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Copy pathcamera_pipeline_glb_compute.h
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camera_pipeline_glb_compute.h
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#pragma once
#include "hw_classes.h"
#include "clockwork_standard_compute_units.h"
//store is: hw_input_global_wrapper.glb.stencil(hw_input_global_wrapper_s0_x_x, ((hw_input_global_wrapper_s0_y + -4) + 4)) = hw_input.stencil((hw_input_global_wrapper_s0_x_x + ((0*248) + -4)), (hw_input_global_wrapper_s0_y + -4))
hw_uint<16> hcompute_hw_input_global_wrapper_glb_stencil(hw_uint<16>& hw_input_stencil) {
uint16_t _hw_input_stencil_1 = (uint16_t) hw_input_stencil.extract<0, 15>();
return _hw_input_stencil_1;
}
//store is: hw_input_global_wrapper_global_wrapper.stencil(hw_input_global_wrapper_global_wrapper_s0_x_x, ((hw_input_global_wrapper_global_wrapper_s0_y + -4) + 4)) = hw_input_global_wrapper.glb.stencil(hw_input_global_wrapper_global_wrapper_s0_x_x, ((hw_input_global_wrapper_global_wrapper_s0_y + -4) + 4))
hw_uint<16> hcompute_hw_input_global_wrapper_global_wrapper_stencil(hw_uint<16>& hw_input_global_wrapper_glb_stencil) {
uint16_t _hw_input_global_wrapper_glb_stencil_1 = (uint16_t) hw_input_global_wrapper_glb_stencil.extract<0, 15>();
return _hw_input_global_wrapper_glb_stencil_1;
}
//store is: denoised$1.stencil(denoised_1_s0_x_x, ((denoised_1_s0_y + -2) + 2)) = min(hw_input_global_wrapper_global_wrapper.stencil((denoised_1_s0_x_x + 2), ((denoised_1_s0_y + -2) + 4)), max(hw_input_global_wrapper_global_wrapper.stencil((denoised_1_s0_x_x + 2), ((denoised_1_s0_y + -2) + 6)), max(hw_input_global_wrapper_global_wrapper.stencil((denoised_1_s0_x_x + 2), ((denoised_1_s0_y + -2) + 2)), max(hw_input_global_wrapper_global_wrapper.stencil(denoised_1_s0_x_x, ((denoised_1_s0_y + -2) + 4)), hw_input_global_wrapper_global_wrapper.stencil((denoised_1_s0_x_x + 4), ((denoised_1_s0_y + -2) + 4))))))
hw_uint<16> hcompute_denoised_1_stencil(hw_uint<80>& hw_input_global_wrapper_global_wrapper_stencil) {
uint16_t _hw_input_global_wrapper_global_wrapper_stencil_1 = (uint16_t) hw_input_global_wrapper_global_wrapper_stencil.extract<0, 15>();
uint16_t _hw_input_global_wrapper_global_wrapper_stencil_2 = (uint16_t) hw_input_global_wrapper_global_wrapper_stencil.extract<16, 31>();
uint16_t _hw_input_global_wrapper_global_wrapper_stencil_3 = (uint16_t) hw_input_global_wrapper_global_wrapper_stencil.extract<32, 47>();
uint16_t _hw_input_global_wrapper_global_wrapper_stencil_4 = (uint16_t) hw_input_global_wrapper_global_wrapper_stencil.extract<48, 63>();
uint16_t _hw_input_global_wrapper_global_wrapper_stencil_5 = (uint16_t) hw_input_global_wrapper_global_wrapper_stencil.extract<64, 79>();
uint16_t _334 = max(_hw_input_global_wrapper_global_wrapper_stencil_4, _hw_input_global_wrapper_global_wrapper_stencil_5);
uint16_t _335 = max(_hw_input_global_wrapper_global_wrapper_stencil_3, _334);
uint16_t _336 = max(_hw_input_global_wrapper_global_wrapper_stencil_2, _335);
uint16_t _337 = min(_hw_input_global_wrapper_global_wrapper_stencil_1, _336);
return _337;
}
//store is: b_b.stencil(b_b_s0_x_x, ((b_b_s0_y + -1) + 1)) = denoised$1.stencil(((b_b_s0_x_x*2) + 2), (((b_b_s0_y + -1)*2) + 3))
hw_uint<16> hcompute_b_b_stencil(hw_uint<16>& denoised_1_stencil) {
uint16_t _denoised_1_stencil_1 = (uint16_t) denoised_1_stencil.extract<0, 15>();
return _denoised_1_stencil_1;
}
//store is: g_gb.stencil(g_gb_s0_x_x, ((g_gb_s0_y + -1) + 1)) = denoised$1.stencil(((g_gb_s0_x_x*2) + 1), (((g_gb_s0_y + -1)*2) + 3))
hw_uint<16> hcompute_g_gb_stencil(hw_uint<16>& denoised_1_stencil) {
uint16_t _denoised_1_stencil_2 = (uint16_t) denoised_1_stencil.extract<0, 15>();
return _denoised_1_stencil_2;
}
//store is: g_gr.stencil(g_gr_s0_x_x, ((g_gr_s0_y + -1) + 1)) = denoised$1.stencil((g_gr_s0_x_x*2), (((g_gr_s0_y + -1)*2) + 2))
hw_uint<16> hcompute_g_gr_stencil(hw_uint<16>& denoised_1_stencil) {
uint16_t _denoised_1_stencil_3 = (uint16_t) denoised_1_stencil.extract<0, 15>();
return _denoised_1_stencil_3;
}
//store is: r_r.stencil(r_r_s0_x_x, r_r_s0_y) = denoised$1.stencil(((r_r_s0_x_x*2) + 1), ((r_r_s0_y*2) + 2))
hw_uint<16> hcompute_r_r_stencil(hw_uint<16>& denoised_1_stencil) {
uint16_t _denoised_1_stencil_4 = (uint16_t) denoised_1_stencil.extract<0, 15>();
return _denoised_1_stencil_4;
}
//store is: demosaicked$1.stencil(demosaicked_1_s0_x_x, demosaicked_1_s0_y, 0) = select(((demosaicked_1_s0_y % 2) == 0), select(((demosaicked_1_s0_x_x % 2) == 0), ((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + (((r_r.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2)) + r_r.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2)) - (((select((absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2)) + select((absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)), g_gr.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gb.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2)), g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)))), (((g_gr.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2))) + (uint16)1)/(uint16)2)), r_r.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))), select(((demosaicked_1_s0_x_x % 2) == 0), select((absd(r_r.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)), r_r.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1))) < absd(r_r.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2)), r_r.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((((r_r.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)) + r_r.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2) + select((absd(g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2))) - (((select((absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)), g_gr.