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spacial -> spatial

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Kovid Goyal 2020-08-13 09:16:55 +05:30
parent 200a3cba71
commit 120107e9d2
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1 changed files with 12 additions and 12 deletions
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24
src/pyj/read_book/cfi.pyj
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@ -300,9 +300,9 @@ def node_for_text_offset(nodes, offset, first_node):
# #
# node: The node to which the CFI refers. # node: The node to which the CFI refers.
# time: If the CFI refers to a video or sound, this is the time within such to which it refers. # time: If the CFI refers to a video or sound, this is the time within such to which it refers.
# x, y: If the CFI defines a spacial offset (technically only valid for images and videos), # x, y: If the CFI defines a spatial offset (technically only valid for images and videos),
# these are the X and Y percentages from the top-left of the image or video. # these are the X and Y percentages from the top-left of the image or video.
# Note that Calibre has a fallback to set CFIs with spacial offset on the HTML document, # Note that Calibre has a fallback to set CFIs with spatial offset on the HTML document,
# and interprets them as a position within the Calibre-rendered document. # and interprets them as a position within the Calibre-rendered document.
# forward: This is set to True if the CFI had a side bias of 'a' (meaning 'after'). # forward: This is set to True if the CFI had a side bias of 'a' (meaning 'after').
# offset: When the CFI refers to a text node, this is the offset (zero-based index) of the character # offset: When the CFI refers to a text node, this is the offset (zero-based index) of the character
@ -561,14 +561,14 @@ def at(x, y, doc): # {{{
# then a range from the previous to the last character is created, # then a range from the previous to the last character is created,
# and use_range_end_pos is set. This is the special case. # and use_range_end_pos is set. This is the special case.
# Case 3. Otherwise, the range is set start at the offset and end at one character past the offset. # Case 3. Otherwise, the range is set start at the offset and end at one character past the offset.
# #
# In cases 2 and 3, the range is then checked to verify that bounding information can be obtained. # In cases 2 and 3, the range is then checked to verify that bounding information can be obtained.
# If not, no range is returned. # If not, no range is returned.
# #
# If the CFI does not define a character offset, then the spacial offset is set in the return value. # If the CFI does not define a character offset, then the spatial offset is set in the return value.
# #
# Includes everything that the decode() function does, in addition to: # Includes everything that the decode() function does, in addition to:
# range: A text range, as desribed above. # range: A text range, as described above.
# use_range_end_pos: If this is True, a position calculated from the range should # use_range_end_pos: If this is True, a position calculated from the range should
# use the position after the last character in the range. # use the position after the last character in the range.
# (This is set if the offset is equal to the length of the text in the node.) # (This is set if the offset is equal to the length of the text in the node.)
@ -648,13 +648,13 @@ def decoded_range_to_document_position(decoded):
# Now, we need to convert these to document X and Y coordinates. # Now, we need to convert these to document X and Y coordinates.
return scroll_viewport.viewport_to_document_inline_block(inline_vs_pos, block_vs_pos, decoded.node.ownerDocument) return scroll_viewport.viewport_to_document_inline_block(inline_vs_pos, block_vs_pos, decoded.node.ownerDocument)
# This will work on a decoded CFI that refers to a node or node with spacial offset. # This will work on a decoded CFI that refers to a node or node with spatial offset.
# It will ignore any ranges, so call decoded_to_document_position unless you're sure the decoded CFI has no range. # It will ignore any ranges, so call decoded_to_document_position unless you're sure the decoded CFI has no range.
def decoded_node_or_spacial_offset_to_document_position(decoded): def decoded_node_or_spatial_offset_to_document_position(decoded):
node = decoded.node node = decoded.node
rect = node.getBoundingClientRect() rect = node.getBoundingClientRect()
percentx, percenty = decoded.x, decoded.y percentx, percenty = decoded.x, decoded.y
# If we have a spacial offset, base the CFI position on the offset into the object # If we have a spatial offset, base the CFI position on the offset into the object
if jstype(percentx) is 'number' and node.offsetWidth and jstype(percenty) is 'number' and node.offsetHeight: if jstype(percentx) is 'number' and node.offsetWidth and jstype(percenty) is 'number' and node.offsetHeight:
viewx = rect.left + (percentx*node.offsetWidth)/100 viewx = rect.left + (percentx*node.offsetWidth)/100
viewy = rect.top + (percenty*node.offsetHeight)/100 viewy = rect.top + (percenty*node.offsetHeight)/100
@ -677,8 +677,8 @@ def decoded_to_document_position(decoded):
if decoded.range is not None: if decoded.range is not None:
return decoded_range_to_document_position(decoded) return decoded_range_to_document_position(decoded)
else if node is not None and node.getBoundingClientRect: else if node is not None and node.getBoundingClientRect:
return decoded_node_or_spacial_offset_to_document_position(decoded) return decoded_node_or_spatial_offset_to_document_position(decoded)
# No range, so we can't use that, and no node, so any spacial offset is meaningless # No range, so we can't use that, and no node, so any spatial offset is meaningless
else: else:
return None, None return None, None
@ -760,7 +760,7 @@ def scroll_to(cfi, callback, doc): # {{{
scroll_viewport.scroll_into_view(node) scroll_viewport.scroll_into_view(node)
fn = def(): fn = def():
doc_x, doc_y = decoded_node_or_spacial_offset_to_document_position(decoded) doc_x, doc_y = decoded_node_or_spatial_offset_to_document_position(decoded)
# Abort if CFI position is invalid # Abort if CFI position is invalid
if doc_x is None or doc_y is None: if doc_x is None or doc_y is None: