fix function inside show not executing (#641)

* start of heap changes

Signed-off-by: Jess Frazelle <github@jessfraz.com>

* fix show bug

Signed-off-by: Jess Frazelle <github@jessfraz.com>

* cleanup

Signed-off-by: Jess Frazelle <github@jessfraz.com>

* new images

Signed-off-by: Jess Frazelle <github@jessfraz.com>

---------

Signed-off-by: Jess Frazelle <github@jessfraz.com>

src/wasm-lib/Cargo.lock

@@ -593,7 +593,7 @@ checksum = "f2696e8a945f658fd14dc3b87242e6b80cd0f36ff04ea560fa39082368847946"
 
 [[package]]
 name = "derive-docs"
-version = "0.1.3"
+version = "0.1.4"
 dependencies = [
  "convert_case",
  "expectorate",
@@ -606,20 +606,6 @@ dependencies = [
  "syn 2.0.37",
 ]
 
-[[package]]
-name = "derive-docs"
-version = "0.1.3"
-source = "registry+https://github.com/rust-lang/crates.io-index"
-checksum = "5fe5c5ea065cfabc5a7c5e8ed616e369fbf108c4be01e0e5609bc9846a732664"
-dependencies = [
- "convert_case",
- "proc-macro2",
- "quote",
- "serde",
- "serde_tokenstream",
- "syn 2.0.37",
-]
-
 [[package]]
 name = "diff"
 version = "0.1.13"
@@ -1302,7 +1288,7 @@ dependencies = [
  "bson",
  "clap",
  "dashmap",
- "derive-docs 0.1.3 (registry+https://github.com/rust-lang/crates.io-index)",
+ "derive-docs",
  "expectorate",
  "futures",
  "itertools 0.11.0",

src/wasm-lib/derive-docs/Cargo.toml

@@ -1,7 +1,7 @@
 [package]
 name = "derive-docs"
 description = "A tool for generating documentation from Rust derive macros"
-version = "0.1.3"
+version = "0.1.4"
 edition = "2021"
 license = "MIT"
 

src/wasm-lib/derive-docs/src/lib.rs

@@ -212,6 +212,12 @@ fn do_stdlib_inner(
             quote! {
                Vec<#ty_ident>
             }
+        } else if ty_string.starts_with("Box<") {
+            let ty_string = ty_string.trim_start_matches("Box<").trim_end_matches('>');
+            let ty_ident = format_ident!("{}", ty_string);
+            quote! {
+               #ty_ident
+            }
         } else {
             let ty_ident = format_ident!("{}", ty_string);
             quote! {
@@ -250,7 +256,15 @@ fn do_stdlib_inner(
         .replace("Result < ", "")
         .replace(", KclError >", "");
     let return_type = if !ret_ty_string.is_empty() {
-        let ret_ty_string = ret_ty_string.trim().to_string();
+        let ret_ty_string = if ret_ty_string.starts_with("Box <") {
+            ret_ty_string
+                .trim_start_matches("Box <")
+                .trim_end_matches('>')
+                .trim()
+                .to_string()
+        } else {
+            ret_ty_string.trim().to_string()
+        };
         let ret_ty_ident = format_ident!("{}", ret_ty_string);
         let ret_ty_string = clean_type(&ret_ty_string);
         quote! {
@@ -475,6 +489,9 @@ fn clean_type(t: &str) -> String {
     if t.starts_with("Vec<") {
         t = t.replace("Vec<", "[").replace('>', "]");
     }
+    if t.starts_with("Box<") {
+        t = t.replace("Box<", "").replace('>', "");
+    }
 
     if t == "f64" {
         return "number".to_string();
@@ -564,4 +581,26 @@ mod tests {
         assert!(errors.is_empty());
         expectorate::assert_contents("tests/show.gen", &openapitor::types::get_text_fmt(&item).unwrap());
     }
+
+    #[test]
+    fn test_stdlib_box() {
+        let (item, errors) = do_stdlib(
+            quote! {
+                name = "show",
+            },
+            quote! {
+                fn inner_show(
+                    /// The args to do shit to.
+                    args: Box<f64>
+                ) -> Box<f64> {
+                    args
+                }
+            },
+        )
+        .unwrap();
+        let _expected = quote! {};
+
+        assert!(errors.is_empty());
+        expectorate::assert_contents("tests/box.gen", &openapitor::types::get_text_fmt(&item).unwrap());
+    }
 }

src/wasm-lib/derive-docs/tests/box.gen

@@ -0,0 +1,70 @@
+#[allow(non_camel_case_types, missing_docs)]
+#[doc = "Std lib function: show"]
+#[derive(Debug, Clone, Copy, PartialEq, Eq, Hash, schemars :: JsonSchema, ts_rs :: TS)]
+#[ts(export)]
+pub(crate) struct Show {}
+
+#[allow(non_upper_case_globals, missing_docs)]
+#[doc = "Std lib function: show"]
+pub(crate) const Show: Show = Show {};
+impl crate::docs::StdLibFn for Show {
+    fn name(&self) -> String {
+        "show".to_string()
+    }
+
+    fn summary(&self) -> String {
+        "".to_string()
+    }
+
+    fn description(&self) -> String {
+        "".to_string()
+    }
+
+    fn tags(&self) -> Vec<String> {
+        vec![]
+    }
+
+    fn args(&self) -> Vec<crate::docs::StdLibFnArg> {
+        let mut settings = schemars::gen::SchemaSettings::openapi3();
+        settings.inline_subschemas = true;
+        let mut generator = schemars::gen::SchemaGenerator::new(settings);
+        vec![crate::docs::StdLibFnArg {
+            name: "args".to_string(),
+            type_: "number".to_string(),
+            schema: f64::json_schema(&mut generator),
+            required: true,
+        }]
+    }
+
+    fn return_value(&self) -> Option<crate::docs::StdLibFnArg> {
+        let mut settings = schemars::gen::SchemaSettings::openapi3();
+        settings.inline_subschemas = true;
+        let mut generator = schemars::gen::SchemaGenerator::new(settings);
+        Some(crate::docs::StdLibFnArg {
+            name: "".to_string(),
+            type_: "number".to_string(),
+            schema: f64::json_schema(&mut generator),
+            required: true,
+        })
+    }
+
+    fn unpublished(&self) -> bool {
+        false
+    }
+
+    fn deprecated(&self) -> bool {
+        false
+    }
+
+    fn std_lib_fn(&self) -> crate::std::StdFn {
+        show
+    }
+
+    fn clone_box(&self) -> Box<dyn crate::docs::StdLibFn> {
+        Box::new(self.clone())
+    }
+}
+
+fn inner_show(#[doc = r" The args to do shit to."] args: Box<f64>) -> Box<f64> {
+    args
+}

src/wasm-lib/kcl/Cargo.toml

@@ -12,8 +12,8 @@ anyhow = { version = "1.0.75", features = ["backtrace"] }
 async-trait = "0.1.73"
 clap = { version = "4.4.3", features = ["cargo", "derive", "env", "unicode"], optional = true }
 dashmap = "5.5.3"
-derive-docs = { version = "0.1.3" }
+#derive-docs = { version = "0.1.4" }
-#derive-docs = { path = "../derive-docs" }
+derive-docs = { path = "../derive-docs" }
 kittycad = { version = "0.2.25", default-features = false, features = ["js"] }
 lazy_static = "1.4.0"
 parse-display = "0.8.2"

src/wasm-lib/kcl/src/ast/types.rs

@@ -871,6 +871,11 @@ impl CallExpression {
 
         match &self.function {
             Function::StdLib { func } => {
+                /* let source_range: SourceRange = self.into();
+                println!(
+                    "Calling stdlib function: {}, source_range: {:?}, args: {:?}",
+                    fn_name, source_range, fn_args
+                );*/
                 // Attempt to call the function.
                 let mut args = crate::std::Args::new(fn_args, self.into(), engine);
                 let result = func.std_lib_fn()(&mut args)?;

src/wasm-lib/kcl/src/executor.rs

@@ -101,8 +101,8 @@ impl ProgramReturn {
 #[serde(tag = "type")]
 pub enum MemoryItem {
     UserVal(UserVal),
-    SketchGroup(SketchGroup),
+    SketchGroup(Box<SketchGroup>),
-    ExtrudeGroup(ExtrudeGroup),
+    ExtrudeGroup(Box<ExtrudeGroup>),
     #[ts(skip)]
     ExtrudeTransform(ExtrudeTransform),
     #[ts(skip)]
@@ -599,6 +599,10 @@ pub fn execute(
                                 let memory_item = memory.get(&identifier.name, identifier.into())?;
                                 args.push(memory_item.clone());
                             }
+                            Value::CallExpression(call_expr) => {
+                                let result = call_expr.execute(memory, &mut pipe_info, engine)?;
+                                args.push(result);
+                            }
                             // We do nothing for the rest.
                             _ => (),
                         }

src/wasm-lib/kcl/src/lib.rs

@@ -1,3 +1,5 @@
+#![recursion_limit = "1024"]
+
 pub mod ast;
 pub mod docs;
 pub mod engine;

src/wasm-lib/kcl/src/parser.rs

@@ -3408,4 +3408,15 @@ thing(false)
             r#"syntax: KclErrorDetails { source_ranges: [SourceRange([0, 2])], message: "Expected a `let` variable kind, found: `fn`" }"#
         );
     }
+
+    #[test]
+    #[ignore] // ignore until more stack fixes
+    fn test_parse_pipes_on_pipes() {
+        let code = include_str!("../../tests/executor/inputs/pipes_on_pipes.kcl");
+        println!("code: {}", code);
+
+        let tokens = crate::tokeniser::lexer(code);
+        let parser = crate::parser::Parser::new(tokens);
+        parser.ast().unwrap();
+    }
 }

src/wasm-lib/kcl/src/std/extrude.rs

@@ -23,7 +23,7 @@ pub fn extrude(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "extrude"
 }]
-fn inner_extrude(length: f64, sketch_group: SketchGroup, args: &mut Args) -> Result<ExtrudeGroup, KclError> {
+fn inner_extrude(length: f64, sketch_group: Box<SketchGroup>, args: &mut Args) -> Result<Box<ExtrudeGroup>, KclError> {
     let id = uuid::Uuid::new_v4();
 
     let cmd = kittycad::types::ModelingCmd::Extrude {
@@ -33,7 +33,7 @@ fn inner_extrude(length: f64, sketch_group: SketchGroup, args: &mut Args) -> Res
     };
     args.send_modeling_cmd(id, cmd)?;
 
