diff --git a/TrackletAlgorithm/TrackletCalculator_calculate_DXDY.h.save b/TrackletAlgorithm/TrackletCalculator_calculate_DXDY.h.save
deleted file mode 100644
index 1ece6883927..00000000000
--- a/TrackletAlgorithm/TrackletCalculator_calculate_DXDY.h.save
+++ /dev/null
@@ -1,1556 +0,0 @@
-//
-// This code is auto generated in the emulation by imath and should
-// not be modified
-//
-#include "ap_int.h"
-template <TF::seed Seed, regionType InnerRegion, regionType OuterRegion>
-void TC::calculate_DXDY (
-  const typename AllStub<InnerRegion>::ASR r1_input,
-  const typename AllStub<InnerRegion>::ASPHI phi1_input,
-  const typename AllStub<InnerRegion>::ASZ z1_input,
-  const typename AllStub<OuterRegion>::ASR r2_input,
-  const typename AllStub<OuterRegion>::ASPHI phi2_input,
-  const typename AllStub<OuterRegion>::ASZ z2_input,
-  const TC::Types::zmean z1mean_input,
-  const TC::Types::zmean z2mean_input,
-  const TC::Types::rmean rproj0_input,
-  const TC::Types::rmean rproj1_input,
-  const TC::Types::rmean rproj2_input,
-  const TC::Types::zmean  zproj0_input,
-  const TC::Types::zmean  zproj1_input,
-  const TC::Types::zmean  zproj2_input,
-  const bool negDisk,
-
-  TC::Types::rinv * const rinv_output,
-  TrackletParameters::PHI0PAR * const phi0_output,
-  TrackletParameters::TPAR * const t_output,
-  TC::Types::z0 * const z0_output,
-  TC::Types::phiL * const phiL_0_output,
-  TC::Types::phiL * const phiL_1_output,
-  TC::Types::phiL * const phiL_2_output,
-  TC::Types::zL * const zL_0_output,
-  TC::Types::zL * const zL_1_output,
-  TC::Types::zL * const zL_2_output,
-  TC::Types::der_phiL * const der_phiL_output,
-  TC::Types::der_zL * const der_zL_output,
-  TC::Types::phiD * const phiD_0_output,
-  TC::Types::phiD * const phiD_1_output,
-  TC::Types::phiD * const phiD_2_output,
-  TC::Types::rD * const rD_0_output,
-  TC::Types::rD * const rD_1_output,
-  TC::Types::rD * const rD_2_output,
-  TC::Types::der_phiD * const der_phiD_output,
-  TC::Types::der_rD * const der_rD_output
-
-)
-{
-#pragma HLS pipeline II=1
-#pragma HLS latency max=25
-
-//
-// calculating rinv_final
-//
-//
-// STEP 0
-
-// 10 bits 	 2^(-7)	0.0078125
-static const ap_int<10> plus2 = 256;
-// units 2^(0)Kr^(1)	0.0292969
-const ap_uint<12> r1 = ap_uint<12>(r1_input);
-// units 2^(0)Kphi^(1)	7.84121e-06
-const ap_int<18> phi2 = ap_int<18>(phi2_input)<<3;
-// units 2^(0)Kphi^(1)	7.84121e-06
-const ap_int<18> phi1 = ap_int<18>(phi1_input)<<3;
-// units 2^(0)Kr^(1)	0.0292969
-const ap_uint<12> r2 = ap_uint<12>(r2_input);
-//
-// STEP 1
-// 16 bits 	 2^(0)Kphi^(1)	7.84121e-06
-const ap_int<16> dphi = phi2 - phi1;
-// 11 bits 	 2^(0)Kr^(1)	0.0292969
-const ap_int<11> dr = r2 - r1;
-//
-ap_int<2> sign = negDisk ? ap_int<2>(-1) : ap_int<2>(1);
-
-// STEP 2
-ap_int<19> drinv;
-static bool initdrinv;
-const ap_uint<10> addr_drinv = dr & 1023; // address for the LUT
-if (Seed == TF::D1D2){
-  if (negDisk){
-#ifndef __SYNTHESIS__
-    static ap_int<19> LUT_drinv[1024];
-    readSWLUT<ap_int<19>,1024>(LUT_drinv,"LUTs/TC_B1B2_drinv.tab",false,true);
-#else
-    static const ap_int<19> LUT_drinv[1024] = {
