8xScaling
description
Inlets
frac32.bipolar in1
frac32.bipolar in2
frac32.bipolar in3
frac32.bipolar in4
frac32.bipolar in5
frac32.bipolar in6
frac32.bipolar in7
frac32.bipolar in8
Outlets
frac32 out1
frac32 out2
frac32 out3
frac32 out4
frac32 out5
frac32 out6
frac32 out7
frac32 out8
Parameters
int32 Max1
int32 Min1
int32 Max2
int32 Min2
int32 Max3
int32 Min3
int32 Max4
int32 Min4
int32 Max5
int32 Min5
int32 Max6
int32 Min6
int32 Max7
int32 Min7
int32 Max8
int32 Min8
int32_t min[8];
int32_t max[8];
float32_t width2[8];
float32_t ratio[8];
int32_t in[8];
int32_t In[8];
int i;max[0] = param_Max1;
max[1] = param_Max2;
max[2] = param_Max3;
max[3] = param_Max4;
max[4] = param_Max5;
max[5] = param_Max6;
max[6] = param_Max7;
max[7] = param_Max8;
min[0] = param_Min1;
min[1] = param_Min2;
min[2] = param_Min3;
min[3] = param_Min4;
min[4] = param_Min5;
min[5] = param_Min6;
min[6] = param_Min7;
min[7] = param_Min8;
In[0] = inlet_in1;
In[1] = inlet_in2;
In[2] = inlet_in3;
In[3] = inlet_in4;
In[4] = inlet_in5;
In[5] = inlet_in6;
In[6] = inlet_in7;
In[7] = inlet_in8;
for (i = 0; i < 8; i++) {
width2[i] = (max[i] - min[i]) << 21;
ratio[i] = (float32_t)width2[i] / (1 << 28);
in[i] = In[i] > (1 << 27) ? (1 << 27) : In[i];
in[i] = in[i] < -(1 << 27) ? -(1 << 27) : in[i];
}
outlet_out1 = (in[0] + (1 << 27)) * ratio[0] + (min[0] << 21);
outlet_out2 = (in[1] + (1 << 27)) * ratio[1] + (min[1] << 21);
outlet_out3 = (in[2] + (1 << 27)) * ratio[2] + (min[2] << 21);
outlet_out4 = (in[3] + (1 << 27)) * ratio[3] + (min[3] << 21);
outlet_out5 = (in[4] + (1 << 27)) * ratio[4] + (min[4] << 21);
outlet_out6 = (in[5] + (1 << 27)) * ratio[5] + (min[5] << 21);
outlet_out7 = (in[6] + (1 << 27)) * ratio[6] + (min[6] << 21);
outlet_out8 = (in[7] + (1 << 27)) * ratio[7] + (min[7] << 21);