ryu10

# 「ニフルハイムのユリ」サンショウウオの問題

# 最終局面から逆算する
# おいら：金の魚 6 匹
metrout =   ["金", "金", "金", "金", "金", "金"]
# アニキ：灰色の魚 6 匹
brostrout = ["灰", "灰", "灰", "灰", "灰", "灰"]

loc = 0 
result = ""

ryu10

filament_white = true;
filament_black = true;
filament_magenta = true;
filament_yellow = true;


$nf = 50;

// Color Scheme
//  - Orange:  yellow on magenta

ryu10

# -*- coding: utf-8 -*-
#「葬送のフリーレン」公式アカウントのダジャレが過ぎるので先回りして網羅する

import sys

args = sys.argv
n_best = 4
if len(args) > 1:
    if args[1].isdigit:
        n_best = int(args[1])

ryu10

10  HGR
20  DIM D(160): FOR I = 1 TO 159:D(I) = 100: NEXT
22 DR = 3.14/180
30  FOR Y =  -180 TO 180  STEP 6
40  FOR X =  -180 TO 180  STEP 4
50 R = DR * SQR(X *X +Y *Y)
60 Z = 100 * COS(R) -40 * COS(3 *R)
70 SX =  INT(80 +X/3 -Y/6)
80 SY =  INT(40 -Y/6 -Z/4)
90  IF (SX <0) +(SX > = 160)  THEN 110

ryu10

TOP_MODULE=oneshottmr_sim
OUT_FILE=test.out

# compile
iverilog -g2012  \
    -o ${OUT_FILE} \
    -s ${TOP_MODULE} ./scenario.sv ../src/oneshottmr.v
# ./oneshottmr_orig.v
# ../src/oneshottmr.v

ryu10

//////////////////////////////////////////////////////////////
// module :oneshottmr_sim
/////////////////////////////////////////////////////////////
`timescale 1ns/1ps

module oneshottmr_sim;

// Create clock
parameter CLK_E_1MHz = 1000; // ns

ryu10

// Verilog one-shot counter module

module oneshottmr 

(
    input clk,
    input reset_n,
    input trigger,
    output reg q_n
);

ryu10

[
  [
    {
      "t": "#000000\n\n#0a0000"
    },
    "o\n+/-\nPara\nSS\nL MGN",
    {
      "t": "#000000",
      "a": 5
    },

ryu10

{

Online Pascal Compiler.Code, Compile,
    Run and Debug Pascal program online.Write your code in this editor and
    press "Run" button to execute it.}


program asciiart;
var 
    x, y, i, i2, flag:integer;

ryu10

--- hex2bin/libcrc.h	2023-05-21 01:35:20.711215991 +0100
+++ hex2bin.new/libcrc.h	2023-05-21 01:21:23.359661817 +0100
@@ -24,7 +24,7 @@
 #ifndef _LIBCRC_H_
 #define _LIBCRC_H_
 
-void *crc_table;
+extern void *crc_table;
 
 void init_crc8_normal_tab(uint8_t polynom);