-#if __has_include("../emData/LUTs/TC_B1B2_drinv.tab")
-#  include "../emData/LUTs/TC_B1B2_drinv.tab"
-#endif
-    };
-#endif
-    drinv = LUT_drinv[addr_drinv];
-  }
-  else{
-#ifndef __SYNTHESIS__
-    static ap_int<19> LUT_drinv[1024];
-    readSWLUT<ap_int<19>,1024>(LUT_drinv,"LUTs/TC_F1F2_drinv.tab",false,true);
-#else
-    static const ap_int<19> LUT_drinv[1024] = {
-#if __has_include("../emData/LUTs/TC_F1F2_drinv.tab")
-#  include "../emData/LUTs/TC_F1F2_drinv.tab"
-#endif
-    };
-#endif
-    drinv = LUT_drinv[addr_drinv];
-  }
-}
-else{
-  if (negDisk){
-#ifndef __SYNTHESIS__
-    static ap_int<19> LUT_drinv[1024];
-    readSWLUT<ap_int<19>,1024>(LUT_drinv,"LUTs/TC_B3B4_drinv.tab",false,true);
-#else
-    static const ap_int<19> LUT_drinv[1024] = {
-#if __has_include("../emData/LUTs/TC_B3B4_drinv.tab")
-#  include "../emData/LUTs/TC_B3B4_drinv.tab"
-#endif
-    };
-#endif
-    drinv = LUT_drinv[addr_drinv];
-  }
-  else{
-#ifndef __SYNTHESIS__
-    static ap_int<19> LUT_drinv[1024];
-    readSWLUT<ap_int<19>,1024>(LUT_drinv,"LUTs/TC_F3F4_drinv.tab",false,true);
-#else
-    static const ap_int<19> LUT_drinv[1024] = {
-#if __has_include("../emData/LUTs/TC_F3F4_drinv.tab")
-#  include "../emData/LUTs/TC_F3F4_drinv.tab"
-#endif
-    };
-#endif
-    drinv = LUT_drinv[addr_drinv];
-  }
-}
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-// 18 bits 	 2^(-10)Kphi^(1)Kr^(-1)	2.61374e-07
-const ap_int<31> delta0_tmp = dphi * drinv;
-const ap_int<18> delta0 = delta0_tmp >> 13;
-//
-// STEP 5
-
-// 18 bits 	 2^(3)Kphi^(1)Kr^(0)	6.27297e-05
-const ap_int<31> delta1_tmp = r1 * delta0;
-const ap_int<18> delta1 = delta1_tmp >> 13;
-// 18 bits 	 2^(3)Kphi^(1)Kr^(0)	6.27297e-05
-const ap_int<31> delta2_tmp = r2 * delta0;
-const ap_int<18> delta2 = delta2_tmp >> 13;
-//
-// STEP 6
-
-// 18 bits 	 2^(16)Kphi^(2)Kr^(0)	4.02945e-06
-const ap_int<28> a2a_tmp = delta1 * delta2;
-const ap_int<18> a2a = a2a_tmp >> 10;
-//
-// STEP 7
-
-// 18 bits 	 2^(-17)	7.62939e-06
-const ap_int<35> a2b_tmp = (a2a * 69225);
-const ap_int<18> a2b = a2b_tmp >> 17;
-//
-// STEP 8
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<20> a2_tmp = (ap_int<20>(plus2)<<10) - a2b;
-const ap_int<18> a2 = a2_tmp >> 2;
-//
-// STEP 9
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<18> a2n = -a2;
-;
-//
-// STEP 10
-
-// 18 bits 	 2^(-10)Kphi^(1)Kr^(-1)	2.61374e-07
-const ap_int<33> rinv_tmp = a2n * delta0;
-const ap_int<18> rinv = rinv_tmp >> 15;
-//
-// STEP 11
-
-// 16 bits 	 2^(-8)Kphi^(1)Kr^(-1)	1.04549e-06
-const ap_int<16> rinv_final = rinv >> 2;
-//
-// calculating phi0_final
-//
-//
-// STEP 0
-
-// 10 bits 	 2^(-8)	0.00390625
-static const ap_int<10> minus1 = -256;
-//
-// STEP 1
-
-// 14 bits 	 2^(0)Kr^(1)	0.0292969
-const ap_int<14> Rabs = r1 + r2;
-//
-// STEP 2
-
-// 14 bits 	 2^(-2)Kr^(1)	0.00732422
-const ap_int<26> R6_tmp = (Rabs * 2730);
-const ap_int<14> R6 = R6_tmp >> 12;
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-// 18 bits 	 2^(2)Kphi^(1)Kr^(0)	3.13648e-05
-const ap_int<32> x4_tmp = R6 * delta0;
-const ap_int<18> x4 = x4_tmp >> 14;
-//
-// STEP 6
-
-// 18 bits 	 2^(15)Kphi^(2)Kr^(0)	2.01473e-06
-const ap_int<28> x6a_tmp = delta2 * x4;
