def create_file(commandList, plotList, fileName):
'''
Takes a List of paths found in the .ps and makes js compatible syntax
input: Multidimensional list of strings similar to .ps commands
output: Similar to input but formatted to be paperpJS readable.
'''
writefile = open(fileName, 'w')
if fileName.endswith(".html"):
write_html_header(writefile, fileName)
# add the auto sorting functions for the compound path array, and empty path remover.
write_sorting_functions(writefile)
write_empty_path_removal_function(writefile)
# add postscript functions written in javascript
glyphCounter = 0
for newPath in commandList:
functionName = "draw_glyph_" + str(glyphCounter)
write_postscript_functions(newPath, functionName, writefile)
glyphCounter += 1
#for primitive in plotList:
# print(primitive)
if fileName.endswith(".html"):
write_html_footer(writefile, rectWidth, rectHeight)
# done.
writefile.close()
def create_file(commandList, fileName):
'''
Takes a List of paths found in the .ps and makes js compatible syntax
input: Multidimensional list of strings similar to .ps commands
output: Similar to input but formatted to be paperpJS readable.
'''
primaryCommands, secondaryCommands = commandList
writefile = open(fileName, 'w')
if fileName.endswith(".html"):
write_html_header(writefile, fileName)
# add the auto sorting functions for the compound path array, and empty path remover.
write_sorting_functions(writefile)
write_empty_path_removal_function(writefile)
primaryCounter = 0
for obj in primaryCommands:
functionName = "draw_primary_" + str(primaryCounter)
write_primary_postScript(obj, functionName, writefile)
primaryCounter += 1
secondaryCounter = 0
for obj in secondaryCommands:
functionName = "draw_primary_" + str(secondaryCounter)
write_secondary_postScript(obj, functionName, writefile)
secondaryCounter += 1
if fileName.endswith(".html"):
write_html_footer(writefile, rectWidth, rectHeight)
# done.
writefile.close()
def create_file(commandList, plotList, fileName):
"""
Takes a List of paths found in the .ps and makes js compatible syntax
input: Multidimensional list of strings similar to .ps commands
output: Similar to input but formatted to be paperpJS readable.
"""
writefile = open(fileName, "w")
if fileName.endswith(".html"):
write_html_header(writefile, fileName)
# add the auto sorting functions for the compound path array, and empty path remover.
write_sorting_functions(writefile)
write_empty_path_removal_function(writefile)
# add postscript functions written in javascript
glyphCounter = 0
for newPath in commandList:
if len(newPath) > 4:
functionName = "draw_glyph_" + str(glyphCounter)
write_postscript_functions(newPath, functionName, writefile)
glyphCounter += 1
primitiveCounter = 0
if len(plotList) is not 0:
# user info
print(str(len(plotList)) + " primitives to plot")
for primitive in plotList:
primitive = strip_strings_in_list(primitive)
functionName = "draw_primitive_" + str(primitiveCounter)
write_primitive_postScript(primitive, functionName, writefile)
primitiveCounter += 1
if fileName.endswith(".html"):
write_html_footer(writefile, rectWidth, rectHeight)
# done.
writefile.close()
