 Pin Interface

One-end of the different side FCC row line is connected to terminal block of the screen, and the other end is

connected to the DWIN HDL662B adapter board, both blue side face up.

One-end of the double-male USB cable is connected to the adapter board, and the other end is connected to

the computer for communication.

10pin interface definition and wiring

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

7

(2) 8 Pin Interface

The 8 PIN interface is spaced by 2.0mm.

8pin2.0 interface definition and wiring

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

8

1.3 Power Supply

Confirm the voltage and power consumption corresponding to the screen according to the catalogue or

datasheet.

Power on the screen with the DC regulated power supply 5V/12V/24V.

The power supply plays a very important role in the normal display of the screen. If the voltage is too small, the

current is unstable, and the power is too low, it may cause abnormal display such as flickering and black screen.

1.4 Driver Installation

1.4.1 Serial Driver

The USB-to-UART chips of DWIN serial adapter boards are XR21V1410 chip and CP2102 chip

According to the chip type, you can download from DWIN official website or consult customer service to obtain

and install the corresponding driver for DGUS screen communication.

Serial Port Driver

Steps are as follows.

Step 1: Right-click "Computer"; click "Properties" at the bottom; click "Device Manager" at the top left, right-click

"USB Device" on the "Device Manager" operation box, and select "Update Driver".

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

9

Step 2: Select "Next" in the pop-up window.

Step 3: Select the path of the serial port driver to complete the driver update.

Step 4: After the installation is complete, the port number corresponding to the driver can be viewed in the

device manager.

1.4.2 Software Operating Environment Driver

Obtain the software operating environment and double-click to install it.

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

10

1.5 Software Installation

Download DGUS V7.624 from our official website https://www.dwin-global.com/ or get from customer service.

1.5.1 New Project

Taking the variable data input control and preview function an example, the steps as follows.

Step 1: Prepare the background image of the same resolution as the screen, in jpg/bmp format, 24-bit color.

The pictures name starts from 00.

Step 2: Download and open DGUS V7.624.

Step 3: Import the image.

Step 4: Configure the Interface.

Step 5: Click save and generate.

Step 6: Project preview.

DWIN Technology

Professional, Creditable, Successful T5L_DGUSII Application Development Guide

11

Chapter 2 Development System

2.1 T5L ASIC

The T5L

ChatGPT: Технология DWIN

Профессиональное, добросовестное, успешное руководство по разработке приложений T5L_DGUSII

Глава 1 Быстрый старт

1.1 Правила именования

Код продуктовой линии DM - Продукты DWIN Smart LCM

Код цвета 1 символ T=65K цвет (16-битный) G=16.7M/262K цвет (18-битный/24-битный)

Разрешение 5 цифр

24240=240*240 32240=320*240 48270=480*272 48320=480*320

64360=640*360 64480=640*480 80480=800*480 85480=854*480

80600=800*600 10600=1024*600 10768=1024*768 12480=1280*480

12720=1280*720 12800=1280*800 13768=1364*768/1366*768

19108=1920*1080 19480=1920*480

Классификация 1 символ

F=COF структура Y=Градация качества L=Простая градация применения

C=Коммерческая градация T=Промышленная градация K=Медицинская градация

S=Градация для экстремальных условий Q=Градация для автомобилей

Размер 3 цифры

020=2.2 дюйма 024=2.4 дюйма 028=2.8 дюйма 030=3.0 дюйма 035=3.5 дюйма

040=4.0 дюйма 041=4.1 дюйма 043=4.3 дюйма 050=5.0 дюйма 056=5.6 дюйма

070=7.0 дюйма 080=8.0 дюйма 088=8.8 дюйма 097=9.7 дюйма 101=10.1 дюйма

104=10.4 дюйма 116=11.6 дюйма 121=12.1 дюйма 140=14.0 дюйма 150=15.0 дюйма

156=15.6 дюйма 17.=17.3 дюйма 185=18.5 дюйма 215=21.5 дюйма

_ _ Разделитель

Код атрибута

1 цифра или символ

0=Базовый тип

1=Базовый тип с оболочкой

2=Аналоговая видеообработка

3=Платформа Android

4=Продукты платформы цифровой видеообработки

A=Продукт ядра DGUSII

Номер аппаратного обеспечения 1 цифра 0-9 для различения разных версий аппаратного обеспечения

Уровень температуры ЖК-дисплея 1 символ N=Нормальная температура W=Широкий диапазон температур

Категория сенсорной панели 1 или 2 символа

N=Без сенсорной панели TR=Сенсорная панель сопротивления TC=Сенсорная панель емкости

Пользовательская метка

Z+

Номер Z01-Z99, стандарт - пусто

Метка расширенной памяти

F+1

Номер F0=512 МБ F1=1 ГБ F2=2 ГБ F3=3 ГБ, стандарт - пусто

Глава 2 Система разработки

2.1 Чип T5L ASIC

Чип T5L представляет собой высокоэффективный микроконтроллер для приложений интерфейса человека и машины (HMI). Он интегрирует высокопроизводительный процессор ARM Cortex-M4, графический контроллер и различные периферийные устройства для создания полного решения для разработки HMI.

2.2 Ядро DGUSII

Ядро DGUSII - это программная платформа, предоставляемая DWIN для разработки приложений на чипе T5L. Она включает набор библиотек и API, которые позволяют разработчикам легко создавать пользовательские интерфейсы, обрабатывать пользовательский ввод и взаимодействовать с внешними устройствами.

2.3 Инструменты разработки

DWIN предоставляет инструмент разработки под названием DGUS Studio для создания и редактирования проектов HMI. DGUS Studio позволяет разработчикам проектировать пользовательские интерфейсы, определять переменные и структуры данных и генерировать код для чипа T5L.

2.4 Язык программирования

Ядро DGUSII поддерживает язык программирования, похожий на язык C, для реализации логики приложения. Разработчики могут писать код для обработки пользовательского ввода, обновления содержимого дисплея и взаимодействия с внешними устройствами.

2.5 Протоколы связи

Чип T5L поддерживает различные протоколы связи, включая UART, I2C, SPI и USB. Разработчики могут использовать эти протоколы для общения с внешними устройствами, такими как микроконтроллеры, сенсоры и исполнительные устройства.

2.6 Отладка и тестирование

DWIN предоставляет среду отладки и тестирования для разработчиков, чтобы проверить и отлаживать свои приложения. Эта среда включает инструменты для мониторинга переменных, моделирования пользовательского ввода и захвата отладочной информации.

2.7 Документация и поддержка

DWIN предоставляет полную документацию и техническую поддержку для разработчиков. Документация включает руководства пользователя, руководства по разработке приложений и справочные материалы. Разработчики также могут получить доступ к онлайн-форумам и обратиться в техническую поддержку DWIN для получения помощи.