The atmosphere inside stadiums during National 3 matches is electric – filled with passionate chants,
cheers from loyal supporters,& colorful displays created by dedicated fan groups.
Note that some stadiums might have restrictions due to ongoing safety protocols;
fans should check ahead regarding entry requirements & guidelines before heading out.
The Stadium Ambiance: Immersive Atmosphere For Fans On-site
Cheering sections known as "The Curva" often serve as focal points within grounds,&<|end_of_generation|><|repo_name|>baobab/Arduino_MiniPID_Example<|file_sep|>/README.md
# Arduino_MiniPID_Example
This example shows how use PID library from https://github.com/igrigorik/miniPID
In my case I'm using it for controlling temperature.
I have thermocouple sensor connected via MAX31855 module.
I'm using MOSFET connected via PWM signal to control temperature.
#include "miniPID.h"
#include "MAX31855.h"
#define KIN_PIN A0 // input pin
#define KOUT_PIN D5 // output pin
#define KENABLE_PIN D6 // output pin
MAX31855 tc(MAX31XX_DIN_PIN,DIO_PIN_CLK);
PID pid(&tc.tempC(),&analogWrite(KOUT_PIN),&digitalWrite(KENABLE_PIN),20); // target temp =20
void setup() {
pinMode(KOUT_PIN , OUTPUT);
pinMode(KENABLE_PIN , OUTPUT);
digitalWrite(KENABLE_PIN , LOW);
Serial.begin(115200);
}
void loop() {
delay(500);
Serial.print("Temp = ");
Serial.println(tc.tempC());
pid.setOutputLimits(0 ,255);
pid.setSampleTime(1000);
pid.setTunings(1 ,1 ,1);
pid.compute();
}
<|file_sep|>#include "miniPID.h"
#include "MAX31855.h"
#define KIN_PIN A0 // input pin
#define KOUT_PIN D5 // output pin
#define KENABLE_PIN D6 // output pin
MAX31855 tc(MAX31XX_DIN_PIN,DIO_PIN_CLK);
PID pid(&tc.tempC(),&analogWrite(KOUT_PIN),&digitalWrite(KENABLE_PIN),20); // target temp =20
void setup() {
pinMode(KOUT_PIN , OUTPUT);
pinMode(KENABLE_PIN , OUTPUT);
digitalWrite(KENABLE_PIN , LOW);
Serial.begin(115200);
}
void loop() {
delay(500);
Serial.print("Temp = ");
Serial.println(tc.tempC());
pid.setOutputLimits(0 ,255);
pid.setSampleTime(1000);
pid.setTunings(1 ,1 ,1);
pid.compute();
}
<|file_sep|>#include "stdafx.h"
#include "XmlParser.h"
#include "Parser.h"
using namespace std;
class TestParse : public ::testing::Test {
protected:
// You should make the members protected s.t. they can be
// accessed from sub-classes.
XmlParser parser;
};
TEST_F(TestParse, TestReadConfig) {
string test_config = "n"
"n"
"t../test/ n"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"ttn"
"tt[\w]*\.txt$n"
"tt[\w]*\.json$n"
"tt[\w]*\.xml$n"
"tt[\w]*\.php$n"
"tt[\w]*\.c$n"
"tt[\w]*\.java$n"
"tt[\w]*\.cpp$n"
"tt[\w]*\.cs$n"
"tt[\w]*\.py$n"
"tt[\w]*\.sh$n"
"tt[\w]*\.bat$n"
"tt[\w]*\.pl$n"
"tt[\w]*\.rb$n"
"tt[\w]*\.lisp$n"
""
"";
vector* file_paths = new vector();
vector* dir_paths = new vector();
parser.readConfig(test_config.c_str(), file_paths, dir_paths);
ASSERT_EQ(file_paths->size(), dir_paths->size());
ASSERT_EQ(file_paths->size(), static_cast(10