-    Ok(ExtrudeGroup {
+    Ok(Box::new(ExtrudeGroup {
         id,
         // TODO, this is just an empty array now, should be deleted. This
         // comment was originally in the JS code.
@@ -42,13 +42,13 @@ fn inner_extrude(length: f64, sketch_group: SketchGroup, args: &mut Args) -> Res
         position: sketch_group.position,
         rotation: sketch_group.rotation,
         meta: sketch_group.meta,
-    })
+    }))
 }
 
 /// Returns the extrude wall transform.
 pub fn get_extrude_wall_transform(args: &mut Args) -> Result<MemoryItem, KclError> {
     let (surface_name, extrude_group) = args.get_path_name_extrude_group()?;
-    let result = inner_get_extrude_wall_transform(&surface_name, extrude_group, args)?;
+    let result = inner_get_extrude_wall_transform(&surface_name, *extrude_group, args)?;
     Ok(MemoryItem::ExtrudeTransform(result))
 }
 

src/wasm-lib/kcl/src/std/mod.rs

@@ -179,7 +179,7 @@ impl<'a> Args<'a> {
         Ok((numbers[0], numbers[1]))
     }
 
-    fn get_segment_name_sketch_group(&self) -> Result<(String, SketchGroup), KclError> {
+    fn get_segment_name_sketch_group(&self) -> Result<(String, Box<SketchGroup>), KclError> {
         // Iterate over our args, the first argument should be a UserVal with a string value.
         // The second argument should be a SketchGroup.
         let first_value = self
@@ -221,7 +221,7 @@ impl<'a> Args<'a> {
         Ok((segment_name, sketch_group))
     }
 
-    fn get_sketch_group(&self) -> Result<SketchGroup, KclError> {
+    fn get_sketch_group(&self) -> Result<Box<SketchGroup>, KclError> {
         let first_value = self.args.first().ok_or_else(|| {
             KclError::Type(KclErrorDetails {
                 message: format!("Expected a SketchGroup as the first argument, found `{:?}`", self.args),
@@ -263,7 +263,7 @@ impl<'a> Args<'a> {
         Ok(data)
     }
 
-    fn get_data_and_sketch_group<T: serde::de::DeserializeOwned>(&self) -> Result<(T, SketchGroup), KclError> {
+    fn get_data_and_sketch_group<T: serde::de::DeserializeOwned>(&self) -> Result<(T, Box<SketchGroup>), KclError> {
         let first_value = self
             .args
             .first()
@@ -301,7 +301,7 @@ impl<'a> Args<'a> {
         Ok((data, sketch_group))
     }
 
-    fn get_segment_name_to_number_sketch_group(&self) -> Result<(String, f64, SketchGroup), KclError> {
+    fn get_segment_name_to_number_sketch_group(&self) -> Result<(String, f64, Box<SketchGroup>), KclError> {
         // Iterate over our args, the first argument should be a UserVal with a string value.
         // The second argument should be a number.
         // The third argument should be a SketchGroup.
@@ -357,7 +357,7 @@ impl<'a> Args<'a> {
         Ok((segment_name, to_number, sketch_group))
     }
 
-    fn get_number_sketch_group(&self) -> Result<(f64, SketchGroup), KclError> {
+    fn get_number_sketch_group(&self) -> Result<(f64, Box<SketchGroup>), KclError> {
         // Iterate over our args, the first argument should be a number.
         // The second argument should be a SketchGroup.
         let first_value = self
@@ -392,7 +392,7 @@ impl<'a> Args<'a> {
         Ok((number, sketch_group))
     }
 
-    fn get_path_name_extrude_group(&self) -> Result<(String, ExtrudeGroup), KclError> {
+    fn get_path_name_extrude_group(&self) -> Result<(String, Box<ExtrudeGroup>), KclError> {
         // Iterate over our args, the first argument should be a UserVal with a string value.
         // The second argument should be a ExtrudeGroup.
         let first_value = self
@@ -454,7 +454,7 @@ pub fn show(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "show",
 }]
-fn inner_show(_sketch: SketchGroup) {}
+fn inner_show(_sketch: Box<SketchGroup>) {}
 
 /// Returns the length of the given leg.
 pub fn leg_length(args: &mut Args) -> Result<MemoryItem, KclError> {

src/wasm-lib/kcl/src/std/segment.rs

@@ -22,7 +22,7 @@ pub fn segment_end_x(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "segEndX",
 }]
-fn inner_segment_end_x(segment_name: &str, sketch_group: SketchGroup, args: &mut Args) -> Result<f64, KclError> {
+fn inner_segment_end_x(segment_name: &str, sketch_group: Box<SketchGroup>, args: &mut Args) -> Result<f64, KclError> {
     let line = sketch_group.get_base_by_name_or_start(segment_name).ok_or_else(|| {
         KclError::Type(KclErrorDetails {
             message: format!(
@@ -48,7 +48,7 @@ pub fn segment_end_y(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "segEndY",
 }]
-fn inner_segment_end_y(segment_name: &str, sketch_group: SketchGroup, args: &mut Args) -> Result<f64, KclError> {
+fn inner_segment_end_y(segment_name: &str, sketch_group: Box<SketchGroup>, args: &mut Args) -> Result<f64, KclError> {
     let line = sketch_group.get_base_by_name_or_start(segment_name).ok_or_else(|| {
         KclError::Type(KclErrorDetails {
             message: format!(
@@ -74,7 +74,7 @@ pub fn last_segment_x(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "lastSegX",
 }]
-fn inner_last_segment_x(sketch_group: SketchGroup, args: &mut Args) -> Result<f64, KclError> {
+fn inner_last_segment_x(sketch_group: Box<SketchGroup>, args: &mut Args) -> Result<f64, KclError> {
     let last_line = sketch_group
         .value
         .last()
@@ -104,7 +104,7 @@ pub fn last_segment_y(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "lastSegY",
 }]
-fn inner_last_segment_y(sketch_group: SketchGroup, args: &mut Args) -> Result<f64, KclError> {
+fn inner_last_segment_y(sketch_group: Box<SketchGroup>, args: &mut Args) -> Result<f64, KclError> {
     let last_line = sketch_group
         .value
         .last()
@@ -133,7 +133,7 @@ pub fn segment_length(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "segLen",
 }]
-fn inner_segment_length(segment_name: &str, sketch_group: SketchGroup, args: &mut Args) -> Result<f64, KclError> {
+fn inner_segment_length(segment_name: &str, sketch_group: Box<SketchGroup>, args: &mut Args) -> Result<f64, KclError> {
     let path = sketch_group.get_path_by_name(segment_name).ok_or_else(|| {
         KclError::Type(KclErrorDetails {
             message: format!(
@@ -162,7 +162,7 @@ pub fn segment_angle(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "segAng",
 }]
-fn inner_segment_angle(segment_name: &str, sketch_group: SketchGroup, args: &mut Args) -> Result<f64, KclError> {
+fn inner_segment_angle(segment_name: &str, sketch_group: Box<SketchGroup>, args: &mut Args) -> Result<f64, KclError> {
     let path = sketch_group.get_path_by_name(segment_name).ok_or_else(|| {
         KclError::Type(KclErrorDetails {
             message: format!(
@@ -193,7 +193,7 @@ pub fn angle_to_match_length_x(args: &mut Args) -> Result<MemoryItem, KclError>
 fn inner_angle_to_match_length_x(
     segment_name: &str,
     to: f64,
-    sketch_group: SketchGroup,
+    sketch_group: Box<SketchGroup>,
     args: &mut Args,
 ) -> Result<f64, KclError> {
     let path = sketch_group.get_path_by_name(segment_name).ok_or_else(|| {
@@ -248,7 +248,7 @@ pub fn angle_to_match_length_y(args: &mut Args) -> Result<MemoryItem, KclError>
 fn inner_angle_to_match_length_y(
     segment_name: &str,
     to: f64,
-    sketch_group: SketchGroup,
+    sketch_group: Box<SketchGroup>,
     args: &mut Args,
 ) -> Result<f64, KclError> {
     let path = sketch_group.get_path_by_name(segment_name).ok_or_else(|| {

src/wasm-lib/kcl/src/std/sketch.rs

@@ -34,7 +34,7 @@ pub enum LineToData {
 
 /// Draw a line to a point.
 pub fn line_to(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (LineToData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (LineToData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_line_to(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -44,7 +44,11 @@ pub fn line_to(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "lineTo",
 }]
-fn inner_line_to(data: LineToData, sketch_group: SketchGroup, args: &mut Args) -> Result<SketchGroup, KclError> {
+fn inner_line_to(
+    data: LineToData,
+    sketch_group: Box<SketchGroup>,
+    args: &mut Args,
+) -> Result<Box<SketchGroup>, KclError> {
     let from = sketch_group.get_coords_from_paths()?;
     let to = match data {
         LineToData::PointWithTag { to, .. } => to,
@@ -107,7 +111,7 @@ pub enum AxisLineToData {
 