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 2))) < absd(g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)), g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 2)))), (((g_gr.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2))) + (uint16)1)/(uint16)2), (((g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 2)) + g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2)) + select((absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2))) + (uint16)1)/(uint16)2)), (((((r_r.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + r_r.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2) + select((absd(g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2))) - (((select((absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)), g_gr.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gb.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2)), g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)))), (((g_gr.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2)) + select((absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 2)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2))) < absd(g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)))), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2))) + (uint16)1)/(uint16)2), (((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2))) + (uint16)1)/(uint16)2))), ((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + (((r_r.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + r_r.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2)) - (((select((absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2)) + select((absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 2)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2))) < absd(g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)))), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2))) + (uint16)1)/(uint16)2), (((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2))) + (uint16)1)/(uint16)2))))
hw_uint<16> hcompute_demosaicked_1_stencil(hw_uint<96>& g_gb_stencil, hw_uint<96>& g_gr_stencil, hw_uint<64>& r_r_stencil, const int _demosaicked_1_s0_x_x, const int _demosaicked_1_s0_y) {
uint16_t _g_gb_stencil_1 = (uint16_t) g_gb_stencil.extract<0, 15>();
uint16_t _g_gb_stencil_2 = (uint16_t) g_gb_stencil.extract<16, 31>();
uint16_t _g_gb_stencil_3 = (uint16_t) g_gb_stencil.extract<32, 47>();
uint16_t _g_gb_stencil_4 = (uint16_t) g_gb_stencil.extract<48, 63>();
uint16_t _g_gb_stencil_5 = (uint16_t) g_gb_stencil.extract<64, 79>();
uint16_t _g_gb_stencil_6 = (uint16_t) g_gb_stencil.extract<80, 95>();
uint16_t _g_gr_stencil_1 = (uint16_t) g_gr_stencil.extract<0, 15>();
uint16_t _g_gr_stencil_2 = (uint16_t) g_gr_stencil.extract<16, 31>();
uint16_t _g_gr_stencil_3 = (uint16_t) g_gr_stencil.extract<32, 47>();
uint16_t _g_gr_stencil_4 = (uint16_t) g_gr_stencil.extract<48, 63>();
uint16_t _g_gr_stencil_5 = (uint16_t) g_gr_stencil.extract<64, 79>();
uint16_t _g_gr_stencil_6 = (uint16_t) g_gr_stencil.extract<80, 95>();
uint16_t _r_r_stencil_1 = (uint16_t) r_r_stencil.extract<0, 15>();
uint16_t _r_r_stencil_2 = (uint16_t) r_r_stencil.extract<16, 31>();
uint16_t _r_r_stencil_3 = (uint16_t) r_r_stencil.extract<32, 47>();
uint16_t _r_r_stencil_4 = (uint16_t) r_r_stencil.extract<48, 63>();
uint16_t _385 = _r_r_stencil_1 + _r_r_stencil_2;
uint16_t _386 = (uint16_t)(1);
uint16_t _387 = _385 + _386;
uint16_t _388 = _387 >> _386;
uint16_t _389 = _g_gr_stencil_1 + _388;
uint16_t _390 = _g_gr_stencil_1 + _g_gr_stencil_2;
uint16_t _391 = _390 + _386;
uint16_t _392 = _391 >> _386;
uint16_t _393 = _g_gb_stencil_2 + _g_gb_stencil_1;
uint16_t _394 = _393 + _386;
uint16_t _395 = _394 >> _386;
uint16_t _396 = _g_gr_stencil_1 - _g_gr_stencil_2;
uint16_t _397 = _g_gr_stencil_2 - _g_gr_stencil_1;
bool _398 = _g_gr_stencil_2 < _g_gr_stencil_1;
uint16_t _399 = (uint16_t)(_398 ? _396 : _397);
uint16_t _400 = _399;
uint16_t _401 = _g_gb_stencil_2 - _g_gb_stencil_1;
uint16_t _402 = _g_gb_stencil_1 - _g_gb_stencil_2;
bool _403 = _g_gb_stencil_1 < _g_gb_stencil_2;
uint16_t _404 = (uint16_t)(_403 ? _401 : _402);
uint16_t _405 = _404;
bool _406 = _400 < _405;
uint16_t _407 = (uint16_t)(_406 ? _392 : _395);
uint16_t _408 = _g_gr_stencil_3 + _g_gr_stencil_1;
uint16_t _409 = _408 + _386;
uint16_t _410 = _409 >> _386;
uint16_t _411 = _g_gb_stencil_4 + _g_gb_stencil_3;
uint16_t _412 = _411 + _386;
uint16_t _413 = _412 >> _386;
uint16_t _414 = _g_gr_stencil_3 - _g_gr_stencil_1;
uint16_t _415 = _g_gr_stencil_1 - _g_gr_stencil_3;
bool _416 = _g_gr_stencil_1 < _g_gr_stencil_3;
uint16_t _417 = (uint16_t)(_416 ? _414 : _415);
uint16_t _418 = _417;
uint16_t _419 = _g_gb_stencil_4 - _g_gb_stencil_3;
uint16_t _420 = _g_gb_stencil_3 - _g_gb_stencil_4;
bool _421 = _g_gb_stencil_3 < _g_gb_stencil_4;
uint16_t _422 = (uint16_t)(_421 ? _419 : _420);
uint16_t _423 = _422;
bool _424 = _418 < _423;
uint16_t _425 = (uint16_t)(_424 ? _410 : _413);
uint16_t _426 = _407 + _425;
uint16_t _427 = _426 + _386;
uint16_t _428 = _427 >> _386;
uint16_t _429 = _389 - _428;
int32_t _430 = _demosaicked_1_s0_x_x & 1;
bool _431 = _430 == 0;
uint16_t _432 = (uint16_t)(_431 ? _429 : _r_r_stencil_2);
uint16_t _433 = _r_r_stencil_3 + _r_r_stencil_2;
uint16_t _434 = _433 + _386;
uint16_t _435 = _434 >> _386;
uint16_t _436 = _g_gb_stencil_4 + _g_gb_stencil_2;
uint16_t _437 = _436 + _386;
uint16_t _438 = _437 >> _386;
uint16_t _439 = _g_gr_stencil_4 + _g_gr_stencil_1;
uint16_t _440 = _439 + _386;
uint16_t _441 = _440 >> _386;
uint16_t _442 = _g_gb_stencil_2 - _g_gb_stencil_4;
uint16_t _443 = _g_gb_stencil_4 - _g_gb_stencil_2;
