knielsen

OpenSCAD Version: 2019.01-1
System information: Linux 4.18.6-sten #2 SMP PREEMPT Thu Sep 6 19:21:55 CEST 2018 x86_64 Debian GNU/Linux 9 (stretch) 4 CPUs 7.48 GB RAM
Compiler: GCC "6.3.0 20170516" 64bit
Boost version: 1_62
Eigen version: 3.3.2
CGAL version, kernels: 4.9, Cartesian, Extended_cartesian, Epeck
OpenCSG version: OpenCSG 1.4.0
Qt version: 5.7.1
QScintilla version: 2.9.3
InputDrivers: 

knielsen

icetime topological timing analysis report
==========================================

Warning: This timing analysis report is an estimate!
Info: max_span_hack is enabled: estimate is conservative.

Report for critical path:
-------------------------

        lc40_31_26_1 (LogicCell40) [clk] -> lcout: 0.896 ns

knielsen

27 -> F=440.0

255*((long)((float)t*F[midi_node])%2)



unsigned long old_t;

loop() {

knielsen

function tangent_center(x0, x1, y0, y1, radius, otherside) =
  let(tmpnx = (y1 - y0),
      tmpny = -(x1 - x0),
      l = sqrt(tmpnx*tmpnx+tmpny*tmpny)*(otherside ? -1 : 1),
      nx = tmpnx/l,
      ny = tmpny/l,
      x3 = x0 + radius*nx,
      y3 = y0 + radius*ny,
      x4 = x1 + radius*nx,
      y4 = y1 + radius*ny,

knielsen

13
06
40
1f
93
06
00
00
37
07

knielsen

size_t IeeFlip::write(uint8_t character)

{
  // Remap from LCD custom character locations to Flip locations.
  writeInternal(character, LOW);
  return 1;
}

knielsen

void my_print(char *p) {
  while (*p) {
    vfd.write(*p++);
    // Du kan sætte delay her ...
  }
}

knielsen

knielsen@urd:~$ nslookup 
> omftl.denada.dk
Server:		10.75.110.1
Address:	10.75.110.1#53

Non-authoritative answer:
Name:	omftl.denada.dk
Address: 80.161.129.149
> 

knielsen

uint8_t swap_bits(uint8_t value, uint8_t bit1, uint8_t bit2)
{
  uint8_t mask1 = 1 << bit1;
  uint8_t mask2 = 1 << bit2;
  uint8_t result = value & ~(mask1 | mask2);
  result |= ((value & mask1) >> bit1) << bit2;
  result |= ((value & mask2) >> bit2) << bit1;
  return result;
}

knielsen

void shiftOut25(uint8_t dataPin, uint8_t clockPin, long val)
{
  long i;
  for (i = 0; i < 25; i++)  {
    digitalWrite(dataPin, !!(val & ((long)1 << (long)(24 - i))));
    digitalWrite(clockPin, HIGH);
    digitalWrite(clockPin, LOW);
  }
}