 /// Draw a line to a point on the x-axis.
 pub fn x_line_to(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (AxisLineToData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (AxisLineToData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_x_line_to(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -117,7 +121,11 @@ pub fn x_line_to(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "xLineTo",
 }]
-fn inner_x_line_to(data: AxisLineToData, sketch_group: SketchGroup, args: &mut Args) -> Result<SketchGroup, KclError> {
+fn inner_x_line_to(
+    data: AxisLineToData,
+    sketch_group: Box<SketchGroup>,
+    args: &mut Args,
+) -> Result<Box<SketchGroup>, KclError> {
     let from = sketch_group.get_coords_from_paths()?;
 
     let line_to_data = match data {
@@ -132,7 +140,7 @@ fn inner_x_line_to(data: AxisLineToData, sketch_group: SketchGroup, args: &mut A
 
 /// Draw a line to a point on the y-axis.
 pub fn y_line_to(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (AxisLineToData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (AxisLineToData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_y_line_to(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -142,7 +150,11 @@ pub fn y_line_to(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "yLineTo",
 }]
-fn inner_y_line_to(data: AxisLineToData, sketch_group: SketchGroup, args: &mut Args) -> Result<SketchGroup, KclError> {
+fn inner_y_line_to(
+    data: AxisLineToData,
+    sketch_group: Box<SketchGroup>,
+    args: &mut Args,
+) -> Result<Box<SketchGroup>, KclError> {
     let from = sketch_group.get_coords_from_paths()?;
 
     let line_to_data = match data {
@@ -172,7 +184,7 @@ pub enum LineData {
 
 /// Draw a line.
 pub fn line(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (LineData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (LineData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_line(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -182,7 +194,7 @@ pub fn line(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "line",
 }]
-fn inner_line(data: LineData, sketch_group: SketchGroup, args: &mut Args) -> Result<SketchGroup, KclError> {
+fn inner_line(data: LineData, sketch_group: Box<SketchGroup>, args: &mut Args) -> Result<Box<SketchGroup>, KclError> {
     let from = sketch_group.get_coords_from_paths()?;
     let inner_args = match &data {
         LineData::PointWithTag { to, .. } => *to,
@@ -247,7 +259,7 @@ pub enum AxisLineData {
 
 /// Draw a line on the x-axis.
 pub fn x_line(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (AxisLineData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (AxisLineData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_x_line(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -257,7 +269,11 @@ pub fn x_line(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "xLine",
 }]
-fn inner_x_line(data: AxisLineData, sketch_group: SketchGroup, args: &mut Args) -> Result<SketchGroup, KclError> {
+fn inner_x_line(
+    data: AxisLineData,
+    sketch_group: Box<SketchGroup>,
+    args: &mut Args,
+) -> Result<Box<SketchGroup>, KclError> {
     let line_data = match data {
         AxisLineData::LengthWithTag { length, tag } => LineData::PointWithTag { to: [length, 0.0], tag },
         AxisLineData::Length(length) => LineData::Point([length, 0.0]),
@@ -269,7 +285,7 @@ fn inner_x_line(data: AxisLineData, sketch_group: SketchGroup, args: &mut Args)
 
 /// Draw a line on the y-axis.
 pub fn y_line(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (AxisLineData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (AxisLineData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_y_line(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -279,7 +295,11 @@ pub fn y_line(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "yLine",
 }]
-fn inner_y_line(data: AxisLineData, sketch_group: SketchGroup, args: &mut Args) -> Result<SketchGroup, KclError> {
+fn inner_y_line(
+    data: AxisLineData,
+    sketch_group: Box<SketchGroup>,
+    args: &mut Args,
+) -> Result<Box<SketchGroup>, KclError> {
     let line_data = match data {
         AxisLineData::LengthWithTag { length, tag } => LineData::PointWithTag { to: [0.0, length], tag },
         AxisLineData::Length(length) => LineData::Point([0.0, length]),
@@ -309,7 +329,7 @@ pub enum AngledLineData {
 
 /// Draw an angled line.
 pub fn angled_line(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (AngledLineData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (AngledLineData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_angled_line(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -321,9 +341,9 @@ pub fn angled_line(args: &mut Args) -> Result<MemoryItem, KclError> {
 }]
 fn inner_angled_line(
     data: AngledLineData,
-    sketch_group: SketchGroup,
+    sketch_group: Box<SketchGroup>,
     args: &mut Args,
-) -> Result<SketchGroup, KclError> {
+) -> Result<Box<SketchGroup>, KclError> {
     let from = sketch_group.get_coords_from_paths()?;
     let (angle, length) = match &data {
         AngledLineData::AngleWithTag { angle, length, .. } => (*angle, *length),
@@ -373,7 +393,7 @@ fn inner_angled_line(
 
 /// Draw an angled line of a given x length.
 pub fn angled_line_of_x_length(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (AngledLineData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (AngledLineData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_angled_line_of_x_length(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -385,9 +405,9 @@ pub fn angled_line_of_x_length(args: &mut Args) -> Result<MemoryItem, KclError>
 }]
 fn inner_angled_line_of_x_length(
     data: AngledLineData,
-    sketch_group: SketchGroup,
+    sketch_group: Box<SketchGroup>,
     args: &mut Args,
-) -> Result<SketchGroup, KclError> {
+) -> Result<Box<SketchGroup>, KclError> {
     let (angle, length) = match &data {
         AngledLineData::AngleWithTag { angle, length, .. } => (*angle, *length),
         AngledLineData::AngleAndLength(angle_and_length) => (angle_and_length[0], angle_and_length[1]),
@@ -428,7 +448,7 @@ pub enum AngledLineToData {
 
 /// Draw an angled line to a given x coordinate.
 pub fn angled_line_to_x(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (AngledLineToData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (AngledLineToData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_angled_line_to_x(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -440,9 +460,9 @@ pub fn angled_line_to_x(args: &mut Args) -> Result<MemoryItem, KclError> {
 }]
 fn inner_angled_line_to_x(
     data: AngledLineToData,
-    sketch_group: SketchGroup,
+    sketch_group: Box<SketchGroup>,
     args: &mut Args,
-) -> Result<SketchGroup, KclError> {
+) -> Result<Box<SketchGroup>, KclError> {
     let from = sketch_group.get_coords_from_paths()?;
     let (angle, x_to) = match &data {
         AngledLineToData::AngleWithTag { angle, to, .. } => (*angle, *to),
@@ -467,7 +487,7 @@ fn inner_angled_line_to_x(
 
 /// Draw an angled line of a given y length.
 pub fn angled_line_of_y_length(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (AngledLineData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (AngledLineData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_angled_line_of_y_length(data, sketch_group, args)?;
 
@@ -480,9 +500,9 @@ pub fn angled_line_of_y_length(args: &mut Args) -> Result<MemoryItem, KclError>
 }]
 fn inner_angled_line_of_y_length(
     data: AngledLineData,
-    sketch_group: SketchGroup,
+    sketch_group: Box<SketchGroup>,
     args: &mut Args,
-) -> Result<SketchGroup, KclError> {
+) -> Result<Box<SketchGroup>, KclError> {
     let (angle, length) = match &data {
         AngledLineData::AngleWithTag { angle, length, .. } => (*angle, *length),
         AngledLineData::AngleAndLength(angle_and_length) => (angle_and_length[0], angle_and_length[1]),
@@ -505,7 +525,7 @@ fn inner_angled_line_of_y_length(
 
 /// Draw an angled line to a given y coordinate.
 pub fn angled_line_to_y(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (AngledLineToData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (AngledLineToData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_angled_line_to_y(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -517,9 +537,9 @@ pub fn angled_line_to_y(args: &mut Args) -> Result<MemoryItem, KclError> {
 }]
 fn inner_angled_line_to_y(
     data: AngledLineToData,
-    sketch_group: SketchGroup,
+    sketch_group: Box<SketchGroup>,
     args: &mut Args,
-) -> Result<SketchGroup, KclError> {
+) -> Result<Box<SketchGroup>, KclError> {
     let from = sketch_group.get_coords_from_paths()?;
     let (angle, y_to) = match &data {
         AngledLineToData::AngleWithTag { angle, to, .. } => (*angle, *to),
@@ -560,7 +580,7 @@ pub struct AngeledLineThatIntersectsData {
 