-const ap_int<18> x6a = x6a_tmp >> 10;
-//
-// STEP 7
-
-// 18 bits 	 2^(-18)	3.8147e-06
-const ap_int<35> x6b_tmp = (x6a * 69225);
-const ap_int<18> x6b = x6b_tmp >> 17;
-//
-// STEP 8
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<21> x6m_tmp = (ap_int<21>(minus1)<<10) + x6b;
-const ap_int<18> x6m = x6m_tmp >> 3;
-//
-// STEP 9
-
-// 18 bits 	 2^(0)Kphi^(1)Kr^(0)	7.84121e-06
-const ap_int<30> phi0a_tmp = delta1 * x6m;
-const ap_int<18> phi0a = phi0a_tmp >> 12;
-//
-// STEP 10
-
-// 18 bits 	 2^(1)Kphi^(1)	1.56824e-05
-const ap_int<19> phi0_tmp = phi1 + phi0a;
-const ap_int<18> phi0_final = phi0_tmp >> 1;
-//
-// STEP 11
-
-// 18 bits 	 2^(1)Kphi^(1)	1.56824e-05
-
-//
-// calculating t_final
-//
-//
-// STEP 0
-
-// units 2^(0)Kz^(1)	0.0585938
-const ap_int<7> z1 = ap_int<7>(z1_input);
-const ap_int<7> z2 = ap_int<7>(z2_input);
-// 14 bits 	 2^(0)Kz^(1)	0.0585938
-static const ap_int<14> z2mean = ap_int<14>(z2mean_input);
-// units 2^(0)Kz^(1)	0.0585938
-// 14 bits 	 2^(0)Kz^(1)	0.0585938
-static const ap_int<14> z1mean = ap_int<14>(z1mean_input);
-//
-// STEP 1
-
-// 14 bits 	 2^(0)Kz^(1)	0.0585938
-const ap_int<14> z2abs = (z2 + sign * z2mean);
-// 14 bits 	 2^(0)Kz^(1)	0.0585938
-const ap_int<14> z1abs = (z1 + sign * z1mean);
-
-
-//
-// STEP 2
-
-// 11 bits 	 2^(0)Kz^(1)	0.0585938
-const ap_int<11> dz = (z2abs - z1abs);
-//
-// STEP 3
-
-//
-// STEP 4
-
-// 18 bits 	 2^(-14)Kr^(-1)Kz^(1)	0.00012207
-const ap_int<27> deltaZ_tmp = dz * drinv;
-const ap_int<18> deltaZ = deltaZ_tmp >> 9;
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-// 17 bits 	 2^(-15)	3.05176e-05
-const ap_int<17> a = a2>>1;
-;
-// 18 bits 	 2^(-14)Kr^(-1)Kz^(1)	0.00012207
-const ap_int<33> t_tmp = a * deltaZ;
-const ap_int<18> t = t_tmp >> 15;
-//
-// STEP 10
-
-// 14 bits 	 2^(-10)Kr^(-1)Kz^(1)	0.00195312
-const ap_int<14> t_final = t >> 4;
-
-//
-// calculating z0_final
-//
-//
-// STEP 0
-
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-// 18 bits 	 2^(-4)Kr^(0)Kz^(1)	0.00366211
-const ap_int<28> z0a_tmp = r1 * deltaZ;
-const ap_int<18> z0a = z0a_tmp >> 10;
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-// 18 bits 	 2^(-4)Kr^(0)Kz^(1)	0.00366211
-const ap_int<33> z0b_tmp = z0a * x6m;
-const ap_int<18> z0b = z0b_tmp >> 15;
-//
-// STEP 10
-
-// 15 bits 	 2^(-4)Kz^(1)	0.00366211
-const ap_int<16> z0 = (ap_int<16>(z1abs)<<4) + z0b;
-//
-// STEP 11
-
-// 11 bits 	 2^(0)Kz^(1)	0.0585938
-const ap_int<12> z0_final = z0 >> 4;
-//
-// calculating phiL_0_final
-//
-//
-// STEP 0
-
-// units 2^(0)Kr^(1)	0.0292969
-// 10 bits 	 2^(-8)	0.00390625
-static const ap_int<10> plus1 = 256;
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-// 17 bits 	 2^(-10)Kphi^(1)Kr^(-1)	2.61374e-07
-const ap_int<17> x2 = delta0>>1;
-;
-// 18 bits 	 2^(2)Kphi^(1)Kr^(0)	3.13648e-05
-const ap_int<30> x1_0_tmp = x2 * rproj0_input;
-const ap_int<18> x1_0 = x1_0_tmp >> 12;
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-// 18 bits 	 2^(0)Kphi^(1)Kr^(0)	7.84121e-06
-const ap_int<31> x8_0_tmp = x1_0 * a2n;
-const ap_int<18> x8_0 = x8_0_tmp >> 13;
-//
-// STEP 11
-
-// 18 bits 	 2^(18)Kphi^(2)Kr^(0)	1.61178e-05