bool _444 = _g_gb_stencil_4 < _g_gb_stencil_2;
uint16_t _445 = (uint16_t)(_444 ? _442 : _443);
uint16_t _446 = _445;
uint16_t _447 = _g_gr_stencil_1 - _g_gr_stencil_4;
uint16_t _448 = _g_gr_stencil_4 - _g_gr_stencil_1;
bool _449 = _g_gr_stencil_4 < _g_gr_stencil_1;
uint16_t _450 = (uint16_t)(_449 ? _447 : _448);
uint16_t _451 = _450;
bool _452 = _446 < _451;
uint16_t _453 = (uint16_t)(_452 ? _438 : _441);
uint16_t _454 = _435 + _453;
uint16_t _455 = _g_gr_stencil_5 + _g_gr_stencil_4;
uint16_t _456 = _455 + _386;
uint16_t _457 = _456 >> _386;
uint16_t _458 = _g_gb_stencil_5 + _g_gb_stencil_4;
uint16_t _459 = _458 + _386;
uint16_t _460 = _459 >> _386;
uint16_t _461 = _g_gr_stencil_5 - _g_gr_stencil_4;
uint16_t _462 = _g_gr_stencil_4 - _g_gr_stencil_5;
bool _463 = _g_gr_stencil_4 < _g_gr_stencil_5;
uint16_t _464 = (uint16_t)(_463 ? _461 : _462);
uint16_t _465 = _464;
uint16_t _466 = _g_gb_stencil_5 - _g_gb_stencil_4;
uint16_t _467 = _g_gb_stencil_4 - _g_gb_stencil_5;
bool _468 = _g_gb_stencil_4 < _g_gb_stencil_5;
uint16_t _469 = (uint16_t)(_468 ? _466 : _467);
uint16_t _470 = _469;
bool _471 = _465 < _470;
uint16_t _472 = (uint16_t)(_471 ? _457 : _460);
uint16_t _473 = _472 + _407;
uint16_t _474 = _473 + _386;
uint16_t _475 = _474 >> _386;
uint16_t _476 = _454 - _475;
uint16_t _477 = _r_r_stencil_4 + _r_r_stencil_1;
uint16_t _478 = _477 + _386;
uint16_t _479 = _478 >> _386;
uint16_t _480 = _479 + _453;
uint16_t _481 = _g_gr_stencil_6 + _g_gr_stencil_4;
uint16_t _482 = _481 + _386;
uint16_t _483 = _482 >> _386;
uint16_t _484 = _g_gb_stencil_6 + _g_gb_stencil_2;
uint16_t _485 = _484 + _386;
uint16_t _486 = _485 >> _386;
uint16_t _487 = _g_gr_stencil_4 - _g_gr_stencil_6;
uint16_t _488 = _g_gr_stencil_6 - _g_gr_stencil_4;
bool _489 = _g_gr_stencil_6 < _g_gr_stencil_4;
uint16_t _490 = (uint16_t)(_489 ? _487 : _488);
uint16_t _491 = _490;
uint16_t _492 = _g_gb_stencil_6 - _g_gb_stencil_2;
uint16_t _493 = _g_gb_stencil_2 - _g_gb_stencil_6;
bool _494 = _g_gb_stencil_2 < _g_gb_stencil_6;
uint16_t _495 = (uint16_t)(_494 ? _492 : _493);
uint16_t _496 = _495;
bool _497 = _491 < _496;
uint16_t _498 = (uint16_t)(_497 ? _483 : _486);
uint16_t _499 = _425 + _498;
uint16_t _500 = _499 + _386;
uint16_t _501 = _500 >> _386;
uint16_t _502 = _480 - _501;
uint16_t _503 = _r_r_stencil_3 - _r_r_stencil_2;
uint16_t _504 = _r_r_stencil_2 - _r_r_stencil_3;
bool _505 = _r_r_stencil_2 < _r_r_stencil_3;
uint16_t _506 = (uint16_t)(_505 ? _503 : _504);
uint16_t _507 = _506;
uint16_t _508 = _r_r_stencil_4 - _r_r_stencil_1;
uint16_t _509 = _r_r_stencil_1 - _r_r_stencil_4;
bool _510 = _r_r_stencil_1 < _r_r_stencil_4;
uint16_t _511 = (uint16_t)(_510 ? _508 : _509);
uint16_t _512 = _511;
bool _513 = _507 < _512;
uint16_t _514 = (uint16_t)(_513 ? _476 : _502);
uint16_t _515 = _r_r_stencil_4 + _r_r_stencil_2;
uint16_t _516 = _515 + _386;
uint16_t _517 = _516 >> _386;
uint16_t _518 = _g_gb_stencil_2 + _517;
uint16_t _519 = _407 + _498;
uint16_t _520 = _519 + _386;
uint16_t _521 = _520 >> _386;
uint16_t _522 = _518 - _521;
uint16_t _523 = (uint16_t)(_431 ? _514 : _522);
int32_t _524 = _demosaicked_1_s0_y & 1;
bool _525 = _524 == 0;
uint16_t _526 = (uint16_t)(_525 ? _432 : _523);
return _526;
}
//store is: demosaicked$1.stencil(demosaicked_1_s0_x_x, demosaicked_1_s0_y, 1) = select(((demosaicked_1_s0_y % 2) == 0), select(((demosaicked_1_s0_x_x % 2) == 0), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)), select((absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2))), select(((demosaicked_1_s0_x_x % 2) == 0), select((absd(g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))))
hw_uint<16> hcompute_demosaicked_1_stencil_1(hw_uint<48>& g_gb_stencil, hw_uint<48>& g_gr_stencil, const int _demosaicked_1_s0_x_x, const int _demosaicked_1_s0_y) {
uint16_t _g_gb_stencil_7 = (uint16_t) g_gb_stencil.extract<0, 15>();
uint16_t _g_gb_stencil_8 = (uint16_t) g_gb_stencil.extract<16, 31>();
uint16_t _g_gb_stencil_9 = (uint16_t) g_gb_stencil.extract<32, 47>();
uint16_t _g_gr_stencil_7 = (uint16_t) g_gr_stencil.extract<0, 15>();
uint16_t _g_gr_stencil_8 = (uint16_t) g_gr_stencil.extract<16, 31>();
uint16_t _g_gr_stencil_9 = (uint16_t) g_gr_stencil.extract<32, 47>();
uint16_t _786 = _g_gr_stencil_7 + _g_gr_stencil_8;
uint16_t _787 = (uint16_t)(1);
uint16_t _788 = _786 + _787;
uint16_t _789 = _788 >> _787;
uint16_t _790 = _g_gb_stencil_8 + _g_gb_stencil_7;
uint16_t _791 = _790 + _787;
uint16_t _792 = _791 >> _787;
uint16_t _793 = _g_gr_stencil_7 - _g_gr_stencil_8;
uint16_t _794 = _g_gr_stencil_8 - _g_gr_stencil_7;
bool _795 = _g_gr_stencil_8 < _g_gr_stencil_7;
uint16_t _796 = (uint16_t)(_795 ? _793 : _794);
uint16_t _797 = _796;
uint16_t _798 = _g_gb_stencil_8 - _g_gb_stencil_7;
uint16_t _799 = _g_gb_stencil_7 - _g_gb_stencil_8;
bool _800 = _g_gb_stencil_7 < _g_gb_stencil_8;
uint16_t _801 = (uint16_t)(_800 ? _798 : _799);
uint16_t _802 = _801;
bool _803 = _797 < _802;
uint16_t _804 = (uint16_t)(_803 ? _789 : _792);
int32_t _805 = _demosaicked_1_s0_x_x & 1;
bool _806 = _805 == 0;
uint16_t _807 = (uint16_t)(_806 ? _g_gr_stencil_7 : _804);
uint16_t _808 = _g_gb_stencil_9 + _g_gb_stencil_8;
uint16_t _809 = _808 + _787;
uint16_t _810 = _809 >> _787;
uint16_t _811 = _g_gr_stencil_9 + _g_gr_stencil_7;
uint16_t _812 = _811 + _787;
uint16_t _813 = _812 >> _787;
uint16_t _814 = _g_gb_stencil_8 - _g_gb_stencil_9;
uint16_t _815 = _g_gb_stencil_9 - _g_gb_stencil_8;
bool _816 = _g_gb_stencil_9 < _g_gb_stencil_8;
uint16_t _817 = (uint16_t)(_816 ? _814 : _815);
uint16_t _818 = _817;
uint16_t _819 = _g_gr_stencil_7 - _g_gr_stencil_9;
uint16_t _820 = _g_gr_stencil_9 - _g_gr_stencil_7;
bool _821 = _g_gr_stencil_9 < _g_gr_stencil_7;
uint16_t _822 = (uint16_t)(_821 ? _819 : _820);
uint16_t _823 = _822;
bool _824 = _818 < _823;
uint16_t _825 = (uint16_t)(_824 ? _810 : _813);
uint16_t _826 = (uint16_t)(_806 ? _825 : _g_gb_stencil_8);
int32_t _827 = _demosaicked_1_s0_y & 1;
bool _828 = _827 == 0;
uint16_t _829 = (uint16_t)(_828 ? _807 : _826);
return _829;
}
//store is: demosaicked$1.stencil(demosaicked_1_s0_x_x, demosaicked_1_s0_y, 2) = select(((demosaicked_1_s0_y % 2) == 0), select(((demosaicked_1_s0_x_x % 2) == 0), ((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + (((b_b.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2)) + b_b.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2)) - (((select((absd(g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2)) + select((absd(g_gb.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) < absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)))), (((g_gb.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2))) + (uint16)1)/(uint16)2)), select((absd(b_b.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)), b_b.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) < absd(b_b.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)), b_b.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2)))), (((((b_b.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)) + b_b.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2) + select((absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2))) - (((select((absd(g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 2), (demosaicked_1_s0_y/2))) < absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), (demosaicked_1_s0_y/2)))), (((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 2), (demosaicked_1_s0_y/2)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), (demosaicked_1_s0_y/2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2)) + select((absd(g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2))) + (uint16)1)/(uint16)2)), (((((b_b.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2)) + b_b.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2) + select((absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2))) - (((select((absd(g_gb.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) < absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)))), (((g_gb.stencil((demosaicked_1_s0_x_x/2), (demosaicked_1_s0_y/2)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2))) + (uint16)1)/(uint16)2), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), (demosaicked_1_s0_y/2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2)) + select((absd(g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 2)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1)))), (((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2))) + (uint16)1)/(uint16)2)))), select(((demosaicked_1_s0_x_x % 2) == 0), b_b.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)), ((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + (((b_b.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)) + b_b.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2)) - (((select((absd(g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)))), (((g_gb.stencil((demosaicked_1_s0_x_x/2), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2)) + select((absd(g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1)), g_gb.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1))) < absd(g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 2)), g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1)))), (((g_gb.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1)) + g_gb.stencil(((demosaicked_1_s0_x_x/2) + 1), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2), (((g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 2)) + g_gr.stencil(((demosaicked_1_s0_x_x/2) + 2), ((demosaicked_1_s0_y/2) + 1))) + (uint16)1)/(uint16)2))) + (uint16)1)/(uint16)2))))
hw_uint<16> hcompute_demosaicked_1_stencil_2(hw_uint<64>& b_b_stencil, hw_uint<96>& g_gb_stencil, hw_uint<96>& g_gr_stencil, const int _demosaicked_1_s0_x_x, const int _demosaicked_1_s0_y) {
uint16_t _b_b_stencil_1 = (uint16_t) b_b_stencil.extract<0, 15>();
uint16_t _b_b_stencil_2 = (uint16_t) b_b_stencil.extract<16, 31>();
uint16_t _b_b_stencil_3 = (uint16_t) b_b_stencil.extract<32, 47>();
uint16_t _b_b_stencil_4 = (uint16_t) b_b_stencil.extract<48, 63>();
uint16_t _g_gb_stencil_10 = (uint16_t) g_gb_stencil.extract<0, 15>();
uint16_t _g_gb_stencil_11 = (uint16_t) g_gb_stencil.extract<16, 31>();
uint16_t _g_gb_stencil_12 = (uint16_t) g_gb_stencil.extract<32, 47>();
uint16_t _g_gb_stencil_13 = (uint16_t) g_gb_stencil.extract<48, 63>();
uint16_t _g_gb_stencil_14 = (uint16_t) g_gb_stencil.extract<64, 79>();
uint16_t _g_gb_stencil_15 = (uint16_t) g_gb_stencil.extract<80, 95>();
uint16_t _g_gr_stencil_10 = (uint16_t) g_gr_stencil.extract<0, 15>();
uint16_t _g_gr_stencil_11 = (uint16_t) g_gr_stencil.extract<16, 31>();
uint16_t _g_gr_stencil_12 = (uint16_t) g_gr_stencil.extract<32, 47>();
uint16_t _g_gr_stencil_13 = (uint16_t) g_gr_stencil.extract<48, 63>();
uint16_t _g_gr_stencil_14 = (uint16_t) g_gr_stencil.extract<64, 79>();
uint16_t _g_gr_stencil_15 = (uint16_t) g_gr_stencil.extract<80, 95>();
uint16_t _915 = _b_b_stencil_1 + _b_b_stencil_2;
uint16_t _916 = (uint16_t)(1);
uint16_t _917 = _915 + _916;
uint16_t _918 = _917 >> _916;
uint16_t _919 = _g_gr_stencil_10 + _918;
uint16_t _920 = _g_gb_stencil_10 + _g_gb_stencil_11;
uint16_t _921 = _920 + _916;
uint16_t _922 = _921 >> _916;
uint16_t _923 = _g_gr_stencil_11 + _g_gr_stencil_10;
uint16_t _924 = _923 + _916;
uint16_t _925 = _924 >> _916;
uint16_t _926 = _g_gb_stencil_11 - _g_gb_stencil_10;
uint16_t _927 = _g_gb_stencil_10 - _g_gb_stencil_11;