 /// Draw an angled line that intersects with a given line.
 pub fn angled_line_that_intersects(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (AngeledLineThatIntersectsData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (AngeledLineThatIntersectsData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
     let new_sketch_group = inner_angled_line_that_intersects(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
 }
@@ -571,9 +591,9 @@ pub fn angled_line_that_intersects(args: &mut Args) -> Result<MemoryItem, KclErr
 }]
 fn inner_angled_line_that_intersects(
     data: AngeledLineThatIntersectsData,
-    sketch_group: SketchGroup,
+    sketch_group: Box<SketchGroup>,
     args: &mut Args,
-) -> Result<SketchGroup, KclError> {
+) -> Result<Box<SketchGroup>, KclError> {
     let intersect_path = sketch_group
         .get_path_by_name(&data.intersect_tag)
         .ok_or_else(|| {
@@ -617,7 +637,7 @@ pub fn start_sketch_at(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "startSketchAt",
 }]
-fn inner_start_sketch_at(data: LineData, args: &mut Args) -> Result<SketchGroup, KclError> {
+fn inner_start_sketch_at(data: LineData, args: &mut Args) -> Result<Box<SketchGroup>, KclError> {
     let to = match &data {
         LineData::PointWithTag { to, .. } => *to,
         LineData::Point(to) => *to,
@@ -661,7 +681,7 @@ fn inner_start_sketch_at(data: LineData, args: &mut Args) -> Result<SketchGroup,
         start: current_path,
         meta: vec![args.source_range.into()],
     };
-    Ok(sketch_group)
+    Ok(Box::new(sketch_group))
 }
 
 /// Close the current sketch.
@@ -677,7 +697,7 @@ pub fn close(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "close",
 }]
-fn inner_close(sketch_group: SketchGroup, args: &mut Args) -> Result<SketchGroup, KclError> {
+fn inner_close(sketch_group: Box<SketchGroup>, args: &mut Args) -> Result<Box<SketchGroup>, KclError> {
     let from = sketch_group.get_coords_from_paths()?;
     let to: Point2d = sketch_group.start.from.into();
 
@@ -756,7 +776,7 @@ pub enum ArcData {
 
 /// Draw an arc.
 pub fn arc(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (ArcData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (ArcData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_arc(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -766,7 +786,7 @@ pub fn arc(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "arc",
 }]
-fn inner_arc(data: ArcData, sketch_group: SketchGroup, args: &mut Args) -> Result<SketchGroup, KclError> {
+fn inner_arc(data: ArcData, sketch_group: Box<SketchGroup>, args: &mut Args) -> Result<Box<SketchGroup>, KclError> {
     let from: Point2d = sketch_group.get_coords_from_paths()?;
 
     let (center, angle_start, angle_end, radius, end) = match &data {
@@ -883,7 +903,7 @@ pub enum BezierData {
 
 /// Draw a bezier curve.
 pub fn bezier_curve(args: &mut Args) -> Result<MemoryItem, KclError> {
-    let (data, sketch_group): (BezierData, SketchGroup) = args.get_data_and_sketch_group()?;
+    let (data, sketch_group): (BezierData, Box<SketchGroup>) = args.get_data_and_sketch_group()?;
 
     let new_sketch_group = inner_bezier_curve(data, sketch_group, args)?;
     Ok(MemoryItem::SketchGroup(new_sketch_group))
@@ -893,7 +913,11 @@ pub fn bezier_curve(args: &mut Args) -> Result<MemoryItem, KclError> {
 #[stdlib {
     name = "bezierCurve",
 }]
-fn inner_bezier_curve(data: BezierData, sketch_group: SketchGroup, args: &mut Args) -> Result<SketchGroup, KclError> {
+fn inner_bezier_curve(
+    data: BezierData,
+    sketch_group: Box<SketchGroup>,
+    args: &mut Args,
+) -> Result<Box<SketchGroup>, KclError> {
     let from = sketch_group.get_coords_from_paths()?;
 