-const ap_int<36> x12_0_tmp = x8_0 * x8_0;
-const ap_int<18> x12_0 = x12_0_tmp >> 18;
-//
-// STEP 12
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<35> x12A_0_tmp = (x12_0 * 69225);
-const ap_int<18> x12A_0 = x12A_0_tmp >> 17;
-//
-// STEP 13
-
-// 18 bits 	 2^(-17)	7.62939e-06
-const ap_int<35> x20_0_tmp = (x12A_0 * 87381);
-const ap_int<18> x20_0 = x20_0_tmp >> 17;
-//
-// STEP 14
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<20> x10_0_tmp = (ap_int<20>(plus1)<<9) + x20_0;
-const ap_int<18> x10_0 = x10_0_tmp >> 2;
-//
-// STEP 15
-
-// 18 bits 	 2^(0)Kphi^(1)Kr^(0)	7.84121e-06
-const ap_int<33> x22_0_tmp = x8_0 * x10_0;
-const ap_int<18> x22_0 = x22_0_tmp >> 15;
-//
-// STEP 16
-
-// 19 bits 	 2^(1)Kphi^(1)	1.56824e-05
-const ap_int<20> phiL_0_tmp = (ap_int<20>(phi0_final)<<1) - x22_0;
-const ap_int<19> phiL_0 = phiL_0_tmp >> 1;
-//
-// STEP 17
-
-// 20 bits 	 2^(0)Kphi^(1)	7.84121e-06
-const ap_int<20> phiL_0_final = phiL_0 << 1;
-
-//
-// calculating phiL_1_final
-//
-//
-// STEP 0
-
-// units 2^(0)Kr^(1)	0.0292969
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-// 18 bits 	 2^(2)Kphi^(1)Kr^(0)	3.13648e-05
-const ap_int<30> x1_1_tmp = x2 * rproj1_input;
-const ap_int<18> x1_1 = x1_1_tmp >> 12;
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-// 18 bits 	 2^(0)Kphi^(1)Kr^(0)	7.84121e-06
-const ap_int<31> x8_1_tmp = x1_1 * a2n;
-const ap_int<18> x8_1 = x8_1_tmp >> 13;
-//
-// STEP 11
-
-// 18 bits 	 2^(18)Kphi^(2)Kr^(0)	1.61178e-05
-const ap_int<36> x12_1_tmp = x8_1 * x8_1;
-const ap_int<18> x12_1 = x12_1_tmp >> 18;
-//
-// STEP 12
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<35> x12A_1_tmp = (x12_1 * 69225);
-const ap_int<18> x12A_1 = x12A_1_tmp >> 17;
-//
-// STEP 13
-
-// 18 bits 	 2^(-17)	7.62939e-06
-const ap_int<35> x20_1_tmp = (x12A_1 * 87381);
-const ap_int<18> x20_1 = x20_1_tmp >> 17;
-//
-// STEP 14
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<20> x10_1_tmp = (ap_int<20>(plus1)<<9) + x20_1;
-const ap_int<18> x10_1 = x10_1_tmp >> 2;
-//
-// STEP 15
-
-// 18 bits 	 2^(0)Kphi^(1)Kr^(0)	7.84121e-06
-const ap_int<33> x22_1_tmp = x8_1 * x10_1;
-const ap_int<18> x22_1 = x22_1_tmp >> 15;
-//
-// STEP 16
-
-// 19 bits 	 2^(1)Kphi^(1)	1.56824e-05
-const ap_int<20> phiL_1_tmp = (ap_int<20>(phi0_final)<<1) - x22_1;
-const ap_int<19> phiL_1 = phiL_1_tmp >> 1;
-//
-// STEP 17
-
-// 20 bits 	 2^(0)Kphi^(1)	7.84121e-06
-const ap_int<20> phiL_1_final = phiL_1 << 1;
-
-//
-// calculating phiL_2_final
-//
-//
-// STEP 0
-
-// units 2^(0)Kr^(1)	0.0292969
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-// 18 bits 	 2^(2)Kphi^(1)Kr^(0)	3.13648e-05
-const ap_int<30> x1_2_tmp = x2 * rproj2_input;
-const ap_int<18> x1_2 = x1_2_tmp >> 12;
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-// 18 bits 	 2^(0)Kphi^(1)Kr^(0)	7.84121e-06
-const ap_int<31> x8_2_tmp = x1_2 * a2n;
-const ap_int<18> x8_2 = x8_2_tmp >> 13;
-//
-// STEP 11
-
-// 18 bits 	 2^(18)Kphi^(2)Kr^(0)	1.61178e-05
-const ap_int<36> x12_2_tmp = x8_2 * x8_2;
-const ap_int<18> x12_2 = x12_2_tmp >> 18;
-//
-// STEP 12
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<35> x12A_2_tmp = (x12_2 * 69225);
