## #############################################
## ESP32 DEV - HEIZUNG 2021 - SENSOREN
## #############################################
## - Chip Family: ESP32
## - Chip Model: ESP32D0WDQ6 (revision 1)
## - Number of Cores: 2
## - Max CPU Frequency: 240MHz
## - Has Bluetooth: YES
## - Has Embedded Flash: NO
## - Has Factory-Calibrated ADC: YES
## - Flash Size: 4MB
## - Flash Frequency: 80MHz
## - tftx =240 tfty =320
## #############################################
## ----------------------------------------------------------------
## used PINS on ESP32 DEV
## ----------------------------------------------------------------
##
## GPIO21: Rtttl Buzzer
##
## GPIO05: ili9341 TFT_CS
## GPIO04: ili9341 TFT_DC
## GPIO15: ili9341 TFT_LED
## GPIO22: ili9341 TFT_RST
## GPIO23: ili9341 TFT_MOSI
## GPIO18: ili9341 TFT_CLK
## GPIO19: ili9341 TFT_MISO
##
## GPI0O4: DS18B20 4 x Digital temperature sensor
## GPIO12: WATERMETER binary_sensor reed contact sensor
##
## GPIO33: MQ2 GAS SENSIR
##
## GPIO34: DFRobot SEN0257 Analog Water Pressure Sensor
## GPIO35: DFRobot SEN0257 Analog Water Pressure Sensor
## GPIO39: DFRobot SEN0257 Analog Water Pressure Sensor
##
## ----------------------------------------------------------------
# ----------------------------------------------------------------
# colors ili9341 display 2.8" 320 x 240 Pixeln
# ----------------------------------------------------------------
packages:
black: !include ../color/COLOR_CSS_BLACK
white: !include ../color/COLOR_CSS_WHITE
red: !include ../color/COLOR_CSS_RED
green: !include ../color/COLOR_CSS_GREEN
cyan: !include ../color/COLOR_CSS_CYAN
blue: !include ../color/COLOR_CSS_BLUE
yellow: !include ../color/COLOR_CSS_YELLOW
gray: !include ../color/COLOR_CSS_LIGHTGREY
darkgray: !include ../color/COLOR_CSS_DARKGRAY
darkorange: !include ../color/COLOR_CSS_DARKORANGE
indogo: !include ../color/COLOR_CSS_INDIGO
# ----------------------------------------------------------------
# font ili9341 display 2.8" 320 x 240 Pixeln
# ----------------------------------------------------------------
font:
- file: "common/fonts/Roboto/Roboto-Thin.ttf"
id: small
size: 12
glyphs: '!"%()+,-_.:<>°0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZÜÄ abcdefghijklmnopqrstuvwxyzüä/³µ'
- file: "common/fonts/Roboto/Roboto-Regular.ttf"
id: large
size: 18
glyphs: '!"%()+,-_.:<>°0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZÜÄ abcdefghijklmnopqrstuvwxyzüä/³µ'
## ----------------------------------------------------------------
## Display ili9341
## ----------------------------------------------------------------
spi:
mosi_pin: 23
clk_pin: 18
miso_pin: 19
display:
- platform: ili9341
model: TFT 2.4
cs_pin: 5
dc_pin: 4
led_pin:
number: 15
inverted: yes
reset_pin: 22
rotation: 0
update_interval: 60s
lambda: |-
// x1
// x2 .... x3 ----xb---- x4
static int y = 0;
static int x1 = 2;
static int x2 = 6;
static int x3 = 80;
static int x4 = 160;
static int y1 = 10;
static int xb = 72;
static int yh = 3;
ESP_LOGI("main", "Render Displaydata");
it.fill(COLOR_OFF);
it.fill(COLOR_ON);
it.fill(id(COLOR_CSS_WHITE));
//
it.print(50, 10, id(large), id(COLOR_CSS_DARKORANGE), "Heizungsdaten" );
//
// all dallas senors
//
it.print(x1, 53, id(small), id(COLOR_CSS_RED), TextAlign::LEFT, "Temperatursensoren" );
it.print(x2, 71, id(small), id(COLOR_CSS_RED), TextAlign::LEFT, "Vorlauf" );
it.print(x2, 89, id(small), id(COLOR_CSS_RED), TextAlign::LEFT, "Rücklauf" );
it.print(x2, 107, id(small), id(COLOR_CSS_RED), TextAlign::LEFT, "Warmwasser" );
