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darwin_walk_backward

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darwin_walk_backward [2017/11/21 10:43] – yuhanghedarwin_walk_backward [2017/11/21 11:37] (current) – [Programming] yuhanghe
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 Darwin OP 2's Walking class calculates motor positions for walking algorithm internally based on parameters. Most of these parameters can be edited through walking_tuner program. Here is a detailed [[http://support.robotis.com/en/product/darwin-op/development/tools/walking_tuner.htm | tutorial ]] from Robotis on how to use walking_tuner. Darwin OP 2's Walking class calculates motor positions for walking algorithm internally based on parameters. Most of these parameters can be edited through walking_tuner program. Here is a detailed [[http://support.robotis.com/en/product/darwin-op/development/tools/walking_tuner.htm | tutorial ]] from Robotis on how to use walking_tuner.
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 +There are 3 parameter in walking_tuner that cannot be saved: ''Step forward/back (mm), Step right/left (mm), and Step Direction (degree)''. Instead, these variables should be updated constantly by your program during Darwin OP 2's walking process.  
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 Below is a sample program that demonstrates Darwin OP 2 walking backward. Place both ''main.cpp'' and ''Makefile'' inside a new folder in directory **''robotisop2/Linux/project/tutorial/''**. Then, type ''make'' command to compile  executable and type ''./walk_backward'' to execute program. Below is a sample program that demonstrates Darwin OP 2 walking backward. Place both ''main.cpp'' and ''Makefile'' inside a new folder in directory **''robotisop2/Linux/project/tutorial/''**. Then, type ''make'' command to compile  executable and type ''./walk_backward'' to execute program.
  
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                 Walking::GetInstance()->X_MOVE_AMPLITUDE = -15.0;                 Walking::GetInstance()->X_MOVE_AMPLITUDE = -15.0;
                 //X_MOVE_AMPLITUDE is a variable in Walking class that controls Darwin OP 2's walking step length,                  //X_MOVE_AMPLITUDE is a variable in Walking class that controls Darwin OP 2's walking step length, 
-                //each unit corresponds to approximately 1 cm. Set X_MOVE_AMPLITUDE to negative numbers to program +                //each unit corresponds to approximately 1 mm. Set X_MOVE_AMPLITUDE to negative numbers to program 
                 //Darwin OP 2 to walk backwards. The Walking class calculates corresponding motor positions                  //Darwin OP 2 to walk backwards. The Walking class calculates corresponding motor positions 
                 //internally                 //internally
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                 Walking::GetInstance()->A_MOVE_AMPLITUDE = 0.0;                 Walking::GetInstance()->A_MOVE_AMPLITUDE = 0.0;
                 //A_MOVE_AMPLITUDE is a variable in Walking class that controls Darwin OP 2's yaw movement. Each                  //A_MOVE_AMPLITUDE is a variable in Walking class that controls Darwin OP 2's yaw movement. Each 
-                //unit correspond approximately to 1 degree. +                //unit correspond approximately to 1 degree. Positive degrees for Darwin OP 2 to turn  
 +                //counterclockwise, negative degree for clockwise. 
                                  
                 Walking::GetInstance()->Start();                 Walking::GetInstance()->Start();
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 ===== Demonstration ===== ===== Demonstration =====
  
-In this demonstration, I created a new mode called Sprint mode following the previous step and successfully execute it on Darwin OP 2.+In this demonstration, I successfully compile and execute the above programs
  
-{{ youtube>HaZladeEsJo?large }} +{{ youtube>GQ8AyZpQ9NU?large }} 
  
 ===== Final Words ===== ===== Final Words =====
  
-This tutorial's objective was to demonstrate how to program Darwin OP 2 to walk toward target. +This tutorial's objective was to demonstrate how to program Darwin OP 2 to walk backward. 
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darwin_walk_backward.1511289830.txt.gz · Last modified: by yuhanghe