-const ap_int<18> x12A_2 = x12A_2_tmp >> 17;
-//
-// STEP 13
-
-// 18 bits 	 2^(-17)	7.62939e-06
-const ap_int<35> x20_2_tmp = (x12A_2 * 87381);
-const ap_int<18> x20_2 = x20_2_tmp >> 17;
-//
-// STEP 14
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<20> x10_2_tmp = (ap_int<20>(plus1)<<9) + x20_2;
-const ap_int<18> x10_2 = x10_2_tmp >> 2;
-//
-// STEP 15
-
-// 18 bits 	 2^(0)Kphi^(1)Kr^(0)	7.84121e-06
-const ap_int<33> x22_2_tmp = x8_2 * x10_2;
-const ap_int<18> x22_2 = x22_2_tmp >> 15;
-//
-// STEP 16
-
-// 19 bits 	 2^(1)Kphi^(1)	1.56824e-05
-const ap_int<20> phiL_2_tmp = (ap_int<20>(phi0_final)<<1) - x22_2;
-const ap_int<19> phiL_2 = phiL_2_tmp >> 1;
-//
-// STEP 17
-
-// 20 bits 	 2^(0)Kphi^(1)	7.84121e-06
-const ap_int<20> phiL_2_final = phiL_2 << 1;
-
-//
-// calculating zL_0_final
-//
-//
-// STEP 0
-
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-// 18 bits 	 2^(-1)Kr^(0)Kz^(1)	0.0292969
-const ap_int<31> x11_0_tmp = rproj0_input * t;
-const ap_int<18> x11_0 = x11_0_tmp >> 13;
-//
-// STEP 11
-
-//
-// STEP 12
-
-//
-// STEP 13
-
-//
-// STEP 14
-
-//
-// STEP 15
-
-// 18 bits 	 2^(-3)Kr^(0)Kz^(1)	0.00732422
-const ap_int<31> x23_0_tmp = x11_0 * x10_0;
-const ap_int<18> x23_0 = x23_0_tmp >> 13;
-//
-// STEP 16
-
-// 18 bits 	 2^(-2)Kz^(1)	0.0146484
-const ap_int<20> zL_0_tmp = z0 + (ap_int<20>(x23_0)<<1);
-const ap_int<18> zL_0 = zL_0_tmp >> 2;
-//
-// STEP 17
-
-// 16 bits 	 2^(0)Kz^(1)	0.0585938
-const ap_int<16> zL_0_final = zL_0 >> 2;
-
-//
-// calculating zL_1_final
-//
-//
-// STEP 0
-
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-// 18 bits 	 2^(-1)Kr^(0)Kz^(1)	0.0292969
-const ap_int<31> x11_1_tmp = rproj1_input * t;
-const ap_int<18> x11_1 = x11_1_tmp >> 13;
-//
-// STEP 11
-
-//
-// STEP 12
-
-//
-// STEP 13
-
-//
-// STEP 14
-
-//
-// STEP 15
-
-// 18 bits 	 2^(-3)Kr^(0)Kz^(1)	0.00732422
-const ap_int<31> x23_1_tmp = x11_1 * x10_1;
-const ap_int<18> x23_1 = x23_1_tmp >> 13;
-//
-// STEP 16
-
-// 18 bits 	 2^(-2)Kz^(1)	0.0146484
-const ap_int<20> zL_1_tmp = z0 + (ap_int<20>(x23_1)<<1);
-const ap_int<18> zL_1 = zL_1_tmp >> 2;
-//
-// STEP 17
-
-// 16 bits 	 2^(0)Kz^(1)	0.0585938
-const ap_int<16> zL_1_final = zL_1 >> 2;
-
-//
-// calculating zL_2_final
-//
-//
-// STEP 0
-
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-// 18 bits 	 2^(-1)Kr^(0)Kz^(1)	0.0292969
-const ap_int<31> x11_2_tmp = rproj2_input * t;
-const ap_int<18> x11_2 = x11_2_tmp >> 13;
-//
-// STEP 11
-
-//
-// STEP 12
-
-//
-// STEP 13
-
-//
-// STEP 14
-
-//
-// STEP 15
-
-// 18 bits 	 2^(-3)Kr^(0)Kz^(1)	0.00732422
-const ap_int<31> x23_2_tmp = x11_2 * x10_2;
-const ap_int<18> x23_2 = x23_2_tmp >> 13;
-//
-// STEP 16
-
-// 18 bits 	 2^(-2)Kz^(1)	0.0146484
-const ap_int<20> zL_2_tmp = z0 + (ap_int<20>(x23_2)<<1);
-const ap_int<18> zL_2 = zL_2_tmp >> 2;
-//
-// STEP 17
-
-// 16 bits 	 2^(0)Kz^(1)	0.0585938
-const ap_int<16> zL_2_final = zL_2 >> 2;
-
-//
-// calculating der_phiL_final
-//
-//
-// STEP 0
-
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-//
-// STEP 11
-
-// 17 bits 	 2^(-10)Kphi^(1)Kr^(-1)	2.61374e-07
-const ap_int<17> x3 = rinv>>1;
-;
-// 17 bits 	 2^(-10)Kphi^(1)Kr^(-1)	2.61374e-07
