def render(self, trans, update):
env = self.realm.world.env
tiles = env.tiles
R, C = tiles.shape
counts = np.array([tile.counts for tile in tiles.ravel()])
nCounts = counts.shape[1]
counts = counts.reshape(R, C, counts.shape[1])
counts = [counts[:, :, i] for i in range(counts.shape[2])]
if nCounts <= 12:
colors = Neon.color12()
else:
colors = Color256.colors[0::256 // nCounts]
for idx, count in enumerate(counts):
counts[idx] = 20 * counts[idx][:, :, np.newaxis] * np.array(
colors[idx].value) / 255.0
sumCounts = sum(counts)
R, C, _ = sumCounts.shape
counts = np.clip(sumCounts, 0, 255).astype(np.uint8)
counts = np.clip(counts, 0, 255).astype(np.uint8)
valCrop, txSz = embyr.mapCrop(self, counts, self.tileSz, trans)
txSz = embyr.mipKey(txSz, self.mipLevels)
embyr.renderMap(self, valCrop, txSz)
return self.surf
def render(self):
anns = self.realm.sword.anns
deps = [ann.visDeps() for ann in anns]
grids = []
for dep in deps:
vals = dep
vList = [e[1] for e in vals]
vMean, vStd = np.mean(vList), np.std(vList) + 1e-3
nStd, nTol = 4.0, 0.5
grayVal = int(255 / nStd * nTol)
grid = np.zeros((16, 16, 3))
for v in vals:
pos, mat = v
r, c = pos
mat = (mat - vMean) / vStd
color = np.clip(mat, -nStd, nStd)
color = int(color * 255.0 / nStd)
if color > 0:
color = (0, color, 128)
else:
color = (-color, 0, 128)
grid[r, c] = color
grids.append(grid)
grids += 15 * [0 * grids[0]]
grids = grids[:16]
grids1 = np.vstack(grids[:4])
grids2 = np.vstack(grids[4:8])
grids3 = np.vstack(grids[8:12])
grids4 = np.vstack(grids[12:16])
grids = np.hstack((grids1, grids2, grids3, grids4))
embyr.renderMap(self, grids, self.tileSz)
return self.surf
def render(self, trans, update):
self.reset()
if update:
self.update()
valCrop, txSz = embyr.mapCrop(self, self.vals, self.tileSz, trans)
txSz = embyr.mipKey(txSz, self.mipLevels)
embyr.renderMap(self, valCrop, txSz)
return self.surf
def render(self, trans):
self.reset()
envCrop, txSz = embyr.mapCrop(self, self.realm.world.env.inds(),
self.tileSz, trans)
txSz = embyr.mipKey(txSz, self.mipLevels)
embyr.renderMap(self, envCrop, txSz, self.textures.material[txSz],
self.iso)
self.flip()
return self.surf
def render(self):
ents = [e.server for e in self.realm.desciples.values()]
self.updateMaps(ents)
maps = self.maps
maps = maps + 15 * [0 * maps[0]]
maps = maps[:16]
mapv1 = np.vstack(maps[:4])
mapv2 = np.vstack(maps[4:8])
mapv3 = np.vstack(maps[8:12])
mapv4 = np.vstack(maps[12:16])
maps = np.hstack((mapv1, mapv2, mapv3, mapv4))
maps = maps.astype(np.uint8)
#maps = pygame.pixelcopy.make_surface(maps)
#valCrop, txSz = embyr.mapCrop(self, maps,
# self.tileSz, trans)
#txSz = embyr.mipKey(txSz, self.mipLevels)
embyr.renderMap(self, maps, int(1.7 * self.tileSz))
return self.surf