     let (to, control1, control2) = match &data {

src/wasm-lib/tests/executor/inputs/pipes_on_pipes.kcl

@@ -0,0 +1,470 @@
+const svg = startSketchAt([0, 0])
+
+|> lineTo([22.687663, -2.7664351], %) // MoveRelative
+|> lineTo([15.687664000000002, -5.7664351], %) // MoveRelative
+|> bezierCurve({ control1: [9.6876636, -13.766435], control2: [12.350729000000001, -9.156355099999999], to: [12.350729000000001, -9.156355099999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [3.6876636000000005, -32.766435], control2: [6.962245000000001, -20.186315], to: [4.8344949, -25.885455]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [5.0392261000000005, -58.571125], control2: [2.9675173000000004, -41.612785], to: [3.0190312000000006, -49.894795]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [10.687664000000002, -73.766435], control2: [6.693877800000001, -63.826655], to: [8.2887432, -68.804835]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [20.375163, -80.578935], control2: [16.045534000000004, -78.630635], to: [16.045534000000004, -78.630635]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [30.062663, -82.266435], control2: [24.812782, -81.936245], to: [24.812782, -81.936245]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [41.125163, -79.516435], control2: [35.794902, -82.039475], to: [35.794902, -82.039475]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [49.687663, -72.766435], control2: [45.867323, -76.907555], to: [45.867323, -76.907555]}, %) // CubicBezierRelative
+|> lineTo([50.687663, -69.766435], %) // LineRelative
+|> lineTo([50.687663, -62.766435], %) // VerticalLineHorizonal
+|> lineTo([48.687663, -57.891435], %) // LineRelative
+|> bezierCurve({ control1: [46.351725, -31.692225], control2: [46.191183, -48.997725], to: [46.295503000000004, -40.884555000000006]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [47.7736, -20.934404999999998], control2: [46.687663, -25.766435], to: [46.687663, -25.766435]}, %) // CubicBezierRelative
+|> lineTo([48.687663, -16.766434999999998], %) // LineRelative
+|> lineTo([47.687663, -9.766435099999999], %) // LineRelative
+|> bezierCurve({ control1: [40.687663, -3.766435099999999], control2: [44.488820000000004, -6.310115099999999], to: [44.488820000000004, -6.310115099999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [22.687663, -2.766435099999999], control2: [34.632213, -2.2525750999999987], to: [28.903189, -2.550245099999999]}, %) // CubicBezierRelative
+ // StopRelative
+|> lineTo([116.68767, -9.766435099999999], %) // MoveRelative
+|> bezierCurve({ control1: [108.68767, -15.766434999999998], control2: [112.22719, -12.236704999999999], to: [112.22719, -12.236704999999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [102.37517, -28.953934999999998], control2: [105.79825, -20.100575], to: [103.93048, -23.991764999999997]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [101.68767, -47.766435], control2: [101.45837999999999, -35.371444999999994], to: [101.28287, -41.289805]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [110.31267, -61.203935], control2: [103.94304, -53.097335], to: [106.65406999999999, -56.725305]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [116.68767, -66.766435], control2: [113.42043, -64.74899500000001], to: [113.42043, -64.74899500000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [134.68767, -64.766435], control2: [123.4012, -67.124495], to: [128.03363, -66.429955]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [143.68767, -60.766435], control2: [139.37985, -63.042205], to: [139.37985, -63.042205]}, %) // CubicBezierRelative
+|> lineTo([148.68767, -55.766435], %) // LineRelative
+|> lineTo([149.68767, -54.766435], %) // LineRelative
+|> bezierCurve({ control1: [149.75017, -46.078935], control2: [149.71427, -51.870655], to: [149.73387, -48.974805]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [150.68767, -36.766435], control2: [149.97673, -41.121905], to: [149.97673, -41.121905]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [158.68767, -30.766435], control2: [154.62517, -32.891435], to: [154.62517, -32.891435]}, %) // CubicBezierRelative
+|> lineTo([160.68767, -26.766435], %) // LineRelative
+|> lineTo([160.68767, -20.766435], %) // VerticalLineHorizonal
+|> bezierCurve({ control1: [149.68767, -9.8289351], control2: [157.40521999999999, -16.321455], to: [154.13992, -13.098555000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [145.68767, -7.766435100000001], control2: [148.36767, -9.148315100000001], to: [147.04767, -8.4676851]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [116.68767, -9.7664351], control2: [135.27527, -6.278955100000001], to: [126.6914, -6.2357151]}, %) // CubicBezierRelative
+ // StopRelative
+|> lineTo([60.687663, -9.7664351], %) // MoveRelative
+|> lineTo([54.687663, -13.766435000000001], %) // MoveRelative
+|> bezierCurve({ control1: [48.937663, -25.516435], control2: [50.481933, -19.450155000000002], to: [50.481933, -19.450155000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [47.687663, -41.766435], control2: [47.773086, -31.339325000000002], to: [47.261382, -35.869545]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [50.687663, -56.766435], control2: [48.8286, -49.471785000000004], to: [48.8286, -49.471785000000004]}, %) // CubicBezierRelative
+|> lineTo([54.687663, -62.766435], %) // LineRelative
+|> lineTo([60.687663, -66.766435], %) // LineRelative
+|> bezierCurve({ control1: [69.562663, -67.203935], control2: [64.985029, -67.361225], to: [64.985029, -67.361225]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [74.17985, -67.199935], control2: [71.84817100000001, -67.201935], to: [71.84817100000001, -67.201935]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [86.687663, -63.766335], control2: [78.823333, -66.75328499999999], to: [82.418032, -65.599655]}, %) // CubicBezierRelative
+|> lineTo([86.687663, -61.766335], %) // VerticalLineHorizonal
+|> lineTo([90.687663, -60.766335], %) // LineRelative
+|> lineTo([95.687663, -56.766335], %) // LineRelative
+|> lineTo([98.687663, -49.766335], %) // LineRelative
+|> bezierCurve({ control1: [97.562663, -37.578835], control2: [98.934927, -43.021825], to: [98.934927, -43.021825]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [95.687663, -32.766335], control2: [96.943913, -35.990714999999994], to: [96.325163, -34.402584999999995]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [86.687663, -27.766334999999998], control2: [90.389309, -28.854045], to: [90.389309, -28.854045]}, %) // CubicBezierRelative
+|> lineTo([84.687663, -23.766334999999998], %) // LineRelative
+|> lineTo([82.687663, -22.766334999999998], %) // LineRelative
+|> lineTo([79.687663, -17.766334999999998], %) // LineRelative
+|> lineTo([77.687663, -17.766334999999998], %) // HorizontalLineRelative
+|> lineTo([75.687663, -13.766334999999998], %) // LineRelative
+|> bezierCurve({ control1: [67.687663, -9.766335099999997], control2: [72.005138, -11.383034999999998], to: [72.005138, -11.383034999999998]}, %) // CubicBezierRelative
+|> lineTo([60.687663, -9.766335099999997], %) // HorizontalLineRelative
+ // StopRelative
+|> lineTo([295.68767, -33.766435], %) // MoveAbsolute
+|> bezierCurve({ control1: [286.31267, -36.578935], control2: [292.56461, -34.710375], to: [289.43947000000003, -35.647445000000005]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [242.00408000000002, -50.172685], control2: [271.51088000000004, -41.004795], to: [256.74729, -45.555595000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [234.31267000000003, -52.578935], control2: [239.46591, -50.966755], to: [236.92775, -51.760815]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [227.28923000000003, -54.785975], control2: [231.99494, -53.307255], to: [229.67720000000003, -54.035585000000005]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [208.68767000000003, -59.766435], control2: [221.12295000000003, -56.635855], to: [214.94597000000005, -58.261215]}, %) // CubicBezierRelative
+|> lineTo([208.68767000000003, -57.766435], %) // VerticalLineHorizonal
+|> lineTo([212.68767000000003, -55.766435], %) // LineRelative
+|> bezierCurve({ control1: [217.68767000000003, -48.766435], control2: [215.57281000000003, -52.830805], to: [215.57281000000003, -52.830805]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [218.68767000000003, -37.766435], control2: [218.84802000000002, -43.253935], to: [218.84802000000002, -43.253935]}, %) // CubicBezierRelative
+|> lineTo([215.68767000000003, -31.766435], %) // LineRelative
+|> bezierCurve({ control1: [208.68767000000003, -26.766435], control2: [212.58234000000002, -28.940575000000003], to: [212.58234000000002, -28.940575000000003]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [192.68767000000003, -22.766435], control2: [203.18777000000003, -24.627585], to: [198.58520000000001, -23.608945000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [174.68767000000003, -24.766435], control2: [186.30665000000002, -22.492965], to: [180.86041000000003, -23.137525]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [170.12517000000003, -25.953935], control2: [173.18205000000003, -25.158315], to: [171.67642000000004, -25.550185000000003]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [161.43767000000003, -31.016435], control2: [165.49678000000003, -27.618325000000002], to: [165.49678000000003, -27.618325000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [152.68767000000003, -41.766435], control2: [157.93412000000004, -34.519995], to: [155.07957000000002, -37.431115]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [152.68767000000003, -50.766435], control2: [151.93767000000003, -46.266435], to: [151.93767000000003, -46.266435]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [160.43767000000003, -61.578935], control2: [156.18761000000003, -57.582325], to: [156.18761000000003, -57.582325]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [164.68767000000003, -64.766435], control2: [162.54142000000002, -63.156755000000004], to: [162.54142000000002, -63.156755000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [180.68767000000003, -67.766435], control2: [172.62751000000003, -66.921865], to: [172.62751000000003, -66.921865]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [158.81267000000003, -75.266435], control2: [173.47790000000003, -70.856345], to: [166.33463000000003, -73.047575]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [138.52752000000004, -81.543785], control2: [148.62236000000001, -78.25548500000001], to: [148.62236000000001, -78.25548500000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [130.12517000000003, -82.828935], control2: [134.68767000000003, -82.766435], to: [134.68767000000003, -82.766435]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [125.68767000000003, -81.766435], control2: [128.66080000000002, -82.478315], to: [127.19642000000003, -82.127685]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [117.68767000000003, -75.766435], control2: [122.99559000000002, -79.800785], to: [120.32975000000002, -77.798805]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [107.68767000000003, -72.766435], control2: [113.16586000000002, -73.682455], to: [113.16586000000002, -73.682455]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [84.93766300000003, -73.953935], control2: [99.87842800000003, -72.226315], to: [92.61523300000002, -72.36835500000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [80.68766300000003, -75.766435], control2: [83.53516300000003, -74.552065], to: [82.13266300000002, -75.15018500000001]}, %) // CubicBezierRelative
+|> lineTo([75.68766300000003, -80.766435], %) // LineRelative
+|> lineTo([76.68766300000003, -84.766435], %) // LineRelative
+|> lineTo([81.68766300000003, -87.766435], %) // LineRelative
+|> bezierCurve({ control1: [93.93766300000003, -87.891435], control2: [85.76704300000003, -87.950845], to: [89.85495700000003, -87.974265]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [105.68767000000003, -87.766435], control2: [97.85393000000003, -87.821635], to: [101.77078000000003, -87.772355]}, %) // CubicBezierRelative
