planetis-m

You are a deterministic game engine simulating the board game Diplomacy.

Your role:

• Act as the game master, world simulator, and all non-player countries.
• I am the player controlling one country.
• You must strictly follow official Diplomacy rules (movement, support, convoys, supply centers, builds).
• No randomness. All outcomes must be logically derived from orders.

Game setup:

• Standard Diplomacy map (1901 start).

planetis-m

---

name: nim-error-handling description: Design clear Nim error-handling flows. Use when reviewing failure behavior, exception boundaries, or batch processing.

Nim Error Handling

Use this skill when deciding where code should raise, catch, translate, retry, or return structured failure data.

Rules

planetis-m

import std/[os, unicode, times]
import chroma

import figdraw/windyshim
import figdraw/commons
import figdraw/fignodes
import figdraw/figrender as glrenderer

# Text handling: Using NfClipContent flag instead of manual truncation.
# This lets figdraw handle clipping automatically. The trade-off is that

planetis-m

import std/[os, unicode, strutils, times]
import chroma

import figdraw/windyshim
import figdraw/commons
import figdraw/fignodes
import figdraw/figrender as glrenderer

const
  FontName {.strdefine: "figdraw.defaultfont".}: string = "Ubuntu.ttf"

planetis-m

import raylib_raw

type
  ObjectAlreadyInitialized* = object of Defect

  RaylibContext* = object
    notMoved: bool

var isRaylibContextAlive: bool

planetis-m

#include <stdio.h>
#include <stdlib.h>
#include <string.h>

// Standard JPEG library
#include <jpeglib.h>

// Your local PDFium headers
#include "pdfium/include/fpdfview.h"
#include "pdfium/include/fpdf_text.h"

planetis-m

import std/[algorithm, monotimes, strformat]
import ../magiccontainer/src/magiccontainer
import ../sparseset/sparseset

type Payload = object
  value: int

type PhaseTimes = object
  insertNs: int64
  lookupNs: int64

planetis-m

import std/tables
import jsonx
import jsonx/parsejson

type
  ArchitectureKind = enum
    akGlm4Moe
    akGlm4MoeLite
    akNemotronH

planetis-m

import vulkan, vulkan_wrapper, vulkan_functions, vulkan_shaderc,
  std/math, chroma, pixie/fileformats/qoi

const
  Width = 1024
  Height = 1024

type
  WorkgroupSize = object
    x, y: uint32

planetis-m

#
#
#            Nim's Runtime Library
#        (c) Copyright 2010 Andreas Rumpf
#
#    See the file "copying.txt", included in this
#    distribution, for details about the copyright.
#

## The `parsecfg` module implements a high performance configuration file