Other Parts Discussed in Thread: MSPMATHLIB , MSP430F5438A Hi, my name is Luis Chaidez, I’m a firmware engineer from an electronic design center at the ITESM University in Guadalajara, Jalisco, Mexico.
We are using the MSP-EXP430F5438 development kit…
Chester Gillon said:
If the above example is changed to use sqrtf which takes float parameters, then the resulting size is:
- Code Size - Text: 2264 bytes Data: 324 bytes when the output format is eabi (ELF)
- Code Size - Text: 1908 bytes Data:…
Other Parts Discussed in Thread: MSPMATHLIB , MSP430F4794 After importing a project from CCS5.5 and changing the default compiler to 4.3.1, I get the following liner warning:
warning #10204-D: could not resolve index library "libmath.a" to a compatible…
Check MPY for MSP430F4xx family user guide http://www.ti.com/litv/pdf/slau056l
Also, check this thread http://e2e.ti.com/support/microcontrollers/msp430/f/166/t/158093.aspx
And for complete floating point support check this http://www.ti.com/tool…
I imported the TIDA-01485 _Firmware_V1.0 project into CCS 9.2 and it built fine without any errors for me.
Attached is the full output seen in the CCS build console. Please take a look at it and compare it with your build output. That might give some…
Other Parts Discussed in Thread: MSP430F47187 , MSP430F6638 , MATHLIB , MSPMATHLIB Will it work for 47187 controller. The below code is working for MSP430F6638 but not for MSP430F47187
#include <msp430.h> #include "msp430_math.h"
float result; …
sri-sri said: I am using sqrt() function to calculate the resultant of the 3 axis data of LIS3DH accelerometer. Two ways to reduce the code size for a square root calculation are:
1) If compiling using CCS using the output format set to eabi (ELF) use…
Part Number: MSP430F2617 This is my first time posting question here and I'm new to TI MCU's and overall development environment. So i'm asking something very basic and seems easy, I would be grateful if you can help me out on this.
We have a project…
Hi Peter,
I have gone through the whole MPU concepts, I am clear about all concepts except IP encapsulation. Theoretically, I got this idea that, the memory of microcontroller applications contains information that should not be accessible by the public…