+|> lineTo([106.68767000000003, -88.766435], %) // LineRelative
+|> lineTo([99.68766300000003, -90.766435], %) // LineRelative
+|> lineTo([95.75016300000003, -93.266435], %) // LineRelative
+|> bezierCurve({ control1: [83.68766300000003, -97.766435], control2: [91.68766300000003, -95.766435], to: [91.68766300000003, -95.766435]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [68.68766300000003, -102.76643], control2: [78.56377900000003, -99.248045], to: [73.64162800000003, -100.78485]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [52.68766300000003, -101.76643], control2: [63.09091200000003, -102.95723], to: [58.18407400000003, -102.86573]}, %) // CubicBezierRelative
+|> lineTo([48.68766300000003, -106.76643], %) // LineRelative
+|> lineTo([48.68766300000003, -114.76643], %) // VerticalLineHorizonal
+|> lineTo([51.68766300000003, -121.76643], %) // LineRelative
+|> lineTo([56.68766300000003, -123.76643], %) // LineRelative
+|> lineTo([61.68766300000003, -123.76643], %) // HorizontalLineRelative
+|> lineTo([64.68766300000003, -118.76643], %) // LineRelative
+|> lineTo([69.68766300000003, -115.76643], %) // LineRelative
+|> lineTo([69.68766300000003, -113.76643], %) // VerticalLineHorizonal
+|> lineTo([75.68766300000003, -113.76643], %) // HorizontalLineRelative
+|> lineTo([79.68766300000003, -110.76643], %) // LineRelative
+|> lineTo([79.68766300000003, -108.76643], %) // VerticalLineHorizonal
+|> lineTo([85.68766300000003, -109.76643], %) // LineRelative
+|> lineTo([88.68766300000003, -106.76643], %) // LineRelative
+|> lineTo([88.68766300000003, -102.76643], %) // VerticalLineHorizonal
+|> bezierCurve({ control1: [99.68766300000003, -101.76643], control2: [93.93766300000003, -102.01643], to: [93.93766300000003, -102.01643]}, %) // CubicBezierRelative
+|> lineTo([103.68767000000003, -105.76643], %) // LineRelative
+|> lineTo([106.68767000000003, -106.76643], %) // LineRelative
+|> bezierCurve({ control1: [107.68767000000003, -102.76643], control2: [107.18267000000003, -104.78643], to: [107.18267000000003, -104.78643]}, %) // CubicBezierRelative
+|> lineTo([116.68767000000003, -102.76643], %) // HorizontalLineRelative
+|> lineTo([113.68767000000003, -108.76643], %) // LineRelative
+|> bezierCurve({ control1: [101.68767000000003, -114.76643], control2: [109.73020000000002, -110.84932], to: [105.72846000000003, -112.85018]}, %) // CubicBezierRelative
+|> lineTo([97.68766300000003, -118.76643], %) // LineRelative
+|> lineTo([97.68766300000003, -125.76643], %) // VerticalLineHorizonal
+|> lineTo([101.68767000000003, -128.76643], %) // LineRelative
+|> bezierCurve({ control1: [115.75017000000003, -126.57893000000001], control2: [106.58566000000002, -128.61801000000003], to: [110.98125000000003, -127.69757000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [124.93767000000003, -122.01643000000001], control2: [120.74370000000002, -124.95192000000002], to: [120.74370000000002, -124.95192000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [134.68767000000003, -111.76643000000001], control2: [128.66063000000003, -118.78987000000001], to: [131.76465000000002, -115.73339000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [136.68767000000003, -96.76643500000002], control2: [137.05397000000002, -104.69775000000001], to: [137.05397000000002, -104.69775000000001]}, %) // CubicBezierRelative
+|> lineTo([135.68767000000003, -95.76643500000002], %) // LineRelative
+|> lineTo([144.68767000000003, -91.76643500000002], %) // LineRelative
+|> lineTo([144.68767000000003, -89.76643500000002], %) // VerticalLineHorizonal
+|> bezierCurve({ control1: [149.18767000000003, -88.95393500000002], control2: [146.91517000000002, -89.36425500000001], to: [146.91517000000002, -89.36425500000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [158.81267000000003, -86.20393500000002], control2: [154.52930000000003, -87.94347500000002], to: [154.52930000000003, -87.94347500000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [170.68767000000003, -83.76643500000002], control2: [162.68767000000003, -84.76643500000002], to: [162.68767000000003, -84.76643500000002]}, %) // CubicBezierRelative
+|> lineTo([169.68767000000003, -87.76643500000002], %) // LineRelative
+|> bezierCurve({ control1: [173.81267000000003, -124.20393000000001], control2: [169.31325000000004, -100.37193000000002], to: [170.34211000000002, -112.05696000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [175.68767000000003, -129.76643], control2: [174.43142000000003, -126.03956000000001], to: [175.05017000000004, -127.87518000000001]}, %) // CubicBezierRelative
+|> lineTo([177.68767000000003, -129.76643], %) // HorizontalLineRelative
+|> lineTo([179.68767000000003, -133.76643], %) // LineRelative
+|> lineTo([185.68767000000003, -138.76643], %) // LineRelative
+|> bezierCurve({ control1: [202.68767000000003, -139.76643], control2: [191.47452, -140.21315], to: [196.74116000000004, -140.04174]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [210.68767000000003, -135.76643], control2: [207.25921000000002, -138.23436], to: [207.25921000000002, -138.23436]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [215.35564000000002, -128.27815], control2: [213.71484000000004, -132.0027], to: [213.71484000000004, -132.0027]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [216.91033000000002, -104.88753000000001], control2: [217.63118000000003, -120.57069000000001], to: [217.01741, -112.86275]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [214.68767000000003, -85.76643500000002], control2: [216.67209000000003, -98.33796500000001], to: [216.17402, -92.15775500000001]}, %) // CubicBezierRelative
+|> lineTo([210.68767000000003, -78.76643500000002], %) // LineRelative
+|> lineTo([207.68767000000003, -78.76643500000002], %) // HorizontalLineRelative
+|> lineTo([207.68767000000003, -75.76643500000002], %) // VerticalLineHorizonal
+|> lineTo([203.68767000000003, -74.76643500000002], %) // LineRelative
+|> lineTo([204.68767000000003, -70.76643500000002], %) // LineRelative
+|> lineTo([209.50017000000003, -70.01643500000002], %) // LineRelative
+|> bezierCurve({ control1: [226.68767000000003, -64.76643500000002], control2: [215.57464000000002, -68.78927500000002], to: [220.89892000000003, -66.95330500000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [247.31267000000003, -58.578935000000016], control2: [233.53624000000002, -62.60005500000001], to: [240.40800000000002, -60.55978500000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [277.21111, -48.92659500000001], control2: [257.37096, -55.63882500000002], to: [267.2794, -52.26503500000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [299.68767, -41.766435000000016], control2: [284.67443000000003, -46.437325000000016], to: [292.16675000000004, -44.07484500000001]}, %) // CubicBezierRelative
+|> lineTo([299.68767, -39.766435000000016], %) // VerticalLineHorizonal
+|> bezierCurve({ control1: [306.50017, -39.328935000000016], control2: [301.93580000000003, -39.62206500000001], to: [304.18392, -39.477685000000015]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [316.68767, -37.766435000000016], control2: [313.07319, -39.10529500000001], to: [313.07319, -39.10529500000001]}, %) // CubicBezierRelative
+|> lineTo([316.68767, -35.766435000000016], %) // VerticalLineHorizonal
+|> lineTo([320.56267, -35.016435000000016], %) // LineRelative
+|> bezierCurve({ control1: [335.68767, -29.766435000000016], control2: [325.89187000000004, -33.71663500000002], to: [330.60815, -31.833685000000017]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [343.56267, -27.266435000000016], control2: [339.5858, -28.528935000000015], to: [339.5858, -28.528935000000015]}, %) // CubicBezierRelative
+|> lineTo([350.68767, -24.766435000000016], %) // LineRelative
+|> lineTo([354.68767, -20.766435000000016], %) // LineRelative
+|> bezierCurve({ control1: [295.68767, -33.766435000000016], control2: [334.809, -20.766435000000016], to: [314.44364, -27.758665000000015]}, %) // CubicBezierRelative
+ // StopRelative
+|> lineTo([299.68767, -66.76643500000002], %) // MoveRelative
+|> bezierCurve({ control1: [285.00017, -76.64143500000002], control2: [293.75788, -69.23718500000001], to: [289.90768, -72.43500500000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [276.37517, -85.70393500000002], control2: [279.86247000000003, -81.42042500000002], to: [279.86247000000003, -81.42042500000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [273.68767, -88.76643500000002], control2: [275.48830000000004, -86.71456500000002], to: [274.60142, -87.72518500000001]}, %) // CubicBezierRelative
+|> lineTo([267.68767, -91.76643500000002], %) // LineRelative
+|> lineTo([264.68767, -96.76643500000002], %) // LineRelative
+|> bezierCurve({ control1: [266.68767, -111.76643000000001], control2: [264.32138000000003, -104.69775000000001], to: [264.32138000000003, -104.69775000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [278.68767, -123.76643000000001], control2: [270.61411000000004, -116.17816000000002], to: [274.2035, -120.01380000000002]}, %) // CubicBezierRelative
+|> lineTo([282.93767, -126.01643000000001], %) // LineRelative
+|> bezierCurve({ control1: [303.68767, -126.76643000000001], control2: [289.896, -127.11512000000002], to: [296.66137000000003, -126.99871000000002]}, %) // CubicBezierRelative
+|> lineTo([305.68767, -125.76643000000001], %) // LineRelative
+|> lineTo([310.68767, -124.76643000000001], %) // LineRelative
+|> lineTo([317.68767, -122.76643000000001], %) // LineRelative
+|> bezierCurve({ control1: [324.37517, -113.14143000000001], control2: [322.56495, -117.43458000000001], to: [322.56495, -117.43458000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [327.68767, -96.76643500000002], control2: [326.02173000000005, -107.65292000000001], to: [327.05405, -102.46899000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [323.37517, -79.39143500000002], control2: [327.04242000000005, -90.45732500000001], to: [325.54155000000003, -85.36362500000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [320.68767, -73.76643500000002], control2: [322.48830000000004, -77.53518500000001], to: [321.60142, -75.67893500000001]}, %) // CubicBezierRelative
+|> lineTo([315.68767, -68.76643500000002], %) // LineRelative
+|> bezierCurve({ control1: [305.43767, -66.32893500000002], control2: [310.76687000000004, -66.51488500000002], to: [310.76687000000004, -66.51488500000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [299.68767, -66.76643500000002], control2: [302.59142, -66.54550500000002], to: [302.59142, -66.54550500000002]}, %) // CubicBezierRelative
+ // StopRelative
+|> lineTo([240.68767000000003, -68.76643500000002], %) // MoveRelative
+|> bezierCurve({ control1: [222.68767000000003, -80.76643500000002], control2: [233.66999, -72.11131500000002], to: [228.65800000000002, -75.79116500000002]}, %) // CubicBezierRelative
+|> lineTo([219.68767000000003, -86.76643500000002], %) // LineRelative
+|> bezierCurve({ control1: [222.55095000000003, -116.67268000000001], control2: [219.05386000000001, -97.26953500000002], to: [220.04332000000002, -106.46619000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [227.68767000000003, -130.76643], control2: [223.91824000000003, -121.59681000000002], to: [225.39892000000003, -126.18894000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [236.43377000000004, -136.4969], control2: [232.25590000000003, -134.74853000000002], to: [232.25590000000003, -134.74853000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [249.75017000000003, -138.07893], control2: [241.08415000000005, -137.88476], to: [244.90570000000002, -138.13253]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [254.34783000000002, -138.06723000000002], control2: [251.26740000000004, -138.07493000000002], to: [252.78463000000002, -138.07093]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [265.68767, -135.76644000000002], control2: [259.20097000000004, -137.88174000000004], to: [259.20097000000004, -137.88174000000004]}, %) // CubicBezierRelative
