Ksenia Kondrashova / Mbed 2 deprecated Temp_&_RH_at_TFT_with_touchscreen-RUS

Русифицированная версия программы для измерения температуры и отн. влажности и вывода информации на сенсорный TFT

Dependencies:   FT800_2 HYT mbed

Компоненты

Подключение

Отладочная плата к TFT-модулю

Отладочная плата подключается к модулю через переходник Break Out Board 20. На плате-переходнике используется 6 сигналов: SCK, MOSI, MISO, SS (интерфейс SPI), PD (powerdown) и INT (interrupt).

Питание должно быть подано не только на VDD, но и на BLVDD - подсветку экрана. Соответствующие выводы можно просто соединить между собой:

/media/uploads/Ksenia/4_-5-.jpg

Отладочная плата к датчику серии HYT

К датчику отладочная плата подключается по I2C. Не забываем про подтяжку к питанию:

/media/uploads/Ksenia/freshpaint-20-2016.09.16-10.37.03.png

Демонстрация работы

Процесс создания приложения подробно описан тут: https://habrahabr.ru/users/uuuulala/topics/

TFT/display.Draw_30minStatistics.cpp

Committer:
Ksenia
Date:
2016-10-12
Revision:
1:8ca8a4ecbe6b
Parent:
0:9db07391e780

File content as of revision 1:8ca8a4ecbe6b:

#include "display.h"

/**************************************************************************************************************************
************************** Display data about humidity in the 30-minutes interval *****************************************
**************************************************************************************************************************/

void Display::StatHumidity_30min(volatile uint64_t seconds, short int statistics24hrs[3][288], uint64_t gridSecondsOffset)
{
    // start FT800 display list
    StartDL();
 
    // mark the plot area as touch input (to return to 24-hrs statistics)
    (*_TFT).DL(COLOR_RGB(213, 213, 213));
    (*_TFT).DL(TAG_MASK(1));
    (*_TFT).DL(TAG(STAT_HUM_PRESS));
    (*_TFT).DL(BEGIN(RECTS));
    (*_TFT).DL(VERTEX2II(25, 100, 0, 0));
    (*_TFT).DL(VERTEX2II(433, 200, 0, 0));
    (*_TFT).DL(TAG_MASK(0));
    
    // create time string, GridLines, link to main menu 
    TimeSinceTurnOn(seconds);
    VerticalGrid30min(gridSecondsOffset);
    HorisontalGrid_Statistics_Humidity();
    MainMenuReference();
    
    // draw graph line
    for (int i = 0; i < 6; i++) {
        char currentValue = statistics24hrs[0][i + timePoint3hrs + timePoint30min];
        char currentMinValue = statistics24hrs[1][i + timePoint3hrs + timePoint30min];
        char currentMaxValue = statistics24hrs[2][i + timePoint3hrs + timePoint30min];
        if (currentValue != INIT_STATISTICS_NUMBER && (i + timePoint3hrs + timePoint30min) != 0) {
            if (currentMaxValue - currentMinValue >= DELTA_HUMIDITY) {
                (*_TFT).DL(COLOR_RGB(207, 45, 13));
                (*_TFT).Number(i * 68, 200 - currentMaxValue - 15, 26, 0, currentMaxValue);
                (*_TFT).Number(i * 68, 200 - currentMinValue + 1, 26, 0, currentMinValue);
                (*_TFT).Number(i * 68 + 43, 200 - currentValue - 7, 26, 0, currentValue);
            } else {
                (*_TFT).DL(COLOR_RGB(9, 0, 63));
                (*_TFT).Number(i * 68 + 43, 200 - currentValue - 7, 26, 0, currentValue);
            }
            (*_TFT).DL(BEGIN(LINES));
            (*_TFT).DL(LINE_WIDTH(16));
            (*_TFT).DL(VERTEX2F((i * 68 + 25) * 16, (200 - currentValue) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 25) * 16, (200 - currentMaxValue) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 10) * 16, (200 - currentMaxValue) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 40) * 16, (200 - currentMaxValue) * 16));
            (*_TFT).DL(END());

