def draw_pattern(self, id, pattern_raw, element, svg_group):
pattern = [x.split() for x in pattern_raw]
pheight = len(pattern)
if pheight == 0:
raise Exception("Missing pattern for {0}".format(id))
if pheight > 3:
raise Exception("Tall pattern for {0}".format(id))
pwidth = len(pattern[0])
# Max pattern size that fits on the card.
max_width = 7
max_height = 3
# Center of pattern area.
pcenter_x = self.width / 2
pcenter_y = 22.4
# Size and spacing for each box in pattern.
box_size = 5.5
box_spacing = 7
# Upper left corner of pattern area
px0 = pcenter_x - (((max_width - 1) * box_spacing) + box_size) / 2
py0 = pcenter_y - (((max_height - 1) * box_spacing) + box_size) / 2
# Calc offsets to center the patterns that are less than max size.
if pwidth % 2 == 0:
px0 += box_spacing / 2
max_width = 6
else:
max_width = 7
if pheight % 2 == 0:
py0 += box_spacing / 2
max_height = 2
else:
max_height = 3
dot_x0 = px0 + (box_size / 2)
dot_y0 = py0 + (box_size / 2)
# The x,y ranges for this pattern (to center on the card)
x_begin = int((max_width - pwidth) / 2)
x_end = x_begin + pwidth
y_begin = int((max_height - pheight) / 2)
y_end = y_begin + pheight
for iy in range(0, max_height):
for ix in range(0, max_width):
if ix >= x_begin and ix < x_end and iy >= y_begin and iy < y_end:
x = ix * box_spacing
y = iy * box_spacing
col = ix - x_begin
row = iy - y_begin
cell = pattern[row][col]
if cell == '@':
elemaster = '#element-{0}'.format(element)
eleclone = SVG.clone(0, elemaster, px0 + x, py0 + y)
SVG.add_node(svg_group, eleclone)
elif cell == 'X':
box = SVG.rect(0, px0 + x, py0 + y, box_size, box_size)
style_box = Style()
style_box.set_fill("none")
style_box.set_stroke("#000000", 0.5)
style_box.set('stroke-linecap', "round")
style_box.set('stroke-miterlimit', 2)
box.set_style(style_box)
SVG.add_node(svg_group, box)
elif cell == '.':
dot = SVG.circle(0, dot_x0 + x, dot_y0 + y, 0.8)
style_dot = Style()
style_dot.set_fill("#c0c0c0")
style_dot.set_stroke("none")
dot.set_style(style_dot)
SVG.add_node(svg_group, dot)
else:
raise Exception(
"Unrecognized pattern symbol: {0}".format(cell))
def draw_spell_card(self, metadata, card, svg, svg_group):
id = metadata['id']
name = card[0]
attrs = card[1]
desc = card[2]
# Validate attributes
if attrs['category'] != 'blank':
self.validate_attrs(name, attrs)
pattern_id = attrs['pattern']
pattern = self.card_patterns[pattern_id]['pattern']
if attrs['category'] != 'blank':
self.record_spell_info(name, pattern, attrs, desc)
if attrs['category'] != 'blank' and pattern_id != 'blank':
pe_tag = self.pattern_key(pattern) + '-' + attrs['element']
if pe_tag in self.pattern_elements:
raise Exception(
'Pattern for "{0:s}" already used for "{1:s}"'.format(
name, self.pattern_elements[pe_tag]))
self.pattern_elements[pe_tag] = name
# Validate desc
self.validate_desc(name, desc)
# Verify pattern matches spell element
element = attrs['element']
pelem_data = self.card_patterns[pattern_id]['elements']
pelems = []
if pelem_data == "none":
pelems.append("none")
else:
pelems = [elem_map[p] for p in pelem_data]
if not element in pelems:
raise Exception(
"{0:s}: Spell pattern does not match element {1:s}".format(
name, element))
# Build list of template ids and then load from svg file.
svg_ids = []
svg_ids.extend(['element-{0}'.format(elem_map[e]) for e in elem_map])
svg_ids.append('spell-title')
svg_ids.append('spell-pattern-border')
svg_ids.append('spell-description')
svg_ids.append('spell-id')
svg_ids.extend(['icon-star-{0}'.format(n) for n in [1, 2, 3]])
svg_ids.append('icon-vp')
svg_ids.append('spell-flavor')
svg_ids.append('separator')
svg_ids.extend(['op-{0}'.format(op) for op in valid_ops])
svg.load_ids(WovenSpellCards.CARD_TEMPLATE, svg_ids)
# Add Element and Op masters (hidden, used for cloning).
g_masters = SVG.group('masters')
g_masters.set_style("display:none")
SVG.add_node(svg_group, g_masters)
for e in [
'op-tapestry',
'op-eye',
'op-mmove',
'op-thread',
'op-action',
'element-air',
'element-earth',
'element-fire',
'element-water',
]:
svg.add_loaded_element(g_masters, e)
if attrs['category'] != 'blank':
# Draw spell title.
title = svg.add_loaded_element(svg_group, 'spell-title')
SVG.set_text(title, name)
# Draw elements in title bar
elemaster = '#element-{0}'.format(element)
SVG.add_node(svg_group, SVG.clone(0, elemaster, 4, 4))
SVG.add_node(svg_group, SVG.clone(0, elemaster, 54, 4))
# Draw spell id.
id_text = svg.add_loaded_element(svg_group, 'spell-id')
SVG.set_text(
id_text, "{0:d}/{1:d}".format(spell_card_revision,
attrs['id']))
# Draw flavor text (if present).
if 'flavor' in attrs:
flavor_text = svg.add_loaded_element(svg_group, 'spell-flavor')
SVG.set_text(flavor_text, attrs['flavor'])
svg.add_loaded_element(svg_group, 'separator')
# Draw alternate action.
svg.add_loaded_element(svg_group, 'op-{0}'.format(attrs['op']))
# Add spell pattern.
self.draw_pattern(pattern_id, pattern, element, svg_group)
svg.add_loaded_element(svg_group, 'spell-pattern-border')
if attrs['category'] != 'blank':
self.draw_description(attrs['id'], desc, svg, svg_group)
self.draw_vp(attrs['vp'], svg, svg_group)
