Problem initializing ADAU1466 by software

Hi Carlos,

Sorry for the delay.

For the data optimization , Please follow below attached screenshots. There are some features in SigmaStudio under "Advanced framework configuration" where you can optimize few things. 

Check the box at  Reduce the size of DM1 and DM0.. (fourth one from the bottom). And see difference in the exported file after and before checking the box.

I hope It would make sense. 

Regarding the delay blocks, If possible Could you please send your project file?

Regards,

Harish

Hi Harish,

thanks for your answer. It has been very good for me.

Regarding the problem that the process did not work for me, I have already solved it. Turns out I wasn't getting an address from a Mono Switch Nx1 block in the correct order. The exported sigma studio file places the directions in the wrong order in some cases, although the positions are correct.... This had never happened to me....

I have already solved it in my code

regards

Carlos

Hello Carlos,

I think the change in the order doesn't make any difference and it doesn't matter. The order of #define in the header file shouldn't make any difference. We have the object name and address correct. We are not sure in which way you used this and about your use case. May be could you please tell us what is the problem here and how did you solve this and what is the issue caused by these change in order, it could help us to understand your issue on this.

Regards,

Harish

Hi Harish,

I do not directly use the #defines generated by Sigma studio. I create an array of constants for each block ordered by channels, this way I can access the different parameters through a loop more efficiently.

I attach an example.

ipROUTEXLRIN[INPUT][MEMORYPAGE or ADDRESS][OPTION]

ipROUTEXLRIN[0][0][0] -> Input 0 | MemoryPage | Analog A

ipROUTEXLRIN[0][1][0] -> Input 0 | Address | Analog A

Now I can change the parameter with a more efficient function.

// In, (MemoryPage | Address), InputType
const unsigned int ipROUTEXLRIN[2][2][7]= {
{
{
// MemoryPage
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL00_MEMORYPAGE, // Analog A
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL01_MEMORYPAGE, // AES 1
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL02_MEMORYPAGE, // AES 2
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL03_MEMORYPAGE, // DANTE 1
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL04_MEMORYPAGE, // DANTE 2
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL05_MEMORYPAGE, // DANTE 3
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL06_MEMORYPAGE, // DANTE 4
},
{
// Address
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL00_ADDR, // Analog A
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL01_ADDR, // AES 1
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL02_ADDR, // AES 2
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL03_ADDR, // DANTE 1
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL04_ADDR, // DANTE 2
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL05_ADDR, // DANTE 3
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL06_ADDR, // DANTE 4
},
},
{
{
// MemoryPage
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL00_MEMORYPAGE, // Analog A
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL01_MEMORYPAGE, // AES 1
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL02_MEMORYPAGE, // AES 2
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL03_MEMORYPAGE, // DANTE 1
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL04_MEMORYPAGE, // DANTE 2
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL05_MEMORYPAGE, // DANTE 3
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL06_MEMORYPAGE, // DANTE 4
},
{
// Address
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL00_ADDR, // Analog B
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL01_ADDR, // AES 1
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL02_ADDR, // AES 2
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL03_ADDR, // DANTE 1
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL04_ADDR, // DANTE 2
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL05_ADDR, // DANTE 3
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL06_ADDR, // DANTE 4
},
},
};

It is a very easy way to access more efficiently in my program. I have all the parameter information.

when transferring this information manually, it had written the memory addresses in an incorrect order and it did not send the correct data to some parameters.

Regards

Carlos

Hi Harish,

I do not directly use the #defines generated by Sigma studio. I create an array of constants for each block ordered by channels, this way I can access the different parameters through a loop more efficiently.

I attach an example.

ipROUTEXLRIN[INPUT][MEMORYPAGE or ADDRESS][OPTION]

ipROUTEXLRIN[0][0][0] -> Input 0 | MemoryPage | Analog A

ipROUTEXLRIN[0][1][0] -> Input 0 | Address | Analog A

Now I can change the parameter with a more efficient function.

// In, (MemoryPage | Address), InputType
const unsigned int ipROUTEXLRIN[2][2][7]= {
{
{
// MemoryPage
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL00_MEMORYPAGE, // Analog A
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL01_MEMORYPAGE, // AES 1
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL02_MEMORYPAGE, // AES 2
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL03_MEMORYPAGE, // DANTE 1
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL04_MEMORYPAGE, // DANTE 2
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL05_MEMORYPAGE, // DANTE 3
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL06_MEMORYPAGE, // DANTE 4
},
{
// Address
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL00_ADDR, // Analog A
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL01_ADDR, // AES 1
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL02_ADDR, // AES 2
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL03_ADDR, // DANTE 1
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL04_ADDR, // DANTE 2
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL05_ADDR, // DANTE 3
MOD_ROUTEIN1_ALG0_MONOMUXS300SLEW1VOL06_ADDR, // DANTE 4
},
},
{
{
// MemoryPage
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL00_MEMORYPAGE, // Analog A
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL01_MEMORYPAGE, // AES 1
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL02_MEMORYPAGE, // AES 2
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL03_MEMORYPAGE, // DANTE 1
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL04_MEMORYPAGE, // DANTE 2
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL05_MEMORYPAGE, // DANTE 3
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL06_MEMORYPAGE, // DANTE 4
},
{
// Address
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL00_ADDR, // Analog B
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL01_ADDR, // AES 1
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL02_ADDR, // AES 2
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL03_ADDR, // DANTE 1
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL04_ADDR, // DANTE 2
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL05_ADDR, // DANTE 3
MOD_ROUTEIN2_ALG0_MONOMUXS300SLEW2VOL06_ADDR, // DANTE 4
},
},
};

It is a very easy way to access more efficiently in my program. I have all the parameter information.

when transferring this information manually, it had written the memory addresses in an incorrect order and it did not send the correct data to some parameters.

Regards

Carlos