            (*_TFT).DL(BEGIN(LINES));
            (*_TFT).DL(LINE_WIDTH(16));
            (*_TFT).DL(VERTEX2F((i * 68 + 25) * 16, (200 - currentValue) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 25) * 16, (200 - currentMinValue) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 10) * 16, (200 - currentMinValue) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 40) * 16, (200 - currentMinValue) * 16));
            (*_TFT).DL(END());

            (*_TFT).DL(BEGIN(POINTS));
            (*_TFT).DL(POINT_SIZE(70));
            (*_TFT).DL(VERTEX2F((i * 68 + 25) * 16, (200 - currentValue) * 16));
            (*_TFT).DL(END());

            (*_TFT).DL(BEGIN(LINES));
            (*_TFT).DL(LINE_WIDTH(24));
            (*_TFT).DL(VERTEX2F((i * 68 + 15) * 16, (200 - currentValue) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 35) * 16, (200 - currentValue) * 16));
            (*_TFT).DL(END());
        }
        if (timePoint3hrs + timePoint30min == 0) {
            (*_TFT).DL(COLOR_RGB(9, 0, 63));
            (*_TFT).DL(BEGIN(POINTS));
            (*_TFT).DL(POINT_SIZE(70));
            (*_TFT).DL(VERTEX2F(25 * 16, (200 - statistics24hrs[0][0]) * 16));
            (*_TFT).DL(END());
        }
    }
    
    // write main title
    (*_TFT).DL(COLOR_RGB(0, 0, 0));
    CreateStringRussian("Отн. влажность за 30 минут");
    (*_TFT).Text(15, 15, 3, 0, russianStr); 
    
    // finish FT800 display list
    FinishDL();
}

/**************************************************************************************************************************
************************** Display data about temperature in the 30-minutes interval **************************************
**************************************************************************************************************************/

void Display::StatTemperature_30min(volatile uint64_t seconds, short int statistics24hrs[3][288], uint64_t gridSecondsOffset)
{
    // strings needed to output temperature values with decimal mark
    char currentValueStr[8], currentMinValueStr[8], currentMaxValueStr[8];

    // start FT800 display list
    StartDL();
 
    // mark the plot area as touch input (to return to 24-hrs statistics)    
    (*_TFT).DL(COLOR_RGB(213, 213, 213));
    (*_TFT).DL(TAG_MASK(1));
    (*_TFT).DL(TAG(STAT_TEMP_PRESS));
    (*_TFT).DL(BEGIN(RECTS));
    (*_TFT).DL(VERTEX2II(25, 100, 0, 0));
    (*_TFT).DL(VERTEX2II(433, 200, 0, 0));
    (*_TFT).DL(TAG_MASK(0));

    // create time string, GridLines, link to main menu 
    TimeSinceTurnOn(seconds);
    VerticalGrid30min(gridSecondsOffset);
    HorisontalGrid_Statistics_Temperature();
    MainMenuReference();

    // draw graph line
    // Temperature values are multiplied by 10 in the statistics data array.
    // To receive "normal" temperature with decimal mark we have to divide it
    for (int i = 0; i < 6; i++) {
        char currentValue_toDraw = (statistics24hrs[0][i + timePoint3hrs + timePoint30min] / TEMPERATURE_MULTIPLIER + 50) * 0.57;
        char currentMinValue_toDraw = (statistics24hrs[1][i + timePoint3hrs + timePoint30min] / TEMPERATURE_MULTIPLIER + 50) * 0.57;
        char currentMaxValue_toDraw = (statistics24hrs[2][i + timePoint3hrs + timePoint30min] / TEMPERATURE_MULTIPLIER + 50) * 0.57;

