def getUnmodifiedBilateralTradeNumber(source, dest):
"""
It is unmodified with respect to the path between the worlds.
:param source:
:param dest:
:return:
"""
if 'wtn' not in source:
source['wtn'] = getWorldTradeNumber(uwp.strToUwp(source['uwpString']))
if 'wtn' not in dest:
dest['wtn'] = getWorldTradeNumber(uwp.strToUwp(dest['uwpString']))
return source['wtn'] + dest['wtn'] + getWorldTradeCodeModifier(
source, dest)
def drawSystemDemographics(draw, origin, system, hexSize, colour):
coords = hexutils.getCenter(origin, hexSize)
s = uwp.strToUwp(system['uwpString'])
circleTable = {
'0': {
'base': 0,
'max': 0
},
'1': {
'base': 0.015125,
'max': 0.03125
},
'2': {
'base': 0.03125,
'max': 0.0625
},
'3': {
'base': 0.0625,
'max': 0.125
},
'4': {
'base': 0.125,
'max': 0.25
},
'5': {
'base': 0.25,
'max': 0.5
},
'6': {
'base': 0.5,
'max': 1
},
'7': {
'base': 1,
'max': 2
},
'8': {
'base': 2,
'max': 4
},
'9': {
'base': 4,
'max': 8
},
'A': {
'base': 8,
'max': 16
},
}
base = int(hexSize * circleTable[s['Population']]['base'])
if system['p'] in ['1', '2', '3', '4', '5', '6', '7', '8', '9']:
max = int(hexSize * circleTable[s['Population']]['max'])
range = max - base
mod = int(int(system['p']) * range / 10)
else:
mod = 0
radius = int((base + mod) / 2)
box = [(coords[0] - radius, coords[1] - radius),
(coords[0] + radius, coords[1] + radius)]
draw.ellipse(box, fill=colour, outline='#ffffff', width=int(radius / 10))
def autocompleteSystem(system, update):
# All about names
if not system['hex']:
raise ValueError
if not system['name']:
system['name'] = generateNameFromHex(system['hex'])
# All about UWP
if not system['uwpString']:
s = uwp.generate()
system['uwpString'] = uwp.uwpToStr(s)
else:
s = uwp.strToUwp(system['uwpString'])
if not system['base'] or update:
system['base'] = generateBase(s)
if not system['trade'] or update:
system['trade'] = trade.generate(s)
if not system['zone'] or update:
system['zone'] = generateZone(s)
if not system['p'] or update:
system['p'] = generatePopulationMultiplier(s)
if not system['b'] or update:
system['b'] = generateBelts(s)
if not system['g'] or update:
system['g'] = generateGasGiants(s)
if not system['allegiance'] or update:
system['allegiance'] = 'Na'
if not system['stellar'] or update:
system['stellar'] = stellar.generate(s)
return system
def drawSystem(draw, origin, system, hexSize, scheme):
s = uwp.strToUwp(system['uwpString'])
drawDot(draw, origin, s, hexSize, scheme)
drawName(draw, origin, system['name'], s['Population'], hexSize, scheme)
drawStarport(draw, origin, s['Starport'], hexSize, scheme)
drawUwp(draw, origin, system['uwpString'], hexSize, scheme)
drawGasGiant(draw, origin, system['g'], hexSize, scheme)
drawBase(draw, origin, system['base'], hexSize, scheme)
def getTradeRoute(source, dest, systems, map, jumprange=2):
source['wtn'] = trade.getWorldTradeNumber(uwp.strToUwp(
source['uwpString']))
dest['wtn'] = trade.getWorldTradeNumber(uwp.strToUwp(dest['uwpString']))
ubtn = trade.getUnmodifiedBilateralTradeNumber(source, dest)
if ubtn < BTN_CUTOFF:
return None
path = getBestPath(source, dest, systems, map, jumprange)
if path:
btn = ubtn + evaluatePath(path)
else:
return None
jr = min(source['wtn'], dest['wtn'])
if btn > (jr + 5):
btn = jr + 5
return {'btn': btn, 'path': path}
def drawWorldTradeNumber(input, output, hexSize=256, scheme=DRAFT_SCHEME):
systems = sector.readSystemsFromFile(input)
politicalPalette = political.constructPalette(systems)
economics = []
for system in systems:
if system['type'] == 'system':
wtn = trade.getWorldTradeNumber(uwp.strToUwp(system['uwpString']))
economics.append({'wtn': wtn, 'system': system})
economics.sort(key=lambda i: i['wtn'], reverse=True)
draw, img = hexgrid.getSectorCanvas(hexSize)
for entry in economics:
system = entry['system']
x, y = sector.getCoords(system)
# x,y coords start from 1
origin = hexutils.getPosition(x - 1, y - 1, hexSize)
drawSystemEconomics(draw, origin, entry['wtn'], hexSize,
politicalPalette[entry['system']['allegiance']])
img.save(output)
def drawDemographics(input, output, hexSize=256, scheme=DRAFT_SCHEME):
systems = sector.readSystemsFromFile(input)
politicalPalette = political.constructPalette(systems)
demographics = []
for system in systems:
if system['type'] == 'system':
s = uwp.strToUwp(system['uwpString'])
demographic = (int(s['Population'], 16), int(system['p']))
demographics.append({
'demographics': demographic,
'system': system
})
demographics.sort(key=lambda i: i['demographics'][0], reverse=True)
draw, img = hexgrid.getSectorCanvas(hexSize)
for entry in demographics:
system = entry['system']
x, y = sector.getCoords(system)
# x,y coords start from 1
origin = hexutils.getPosition(x - 1, y - 1, hexSize)
drawSystemDemographics(draw, origin, system, hexSize,
politicalPalette[entry['system']['allegiance']])
img.save(output)