sunpazed

export function calculateCompression(audioData){

    // Convert the linear values to dB
    let audioDataInDb = audioData.map(x => -20 * Math.log10(x || 1e-9)); // Avoid log(0) by replacing 0 with a very small number

    // Compute the peak value
    let peak = Math.max(...audioDataInDb);

    // Compute the RMS value
    let sumOfSquares = 0;

sunpazed

import threading
import cv2


buffer = []

cv2.namedWindow('Foooocus', cv2.WINDOW_NORMAL) 

def worker():
    global buffer

sunpazed

#!/bin/bash

APP_NAME="<appname>"
KEYS="<path_to_keys>/key/"
P_INFO="<path_to_sdk>/connectiq-sdk-mac-2.2.4/bin/projectInfo.xml"

pkill simulator

monkeyc -y $KEYS/developer_key.der -o $APP_NAME.iq -m manifest.xml -z resources/resources.xml -z resources/settings/* -z resources/strings/strings.xml source/* -w -p $P_INFO -g -e -r

sunpazed

#!/bin/bash

APP_NAME="<appname>"
KEYS="<path_to_keys>/key/"
P_INFO="<path_to_sdk>/connectiq-sdk-mac-2.2.4/bin/projectInfo.xml"

# kill the simulator if it's running
pkill simulator

# build via monkeyc 

sunpazed

// -- init and handle health data ------------------------------------------

static void handler_health_hr(HealthEventType type, void *context) {
  // if the update was from the Heart Rate Monitor, query it
  if (type == HealthEventHeartRateUpdate) {
    field_hr_value = health_service_peek_current_value(HealthMetricHeartRateBPM);
    //field_hr_value = (uint32_t) 0x0000008F; // debug HR
  }
  
  if (state_is == STATE_RUN || state_is == STATE_PAUSE) {