bool _928 = _g_gb_stencil_10 < _g_gb_stencil_11;
uint16_t _929 = (uint16_t)(_928 ? _926 : _927);
uint16_t _930 = _929;
uint16_t _931 = _g_gr_stencil_10 - _g_gr_stencil_11;
uint16_t _932 = _g_gr_stencil_11 - _g_gr_stencil_10;
bool _933 = _g_gr_stencil_11 < _g_gr_stencil_10;
uint16_t _934 = (uint16_t)(_933 ? _931 : _932);
uint16_t _935 = _934;
bool _936 = _930 < _935;
uint16_t _937 = (uint16_t)(_936 ? _922 : _925);
uint16_t _938 = _g_gb_stencil_12 + _g_gb_stencil_13;
uint16_t _939 = _938 + _916;
uint16_t _940 = _939 >> _916;
uint16_t _941 = _g_gr_stencil_12 + _g_gr_stencil_10;
uint16_t _942 = _941 + _916;
uint16_t _943 = _942 >> _916;
uint16_t _944 = _g_gb_stencil_13 - _g_gb_stencil_12;
uint16_t _945 = _g_gb_stencil_12 - _g_gb_stencil_13;
bool _946 = _g_gb_stencil_12 < _g_gb_stencil_13;
uint16_t _947 = (uint16_t)(_946 ? _944 : _945);
uint16_t _948 = _947;
uint16_t _949 = _g_gr_stencil_12 - _g_gr_stencil_10;
uint16_t _950 = _g_gr_stencil_10 - _g_gr_stencil_12;
bool _951 = _g_gr_stencil_10 < _g_gr_stencil_12;
uint16_t _952 = (uint16_t)(_951 ? _949 : _950);
uint16_t _953 = _952;
bool _954 = _948 < _953;
uint16_t _955 = (uint16_t)(_954 ? _940 : _943);
uint16_t _956 = _937 + _955;
uint16_t _957 = _956 + _916;
uint16_t _958 = _957 >> _916;
uint16_t _959 = _919 - _958;
uint16_t _960 = _b_b_stencil_3 + _b_b_stencil_2;
uint16_t _961 = _960 + _916;
uint16_t _962 = _961 >> _916;
uint16_t _963 = _g_gr_stencil_10 + _g_gr_stencil_13;
uint16_t _964 = _963 + _916;
uint16_t _965 = _964 >> _916;
uint16_t _966 = _g_gb_stencil_11 + _g_gb_stencil_13;
uint16_t _967 = _966 + _916;
uint16_t _968 = _967 >> _916;
uint16_t _969 = _g_gr_stencil_10 - _g_gr_stencil_13;
uint16_t _970 = _g_gr_stencil_13 - _g_gr_stencil_10;
bool _971 = _g_gr_stencil_13 < _g_gr_stencil_10;
uint16_t _972 = (uint16_t)(_971 ? _969 : _970);
uint16_t _973 = _972;
uint16_t _974 = _g_gb_stencil_11 - _g_gb_stencil_13;
uint16_t _975 = _g_gb_stencil_13 - _g_gb_stencil_11;
bool _976 = _g_gb_stencil_13 < _g_gb_stencil_11;
uint16_t _977 = (uint16_t)(_976 ? _974 : _975);
uint16_t _978 = _977;
bool _979 = _973 < _978;
uint16_t _980 = (uint16_t)(_979 ? _965 : _968);
uint16_t _981 = _962 + _980;
uint16_t _982 = _g_gb_stencil_14 + _g_gb_stencil_13;
uint16_t _983 = _982 + _916;
uint16_t _984 = _983 >> _916;
uint16_t _985 = _g_gr_stencil_14 + _g_gr_stencil_13;
uint16_t _986 = _985 + _916;
uint16_t _987 = _986 >> _916;
uint16_t _988 = _g_gb_stencil_14 - _g_gb_stencil_13;
uint16_t _989 = _g_gb_stencil_13 - _g_gb_stencil_14;
bool _990 = _g_gb_stencil_13 < _g_gb_stencil_14;
uint16_t _991 = (uint16_t)(_990 ? _988 : _989);
uint16_t _992 = _991;
uint16_t _993 = _g_gr_stencil_14 - _g_gr_stencil_13;
uint16_t _994 = _g_gr_stencil_13 - _g_gr_stencil_14;
bool _995 = _g_gr_stencil_13 < _g_gr_stencil_14;
uint16_t _996 = (uint16_t)(_995 ? _993 : _994);
uint16_t _997 = _996;
bool _998 = _992 < _997;
uint16_t _999 = (uint16_t)(_998 ? _984 : _987);
uint16_t _1000 = _999 + _937;
uint16_t _1001 = _1000 + _916;
uint16_t _1002 = _1001 >> _916;
uint16_t _1003 = _981 - _1002;
uint16_t _1004 = _b_b_stencil_1 + _b_b_stencil_4;
uint16_t _1005 = _1004 + _916;
uint16_t _1006 = _1005 >> _916;
uint16_t _1007 = _1006 + _980;
uint16_t _1008 = _g_gb_stencil_15 + _g_gb_stencil_11;
uint16_t _1009 = _1008 + _916;
uint16_t _1010 = _1009 >> _916;
uint16_t _1011 = _g_gr_stencil_15 + _g_gr_stencil_13;
uint16_t _1012 = _1011 + _916;
uint16_t _1013 = _1012 >> _916;
uint16_t _1014 = _g_gb_stencil_15 - _g_gb_stencil_11;
uint16_t _1015 = _g_gb_stencil_11 - _g_gb_stencil_15;
bool _1016 = _g_gb_stencil_11 < _g_gb_stencil_15;
uint16_t _1017 = (uint16_t)(_1016 ? _1014 : _1015);
uint16_t _1018 = _1017;
uint16_t _1019 = _g_gr_stencil_13 - _g_gr_stencil_15;
uint16_t _1020 = _g_gr_stencil_15 - _g_gr_stencil_13;
bool _1021 = _g_gr_stencil_15 < _g_gr_stencil_13;
uint16_t _1022 = (uint16_t)(_1021 ? _1019 : _1020);
uint16_t _1023 = _1022;
bool _1024 = _1018 < _1023;
uint16_t _1025 = (uint16_t)(_1024 ? _1010 : _1013);
uint16_t _1026 = _955 + _1025;
uint16_t _1027 = _1026 + _916;
uint16_t _1028 = _1027 >> _916;
uint16_t _1029 = _1007 - _1028;
uint16_t _1030 = _b_b_stencil_3 - _b_b_stencil_2;
uint16_t _1031 = _b_b_stencil_2 - _b_b_stencil_3;
bool _1032 = _b_b_stencil_2 < _b_b_stencil_3;
uint16_t _1033 = (uint16_t)(_1032 ? _1030 : _1031);
uint16_t _1034 = _1033;
uint16_t _1035 = _b_b_stencil_1 - _b_b_stencil_4;
uint16_t _1036 = _b_b_stencil_4 - _b_b_stencil_1;
bool _1037 = _b_b_stencil_4 < _b_b_stencil_1;
uint16_t _1038 = (uint16_t)(_1037 ? _1035 : _1036);
uint16_t _1039 = _1038;
bool _1040 = _1034 < _1039;
uint16_t _1041 = (uint16_t)(_1040 ? _1003 : _1029);
int32_t _1042 = _demosaicked_1_s0_x_x & 1;
bool _1043 = _1042 == 0;
uint16_t _1044 = (uint16_t)(_1043 ? _959 : _1041);
uint16_t _1045 = _b_b_stencil_4 + _b_b_stencil_2;
uint16_t _1046 = _1045 + _916;
uint16_t _1047 = _1046 >> _916;
uint16_t _1048 = _g_gb_stencil_11 + _1047;
uint16_t _1049 = _937 + _1025;
uint16_t _1050 = _1049 + _916;
uint16_t _1051 = _1050 >> _916;
uint16_t _1052 = _1048 - _1051;
uint16_t _1053 = (uint16_t)(_1043 ? _b_b_stencil_2 : _1052);
int32_t _1054 = _demosaicked_1_s0_y & 1;
bool _1055 = _1054 == 0;
uint16_t _1056 = (uint16_t)(_1055 ? _1044 : _1053);
return _1056;
}
//store is: corrected.stencil(corrected_s0_x_x, corrected_s0_y, 0) = (((int16(((int32(min(demosaicked$1.stencil(corrected_s0_x_x, corrected_s0_y, 0), (uint16)10000))*549)/256)) + int16(((int32(min(demosaicked$1.stencil(corrected_s0_x_x, corrected_s0_y, 1), (uint16)10000))*-103)/256))) + int16(((int32(min(demosaicked$1.stencil(corrected_s0_x_x, corrected_s0_y, 2), (uint16)10000))*7)/256))) + (int16)-40)
hw_uint<16> hcompute_corrected_stencil(hw_uint<48>& demosaicked_1_stencil) {
