Class: Plurimath::Math::Function::Int
Constant Summary
collapse
- FUNCTION =
{
name: "integral",
first_value: "lower limit",
second_value: "upper limit",
third_value: "integrand",
}.freeze
Constants inherited
from Core
Core::ALL_PARAMETERS, Core::REPLACABLES
Instance Attribute Summary collapse
#hide_function_name, #parameter_one, #parameter_three, #parameter_two
Instance Method Summary
collapse
#all_values_exist?, #any_value_exist?, #to_asciimath_math_zone, #to_html, #to_latex_math_zone, #to_mathml_math_zone, #to_omml_math_zone, #to_unicodemath_math_zone
Methods inherited from Core
#ascii_fields_to_print, #class_name, #cloned_objects, #common_math_zone_conversion, descendants, #dump_mathml, #dump_nodes, #dump_omml, #dump_ox_nodes, #empty_tag, #extract_class_name_from_text, #extractable?, #filtered_values, #font_style_t_tag, #get, #gsub_spacing, inherited, #insert_t_tag, #invert_unicode_symbols, #is_binary_function?, #is_mrow?, #is_mstyle?, #is_nary_symbol?, #is_ternary_function?, #is_unary?, #latex_fields_to_print, #linebreak?, #mathml_fields_to_print, #mathml_nodes, #mini_sized?, #msty_tag_with_attrs, #nary_attr_value, #nary_intent_name, #omml_fields_to_print, #omml_nodes, #omml_parameter, #omml_tag_name, #ox_element, #paren?, #pretty_print_instance_variables, #prime_unicode?, #r_element, #replacable_values, #result, #separate_table, #set, #symbol?, #tag_name, #to_ms_value, #unicodemath_fields_to_print, #unicodemath_parens, #updated_object_values, #validate_function_formula, #validate_mathml_fields, #variable_value, #variables
Constructor Details
#initialize(parameter_one = nil, parameter_two = nil, parameter_three = nil, options = {}) ⇒ Int
Returns a new instance of Int.
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# File 'lib/plurimath/math/function/int.rb', line 16
def initialize(parameter_one = nil,
parameter_two = nil,
parameter_three = nil,
options = {})
super(parameter_one, parameter_two, parameter_three)
@options = options unless options&.empty?
end
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Instance Attribute Details
#options ⇒ Object
Returns the value of attribute options.
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# File 'lib/plurimath/math/function/int.rb', line 7
def options
@options
end
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Instance Method Details
#==(object) ⇒ Object
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# File 'lib/plurimath/math/function/int.rb', line 24
def ==(object)
super && object.options == options
end
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#intent_names ⇒ Object
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# File 'lib/plurimath/math/function/int.rb', line 135
def intent_names
{ name: ":integral" }
end
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#is_nary_function? ⇒ Boolean
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# File 'lib/plurimath/math/function/int.rb', line 131
def is_nary_function?
true
end
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#line_breaking(obj) ⇒ Object
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# File 'lib/plurimath/math/function/int.rb', line 100
def line_breaking(obj)
parameter_one&.line_breaking(obj)
if obj.value_exist?
int = Int.new(Utility.filter_values(obj.value), parameter_two,
parameter_three)
int.hide_function_name = true
obj.update(int)
self.parameter_two = nil
self.parameter_three = nil
return
end
parameter_three&.line_breaking(obj)
if obj.value_exist?
obj.update(Utility.filter_values(obj.value))
end
end
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#nary_array(display_style, options:) ⇒ Object
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# File 'lib/plurimath/math/function/int.rb', line 118
def nary_array(display_style, options:)
symbol = hide_function_name ? "" : "∫"
[
narypr(symbol, function_type: "subSup"),
omml_parameter(parameter_one, display_style, tag_name: "sub",
options: options),
omml_parameter(parameter_two, display_style, tag_name: "sup",
options: options),
omml_parameter(parameter_three, display_style, tag_name: "e",
options: options),
]
end
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#to_asciimath(options:) ⇒ Object
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# File 'lib/plurimath/math/function/int.rb', line 28
def to_asciimath(options:)
if parameter_one
first_value = "_#{wrapped(parameter_one,
options: options)}"
end
if parameter_two
second_value = "^#{wrapped(parameter_two,
options: options)}"
end
"int#{first_value}#{second_value} #{parameter_three&.to_asciimath(options: options)}".strip
end
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#to_latex(options:) ⇒ Object
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# File 'lib/plurimath/math/function/int.rb', line 40
def to_latex(options:)
first_value = "_{#{parameter_one.to_latex(options: options)}}" if parameter_one
second_value = "^{#{parameter_two.to_latex(options: options)}}" if parameter_two
"\\#{class_name}#{first_value}#{second_value} #{parameter_three&.to_latex(options: options)}".strip
end
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#to_mathml_without_math_tag(intent, options:) ⇒ Object
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# File 'lib/plurimath/math/function/int.rb', line 46
def to_mathml_without_math_tag(intent, options:)
base_element = (Utility.ox_element("mo") << invert_unicode_symbols.to_s)
return base_element unless any_value_exist?
msubsup_tag = Utility.ox_element("msubsup")
Utility.update_nodes(
msubsup_tag,
[
base_element,
validate_mathml_tag(parameter_one, intent, options: options),
validate_mathml_tag(parameter_two, intent, options: options),
],
)
msubsup_tag = masked_tag(msubsup_tag) if self.options&.key?(:mask)
return msubsup_tag if parameter_three.nil?
mrow = ox_element("mrow")
Utility.update_nodes(
mrow,
[
msubsup_tag,
wrap_mrow(
parameter_three&.to_mathml_without_math_tag(intent,
options: options), intent
),
].flatten.compact,
)
intentify(mrow, intent, func_name: :naryand,
intent_name: intent_names[:name])
end
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#to_omml_without_math_tag(display_style, options:) ⇒ Object
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# File 'lib/plurimath/math/function/int.rb', line 77
def to_omml_without_math_tag(display_style, options:)
if any_value_exist?
nary = Utility.ox_element("nary", namespace: "m")
Utility.update_nodes(nary,
nary_array(display_style, options: options))
[nary]
else
r_tag = Utility.ox_element("r", namespace: "m")
t_tag = Utility.ox_element("t", namespace: "m")
r_tag << (t_tag << "∫")
[r_tag]
end
end
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#to_unicodemath(options:) ⇒ Object
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# File 'lib/plurimath/math/function/int.rb', line 91
def to_unicodemath(options:)
first_value = sub_value(options: options) if parameter_one
second_value = sup_value(options: options) if parameter_two
mask = self.options&.dig(:mask) if self.options&.key?(:mask)
"∫#{mask}#{first_value}#{second_value}#{naryand_value(
parameter_three, options: options
)}"
end
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