-const ap_int<17> der_phiL = -x3;
-;
-//
-// STEP 12
-
-// 12 bits 	 2^(-5)Kphi^(1)Kr^(-1)	8.36396e-06
-const ap_int<12> der_phiL_final = der_phiL >> 5;
-
-//
-// calculating der_zL_final
-//
-//
-// STEP 0
-
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-// 11 bits 	 2^(-7)Kr^(-1)Kz^(1)	0.015625
-const ap_int<11> der_zL_final = t_final >> 3;
-
-//
-// calculating phiD_0_final
-//
-//
-// STEP 0
-
-// units 2^(0)Kz^(1)	0.0585938
-const ap_int<14> zproj0 = t > 0 ? ap_int<14>(zproj0_input) : ap_int<14>(-zproj0_input-1);
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-// 18 bits 	 2^(-8)Kphi^(1)Kr^(-1)	1.04549e-06
-const ap_int<35> x7_tmp = x2 * a2;
-const ap_int<18> x7 = x7_tmp >> 17;
-//
-// STEP 10
-const ap_uint<11> addr_invt = (t_final>>1) & 2047; // address for the LUT
-ap_int<18> invt;
-
-if (Seed == TF::D1D2){
-  if (negDisk){
-#ifndef __SYNTHESIS__
-    static ap_int<18> LUT_invt[2048];
-    readSWLUT<ap_int<18>,2048>(LUT_invt,"LUTs/TC_B1B2_invt.tab",false,true);
-#else
-    static const ap_int<18> LUT_invt[2048] = {
-#if __has_include("../emData/LUTs/TC_B1B2_invt.tab")
-#  include "../emData/LUTs/TC_B1B2_invt.tab"
-#endif
-    };
-#endif
-    invt = LUT_invt[addr_invt];
-  }
-  else{
-#ifndef __SYNTHESIS__
-    static ap_int<18> LUT_invt[2048];
-    readSWLUT<ap_int<18>,2048>(LUT_invt,"LUTs/TC_F1F2_invt.tab",false,true);
-#else
-    static const ap_int<18> LUT_invt[2048] = {
-#if __has_include("../emData/LUTs/TC_F1F2_invt.tab")
-#  include "../emData/LUTs/TC_F1F2_invt.tab"
-#endif
-    };
-#endif
-    invt = LUT_invt[addr_invt];
-  }
-}
-else{
-  if (negDisk){
-#ifndef __SYNTHESIS__
-    static ap_int<18> LUT_invt[2048];
-    readSWLUT<ap_int<18>,2048>(LUT_invt,"LUTs/TC_B3B4_invt.tab",false,true);
-#else
-    static const ap_int<18> LUT_invt[2048] = {
-#if __has_include("../emData/LUTs/TC_B3B4_invt.tab")
-#  include "../emData/LUTs/TC_B3B4_invt.tab"
-#endif
-    };
-#endif
-    invt = LUT_invt[addr_invt];
-  }
-  else{
-#ifndef __SYNTHESIS__
-    static ap_int<18> LUT_invt[2048];
-    readSWLUT<ap_int<18>,2048>(LUT_invt,"LUTs/TC_F3F4_invt.tab",false,true);
-#else
-    static const ap_int<18> LUT_invt[2048] = {
-#if __has_include("../emData/LUTs/TC_F3F4_invt.tab")
-#  include "../emData/LUTs/TC_F3F4_invt.tab"
-#endif
-    };
-#endif
-    invt = LUT_invt[addr_invt];
-  }
-}
-
-
-//
-// STEP 11
-
-// 18 bits 	 2^(-3)Kz^(1)	0.00732422
-const ap_int<19> x5_0_tmp = (ap_int<19>(zproj0)<<4) - z0;
-const ap_int<18> x5_0 = x5_0_tmp >> 1;
-//
-// STEP 12
-
-// 18 bits 	 2^(-3)Kr^(1)Kz^(0)	0.00366211
-const ap_int<34> x13_0_tmp = x5_0 * invt;
-const ap_int<18> x13_0 = x13_0_tmp >> 16;
-//
-// STEP 13
-
-// 18 bits 	 2^(0)Kphi^(1)Kr^(0)Kz^(0)	7.84121e-06
-const ap_int<29> x25_0_tmp = x13_0 * x7;
-const ap_int<18> x25_0 = x25_0_tmp >> 11;
-//
-// STEP 14
-
-// 18 bits 	 2^(1)Kphi^(1)	1.56824e-05
-const ap_int<19> phiD_0_tmp = (ap_int<19>(phi0_final)<<1) + x25_0;
-const ap_int<18> phiD_0 = phiD_0_tmp >> 1;
-//
-// STEP 15
-
-// 16 bits 	 2^(3)Kphi^(1)	6.27297e-05
-const ap_int<16> phiD_0_final = phiD_0 >> 2;
-
-//
-// calculating phiD_1_final
-//
-//
-// STEP 0
-