it.print(x2, 125, id(small), id(COLOR_CSS_RED), TextAlign::LEFT, "Raum" );
if(id(heating_temp_outgoing).has_state()){
it.filled_rectangle(x3,71+yh,xb * ((id(heating_temp_outgoing).state / id(temp_heating_max) ) ),y1,id(COLOR_CSS_RED));
it.printf(x4, 71, id(small), id(COLOR_CSS_RED), TextAlign::LEFT, "%6.2f°C", id(heating_temp_outgoing).state);
}
if(id(heating_temp_incomming).has_state()){
it.filled_rectangle(x3,89+yh,xb * ((id(heating_temp_incomming).state / id(temp_heating_max) ) ),y1,id(COLOR_CSS_RED));
it.printf(x4, 89, id(small), id(COLOR_CSS_RED), TextAlign::LEFT, "%6.2f°C", id(heating_temp_incomming).state);
}
if(id(heating_temp_warmwater).has_state()){
it.filled_rectangle(x3,107+yh,xb * ((id(heating_temp_warmwater).state / id(temp_warmwater_max) ) ),y1,id(COLOR_CSS_RED));
it.printf(x4, 107, id(small), id(COLOR_CSS_RED), TextAlign::LEFT, "%6.2f°C", id(heating_temp_warmwater).state);
}
if(id(heating_temp_room).has_state()){
it.filled_rectangle(x3,125+yh,xb * ((id(heating_temp_room).state / id(temp_room_max) ) ),y1,id(COLOR_CSS_RED));
it.printf(x4, 125, id(small), id(COLOR_CSS_RED), TextAlign::LEFT, "%6.2f°C", id(heating_temp_room).state);
}
//
// all presure sensors
//
it.print(x1, 149, id(small), id(COLOR_CSS_DARKORANGE), TextAlign::LEFT, "Leitungsdruck Sensoren" );
it.print(x2, 167, id(small), id(COLOR_CSS_DARKORANGE), TextAlign::LEFT, "Vorlauf" );
it.print(x2, 185, id(small), id(COLOR_CSS_DARKORANGE), TextAlign::LEFT, "Rücklauf" );
it.print(x2, 203, id(small), id(COLOR_CSS_DARKORANGE), TextAlign::LEFT, "Warmwasser" );
if(id(outgoing_water_pressure).has_state()){
it.filled_rectangle(x3,167+yh,xb * ((id(outgoing_water_pressure).state / id(pressure_heaterwater_max) ) ),y1,id(COLOR_CSS_DARKORANGE));
it.printf(x4, 167, id(small), id(COLOR_CSS_DARKORANGE), TextAlign::LEFT, "%6.2f bar", id(outgoing_water_pressure).state);
}
if(id(incoming_water_pressure).has_state()){
it.filled_rectangle(x3,185+yh,xb * ((id(incoming_water_pressure).state / id(pressure_heaterwater_max) ) ),y1,id(COLOR_CSS_DARKORANGE));
it.printf(x4, 185, id(small), id(COLOR_CSS_DARKORANGE), TextAlign::LEFT, "%6.2f bar", id(incoming_water_pressure).state);
}
if(id(boiler_water_pressure).has_state()){
it.filled_rectangle(x3,203+yh,xb * ((id(boiler_water_pressure).state / id(pressure_heating_max) ) ),y1,id(COLOR_CSS_DARKORANGE));
it.printf(x4, 203, id(small), id(COLOR_CSS_DARKORANGE), TextAlign::LEFT, "%6.2f bar", id(boiler_water_pressure).state);
}
//
// watermeter data
//
it.print(x1, 227, id(small), id(COLOR_CSS_BLUE), TextAlign::LEFT, "Warmwasseruhr" );
it.print(x2, 245, id(small), id(COLOR_CSS_BLUE), TextAlign::LEFT, "Heute" );
if(id(water_meter_total_liter_day).has_state()){
it.filled_rectangle(x3,245+yh,xb * ((id(water_meter_total_liter_day).state / id(daily_value_max) ) ),y1,id(COLOR_CSS_BLUE));
it.printf(x4,245, id(small), id(COLOR_CSS_BLUE), TextAlign::LEFT, "%6.2f l", id(water_meter_total_liter_day).state);
}
//
// Air quality sensor
//
if(id(mq2_gas).has_state()){
it.print(x1, 263, id(small), id(COLOR_CSS_INDIGO), TextAlign::LEFT, "Luftqualität" );
it.filled_rectangle(x3,263, xb * (1 - (id(mq2_gas).state / id(air_quality_max))) ,y1, id(COLOR_CSS_INDIGO));
it.printf(x4, 263, id(small), id(COLOR_CSS_INDIGO), TextAlign::LEFT, "%6.2fppm", id(mq2_gas).state);
}
//
// Current timestamp
//
it.strftime(x1, 287, id(small), id(COLOR_CSS_BLACK), TextAlign::LEFT, "%Y-%m-%d %H:%M:%S", id(sntp_time).now());Loading
ili9341-cap-touch
ili9341-cap-touch