uint16_t _demosaicked_1_stencil_1 = (uint16_t) demosaicked_1_stencil.extract<0, 15>();
uint16_t _demosaicked_1_stencil_2 = (uint16_t) demosaicked_1_stencil.extract<16, 31>();
uint16_t _demosaicked_1_stencil_3 = (uint16_t) demosaicked_1_stencil.extract<32, 47>();
uint16_t _1316 = (uint16_t)(10000);
uint16_t _1317 = min(_demosaicked_1_stencil_1, _1316);
int32_t _1318 = (int32_t)(_1317);
int32_t _1319 = _1318 * 549;
int32_t _1320 = _1319 >> 8;
int16_t _1321 = (int16_t)(_1320);
uint16_t _1322 = min(_demosaicked_1_stencil_2, _1316);
int32_t _1323 = (int32_t)(_1322);
int32_t _1324 = _1323 * -103;
int32_t _1325 = _1324 >> 8;
int16_t _1326 = (int16_t)(_1325);
int16_t _1327 = _1321 + _1326;
uint16_t _1328 = min(_demosaicked_1_stencil_3, _1316);
int32_t _1329 = (int32_t)(_1328);
int32_t _1330 = _1329 * 7;
int32_t _1331 = _1330 >> 8;
int16_t _1332 = (int16_t)(_1331);
int16_t _1333 = _1327 + _1332;
int16_t _1334 = (int16_t)(-40);
int16_t _1335 = _1333 + _1334;
return _1335;
}
//store is: corrected.stencil(corrected_s0_x_x_1, corrected_s0_y_1, 1) = (((int16(((int32(min(demosaicked$1.stencil(corrected_s0_x_x_1, corrected_s0_y_1, 0), (uint16)10000))*-96)/256)) + int16(((int32(min(demosaicked$1.stencil(corrected_s0_x_x_1, corrected_s0_y_1, 1), (uint16)10000))*373)/256))) + int16(((int32(min(demosaicked$1.stencil(corrected_s0_x_x_1, corrected_s0_y_1, 2), (uint16)10000))*62)/256))) + (int16)-29)
hw_uint<16> hcompute_corrected_stencil_1(hw_uint<48>& demosaicked_1_stencil) {
uint16_t _demosaicked_1_stencil_4 = (uint16_t) demosaicked_1_stencil.extract<0, 15>();
uint16_t _demosaicked_1_stencil_5 = (uint16_t) demosaicked_1_stencil.extract<16, 31>();
uint16_t _demosaicked_1_stencil_6 = (uint16_t) demosaicked_1_stencil.extract<32, 47>();
uint16_t _1373 = (uint16_t)(10000);
uint16_t _1374 = min(_demosaicked_1_stencil_4, _1373);
int32_t _1375 = (int32_t)(_1374);
int32_t _1376 = _1375 * -96;
int32_t _1377 = _1376 >> 8;
int16_t _1378 = (int16_t)(_1377);
uint16_t _1379 = min(_demosaicked_1_stencil_5, _1373);
int32_t _1380 = (int32_t)(_1379);
int32_t _1381 = _1380 * 373;
int32_t _1382 = _1381 >> 8;
int16_t _1383 = (int16_t)(_1382);
int16_t _1384 = _1378 + _1383;
uint16_t _1385 = min(_demosaicked_1_stencil_6, _1373);
int32_t _1386 = (int32_t)(_1385);
int32_t _1387 = _1386 * 62;
int32_t _1388 = _1387 >> 8;
int16_t _1389 = (int16_t)(_1388);
int16_t _1390 = _1384 + _1389;
int16_t _1391 = (int16_t)(-29);
int16_t _1392 = _1390 + _1391;
return _1392;
}
//store is: corrected.stencil(corrected_s0_x_x_2, corrected_s0_y_2, 2) = (((int16(((int32(min(demosaicked$1.stencil(corrected_s0_x_x_2, corrected_s0_y_2, 0), (uint16)10000))*-31)/256)) + int16(((int32(min(demosaicked$1.stencil(corrected_s0_x_x_2, corrected_s0_y_2, 1), (uint16)10000))*-261)/256))) + int16(((int32(min(demosaicked$1.stencil(corrected_s0_x_x_2, corrected_s0_y_2, 2), (uint16)10000))*883)/256))) + (int16)-22)
hw_uint<16> hcompute_corrected_stencil_2(hw_uint<48>& demosaicked_1_stencil) {
uint16_t _demosaicked_1_stencil_7 = (uint16_t) demosaicked_1_stencil.extract<0, 15>();
uint16_t _demosaicked_1_stencil_8 = (uint16_t) demosaicked_1_stencil.extract<16, 31>();
uint16_t _demosaicked_1_stencil_9 = (uint16_t) demosaicked_1_stencil.extract<32, 47>();
uint16_t _1430 = (uint16_t)(10000);
uint16_t _1431 = min(_demosaicked_1_stencil_7, _1430);
int32_t _1432 = (int32_t)(_1431);
int32_t _1433 = _1432 * -31;
int32_t _1434 = _1433 >> 8;
int16_t _1435 = (int16_t)(_1434);
uint16_t _1436 = min(_demosaicked_1_stencil_8, _1430);
int32_t _1437 = (int32_t)(_1436);
int32_t _1438 = _1437 * -261;
int32_t _1439 = _1438 >> 8;
int16_t _1440 = (int16_t)(_1439);
int16_t _1441 = _1435 + _1440;
uint16_t _1442 = min(_demosaicked_1_stencil_9, _1430);
int32_t _1443 = (int32_t)(_1442);
int32_t _1444 = _1443 * 883;
int32_t _1445 = _1444 >> 8;
int16_t _1446 = (int16_t)(_1445);
int16_t _1447 = _1441 + _1446;
int16_t _1448 = (int16_t)(-22);
int16_t _1449 = _1447 + _1448;
return _1449;
}
//store is: curved.stencil(curved_s0_x_x, curved_s0_y, 0) = curvea0[int32(uint16(max(min(corrected.stencil(curved_s0_x_x, curved_s0_y, 0), (int16)1023), (int16)0)))]
hw_uint<16> hcompute_curved_stencil(hw_uint<16>& corrected_stencil) {
int16_t _corrected_stencil_1 = (int16_t) corrected_stencil.extract<0, 15>();
uint16_t _curvea0[1024];
// produce curvea0
uint16_t _2511 = (uint16_t)(0);
_curvea0[0] = _2511;
uint16_t _2512 = (uint16_t)(4);
_curvea0[1] = _2512;
uint16_t _2513 = (uint16_t)(7);
_curvea0[2] = _2513;
uint16_t _2514 = (uint16_t)(8);
_curvea0[3] = _2514;
uint16_t _2515 = (uint16_t)(10);
_curvea0[4] = _2515;
uint16_t _2516 = (uint16_t)(11);
_curvea0[5] = _2516;
uint16_t _2517 = (uint16_t)(12);
_curvea0[6] = _2517;
uint16_t _2518 = (uint16_t)(13);
_curvea0[7] = _2518;
uint16_t _2519 = (uint16_t)(14);
_curvea0[8] = _2519;
uint16_t _2520 = (uint16_t)(15);
_curvea0[9] = _2520;
uint16_t _2521 = (uint16_t)(16);
_curvea0[10] = _2521;
uint16_t _2522 = (uint16_t)(17);
_curvea0[11] = _2522;
uint16_t _2523 = (uint16_t)(18);
_curvea0[12] = _2523;
uint16_t _2524 = (uint16_t)(19);
_curvea0[13] = _2524;
uint16_t _2525 = (uint16_t)(20);
_curvea0[14] = _2525;
uint16_t _2526 = (uint16_t)(21);
_curvea0[15] = _2526;
uint16_t _2527 = (uint16_t)(22);
_curvea0[16] = _2527;
uint16_t _2528 = (uint16_t)(22);
_curvea0[17] = _2528;
uint16_t _2529 = (uint16_t)(23);
_curvea0[18] = _2529;
uint16_t _2530 = (uint16_t)(24);
_curvea0[19] = _2530;
uint16_t _2531 = (uint16_t)(25);
_curvea0[20] = _2531;
uint16_t _2532 = (uint16_t)(25);
_curvea0[21] = _2532;
uint16_t _2533 = (uint16_t)(26);
_curvea0[22] = _2533;
uint16_t _2534 = (uint16_t)(27);
_curvea0[23] = _2534;
uint16_t _2535 = (uint16_t)(27);
_curvea0[24] = _2535;
