Arduino IDE: Version 1.8.8
Hardware: Arduino Nano on a breadboard
GND is ground is 0 Volt

• Test if the Arduino Nano works by installing the blink sketch with a few blink rates
  
• Upload the ArduinoISP sketch: File | Examples | 11.ArduinoISP | ArduinoISP to the Nano
• In the Adruino IDE do File | Preferences | Settings tab (if there is more than one entrys eparate hem with a , (comma and a space)
  • Paste the URL of the hardware package: https://raw.githubusercontent.com/sleemanj/optiboot/master/dists/package_gogo_diy_attiny_index.json into the Additional Boards Manager URLs: field and click the Ok button
• In the Adruino IDE do Tools | Board | Boards manager
  • In the Type rolldown menu select All
  • In the list scroll down to the end where you probably will find the DIY ATtiny by James Sleeman entry
  • Check the rolldown menu next to the Install button if the latest version is going to be installed. If not select the newest version
  • Click the Install button
  • Click the close button
• Turn of the power of the Nano
• Connect 10uF capacitor between the reset and GND of the Nano (now it is not possible to program the Nano)
  
• Insert the Attiny13 into the breadboard
  
• Connect the 6 pin ISP header to the ATtiny13

• Connect the D10 pin of the Nano to pin 1 of the ATtiny13
• Connect a resistor of 330 Ohm for testing purposes to pin 3 of the ATtiny. The other end of the resistor is connected to the long leg of the LED, use a free connection strip on the breadboard. The short leg of the LED goes to GND
• In the Arduino IDE goto Tools
• Select Board: and scroll down to the bottom and in the chapter DIY ATtiny select ATtiny13
  • Processor Version: : ATtiny13
  • Processor Speed: : 9.6 MHz Internal Oscillator
  • Use Bootloader: : No (ISP Programmer Upload)
  • Millis, Tone Support: : Millis Available, No Tone
  • Millis Accuracy: : Better Or Equal 1.666% Error (Default)
  • BOD: : BOD 4.3V
  • Compiler LTO: and select LTO enabled (default)
  • Print Support: : Bin, Hex, Dec Supported
  • Serial Support: : Half Duplex, Read+Write
  • Link Time Optimisation: : LTO Enabled
  • Brown-out Detection Level: : 2.7V
  • Override Clock Source: : Default
  • Override Frequency: : Default
  • Turn on the Arduino Nano
  • Select Port and select the right USB port
  • Do Burn Bootloader

Paste this Blink sketch into a new Arduino sketch and save it as BlinkATtiny13

/*
  Blink
 
  Turns an LED on for the given time then off for the given time repeatedly.
 
  http://www.arduino.cc/en/Tutorial/Blink
 
  For the ATtiny13
*/
 
#define LEDpin 4
#define Duration 250
 
// The setup function runs once when you press reset or power the board
void setup() {
  // initialize digital pin 4 (pen 3 on the ATtiny13) as an output.
  pinMode(LEDpin, OUTPUT);
}
 
// The loop function runs over and over again forever
void loop() {
  digitalWrite(LEDpin, HIGH);   // turn the LED on (HIGH is the voltage level)
  delay(Duration);              // wait for a second
  digitalWrite(LEDpin, LOW);    // turn the LED off by making the voltage LOW
  delay(Duration);              // wait for a second
}

• Program the ATtiny13 using Sketch | Upload Using Programmer CTRL+SHIFT+U

Not tested by us:
Only for the ATtiny 24/44/84 and 25/45/85: https://raw.githubusercontent.com/damellis/attiny/ide-1.6.x-boards-manager/package_damellis_attiny_index.json

• Paste this URL: https://mcudude.github.io/MicroCore/package_MCUdude_MicroCore_index.json into the Additional Boards Manager URLs: field and click the Ok button
• In the Adruino IDE do Tools | Board | Boards manager
  • In the Type rolldown menu select All
  • In the list scroll down to the end where you probably will find the MicroCore by MCUdude entry
  • Check the rolldown menu next to the Install button if the latest version is going to be installed. If not select the newest version
  • Click the Install button
  • Click the close button
• In the Arduino IDE goto Tools and select
• Board: and scroll down to the bottom and in the chapter MicroCore select ATtiny13
  • BOD: : BOD 4.3V
  • Compiler LTO: : LTO enabled (default)
  • Clock: : 9.6 MHz internal osc.
  • Programmer: : Arduino as ISP
  • Turn on the Arduino Nano
  • Port and select the right USB port
  • Do Burn Bootloader

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