def getGoalsString():
value = ""
latSpan = 2* metricDistanceToLatitudeDistance(centerLat, halfAreaSize)
lngSpan = 2* metricDistanceToLongditudeDistance(centerLat, halfAreaSize)
global mapGoals
if goalAmount<5:
goalSpanID = random.sample([0,2,6,8],goalAmount)
if goalAmount>4:
goalSpanID = [0,2,6,8] + random.sample([1,3,5,7],goalAmount-4)
for x in range(goalAmount):
# lat = areaBottom + (0.1 +0.8*random())*latSpan
# lng = areaLeft + (0.1 +0.8*random())*lngSpan
lat = areaBottom + (0.05 +0.3*random.random()+0.3*(goalSpanID[x]/3))*latSpan
lng = areaLeft + (0.05 +0.3*random.random()+0.3*(goalSpanID[x]%3))*lngSpan
goal = Item(int(lat*float(10**6)), int( lng*float(10**6)), 0, "I'm a goal state!")
goal.crownClaimRadius = crownClaimRadius
value = value + goal.toString()+ ","
#Add the item to the list of items
mapGoals[goal.id] = goal
return value[0:-2]
def getItemsString():
value = ""
latSpan = 2* metricDistanceToLatitudeDistance(centerLat, halfAreaSize)
lngSpan = 2* metricDistanceToLongditudeDistance(centerLat, halfAreaSize)
global mapItems
global itemSpanID
for x in range(int(itemAmount/9)):
itemSpanID = itemSpanID + spanID
itemSpanID = itemSpanID + random.sample(spanID,itemAmount%9)
for x in range(itemAmount):
# lat = areaBottom + (0.1 +0.8*random())*latSpan
# lng = areaLeft + (0.1 +0.8*random())*lngSpan
lat = areaBottom + (0.05 +0.3*random.random()+0.3*(itemSpanID[x]/3))*latSpan
lng = areaLeft + (0.05 +0.3*random.random()+0.3*(itemSpanID[x]%3))*lngSpan
item = Item(int(lat*float(10**6)), int( lng*float(10**6)), 1+int(random.random()*6), "I'm an item!")
#item = Item(int(lat*float(10**6)), int( lng*float(10**6)),5, "I'm an item!")
value = value + item.toString()+ ","
#Add the item to the list of items
mapItems[item.id] = item
return value[0:-2]
def getGoalsString():
value = ""
latSpan = 2 * metricDistanceToLatitudeDistance(centerLat, halfAreaSize)
lngSpan = 2 * metricDistanceToLongditudeDistance(centerLat, halfAreaSize)
global mapGoals
if goalAmount < 5:
goalSpanID = random.sample([0, 2, 6, 8], goalAmount)
if goalAmount > 4:
goalSpanID = [0, 2, 6, 8] + random.sample([1, 3, 5, 7], goalAmount - 4)
for x in range(goalAmount):
# lat = areaBottom + (0.1 +0.8*random())*latSpan
# lng = areaLeft + (0.1 +0.8*random())*lngSpan
lat = areaBottom + (0.05 + 0.3 * random.random() + 0.3 *
(goalSpanID[x] / 3)) * latSpan
lng = areaLeft + (0.05 + 0.3 * random.random() + 0.3 *
(goalSpanID[x] % 3)) * lngSpan
goal = Item(int(lat * float(10**6)), int(lng * float(10**6)), 0,
"I'm a goal state!")
goal.crownClaimRadius = crownClaimRadius
value = value + goal.toString() + ","
#Add the item to the list of items
mapGoals[goal.id] = goal
return value[0:-2]
def getItemsString():
value = ""
latSpan = 2 * metricDistanceToLatitudeDistance(centerLat, halfAreaSize)
lngSpan = 2 * metricDistanceToLongditudeDistance(centerLat, halfAreaSize)
global mapItems
global itemSpanID
for x in range(int(itemAmount / 9)):
itemSpanID = itemSpanID + spanID
itemSpanID = itemSpanID + random.sample(spanID, itemAmount % 9)
for x in range(itemAmount):
# lat = areaBottom + (0.1 +0.8*random())*latSpan
# lng = areaLeft + (0.1 +0.8*random())*lngSpan
lat = areaBottom + (0.05 + 0.3 * random.random() + 0.3 *
(itemSpanID[x] / 3)) * latSpan
lng = areaLeft + (0.05 + 0.3 * random.random() + 0.3 *
(itemSpanID[x] % 3)) * lngSpan
item = Item(int(lat * float(10**6)), int(lng * float(10**6)),
1 + int(random.random() * 6), "I'm an item!")
#item = Item(int(lat*float(10**6)), int( lng*float(10**6)),5, "I'm an item!")
value = value + item.toString() + ","
#Add the item to the list of items
mapItems[item.id] = item
return value[0:-2]
def calculateAreaBounds():
latDelta = metricDistanceToLatitudeDistance(centerLat, halfAreaSize)
lngDelta = metricDistanceToLongditudeDistance(centerLat, halfAreaSize)
global areaLeft, areaRight, areaTop, areaBottom
areaLeft = centerLng - lngDelta
areaRight = centerLng + lngDelta
areaTop = centerLat + latDelta
areaBottom = centerLat - latDelta
def calculateAreaBounds():
latDelta = metricDistanceToLatitudeDistance(centerLat, halfAreaSize)
lngDelta = metricDistanceToLongditudeDistance(centerLat, halfAreaSize)
global areaLeft, areaRight, areaTop, areaBottom
areaLeft = centerLng - lngDelta
areaRight = centerLng + lngDelta
areaTop = centerLat + latDelta
areaBottom = centerLat - latDelta
def teleportItem(itemId):
latSpan = 2* metricDistanceToLatitudeDistance(centerLat, halfAreaSize)
lngSpan = 2* metricDistanceToLongditudeDistance(centerLat, halfAreaSize)
global mapItems
lat = areaBottom + (0.05 +0.9*random.random())*latSpan
lng = areaLeft + (0.05 +0.9*random.random())*lngSpan
mapItems[itemId].lat = int(lat*float(10**6))
mapItems[itemId].lng = int(lng*float(10**6))
return mapItems[itemId]
def teleportItem(itemId):
latSpan = 2 * metricDistanceToLatitudeDistance(centerLat, halfAreaSize)
lngSpan = 2 * metricDistanceToLongditudeDistance(centerLat, halfAreaSize)
global mapItems
lat = areaBottom + (0.05 + 0.9 * random.random()) * latSpan
lng = areaLeft + (0.05 + 0.9 * random.random()) * lngSpan
mapItems[itemId].lat = int(lat * float(10**6))
mapItems[itemId].lng = int(lng * float(10**6))
return mapItems[itemId]