+|> lineTo([265.68767, -132.76644000000002], %) // VerticalLineHorizonal
+|> lineTo([267.68767, -132.76644000000002], %) // HorizontalLineRelative
+|> bezierCurve({ control1: [268.56267, -122.32894000000002], control2: [268.96128000000004, -128.41242000000003], to: [268.96128000000004, -128.41242000000003]}, %) // CubicBezierRelative
+|> lineTo([267.68767, -115.76644000000002], %) // LineRelative
+|> lineTo([262.68767, -110.76644000000002], %) // LineRelative
+|> lineTo([259.68767, -104.76644000000002], %) // LineRelative
+|> lineTo([259.68767, -96.76644500000002], %) // VerticalLineHorizonal
+|> lineTo([263.68767, -91.76644500000002], %) // LineRelative
+|> lineTo([263.68767, -88.76644500000002], %) // VerticalLineHorizonal
+|> lineTo([265.68767, -88.76644500000002], %) // HorizontalLineRelative
+|> bezierCurve({ control1: [265.68767, -74.76644500000002], control2: [265.77327, -84.10056500000002], to: [265.76887000000005, -79.43241500000002]}, %) // CubicBezierRelative
+|> lineTo([263.68767, -71.76644500000002], %) // LineRelative
+|> lineTo([257.68767, -68.76644500000002], %) // LineRelative
+|> bezierCurve({ control1: [240.68767000000003, -68.76644500000002], control2: [251.63750000000002, -68.30105500000002], to: [246.62747000000002, -68.01396500000001]}, %) // CubicBezierRelative
+ // StopRelative
+|> lineTo([348.06267, -71.45394500000002], %) // MoveRelative
+|> bezierCurve({ control1: [336.68767, -78.76644500000002], control2: [342.24112, -73.65657500000002], to: [342.24112, -73.65657500000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [331.68767, -85.76644500000002], control2: [333.86052, -82.22373500000002], to: [333.86052, -82.22373500000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [330.68767, -113.76644000000002], control2: [329.44062, -94.75465500000001], to: [330.36224000000004, -104.56387000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [333.68767, -125.76644000000002], control2: [331.54987, -120.49367000000002], to: [331.54987, -120.49367000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [339.68767, -134.76644000000002], control2: [336.35378000000003, -130.85268000000002], to: [336.35378000000003, -130.85268000000002]}, %) // CubicBezierRelative
+|> lineTo([344.68767, -136.76644000000002], %) // LineRelative
+|> bezierCurve({ control1: [354.50017, -136.89144000000002], control2: [347.95588000000004, -136.90388000000002], to: [351.22938000000005, -136.93595000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [359.7072, -136.83674000000002], control2: [357.07765, -136.86434000000003], to: [357.07765, -136.86434000000003]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [363.68767, -136.76644000000002], control2: [361.02076, -136.81354000000002], to: [362.33431, -136.79034000000001]}, %) // CubicBezierRelative
+|> lineTo([364.68767, -133.76644000000002], %) // LineRelative
+|> lineTo([369.68767, -132.76644000000002], %) // LineRelative
+|> lineTo([374.68767, -127.76644000000002], %) // LineRelative
+|> lineTo([375.68767, -125.76644000000002], %) // LineRelative
+|> lineTo([378.68767, -124.76644000000002], %) // LineRelative
+|> lineTo([381.68767, -119.76644000000002], %) // LineRelative
+|> bezierCurve({ control1: [383.68767, -90.76644500000002], control2: [383.35291, -110.03795000000002], to: [384.23553000000004, -100.62782000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [376.68767, -74.76644500000002], control2: [381.89678000000004, -84.77624500000002], to: [379.89992, -80.12019500000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [361.68767, -69.76644500000002], control2: [371.66314, -72.44743500000001], to: [367.11478000000005, -70.85187500000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [348.06267, -71.45394500000002], control2: [353.98599, -69.38331500000002], to: [353.98599, -69.38331500000002]}, %) // CubicBezierRelative
+ // StopRelative
+|> lineTo([420.68767, -75.76644500000002], %) // MoveRelative
+|> lineTo([414.68767, -78.76644500000002], %) // MoveRelative
+|> lineTo([411.68767, -81.76644500000002], %) // MoveRelative
+|> bezierCurve({ control1: [394.68767, -89.76644500000002], control2: [406.10302, -84.70574500000002], to: [400.49226000000004, -87.27876500000002]}, %) // CubicBezierRelative
+|> lineTo([390.68767, -93.76644500000002], %) // LineRelative
+|> bezierCurve({ control1: [387.00017, -105.95394000000002], control2: [388.81932, -97.84915500000002], to: [387.7277, -101.52261000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [386.68767, -123.76644000000002], control2: [386.61176, -111.93554000000002], to: [386.45034000000004, -117.77373000000001]}, %) // CubicBezierRelative
+|> lineTo([389.68767, -129.76644000000002], %) // LineRelative
+|> bezierCurve({ control1: [401.68767, -140.76644000000002], control2: [393.59112000000005, -133.6699], to: [397.39354000000003, -137.31580000000002]}, %) // CubicBezierRelative
+|> lineTo([406.68767, -142.76644000000002], %) // LineRelative
+|> bezierCurve({ control1: [419.18767, -141.64144000000002], control2: [414.16723, -143.08983], to: [414.16723, -143.08983]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [431.68767, -133.76644000000002], control2: [424.08865000000003, -139.59937000000002], to: [427.61672000000004, -137.15890000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [438.81267, -125.32894000000002], control2: [436.54426, -129.29261000000002], to: [436.54426, -129.29261000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [443.68767, -106.76644000000002], control2: [441.36597, -119.11592000000002], to: [442.65924, -113.42420000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [442.68767, -87.76644500000002], control2: [443.82181, -100.36380000000001], to: [443.70527000000004, -94.09420500000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [438.68767, -79.76644500000002], control2: [441.01966000000004, -83.40792500000002], to: [441.01966000000004, -83.40792500000002]}, %) // CubicBezierRelative
+|> lineTo([434.68767, -76.76644500000002], %) // LineRelative
+|> bezierCurve({ control1: [420.68767, -75.76644500000002], control2: [428.38627, -75.54725500000002], to: [428.38627, -75.54725500000002]}, %) // CubicBezierRelative
+
+|> lineTo([119.83194, -25.193075], %) // MoveRelative
+|> bezierCurve({ control1: [126.83194, -26.193075], control2: [122.14194, -25.523075], to: [124.45194000000001, -25.853075]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [129.83194, -32.193075], control2: [127.82194, -28.173075], to: [128.81194, -30.153075]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [130.83194, -33.193075], control2: [130.16194000000002, -32.523075], to: [130.49194, -32.853075]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [131.83194, -41.193075], control2: [131.16194000000002, -35.833075], to: [131.49194, -38.473075]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [133.83194, -38.193075], control2: [132.49194, -40.203075], to: [133.15194, -39.213075]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [135.26944, -32.068075], control2: [134.30631, -36.171825], to: [134.78069, -34.150575]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [136.83194, -26.193075], control2: [135.78506000000002, -30.129325], to: [136.30069, -28.190575]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [139.83194, -25.193075], control2: [137.82194, -25.863075000000002], to: [138.81194, -25.533075]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [137.39444, -44.318075], control2: [139.51153, -31.793465], to: [139.18359, -37.939365]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [133.83194, -52.193075], control2: [135.83194, -48.193075], to: [135.83194, -48.193075]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [129.83194, -51.193075], control2: [132.51194, -51.863075], to: [131.19194000000002, -51.533075000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [124.83194, -41.193075], control2: [126.83194, -46.193075], to: [126.83194, -46.193075]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [120.83194, -51.193075], control2: [123.51194000000001, -44.493075], to: [122.19194, -47.793075]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [117.83194, -51.193075], control2: [119.84194000000001, -51.193075], to: [118.85194, -51.193075]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [116.83194, -50.193075], control2: [117.50194, -50.863075], to: [117.17194, -50.533075000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [118.83194, -26.193075], control2: [116.5899, -41.883314999999996], to: [116.78264, -34.269515]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [119.83194, -25.193075], control2: [119.16194, -25.863075000000002], to: [119.49194, -25.533075]}, %) // CubicBezierRelative
+
+|> lineTo([65.254392, -26.686845], %) // MoveRelative
+|> bezierCurve({ control1: [69.254392, -26.686845], control2: [66.57439199999999, -26.686845], to: [67.894392, -26.686845]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [70.254392, -32.686845000000005], control2: [69.584392, -28.666845000000002], to: [69.91439199999999, -30.646845000000003]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [69.254392, -35.686845000000005], control2: [69.924392, -33.67684500000001], to: [69.594392, -34.666845]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [69.254392, -44.686845000000005], control2: [69.21439199999999, -38.686575000000005], to: [69.210922, -41.687155000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [72.629392, -39.374345000000005], control2: [70.36814199999999, -42.93371500000001], to: [71.481892, -41.180595000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [78.254392, -30.686845000000005], control2: [74.483601, -36.465155], to: [76.34075899999999, -33.557295]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [81.254392, -30.686845000000005], control2: [79.24439199999999, -30.686845000000005], to: [80.234392, -30.686845000000005]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [80.004392, -42.811845000000005], control2: [81.254392, -38.686845000000005], to: [81.254392, -38.686845000000005]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [74.254392, -52.686845000000005], control2: [78.254392, -46.686845000000005], to: [78.254392, -46.686845000000005]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [73.254392, -53.686845000000005], control2: [73.924392, -53.016845], to: [73.594392, -53.346845]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [67.254392, -53.686845000000005], control2: [71.27439199999999, -53.686845000000005], to: [69.294392, -53.686845000000005]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [61.254391999999996, -48.686845000000005], control2: [65.27439199999999, -52.03684500000001], to: [63.294391999999995, -50.38684500000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [60.254391999999996, -46.686845000000005], control2: [60.924392, -48.02684500000001], to: [60.594392, -47.366845000000005]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [61.254391999999996, -28.686845000000005], control2: [60.10475399999999, -40.47687500000001], to: [60.373141, -34.855605000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [65.254392, -26.686845000000005], control2: [62.574391999999996, -28.026845000000005], to: [63.894391999999996, -27.366845000000005]}, %) // CubicBezierRelative
+
+|> lineTo([185.48371, -31.108985], %) // MoveRelative
