CC2530: Sensitive Push Button Part#2

Alexander Argollo

Part Number: CC2530

Hi Guys,

I working to implement a sensitive push button based on existent OSAL timer and I have to understand how to increase and decrease dimmer level. As I have posted the main algorithm I have done before.

- Normal press just turn on or off

- Press and hold more than 3 seconds the first time will increase the level,

- Press and hold more than 3 seconds will decrease level,

my last threads for references: https://e2e.ti.com/support/wireless-connectivity/zigbee-and-thread/f/158/p/830526/3072158#3072158

We have two existent LEVEL CONTROL functions, as I described below. I do not know each one I can use, maybe I need to create a new one.

zclTTa0003_LevelControlMoveToLevelCB, // Level Control Move to Level command
zclTTa0003_LevelControlMoveCB, // Level Control Move command

Part of my BtnHOLD_EVT code:

  if ( events & TTa0003_BtnHOLD_EVT )
  {
   uint8  UPLevel;
   uint8  DOWNLevel;
     if ( HAL_PUSH_BUTTON1())//Btn long press
	 {
     // BtnHoldCnt++;
			       
			if(BtnHoldCnt >=30)
			{ 
				BtnHoldCnt=0;
				HalLedSet (HAL_LED_3, HAL_LED_MODE_ON);  
				    if ( ( zclTTa0003_LevelCurrentLevel >= LEVEL_MIN && zclTTa0003_LevelCurrentLevel < LEVEL_MAX ) || ( zclTTa0003_OnOff == LIGHT_OFF ) ) {
							UPLevel = zclTTa0003_LevelCurrentLevel + 30;
							// start the dimmer LEVEL UP Command ???
					   } else if ( zclTTa0003_LevelCurrentLevel == LEVEL_MAX ){
							DOWNLevel = zclTTa0003_LevelCurrentLevel - 30;
							// start the dimmer LEVEL DOWN Command ???
					   }
			} else {
				BtnHoldCnt++;
				HalLedSet ( HAL_LED_3, HAL_LED_MODE_OFF);
				osal_start_timerEx( zclTTa0003_TaskID, TTa0003_BtnHOLD_EVT, 100);}
		
    } else // Btn short press
		{ret=osal_start_timerEx( zclTTa0003_TaskID, TTa0003_BtnHOLD_EVT, 100);} // return to handle key
    
	return ( events ^ TTa0003_BtnHOLD_EVT );
  }

Please, someone can give an idea?

BR,

Alex

over 6 years ago

0 Ryan Brown1 over 6 years ago

TI__Guru**** 220207 points

Hi Alex,

YK has already greatly helped develop your application and I am not sure what this new support request is for. Based on the code description you are most likely interested in the Move to Level Command (ID 0x00) for a specific level at a given transition time. The Move Command (0x01) alternatively would move fully up or down at a specified rate. You can learn more about the level control cluster through the light/switch examples, ZCL Specification, Zigbee HA Profile, and Zigbee Lighting and Occupancy Device Specification documents.

Regards,
Ryan

0 Alexander Argollo over 6 years ago in reply to Ryan Brown1

Genius 3370 points

Hi Ryan,

I understand I'm flattered by the help YK has given me! otherwise, I always try to document everything to leave material for future reference in the forum!

@Ryan I have progressed yesterday to using the move command, this command supports my new level variable (UP/DOWN) and I included remaining time to ZERO. I´m right now working on to a better understanding of in my code how to discover the direction (up or down). I´ll let you know it according to my progress.

YiKai Chen, thank you very much! I really appreciate it!

BR,

Alex

0 Alexander Argollo over 6 years ago in reply to Alexander Argollo

Genius 3370 points

Hi Mr. Yk and Ryan. I would like to say thanks a lot for your assistance.

Mr. Yk, I dedicated this progress for you, especially for your tireless help!

I was finished the sw_6 algorithm that gives turn-on/off and Levels Up/Down. As they can see below:

  if ( keys & HAL_KEY_SW_6) 
  { osal_start_timerEx( zclTTa0003_TaskID, TTa0003_BtnHOLD_EVT, 100);
	    	//step 1 UP
			if (direction ==0) {
				if (( zclTTa0003_LevelCurrentLevel >= LEVEL_MIN) && (zclTTa0003_LevelCurrentLevel <=0x19)) {
						zclTTa0003_LevelCurrentLevel =0x20;
						direction=0;
						// start the dimmer LEVEL UP Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);
	//step 2 UP		
				} else if (( zclTTa0003_LevelCurrentLevel >= 0x20) && ( zclTTa0003_LevelCurrentLevel <=0x32)) {
						zclTTa0003_LevelCurrentLevel =0x33;
						direction=0;
						// start the dimmer LEVEL UP Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);
	//step 3 UP			
				} else if (( zclTTa0003_LevelCurrentLevel >= 0x33) && ( zclTTa0003_LevelCurrentLevel <=0x4B))  {
						zclTTa0003_LevelCurrentLevel =0x4C;
						direction=0;
						// start the dimmer LEVEL UP Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);
	//step 4UP	 			
				} else if ((zclTTa0003_LevelCurrentLevel >= 0x4C) && (zclTTa0003_LevelCurrentLevel <=0x64)) {
						zclTTa0003_LevelCurrentLevel =0x65;
						direction=0;
						// start the dimmer LEVEL UP Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);
	//step 5 UP					
				}else if ((zclTTa0003_LevelCurrentLevel >= 0x65) && (zclTTa0003_LevelCurrentLevel <=0x7D)) {
						zclTTa0003_LevelCurrentLevel =0x7E;
						direction=0;
						// start the dimmer LEVEL UP Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);
	//step 6 UP					
				} else if ((zclTTa0003_LevelCurrentLevel >= 0x7E) && (zclTTa0003_LevelCurrentLevel <=0x96)) {
						zclTTa0003_LevelCurrentLevel =0x97;
						direction=0;
						// start the dimmer LEVEL UP Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);				
	//step 7 UP		
				} else if ((zclTTa0003_LevelCurrentLevel >= 0x97) && (zclTTa0003_LevelCurrentLevel <=0xAF)) {
						zclTTa0003_LevelCurrentLevel =0xB0;
						direction=0;
						// start the dimmer LEVEL UP Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);					
	//step 8 UP			
				}  else if ((zclTTa0003_LevelCurrentLevel >= 0xB0) && (zclTTa0003_LevelCurrentLevel <=0xC8)) {
						zclTTa0003_LevelCurrentLevel =0xC9;
						direction=0;
						// start the dimmer LEVEL UP Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);						
	//step 9 UP		
				}  else if ((zclTTa0003_LevelCurrentLevel >= 0xC9) && (zclTTa0003_LevelCurrentLevel <=0xE1)) {
						zclTTa0003_LevelCurrentLevel =0xE2;
						direction=0;
						// start the dimmer LEVEL UP Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);		
	//step 10 UP	
				} else if ((zclTTa0003_LevelCurrentLevel >= 0xE2) && (zclTTa0003_LevelCurrentLevel <=LEVEL_MAX)) {
						zclTTa0003_LevelCurrentLevel =0xFC;
						direction =1;
						// start the dimmer LEVEL UP Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);
				}
			} else if (direction ==1) {
						
	// step 1 DOWN					
					if (((zclTTa0003_LevelCurrentLevel <= LEVEL_MAX) && (zclTTa0003_LevelCurrentLevel >=0xE2)) && direction) {
						zclTTa0003_LevelCurrentLevel =0xE1;
						// start the dimmer LEVEL DOWN Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);	
	// step 2 DOWN						
						} else if (((zclTTa0003_LevelCurrentLevel <= 0xE1) && (zclTTa0003_LevelCurrentLevel >=0xC9)) && direction) {
						zclTTa0003_LevelCurrentLevel =0xC8;
						// start the dimmer LEVEL DOWN Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);	
	// step 3 DOWN						
						} else if (((zclTTa0003_LevelCurrentLevel <= 0xC8) && (zclTTa0003_LevelCurrentLevel >=0xB0)) && direction) {
						zclTTa0003_LevelCurrentLevel =0xAF;
						// start the dimmer LEVEL DOWN Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);	
	// step 4 DOWN						
						} else if (((zclTTa0003_LevelCurrentLevel <= 0xAF) && (zclTTa0003_LevelCurrentLevel >=0x97)) && direction) {
						zclTTa0003_LevelCurrentLevel =0x96;
						// start the dimmer LEVEL DOWN Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);	
	// step 5 DOWN						
						} else if ((zclTTa0003_LevelCurrentLevel <= 0x96) && (zclTTa0003_LevelCurrentLevel >=0x7E) && direction) {
						zclTTa0003_LevelCurrentLevel =0x7D;
						// start the dimmer LEVEL DOWN Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);	
	// step 6 DOWN						
						} else if (((zclTTa0003_LevelCurrentLevel <= 0x7D) && (zclTTa0003_LevelCurrentLevel >=0x65)) && direction) {
						zclTTa0003_LevelCurrentLevel =0x64;
						// start the dimmer LEVEL DOWN Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);	
	// step 7 DOWN												
						} else if ((zclTTa0003_LevelCurrentLevel <= 0x64) && (zclTTa0003_LevelCurrentLevel >=0x4C) && direction) {
						zclTTa0003_LevelCurrentLevel =0x4B;
						// start the dimmer LEVEL DOWN Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);	
	// step 8 DOWN						
						} else if (((zclTTa0003_LevelCurrentLevel <= 0x4B) && (zclTTa0003_LevelCurrentLevel >=0x33)) && direction) {
						zclTTa0003_LevelCurrentLevel =0x32;
						// start the dimmer LEVEL DOWN Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);	
	// step 9 DOWN						
						} else if (((zclTTa0003_LevelCurrentLevel <= 0x32) && (zclTTa0003_LevelCurrentLevel >=0x1A)) && direction) {
						zclTTa0003_LevelCurrentLevel =0x19;
						// start the dimmer LEVEL DOWN Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);	
	// step 10 DOWN						
						} else if (((zclTTa0003_LevelCurrentLevel <= 0x19) && (zclTTa0003_LevelCurrentLevel >=0x02)) && direction) {
						zclTTa0003_LevelCurrentLevel =LEVEL_MIN;
						direction=0;
						// start the dimmer LEVEL DOWN Command 
						zclTTa0003_MoveBasedOnTime(zclTTa0003_LevelCurrentLevel,0);	
	// Step down stage end
						} 
			}		

  }

The last one I need to implement is ZCL level response for each one level that was changed, by a mechanical switch (SW_6), from device to the gateway. I´ll study how to implement it and soon as possible, I´ll share it here!

0 YiKai Chen over 6 years ago in reply to Alexander Argollo

Guru 735695 points

Thanks for sharing!

0 Alexander Argollo over 6 years ago in reply to YiKai Chen

Genius 3370 points

I that need to say thanks for you help Mr. YK!

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CC2530: Sensitive Push Button Part#2