-// units 2^(0)Kz^(1)	0.0585938
-const ap_int<14> zproj1 = t > 0 ? ap_int<14>(zproj1_input) : ap_int<14>(-zproj1_input-1);
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-//
-// STEP 11
-
-// 18 bits 	 2^(-3)Kz^(1)	0.00732422
-const ap_int<19> x5_1_tmp = (ap_int<19>(zproj1)<<4) - z0;
-const ap_int<18> x5_1 = x5_1_tmp >> 1;
-//
-// STEP 12
-
-// 18 bits 	 2^(-3)Kr^(1)Kz^(0)	0.00366211
-const ap_int<34> x13_1_tmp = x5_1 * invt;
-const ap_int<18> x13_1 = x13_1_tmp >> 16;
-//
-// STEP 13
-
-// 18 bits 	 2^(0)Kphi^(1)Kr^(0)Kz^(0)	7.84121e-06
-const ap_int<29> x25_1_tmp = x13_1 * x7;
-const ap_int<18> x25_1 = x25_1_tmp >> 11;
-//
-// STEP 14
-
-// 18 bits 	 2^(1)Kphi^(1)	1.56824e-05
-const ap_int<19> phiD_1_tmp = (ap_int<19>(phi0_final)<<1) + x25_1;
-const ap_int<18> phiD_1 = phiD_1_tmp >> 1;
-//
-// STEP 15
-
-// 16 bits 	 2^(3)Kphi^(1)	6.27297e-05
-const ap_int<16> phiD_1_final = phiD_1 >> 2;
-
-//
-// calculating phiD_2_final
-//
-//
-// STEP 0
-
-// units 2^(0)Kz^(1)	0.0585938
-const ap_int<14> zproj2 = t > 0 ? ap_int<14>(zproj2_input) : ap_int<14>(-zproj2_input-1);
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-//
-// STEP 11
-
-// 18 bits 	 2^(-3)Kz^(1)	0.00732422
-const ap_int<19> x5_2_tmp = (ap_int<19>(zproj2)<<4) - z0;
-const ap_int<18> x5_2 = x5_2_tmp >> 1;
-//
-// STEP 12
-
-// 18 bits 	 2^(-3)Kr^(1)Kz^(0)	0.00366211
-const ap_int<34> x13_2_tmp = x5_2 * invt;
-const ap_int<18> x13_2 = x13_2_tmp >> 16;
-//
-// STEP 13
-
-// 18 bits 	 2^(0)Kphi^(1)Kr^(0)Kz^(0)	7.84121e-06
-const ap_int<29> x25_2_tmp = x13_2 * x7;
-const ap_int<18> x25_2 = x25_2_tmp >> 11;
-//
-// STEP 14
-
-// 18 bits 	 2^(1)Kphi^(1)	1.56824e-05
-const ap_int<19> phiD_2_tmp = (ap_int<19>(phi0_final)<<1) + x25_2;
-const ap_int<18> phiD_2 = phiD_2_tmp >> 1;
-//
-// STEP 15
-
-// 16 bits 	 2^(3)Kphi^(1)	6.27297e-05
-const ap_int<16> phiD_2_final = phiD_2 >> 2;
-
-//
-// calculating rD_0_final
-//
-//
-// STEP 0
-
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-//
-// STEP 11
-
-//
-// STEP 12
-
-//
-// STEP 13
-
-//
-// STEP 14
-
-// 18 bits 	 2^(18)Kphi^(2)Kr^(0)Kz^(0)	1.61178e-05
-const ap_int<36> x26_0_tmp = x25_0 * x25_0;
-const ap_int<18> x26_0 = x26_0_tmp >> 18;
-//
-// STEP 15
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<35> x26A_0_tmp = (x26_0 * 69225);
-const ap_int<18> x26A_0 = x26A_0_tmp >> 17;
-//
-// STEP 16
-
-// 18 bits 	 2^(-17)	7.62939e-06
-const ap_int<35> x9_0_tmp = (x26A_0 * 87381);
-const ap_int<18> x9_0 = x9_0_tmp >> 17;
-//
-// STEP 17
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<20> x27_0_tmp = (ap_int<20>(plus1)<<9) - x9_0;
-const ap_int<18> x27_0 = x27_0_tmp >> 2;
-//
-// STEP 18
-
-// 18 bits 	 2^(-4)Kr^(1)Kz^(0)	0.00183105
-const ap_int<32> rD_0_tmp = x13_0 * x27_0;
-const ap_int<18> rD_0 = rD_0_tmp >> 14;
-//
-// STEP 19
-
-// 13 bits 	 2^(1)Kr^(1)Kz^(0)	0.0585938
-const ap_int<13> rD_0_final = rD_0 >> 5;
-
-//
-// calculating rD_1_final
-//
-//
-// STEP 0
-
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-//
-// STEP 11
-
-//
-// STEP 12
-
-//
-// STEP 13
-
-//
-// STEP 14
-
-// 18 bits 	 2^(18)Kphi^(2)Kr^(0)Kz^(0)	1.61178e-05
-const ap_int<36> x26_1_tmp = x25_1 * x25_1;
