Hi I have written a C code which has float type variables.
when compile it for hardware if writes(i chose Altera platform) :
No floating-point library (double-precision) selected
.iMake: *** [Ashari.xhw] Error 1
the only way to solve this to chose Xilinx general VHDL
i can not use ultera platfomes. why?
what should i do if i want to use Altera???
2- is there any math library available for Impulse. i mean a library for matrix copmutions and other compilcated math functions.
as i am Electrical-Control eng i really need to work with matrixes but it will be very difficult and time consuming if want to write the basic functions for impulse enviroment.
thanx
MEMS
float point and ....
Started by MEMS, May 24 2007 11:49 AM
1 reply to this topic
#1
Posted 24 May 2007 - 11:49 AM
#2
Posted 24 May 2007 - 12:42 PM
Floating-point is not yet supported for Altera platforms because free (as in $) IP cores are not yet available from Altera, as they are from Xilinx (included with price of CORE Generator). It is possible to use arbitrary floating-point cores with Impulse C by writing small pieces of HDL and XML that form an Impulse C library interface. See the application note IATAPP108 for details (download here: http://impulsec.com/...ation_notes.htm).
Several examples for complex math functions ship with CoDeveloper, such as CordicMath and SquareRoot. We also have a matrix multiply example that we hope to release with Version 3. The complex math functions in these examples can be called like C functions, or used in Impulse C processes.
We would like to add more such functions, and package them more cleanly in a library. Which matrix and arithmetic functions would be most useful to you?
Regards,
Ralph
Several examples for complex math functions ship with CoDeveloper, such as CordicMath and SquareRoot. We also have a matrix multiply example that we hope to release with Version 3. The complex math functions in these examples can be called like C functions, or used in Impulse C processes.
We would like to add more such functions, and package them more cleanly in a library. Which matrix and arithmetic functions would be most useful to you?
Regards,
Ralph
Ralph Bodenner
Impulse Accelerated Technologies, Inc.
Impulse Accelerated Technologies, Inc.
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