Compile C code in Visual Studio and make the output display better

We have been given the code below and was told that they ran it in Visual Studio. We are looking for someone that can make a Visual Studio project for us so we can just open it and run the code. We would like the display to look nicer too. Any questions, just ask. Thanks you //import Serial communication library import processing.serial.*; // Variable declaration PFont font22, font44, font14; PFont font12; float tempC; float tempF; float y, h, BattV,Slave_ID, Byte1, Byte2, Byte3, Byte4, Byte5, Byte6, RSSI; Serial USB_UART; int i, j, xx=-15; void setup() { // Define size of window size(350, 350); //setup fonts for use throughout the application font22 = loadFont("[login to view URL]"); font12 = loadFont("[login to view URL]"); font44 = loadFont("[login to view URL]"); font14 = loadFont("[login to view URL]"); //init serial communication port USB_UART = new Serial(this, "COM6", 9600); } void draw() { while ([login to view URL]() > 0) { Byte1 = [login to view URL](); delay(20); Byte2 = [login to view URL](); delay(20); Byte3 = [login to view URL](); delay(20); Byte4 = [login to view URL](); delay(20); Byte5 = [login to view URL](); delay(20); Byte6 = [login to view URL](); background(250, 250, 250); // Light blue color fill(200, 6, 0); smooth(); stroke(0); strokeWeight(2); ellipse(100, 280, 58, 50); noStroke(); fill(0, 46, 200); arc(100, 60, 30, 20, PI, PI+PI); rect(85,60,30,200); fill(250,250, 250); rect(95,60,10,200); // Marks on thermometer stroke(0); strokeWeight(1); textAlign(RIGHT); fill(0,46,250); for (int i = 0; i < 5; i += 1) { line(70, 230-40*i, 80, 230-40*i); if(i < 4) line(75, 210-40*i, 80, 210-40*i); textFont(font12); text(str(40+20*i), 65, 235-40*i); } textAlign(LEFT); for (int i = 0; i < 6; i += 1) { line(118, 242-35*i, 128, 242-35*i); if(i < 5) line(118, 225-35*i, 123, 225-35*i); textFont(font12); text(str(0+10*i), 135, 247-35*i); } noStroke(); fill(0,46,250); textFont(font22); textAlign(LEFT); text("F", 57, 46); text("C", 135, 46); textFont(font12); text("o", 45, 35); text("o", 125, 35); fill(250,90,0); textFont(font22); text("o", 300+xx, 45); text("o", 300+xx, 85); // DS18B20 conversion tempC = Byte4*256+Byte3; tempC = tempC/16; BattV = (Byte5+200)/100; Slave_ID = Byte2; tempF = ((tempC*9)/5) + 32; textFont(font44); RSSI = Byte6; text(nfc(tempC, 2), 200+xx, 60); text(nfc(tempF, 2), 200+xx, 100); text("C", 320+xx, 60); text("F", 320+xx, 100); textFont(font14); text("Battery Voltage = V", 190+xx, 140); text(nfc(BattV, 2), 313+xx, 140); text("Signal Strength = ", 190+xx, 160); text(nfc(RSSI,0), 313+xx, 160); text("Slave ID = ", 190+xx, 180); text(nfc(Slave_ID,0), 313+xx, 180); // Raise mercury level fill(200,0, 0); y = -2.0*tempF + 310; h = 270-y; rect(95, y, 10, h); } }