        short int currentValue_multiplied = statistics24hrs[0][i + timePoint3hrs + timePoint30min];
        CreateStringMultipliedTemp(currentValueStr, currentValue_multiplied);
        short int currentMinValue_multiplied = statistics24hrs[1][i + timePoint3hrs + timePoint30min];
        CreateStringMultipliedTemp(currentMinValueStr, currentMinValue_multiplied);
        short int currentMaxValue_multiplied = statistics24hrs[2][i + timePoint3hrs + timePoint30min];
        CreateStringMultipliedTemp(currentMaxValueStr, currentMaxValue_multiplied);

        short int delta = currentMaxValue_multiplied - currentMinValue_multiplied;
        if (currentValue_multiplied != INIT_STATISTICS_NUMBER && (i + timePoint3hrs + timePoint30min) != 0) {
            if (delta >= DELTA_TEMPERATURE * TEMPERATURE_MULTIPLIER) {
                (*_TFT).DL(COLOR_RGB(207, 45, 13));
                (*_TFT).Text(i * 68 + 5, 200 - currentMaxValue_toDraw - 17, 20, 0, currentMaxValueStr);
                (*_TFT).Text(i * 68 + 5, 200 - currentMinValue_toDraw + 3, 20, 0, currentMinValueStr);
                (*_TFT).Text(i * 68 + 43, 200 - currentValue_toDraw - 7, 26, 0, currentValueStr);
            } else {
                (*_TFT).DL(COLOR_RGB(9, 0, 63));
                (*_TFT).Text(i * 68 + 43, 200 - currentValue_toDraw - 7, 26, 0, currentValueStr);
            }
            (*_TFT).DL(BEGIN(LINES));
            (*_TFT).DL(LINE_WIDTH(16));
            (*_TFT).DL(VERTEX2F((i * 68 + 25) * 16, (200 - currentValue_toDraw) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 25) * 16, (200 - currentMaxValue_toDraw) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 10) * 16, (200 - currentMaxValue_toDraw) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 40) * 16, (200 - currentMaxValue_toDraw) * 16));
            (*_TFT).DL(END());

            (*_TFT).DL(BEGIN(LINES));
            (*_TFT).DL(LINE_WIDTH(16));
            (*_TFT).DL(VERTEX2F((i * 68 + 25) * 16, (200 - currentValue_toDraw) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 25) * 16, (200 - currentMinValue_toDraw) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 10) * 16, (200 - currentMinValue_toDraw) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 40) * 16, (200 - currentMinValue_toDraw) * 16));
            (*_TFT).DL(END());

            (*_TFT).DL(BEGIN(POINTS));
            (*_TFT).DL(POINT_SIZE(70));
            (*_TFT).DL(VERTEX2F((i * 68 + 25) * 16, (200 - currentValue_toDraw) * 16));
            (*_TFT).DL(END());

            (*_TFT).DL(BEGIN(LINES));
            (*_TFT).DL(LINE_WIDTH(24));
            (*_TFT).DL(VERTEX2F((i * 68 + 15) * 16, (200 - currentValue_toDraw) * 16));
            (*_TFT).DL(VERTEX2F((i * 68 + 35) * 16, (200 - currentValue_toDraw) * 16));
            (*_TFT).DL(END());
        }
        if (timePoint3hrs + timePoint30min == 0) {
            (*_TFT).DL(COLOR_RGB(9, 0, 63));
            (*_TFT).DL(BEGIN(POINTS));
            (*_TFT).DL(POINT_SIZE(70));
            (*_TFT).DL(VERTEX2F(25 * 16, (200 - statistics24hrs[0][0]) * 16));
            (*_TFT).DL(END());
        }
    }

    // write main title
    (*_TFT).DL(COLOR_RGB(0, 0, 0));    
    CreateStringRussian("Температура за 30 минут");
    (*_TFT).Text(15, 15, 3, 0, russianStr); 
    
    // finish FT800 display list
    FinishDL();
}