def component9():
engine = TemplateEngine(file_path="templates/c9_template.txt")
for i in range(5):
output = engine.generate(template_name="STRACHEY")
ending = engine.generate(template_name="ENDING")
output_list_for_cap = output.split(" ")
output_list_for_cap[0] = output_list_for_cap[0].capitalize()
output_list_for_cap[1] = output_list_for_cap[1].capitalize()
output_beginning_capped = ""
for k in range(len(output_list_for_cap)):
output_beginning_capped += f"{output_list_for_cap[k]} "
output_list = output_beginning_capped.split('\\n')
for j in range(len(output_list)):
print(f"{output_list[j]}")
ending_list = ending.split('\\n')
for j in range(len(ending_list)):
print(
f" {ending_list[j]}"
)
print("\n")
def component10():
engine = TemplateEngine(file_path="templates/c10_template.txt")
for i in range(5):
print(f"<{i}>\n")
for i in range(3):
output = engine.generate(template_name="POEM")
output_word_list = output.split()
if output_word_list[3][0] == "a" or output_word_list[3][
0] == "e" or output_word_list[3][
0] == "o" or output_word_list[3][0] == "u":
output_word_list[2] = "an"
else:
output_word_list[2] = "a"
final_output = ""
for j in range(len(output_word_list)):
final_output += f"{output_word_list[j]} "
print(f"{final_output} \n")
print("one\ntwo\nthree\n.\n.\n.\nboom\n")
print("Although\n\n")
output1 = engine.generate(template_name="LUMP1")
output2 = engine.generate(template_name="LUMP2")
output3 = engine.generate(template_name="LUMP3")
output4 = engine.generate(template_name="LUMP4")
output5 = engine.generate(template_name="LUMP5")
output6 = engine.generate(template_name="LUMP6")
print(output1 + "\n" + output2 + "\n" + output3 + "\n" + output4 +
"\n" + output5 + "\n" + output6)
def component6():
engine = TemplateEngine(file_path="templates/c6_template.txt")
for i in range(5):
output = engine.generate(template_name="DADAIST")
output_list = output.split('\\n')
for j in range(len(output_list)):
print(f"{output_list[j]}")
print("\n")
def supplementary_challenge2():
engine = TemplateEngine(file_path="templates/c6_template.txt")
for i in range(5):
print(f"<{i}>\n")
output = engine.generate(template_name="DADAIST_ADVANCED")
output_list = output.split('\\n')
for j in range(len(output_list)):
print(f"{output_list[j]}")
print(" ")
def component1d():
engine = TemplateEngine(file_path="templates/c1_template.txt")
multi_line_output = ""
output1 = engine.generate(template_name="NO_CORPUS")
output2 = engine.generate(template_name="YES_CORPUS")
output3 = engine.generate(template_name="MY_CORPUS")
output4 = engine.generate(template_name="HOPEFULLY_POETIC")
multi_line_output += output1 + " " + output2 + " " + output3 + " " + output4
print(f"{multi_line_output}")
def component7c():
engine = TemplateEngine(file_path="templates/c7_template.txt")
for i in range(10):
output = engine.generate(template_name="PALINDROME")
output_list = output.split()
output2 = output_list[::-1]
output3 = ""
for j in range(len(output2)):
output3 += f"{output2[j]} "
print(f"{i} {output}and {output3} \n")
def demo():
"""James's demo functionality from our class session on 9/21."""
# Prepare a template engine -- this is what fills in templates,
# given all template and slot definitions in
# "templates/basic_templates.txt".
engine = TemplateEngine(file_path="templates/basic_templates.txt")
# Write out ten lines that are generated from the template called
# "SENTENCE"
multi_line_output = ""
for i in range(4):
output = engine.generate(template_name="SENTENCE")
multi_line_output += "\n" + " " * i + output
print(f"Demo by James{multi_line_output}")
def component2e():
engine = TemplateEngine(file_path="templates/c2_template.txt")
print("\nCapitalizing the first character of each line...\n")
for i in range(5):
output = engine.generate(template_name="LOWERCASE").capitalize()
print(f"{i} {output}")
print("\nNow onto capitalizing every character...\n")
for i in range(5):
output = engine.generate(template_name="LOWERCASE")
final_output = ""
for j in range(len(output)):
final_output+= output[j].capitalize()
print(f"{i} {final_output}")
def component2f():
engine = TemplateEngine(file_path="templates/c2_template.txt")
for i in range(10):
output = engine.generate(template_name="CONJUGATION")
output_word_list = output.split()
if output_word_list[3][0] == "a" or output_word_list[3][0] == "e" or output_word_list[3][0] == "i" or output_word_list[3][0] == "o" or output_word_list[3][0] == "u":
output_word_list[2] = "an"
else:
output_word_list[2] = "a"
if output_word_list[7][0] == "a" or output_word_list[7][0] == "e" or output_word_list[7][0] == "i" or output_word_list[7][0] == "o" or output_word_list[7][0] == "u":
output_word_list[6] = "an"
else:
output_word_list[6] = "a"
final_output = ""
for j in range(len(output_word_list)):
final_output += f" {output_word_list[j]}"
print(f"{i} {final_output}")
def experiment():
engine = TemplateEngine(file_path="templates/experimental_dadaist.txt")
for i in range(3):
output = engine.generate(template_name="SENTENCE3")
print(f"{i} {output} \n")
def setUp(self):
self.engine = TemplateEngine(os.getcwd() + "/test", os.getcwd() + "/test/project_dir")
def component2d():
engine = TemplateEngine(file_path="templates/c2_template.txt")
for i in range(10):
output = engine.generate(template_name="OPTIONAL2")
print(f"{i} {output}")
def component4():
engine = TemplateEngine(file_path="templates/c4_template.txt")
for i in range(5):
output = engine.generate(template_name="SHANNON_ZERO")
print(f"{i} {output} \n")
def component2b():
engine = TemplateEngine(file_path="templates/c2_template.txt")
for i in range(10):
output = engine.generate(template_name="PROBABILISTIC")
print(f"{i} {output}")
def component1a():
engine = TemplateEngine(file_path="templates/c1_template.txt")
for i in range(5):
output = engine.generate(template_name="NO_CORPUS")
print(f"{i} {output}")
def component5b():
engine = TemplateEngine(file_path="templates/c5_template.txt")
for _ in range(5):
print(engine.generate(template_name="PLOT_PROSE1"), end='\n\n')
def component7a():
engine = TemplateEngine(file_path="templates/c7_template.txt")
for i in range(10):
output = engine.generate(template_name="ALPHABETICAL")
print(f"{i} {output} \n")
