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| Product Release Announcement Automotive Microcontrollers and Processors Model-Based Design Toolbox for SPT - 1.3.0 |
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Austin, Texas, USA November 11th, 2019 | Model-Based Design Toolbox for SPT allows fast prototyping of algorithms that handle sampled RADAR signals directly from MATLAB environment via SPT bit-exact Simulator.
DownloadLocation: https://www.nxp.com/webapp/swlicensing/sso/downloadSoftware.sp?catid=MBDSPT
Activation link https://www.nxp.com/webapp/swlicensing/sso/downloadSoftware.sp?catid=MBDSPT
Release Content (updates relative to previous version)
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Hi,
Our customers used SPT2.0 with NXP_RADAR_TOOLBOX1.2.0 to run SPT_Example.m normally, but after upgrading to NXP_RADAR_TOOLBOX1.3.0, some errors occurred. Please help to check the reason.
The picture is as follows:
SPT2.0+NXP_RADAR_TOOLBOX1.2.0 is OK
SPT2.0+NXP_RADAR_TOOLBOX1.3.0 have some issues.
Hi,Hao Ren:
I have the same problem with you,having taken a lot time but failed to solve the problem,could you please tell me how to solve the problem? appreciate very much!
Hello nxf47389,
You should uninstall the toolbox SPT_2.0_64-bit. This is one of the earliest version of NXP_RADAR_Toolbox_for_S32R.
The error is because there was added a new argument to the following mex files: rdx2_mex, rdx4_mex, irdx2_mex, and irdx4_mex.
syntax for SPT 2.x
[M_Out, adptv_acc_shift] = rdx2_mex(M_Tw, M_Op, fft_rnd, real_fft, quad_ext, repeat, shft_val, adptv)
[M_Out, adptv_acc_shift] = rdx4_mex(M_Wc_Tw, M_Op, win_type, win_coeff_type, fft_rnd, quad_ext, repeat, shft_val, adptv)
[M_Out, adptv_acc_shift] = irdx2_mex(M_Tw, M_Op, fft_rnd, quad_ext, repeat, shft_val, adptv)
[M_Out, adptv_acc_shift] = irdx4_mex(M_Wc_Tw, M_Op, win_type, win_coeff_type, fft_rnd, quad_ext, repeat, shft_val, adptv)
syntax for SPT 3.0
[M_Out, adptv_acc_shift] = rdx2_mex(M_Tw, M_Op, fft_rnd, real_fft, quad_ext, shft_val, adptv)
[M_Out, adptv_acc_shift] = rdx4_mex(M_Wc_Tw, M_Op, win_type, win_coeff_type, fft_rnd, quad_ext, shft_val, adptv)
[M_Out, adptv_acc_shift] = irdx2_mex(M_Tw, M_Op, fft_rnd, quad_ext, shft_val, adptv)
[M_Out, adptv_acc_shift] = irdx4_mex(M_Wc_Tw, M_Op, win_type, win_coeff_type, fft_rnd, quad_ext, shft_val, adptv)
adptv_acc_shift is the adaptive scaling accumulated shift
adptv is the adaptive scaling type; valid values are:
Best regards,
Iulian Bulancea