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#Rc helicopter simulator pc without radio install
#Rc helicopter simulator pc without radio 64 Bit
#Rc helicopter simulator pc without radio upgrade
#Rc helicopter simulator pc without radio pro
#Rc helicopter simulator pc without radio download

If its value differs from the one defined by user it means that settings have not been saved ever before and now it is time to write their default values as well as proper key. There are no any outstanding features here so I will not consider it in detail.ĮEPROM – to provide saving user’s settings into microcontroller’s memory.There is a feature here: just after the transmitter has been turned on the program checks a certain byte in memory (let’s call it the key ).

In additionto VMETER.h, PIEZO.h, ENC.h standard libraries were also used: Int getPos(void) - returns the encoder’s position.

esNone – encoder has not been rotated or pressed.

pinA, pinB – pins to which signal contacts of encoder are connected pinS – pin to which encoder’s switch is connected ĮncState getState(void) - called in loop() to get the encoder’s state (encState type is defined in ENC.h) which possible values are: LONG_PRESS - long press timeout (although this function is not used in the transmitter now but I left it for further improvements) ĮNC(byte pinA, byte pinB, byte pinS) - constructor. Constants and methods are given below:ĭEBOUNCE_DELAY - debounce timeout in milliseconds ENC.h, ENC.cpp – contains description of ENC class to handleencoder with switch. Void longBeep(void) - plays one long beep.ģ.

Void shortBeeps(byte n) - plays n short beeps Void enable(boolean enabled) - turns on (parameter is true ) or off (parameter is false ) piezobuzzer īoolean isEnabled(void) - returns true if piezobuzzer is turned on pin – digital pin (from 2 to 7 only ) to which piezobuzzer is connected PIEZO.h, PIEZO.cpp – contains description of PIEZO class to control piezobuzzer. Returns true if voltage gets lower compared to previous measurement īyte getPercent(void) - returns «charge percent» from 0 to 100.Ģ. Void init(void) - should be called in setup() for the first measurement īoolean check(void) - called in loop() for each next measurement. pin – one of analog pins which is used to get measurements It can be measured by a multimeter directly between VCC and GND pins on ARDUINO board when the transmitter is turned on V_RF - reference voltage for measurements which matches input voltage in this case. This constant defines the filter ratio from 0 to 1 SM_FACTOR - as voltage measurements are noisy I used exponential filter. Some constants and methods are given below: Since there is a stable power source we can estimate charge level indirectly by measuring the battery voltage. VMETER.h, VMETER.cpp – contains description of VMETER class for battery charge level control. 5) which was the first thing to make because there was no sense to continue without it.ġ.

wires – both usual and ones for solderless setup.

encoder with a switch for channel selection and adjustment.

piezobuzzer responsible for all sounds from the transmitter.5V-3.3V adapter for nRF24L01 module since the main voltage is 5V but the module requires 3.3V.nRF24L01 module with external antenna for data transmitting.solderless breadboard – as I planned to experiment and add functionality step by step I decided not to use soldering near ARDUINO board.

#Rc helicopter simulator pc without radio pro

ARDUINO Pro Mini board – «brain» of the transmitter, with small-sized (I had already had it in use).simple audible indication for each operating mode of the transmitter.Īfter that I collected all the necessary hardware:.end point adjustments and reversal for each channel.power supply from 18650 Li-Ion battery providing charging from USB-adapter without removing the battery from the transmitter.100 MB.Then I defined basic functionality of the device: It is not at the newest stage concerning graphics and physics. Version 0.9 is here more for historical reasons.

#Rc helicopter simulator pc without radio download

Linux Download of the (old but free) HELI-X Version 0.9

#Rc helicopter simulator pc without radio upgrade

If you like it, you can upgrade to a full version. It is a free functional demo version (4 helicopters, 1 quadrocopter). And it can be used on older PowerPC Macs. If the newest version of HELI-X does not work on your hardware you can try Version 4.2. Requirements: AMD/ATI Radeon 9500, NVIDIA GeForce 5 FX, Intel GMA 4500, or better, supporting OpenGL 2.0 or better.

#Rc helicopter simulator pc without radio install

You need first to install the Java 11-JRE from the DMG: When you run into difficulties installing the program, see here: FAQ Mac OS-X

#Rc helicopter simulator pc without radio 64 Bit

If you are using VR glasses and get an exception during the start of HELI-X, try this version and please report your problems: Windows 64 bit It is a free functional demo version (2 helicopters, 2 planes, 1 quadrocopter). The newest version of HELI-X offers the best graphics.