uint16_t _2536 = (uint16_t)(28);
_curvea0[25] = _2536;
uint16_t _2537 = (uint16_t)(29);
_curvea0[26] = _2537;
uint16_t _2538 = (uint16_t)(29);
_curvea0[27] = _2538;
uint16_t _2539 = (uint16_t)(30);
_curvea0[28] = _2539;
uint16_t _2540 = (uint16_t)(31);
_curvea0[29] = _2540;
uint16_t _2541 = (uint16_t)(31);
_curvea0[30] = _2541;
uint16_t _2542 = (uint16_t)(32);
_curvea0[31] = _2542;
uint16_t _2543 = (uint16_t)(33);
_curvea0[32] = _2543;
uint16_t _2544 = (uint16_t)(33);
_curvea0[33] = _2544;
uint16_t _2545 = (uint16_t)(34);
_curvea0[34] = _2545;
uint16_t _2546 = (uint16_t)(34);
_curvea0[35] = _2546;
uint16_t _2547 = (uint16_t)(35);
_curvea0[36] = _2547;
uint16_t _2548 = (uint16_t)(36);
_curvea0[37] = _2548;
uint16_t _2549 = (uint16_t)(36);
_curvea0[38] = _2549;
uint16_t _2550 = (uint16_t)(37);
_curvea0[39] = _2550;
uint16_t _2551 = (uint16_t)(37);
_curvea0[40] = _2551;
uint16_t _2552 = (uint16_t)(38);
_curvea0[41] = _2552;
uint16_t _2553 = (uint16_t)(39);
_curvea0[42] = _2553;
uint16_t _2554 = (uint16_t)(39);
_curvea0[43] = _2554;
uint16_t _2555 = (uint16_t)(40);
_curvea0[44] = _2555;
uint16_t _2556 = (uint16_t)(40);
_curvea0[45] = _2556;
uint16_t _2557 = (uint16_t)(41);
_curvea0[46] = _2557;
uint16_t _2558 = (uint16_t)(41);
_curvea0[47] = _2558;
uint16_t _2559 = (uint16_t)(42);
_curvea0[48] = _2559;
uint16_t _2560 = (uint16_t)(42);
_curvea0[49] = _2560;
uint16_t _2561 = (uint16_t)(43);
_curvea0[50] = _2561;
uint16_t _2562 = (uint16_t)(44);
_curvea0[51] = _2562;
uint16_t _2563 = (uint16_t)(44);
_curvea0[52] = _2563;
uint16_t _2564 = (uint16_t)(45);
_curvea0[53] = _2564;
uint16_t _2565 = (uint16_t)(45);
_curvea0[54] = _2565;
uint16_t _2566 = (uint16_t)(46);
_curvea0[55] = _2566;
uint16_t _2567 = (uint16_t)(46);
_curvea0[56] = _2567;
uint16_t _2568 = (uint16_t)(47);
_curvea0[57] = _2568;
uint16_t _2569 = (uint16_t)(47);
_curvea0[58] = _2569;
uint16_t _2570 = (uint16_t)(48);
_curvea0[59] = _2570;
uint16_t _2571 = (uint16_t)(48);
_curvea0[60] = _2571;
uint16_t _2572 = (uint16_t)(49);
_curvea0[61] = _2572;
uint16_t _2573 = (uint16_t)(49);
_curvea0[62] = _2573;
uint16_t _2574 = (uint16_t)(50);
_curvea0[63] = _2574;
uint16_t _2575 = (uint16_t)(50);
_curvea0[64] = _2575;
uint16_t _2576 = (uint16_t)(51);
_curvea0[65] = _2576;
uint16_t _2577 = (uint16_t)(51);
_curvea0[66] = _2577;
uint16_t _2578 = (uint16_t)(52);
_curvea0[67] = _2578;
uint16_t _2579 = (uint16_t)(52);
_curvea0[68] = _2579;
uint16_t _2580 = (uint16_t)(53);
_curvea0[69] = _2580;
uint16_t _2581 = (uint16_t)(53);
_curvea0[70] = _2581;
uint16_t _2582 = (uint16_t)(54);
_curvea0[71] = _2582;
uint16_t _2583 = (uint16_t)(54);
_curvea0[72] = _2583;
uint16_t _2584 = (uint16_t)(55);
_curvea0[73] = _2584;
uint16_t _2585 = (uint16_t)(55);
_curvea0[74] = _2585;
uint16_t _2586 = (uint16_t)(56);
_curvea0[75] = _2586;
uint16_t _2587 = (uint16_t)(56);
_curvea0[76] = _2587;
uint16_t _2588 = (uint16_t)(57);
_curvea0[77] = _2588;
uint16_t _2589 = (uint16_t)(57);
_curvea0[78] = _2589;
uint16_t _2590 = (uint16_t)(58);
_curvea0[79] = _2590;
uint16_t _2591 = (uint16_t)(58);
_curvea0[80] = _2591;
uint16_t _2592 = (uint16_t)(58);
_curvea0[81] = _2592;
uint16_t _2593 = (uint16_t)(59);
_curvea0[82] = _2593;
uint16_t _2594 = (uint16_t)(59);
_curvea0[83] = _2594;
uint16_t _2595 = (uint16_t)(60);
_curvea0[84] = _2595;
uint16_t _2596 = (uint16_t)(60);
_curvea0[85] = _2596;
uint16_t _2597 = (uint16_t)(61);
_curvea0[86] = _2597;
uint16_t _2598 = (uint16_t)(61);
_curvea0[87] = _2598;
uint16_t _2599 = (uint16_t)(62);
_curvea0[88] = _2599;
uint16_t _2600 = (uint16_t)(62);
_curvea0[89] = _2600;
uint16_t _2601 = (uint16_t)(63);
_curvea0[90] = _2601;
uint16_t _2602 = (uint16_t)(63);
_curvea0[91] = _2602;
uint16_t _2603 = (uint16_t)(64);
_curvea0[92] = _2603;
uint16_t _2604 = (uint16_t)(64);
_curvea0[93] = _2604;
uint16_t _2605 = (uint16_t)(64);
_curvea0[94] = _2605;
uint16_t _2606 = (uint16_t)(65);
_curvea0[95] = _2606;
uint16_t _2607 = (uint16_t)(65);
_curvea0[96] = _2607;
uint16_t _2608 = (uint16_t)(66);
_curvea0[97] = _2608;
uint16_t _2609 = (uint16_t)(66);
_curvea0[98] = _2609;
uint16_t _2610 = (uint16_t)(67);
_curvea0[99] = _2610;
uint16_t _2611 = (uint16_t)(67);
_curvea0[100] = _2611;
uint16_t _2612 = (uint16_t)(68);
_curvea0[101] = _2612;
uint16_t _2613 = (uint16_t)(68);
_curvea0[102] = _2613;
uint16_t _2614 = (uint16_t)(68);
_curvea0[103] = _2614;
uint16_t _2615 = (uint16_t)(69);
_curvea0[104] = _2615;
uint16_t _2616 = (uint16_t)(69);
_curvea0[105] = _2616;
uint16_t _2617 = (uint16_t)(70);
_curvea0[106] = _2617;
uint16_t _2618 = (uint16_t)(70);
_curvea0[107] = _2618;
uint16_t _2619 = (uint16_t)(71);
_curvea0[108] = _2619;
uint16_t _2620 = (uint16_t)(71);
_curvea0[109] = _2620;
uint16_t _2621 = (uint16_t)(71);
_curvea0[110] = _2621;
uint16_t _2622 = (uint16_t)(72);
_curvea0[111] = _2622;
uint16_t _2623 = (uint16_t)(72);
_curvea0[112] = _2623;
uint16_t _2624 = (uint16_t)(73);
_curvea0[113] = _2624;
uint16_t _2625 = (uint16_t)(73);
_curvea0[114] = _2625;
uint16_t _2626 = (uint16_t)(74);
_curvea0[115] = _2626;
uint16_t _2627 = (uint16_t)(74);
_curvea0[116] = _2627;
uint16_t _2628 = (uint16_t)(74);
_curvea0[117] = _2628;
uint16_t _2629 = (uint16_t)(75);
_curvea0[118] = _2629;
uint16_t _2630 = (uint16_t)(75);
_curvea0[119] = _2630;
uint16_t _2631 = (uint16_t)(76);
_curvea0[120] = _2631;
uint16_t _2632 = (uint16_t)(76);
_curvea0[121] = _2632;
uint16_t _2633 = (uint16_t)(77);
_curvea0[122] = _2633;
uint16_t _2634 = (uint16_t)(77);
_curvea0[123] = _2634;
uint16_t _2635 = (uint16_t)(77);
_curvea0[124] = _2635;
uint16_t _2636 = (uint16_t)(78);
_curvea0[125] = _2636;
uint16_t _2637 = (uint16_t)(78);
_curvea0[126] = _2637;
uint16_t _2638 = (uint16_t)(79);