-const ap_int<18> x26_1 = x26_1_tmp >> 18;
-//
-// STEP 15
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<35> x26A_1_tmp = (x26_1 * 69225);
-const ap_int<18> x26A_1 = x26A_1_tmp >> 17;
-//
-// STEP 16
-
-// 18 bits 	 2^(-17)	7.62939e-06
-const ap_int<35> x9_1_tmp = (x26A_1 * 87381);
-const ap_int<18> x9_1 = x9_1_tmp >> 17;
-//
-// STEP 17
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<20> x27_1_tmp = (ap_int<20>(plus1)<<9) - x9_1;
-const ap_int<18> x27_1 = x27_1_tmp >> 2;
-//
-// STEP 18
-
-// 18 bits 	 2^(-4)Kr^(1)Kz^(0)	0.00183105
-const ap_int<32> rD_1_tmp = x13_1 * x27_1;
-const ap_int<18> rD_1 = rD_1_tmp >> 14;
-//
-// STEP 19
-
-// 13 bits 	 2^(1)Kr^(1)Kz^(0)	0.0585938
-const ap_int<13> rD_1_final = rD_1 >> 5;
-
-//
-// calculating rD_2_final
-//
-//
-// STEP 0
-
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-//
-// STEP 11
-
-//
-// STEP 12
-
-//
-// STEP 13
-
-//
-// STEP 14
-
-// 18 bits 	 2^(18)Kphi^(2)Kr^(0)Kz^(0)	1.61178e-05
-const ap_int<36> x26_2_tmp = x25_2 * x25_2;
-const ap_int<18> x26_2 = x26_2_tmp >> 18;
-//
-// STEP 15
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<35> x26A_2_tmp = (x26_2 * 69225);
-const ap_int<18> x26A_2 = x26A_2_tmp >> 17;
-//
-// STEP 16
-
-// 18 bits 	 2^(-17)	7.62939e-06
-const ap_int<35> x9_2_tmp = (x26A_2 * 87381);
-const ap_int<18> x9_2 = x9_2_tmp >> 17;
-//
-// STEP 17
-
-// 18 bits 	 2^(-15)	3.05176e-05
-const ap_int<20> x27_2_tmp = (ap_int<20>(plus1)<<9) - x9_2;
-const ap_int<18> x27_2 = x27_2_tmp >> 2;
-//
-// STEP 18
-
-// 18 bits 	 2^(-4)Kr^(1)Kz^(0)	0.00183105
-const ap_int<32> rD_2_tmp = x13_2 * x27_2;
-const ap_int<18> rD_2 = rD_2_tmp >> 14;
-//
-// STEP 19
-
-// 13 bits 	 2^(1)Kr^(1)Kz^(0)	0.0585938
-const ap_int<13> rD_2_final = rD_2 >> 5;
-
-//
-// calculating der_phiD_final
-//
-//
-// STEP 0
-
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-//
-// STEP 11
-
-//
-// STEP 12
-
-// 18 bits 	 2^(-12)Kphi^(1)Kr^(0)Kz^(-1)	3.26717e-08
-const ap_int<30> der_phiD_tmp = x7 * invt;
-const ap_int<18> der_phiD = der_phiD_tmp >> 12;
-//
-// STEP 13
-
-// 9 bits 	 2^(-3)Kphi^(1)Kr^(0)Kz^(-1)	1.67279e-05
-const ap_int<9> der_phiD_final = der_phiD >> 9;
-
-//
-// calculating der_rD_final
-//
-//
-// STEP 0
-
-//
-// STEP 1
-
-//
-// STEP 2
-
-//
-// STEP 3
-
-//
-// STEP 4
-
-//
-// STEP 5
-
-//
-// STEP 6
-
-//
-// STEP 7
-
-//
-// STEP 8
-
-//
-// STEP 9
-
-//
-// STEP 10
-
-//
-// STEP 11
-
-//
-// STEP 12
-
-// 8 bits 	 2^(-6)Kr^(1)Kz^(-1)	0.0078125
-const ap_int<8> der_rD_final = invt >> 10;
-
-
-
-//
-// wiring the outputs 
-//
-*rinv_output = rinv_final;
-*phi0_output = phi0_final;
-*t_output = t_final;
-*z0_output = z0_final;
-*phiL_0_output = phiL_0_final;
-*phiL_1_output = phiL_1_final;
-*phiL_2_output = phiL_2_final;
-*zL_0_output = zL_0_final;
-*zL_1_output = zL_1_final;
-*zL_2_output = zL_2_final;
-*der_phiL_output = der_phiL_final;
-*der_zL_output = der_zL_final;
-*phiD_0_output = phiD_0_final;
-*phiD_1_output = phiD_1_final;
-*phiD_2_output = phiD_2_final;
-*rD_0_output = rD_0_final;
-*rD_1_output = rD_1_final;
-*rD_2_output = rD_2_final;
-*der_phiD_output = der_phiD_final;
-*der_rD_output = der_rD_final;
-}