/******************* Code Customization Section *********************//* First: Choose the clock frequency you have and comment the other */ #define USE80MHZ //#define USE100MHZ /* Second: Choose stereo or mono | CONFIGURATION | #define DUALMONO | #define STEREO | |---------------------|------------------|------------------| | Dual mono | un-comment | comment | | Stereo | comment | un-comment | |---------------------|------------------|------------------| */ #define STEREO //#define DUALMONO /* Third, optionally choose the number of inputs. 6 is the max without modifying the code. You could lower the number of input choices here. for example if you only want to see 2 choices, modify the code like this: #define ICHO 2 */ #define ICHO 6 /* Fourth, optionally change the name of the inputs. Keep 6 characters Use blanks if necessary. If you use less number of inputs, only the top ones matter. */ char no0[] = "INPT-A"; char no1[] = "INPT-B"; char no2[] = "INPT-C"; char no3[] = "INPT-D"; char no4[] = "INPT-E"; char no5[] = "INPT-F"; /* These inputs choices can be virtual or real. In the ES9018 there were 8 data lines. One could simultanously connect one I2S/DSD input plus 3 additional SPDIF input (thus 4 physical inputs). In the ES9018K2M there are two additional input lines for SPDIF so one can potentially connect one I2S/DSD input plus 2 additional SPDIF inputs.In addition one could choose different parameters -such as the DPLL bandwidh or filter selection- */ /* Fifth, adjust the interrupt routine to match your rotary encoder by adjusting the mode parameter in the following routine (search for it in the code): "attachInterrupt(0, rotEncoder, LOW);" The mode parameter defines when the interrupt should be triggered: LOW to trigger the interrupt whenever the pin is low, CHANGE to trigger the interrupt whenever the pin changes value RISING to trigger when the pin goes from low to high, FALLING for when the pin goes from high to low. You can also read the following link: https://hifiduino.wordpress.com/2011/09/12/problems-with-rotary-encoders/ */ /***************** End Code Customization Section *******************/
/******************* Code Customization Section *********************/ /* First: Choose the clock frequency you have and comment the other */ #define USE80MHZ //#define USE100MHZ /* Second: Choose stereo or mono | CONFIGURATION | #define DUALMONO | #define STEREO | |---------------------|------------------|------------------| | Dual mono | un-comment | comment | | Stereo | comment | un-comment | |---------------------|------------------|------------------| */ #define STEREO //#define DUALMONO /* Third, optionally choose the number of inputs. 6 is the max without modifying the code. You could lower the number of input choices here. for example if you only want to see 2 choices, modify the code like this: #define ICHO 2 */ #define ICHO 6 /* Fourth, optionally change the name of the inputs. Keep 6 characters Use blanks if necessary. If you use less number of inputs, only the top ones matter. */ char no0[] = "INPT-A"; char no1[] = "INPT-B"; char no2[] = "INPT-C"; char no3[] = "INPT-D"; char no4[] = "INPT-E"; char no5[] = "INPT-F"; /* These inputs choices can be virtual or real. In the ES9018 there were 8 data lines. One could simultanously connect one I2S/DSD input plus 3 additional SPDIF input (thus 4 physical inputs). In the ES9018K2M there are two additional input lines for SPDIF so one can potentially connect one I2S/DSD input plus 2 additional SPDIF inputs.In addition one could choose different parameters -such as the DPLL bandwidh or filter selection- */ /* Fifth, adjust the interrupt routine to match your rotary encoder by adjusting the mode parameter in the following routine (search for it in the code): "attachInterrupt(0, rotEncoder, LOW);" The mode parameter defines when the interrupt should be triggered: LOW to trigger the interrupt whenever the pin is low, CHANGE to trigger the interrupt whenever the pin changes value RISING to trigger when the pin goes from low to high, FALLING for when the pin goes from high to low. You can also read the following link: https://hifiduino.wordpress.com/2011/09/12/problems-with-rotary-encoders/ */
/***************** End Code Customization Section *******************/