_curvea0[127] = _2638;
uint16_t _2639 = (uint16_t)(79);
_curvea0[128] = _2639;
uint16_t _2640 = (uint16_t)(79);
_curvea0[129] = _2640;
uint16_t _2641 = (uint16_t)(80);
_curvea0[130] = _2641;
uint16_t _2642 = (uint16_t)(80);
_curvea0[131] = _2642;
uint16_t _2643 = (uint16_t)(81);
_curvea0[132] = _2643;
uint16_t _2644 = (uint16_t)(81);
_curvea0[133] = _2644;
uint16_t _2645 = (uint16_t)(82);
_curvea0[134] = _2645;
uint16_t _2646 = (uint16_t)(82);
_curvea0[135] = _2646;
uint16_t _2647 = (uint16_t)(82);
_curvea0[136] = _2647;
uint16_t _2648 = (uint16_t)(83);
_curvea0[137] = _2648;
uint16_t _2649 = (uint16_t)(83);
_curvea0[138] = _2649;
uint16_t _2650 = (uint16_t)(84);
_curvea0[139] = _2650;
uint16_t _2651 = (uint16_t)(84);
_curvea0[140] = _2651;
uint16_t _2652 = (uint16_t)(84);
_curvea0[141] = _2652;
uint16_t _2653 = (uint16_t)(85);
_curvea0[142] = _2653;
uint16_t _2654 = (uint16_t)(85);
_curvea0[143] = _2654;
uint16_t _2655 = (uint16_t)(86);
_curvea0[144] = _2655;
uint16_t _2656 = (uint16_t)(86);
_curvea0[145] = _2656;
uint16_t _2657 = (uint16_t)(86);
_curvea0[146] = _2657;
uint16_t _2658 = (uint16_t)(87);
_curvea0[147] = _2658;
uint16_t _2659 = (uint16_t)(87);
_curvea0[148] = _2659;
uint16_t _2660 = (uint16_t)(88);
_curvea0[149] = _2660;
uint16_t _2661 = (uint16_t)(88);
_curvea0[150] = _2661;
uint16_t _2662 = (uint16_t)(88);
_curvea0[151] = _2662;
uint16_t _2663 = (uint16_t)(89);
_curvea0[152] = _2663;
uint16_t _2664 = (uint16_t)(89);
_curvea0[153] = _2664;
uint16_t _2665 = (uint16_t)(90);
_curvea0[154] = _2665;
uint16_t _2666 = (uint16_t)(90);
_curvea0[155] = _2666;
uint16_t _2667 = (uint16_t)(90);
_curvea0[156] = _2667;
uint16_t _2668 = (uint16_t)(91);
_curvea0[157] = _2668;
uint16_t _2669 = (uint16_t)(91);
_curvea0[158] = _2669;
uint16_t _2670 = (uint16_t)(92);
_curvea0[159] = _2670;
uint16_t _2671 = (uint16_t)(92);
_curvea0[160] = _2671;
uint16_t _2672 = (uint16_t)(92);
_curvea0[161] = _2672;
uint16_t _2673 = (uint16_t)(93);
_curvea0[162] = _2673;
uint16_t _2674 = (uint16_t)(93);
_curvea0[163] = _2674;
uint16_t _2675 = (uint16_t)(93);
_curvea0[164] = _2675;
uint16_t _2676 = (uint16_t)(94);
_curvea0[165] = _2676;
uint16_t _2677 = (uint16_t)(94);
_curvea0[166] = _2677;
uint16_t _2678 = (uint16_t)(95);
_curvea0[167] = _2678;
uint16_t _2679 = (uint16_t)(95);
_curvea0[168] = _2679;
uint16_t _2680 = (uint16_t)(95);
_curvea0[169] = _2680;
uint16_t _2681 = (uint16_t)(96);
_curvea0[170] = _2681;
uint16_t _2682 = (uint16_t)(96);
_curvea0[171] = _2682;
uint16_t _2683 = (uint16_t)(97);
_curvea0[172] = _2683;
uint16_t _2684 = (uint16_t)(97);
_curvea0[173] = _2684;
uint16_t _2685 = (uint16_t)(97);
_curvea0[174] = _2685;
uint16_t _2686 = (uint16_t)(98);
_curvea0[175] = _2686;
uint16_t _2687 = (uint16_t)(98);
_curvea0[176] = _2687;
uint16_t _2688 = (uint16_t)(99);
_curvea0[177] = _2688;
uint16_t _2689 = (uint16_t)(99);
_curvea0[178] = _2689;
uint16_t _2690 = (uint16_t)(99);
_curvea0[179] = _2690;
uint16_t _2691 = (uint16_t)(100);
_curvea0[180] = _2691;
uint16_t _2692 = (uint16_t)(100);
_curvea0[181] = _2692;
uint16_t _2693 = (uint16_t)(100);
_curvea0[182] = _2693;
uint16_t _2694 = (uint16_t)(101);
_curvea0[183] = _2694;
uint16_t _2695 = (uint16_t)(101);
_curvea0[184] = _2695;
uint16_t _2696 = (uint16_t)(102);
_curvea0[185] = _2696;
uint16_t _2697 = (uint16_t)(102);
_curvea0[186] = _2697;
uint16_t _2698 = (uint16_t)(102);
_curvea0[187] = _2698;
uint16_t _2699 = (uint16_t)(103);
_curvea0[188] = _2699;
uint16_t _2700 = (uint16_t)(103);
_curvea0[189] = _2700;
uint16_t _2701 = (uint16_t)(103);
_curvea0[190] = _2701;
uint16_t _2702 = (uint16_t)(104);
_curvea0[191] = _2702;
uint16_t _2703 = (uint16_t)(104);
_curvea0[192] = _2703;
uint16_t _2704 = (uint16_t)(105);
_curvea0[193] = _2704;
uint16_t _2705 = (uint16_t)(105);
_curvea0[194] = _2705;
uint16_t _2706 = (uint16_t)(105);
_curvea0[195] = _2706;
uint16_t _2707 = (uint16_t)(106);
_curvea0[196] = _2707;
uint16_t _2708 = (uint16_t)(106);
_curvea0[197] = _2708;
uint16_t _2709 = (uint16_t)(106);
_curvea0[198] = _2709;
uint16_t _2710 = (uint16_t)(107);
_curvea0[199] = _2710;
uint16_t _2711 = (uint16_t)(107);
_curvea0[200] = _2711;
uint16_t _2712 = (uint16_t)(108);
_curvea0[201] = _2712;
uint16_t _2713 = (uint16_t)(108);
_curvea0[202] = _2713;
uint16_t _2714 = (uint16_t)(108);
_curvea0[203] = _2714;
uint16_t _2715 = (uint16_t)(109);
_curvea0[204] = _2715;
uint16_t _2716 = (uint16_t)(109);
_curvea0[205] = _2716;
uint16_t _2717 = (uint16_t)(109);
_curvea0[206] = _2717;
uint16_t _2718 = (uint16_t)(110);
_curvea0[207] = _2718;
uint16_t _2719 = (uint16_t)(110);
_curvea0[208] = _2719;
uint16_t _2720 = (uint16_t)(111);
_curvea0[209] = _2720;
uint16_t _2721 = (uint16_t)(111);
_curvea0[210] = _2721;
uint16_t _2722 = (uint16_t)(111);
_curvea0[211] = _2722;
uint16_t _2723 = (uint16_t)(112);
_curvea0[212] = _2723;
uint16_t _2724 = (uint16_t)(112);
_curvea0[213] = _2724;
uint16_t _2725 = (uint16_t)(112);
_curvea0[214] = _2725;
uint16_t _2726 = (uint16_t)(113);
_curvea0[215] = _2726;
uint16_t _2727 = (uint16_t)(113);
_curvea0[216] = _2727;
uint16_t _2728 = (uint16_t)(113);
_curvea0[217] = _2728;
uint16_t _2729 = (uint16_t)(114);
_curvea0[218] = _2729;
uint16_t _2730 = (uint16_t)(114);
_curvea0[219] = _2730;
uint16_t _2731 = (uint16_t)(115);
_curvea0[220] = _2731;
uint16_t _2732 = (uint16_t)(115);
_curvea0[221] = _2732;
uint16_t _2733 = (uint16_t)(115);
_curvea0[222] = _2733;
uint16_t _2734 = (uint16_t)(116);
_curvea0[223] = _2734;
uint16_t _2735 = (uint16_t)(116);
_curvea0[224] = _2735;
uint16_t _2736 = (uint16_t)(116);
_curvea0[225] = _2736;
uint16_t _2737 = (uint16_t)(117);
_curvea0[226] = _2737;
uint16_t _2738 = (uint16_t)(117);
_curvea0[227] = _2738;