+|> bezierCurve({ control1: [197.48371, -31.108985], control2: [189.48289, -31.028185], to: [193.48463, -31.022985000000002]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [198.48371, -36.108985000000004], control2: [197.81371000000001, -32.758985], to: [198.14371, -34.408985]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [197.48371, -38.108985000000004], control2: [198.15371, -36.768985], to: [197.82371, -37.428985000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [189.48371, -38.108985000000004], control2: [194.84371000000002, -38.108985000000004], to: [192.20371, -38.108985000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [188.48371, -42.108985000000004], control2: [189.15371, -39.428985000000004], to: [188.82371, -40.748985000000005]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [196.48371, -43.108985000000004], control2: [191.12371, -42.438985], to: [193.76371, -42.768985]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [196.48371, -47.108985000000004], control2: [196.48371, -44.428985000000004], to: [196.48371, -45.748985000000005]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [191.54621, -48.983985000000004], control2: [194.85433, -47.727735], to: [193.22496, -48.346485]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [186.48371, -51.108985000000004], control2: [189.87558, -49.685235000000006], to: [188.20496, -50.38648500000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [185.48371, -53.108985000000004], control2: [186.15371, -51.768985], to: [185.82371, -52.428985000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [195.48371, -52.108985000000004], control2: [188.78371, -52.778985000000006], to: [192.08371, -52.44898500000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [193.48371, -56.108985000000004], control2: [194.82371, -53.428985000000004], to: [194.16371, -54.748985000000005]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [188.48371, -58.108985000000004], control2: [191.83371, -56.768985], to: [190.18371, -57.428985000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [183.48371, -58.108985000000004], control2: [186.83371, -58.108985000000004], to: [185.18371, -58.108985000000004]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [179.48371, -55.108985000000004], control2: [182.16371, -57.118985], to: [180.84371000000002, -56.12898500000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [180.79621, -38.046485000000004], control2: [178.95086, -49.019255], to: [179.50181, -44.025395]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [182.48371, -33.108985000000004], control2: [181.35308, -36.41710500000001], to: [181.90996, -34.787735000000005]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [185.48371, -31.108985000000004], control2: [183.47371, -32.44898500000001], to: [184.46371, -31.788985000000004]}, %) // CubicBezierRelative
+
+|> lineTo([248.52117, -92.100105], %) // MoveRelative
+|> bezierCurve({ control1: [252.52117, -92.100105], control2: [249.84117, -92.100105], to: [251.16117, -92.100105]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [253.52117, -99.100105], control2: [252.85117000000002, -94.410105], to: [253.18117, -96.720105]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [248.89617, -100.8501], control2: [251.99492, -99.677605], to: [250.46867, -100.2551]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [237.52117, -107.1001], control2: [243.22058, -103.02548], to: [243.22058, -103.02548]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [236.52117, -109.1001], control2: [237.19117, -107.7601], to: [236.86117000000002, -108.42009999999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [252.52117, -108.1001], control2: [241.80117, -108.7701], to: [247.08117000000001, -108.4401]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [253.52117, -112.1001], control2: [252.85117000000002, -109.42009999999999], to: [253.18117, -110.7401]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [248.52117, -117.1001], control2: [251.87117, -113.7501], to: [250.22117, -115.4001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [234.52117, -118.1001], control2: [242.52117, -118.1001], to: [242.52117, -118.1001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [231.52117, -112.1001], control2: [233.53117, -116.1201], to: [232.54117000000002, -114.1401]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [231.52117, -104.1001], control2: [231.52117, -109.4601], to: [231.52117, -106.8201]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [236.52117, -99.100105], control2: [233.17117000000002, -102.45009999999999], to: [234.82117000000002, -100.8001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [236.52117, -97.100105], control2: [236.52117, -98.440105], to: [236.52117, -97.780105]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [248.52117, -92.100105], control2: [240.49514000000002, -95.372295], to: [244.49777, -93.709465]}, %) // CubicBezierRelative
+
+|> lineTo([299.09756, -85.781585], %) // MoveRelative
+|> bezierCurve({ control1: [305.09756, -85.781585], control2: [301.07756, -85.781585], to: [303.05755999999997, -85.781585]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [307.09756, -86.781585], control2: [305.75756, -86.111585], to: [306.41756, -86.441585]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [308.09756, -97.781585], control2: [307.48978999999997, -90.442425], to: [307.81822999999997, -94.110415]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [309.09756, -102.78158], control2: [308.42755999999997, -99.43158500000001], to: [308.75756, -101.08158]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [307.09756, -104.78158], control2: [308.43755999999996, -103.44158], to: [307.77756, -104.10158]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [306.09756, -108.78158], control2: [306.76756, -106.10158], to: [306.43755999999996, -107.42158]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [301.09756, -113.78158], control2: [304.43089, -110.44825], to: [302.76423, -112.11491000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [301.09756, -105.78158], control2: [301.09756, -111.14158], to: [301.09756, -108.50158]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [298.09756, -106.78158], control2: [300.10756, -106.11158], to: [299.11755999999997, -106.44158]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [294.09756, -105.78158], control2: [296.77756, -106.45158], to: [295.45756, -106.12158000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [293.09756, -111.78158], control2: [293.76756, -107.76158000000001], to: [293.43755999999996, -109.74158]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [290.09756, -114.78158], control2: [292.10756, -112.77158], to: [291.11755999999997, -113.76158000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [290.09756, -100.78158], control2: [290.09756, -110.16158], to: [290.09756, -105.54158000000001]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [292.09756, -100.78158], control2: [290.75756, -100.78158], to: [291.41756, -100.78158]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [293.34756, -95.531585], control2: [292.51006, -99.049085], to: [292.92256, -97.316585]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [295.09756, -89.781585], control2: [293.92506, -93.63408500000001], to: [294.50255999999996, -91.736585]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [299.09756, -85.781585], control2: [296.41756, -88.46158500000001], to: [297.73756, -87.141585]}, %) // CubicBezierRelative
+
+|> lineTo([419.93938, -96.155625], %) // MoveRelative
+|> bezierCurve({ control1: [424.75188, -96.218125], control2: [422.32157, -96.186525], to: [422.32157, -96.186525]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [425.75188, -102.21812], control2: [425.08188, -98.198125], to: [425.41188000000005, -100.17812]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [417.75188, -104.21812], control2: [423.11188000000004, -102.87812], to: [420.47188000000006, -103.53811999999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [415.75188, -107.21812], control2: [416.76188, -105.70312], to: [416.76188, -105.70312]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [422.75188, -108.21812], control2: [418.06188000000003, -107.54812], to: [420.37188000000003, -107.87812]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [423.75188, -112.21812], control2: [423.08188, -109.53811999999999], to: [423.41188000000005, -110.85812]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [413.75188, -117.21812], control2: [418.80188000000004, -114.69312], to: [418.80188000000004, -114.69312]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [422.75188, -117.21812], control2: [416.72188000000006, -117.21812], to: [419.69188, -117.21812]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [421.75188, -120.21812], control2: [422.42188000000004, -118.20812], to: [422.09188, -119.19812]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [418.75188, -122.21812], control2: [420.76188, -120.87812], to: [419.77188, -121.53811999999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [411.75188, -123.21812], control2: [416.44188, -122.54812], to: [414.13188, -122.87812]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [407.75188, -121.21812], control2: [410.43188000000004, -122.55812], to: [409.11188000000004, -121.89812]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [409.18938, -103.59312], control2: [407.53385000000003, -114.968], to: [407.63543000000004, -109.67378]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [411.75188, -97.218125], control2: [410.75188, -99.218125], to: [410.75188, -99.218125]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [419.93938, -96.155625], control2: [414.75188, -96.218125], to: [414.75188, -96.218125]}, %) // CubicBezierRelative
+
+|> lineTo([198.29461, -92.109945], %) // MoveRelative
+|> bezierCurve({ control1: [202.29461, -92.109945], control2: [199.61461, -92.109945], to: [200.93461, -92.109945]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [205.29461, -97.109945], control2: [203.28461000000001, -93.759945], to: [204.27461, -95.409945]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [205.29461, -104.10994], control2: [205.29461, -99.419945], to: [205.29461, -101.72994]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [203.29461, -103.10994], control2: [204.63461, -103.77994], to: [203.97461, -103.44994]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [203.29461, -101.10994], control2: [203.29461, -102.44994], to: [203.29461, -101.78994]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [195.29461, -105.10994], control2: [200.58634, -102.35660999999999], to: [197.91966, -103.69645]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [194.29461, -108.10994], control2: [194.96461, -106.09993999999999], to: [194.63461, -107.08994]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [201.29461, -110.10994], control2: [196.60461, -108.76993999999999], to: [198.91461, -109.42993999999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [203.29461, -112.10994], control2: [201.95461, -110.76993999999999], to: [202.61461, -111.42993999999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [203.29461, -117.10994], control2: [203.29461, -113.75994], to: [203.29461, -115.40993999999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [195.29461, -120.10994], control2: [200.65652, -118.18306], to: [197.98453, -119.17430999999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [190.29461, -120.10994], control2: [193.64461, -120.10994], to: [191.99461, -120.10994]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [188.29461, -117.10994], control2: [189.63461, -119.11994], to: [188.97461, -118.12993999999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [194.29461, -114.10994], control2: [190.27461, -116.11994], to: [192.25461, -115.12993999999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [188.29461, -110.10994], control2: [192.31461000000002, -112.78994], to: [190.33461, -111.46994]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [186.29461, -107.10994], control2: [187.63461, -109.11994], to: [186.97461, -108.12993999999999]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [187.29461, -101.10994], control2: [186.62461000000002, -105.12993999999999], to: [186.95461, -103.14994]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [191.29461, -96.109945], control2: [188.61461, -99.45994499999999], to: [189.93461, -97.809945]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [198.29461, -92.109945], control2: [193.60461, -94.789945], to: [195.91461, -93.469945]}, %) // CubicBezierRelative
+
+|> lineTo([0, -0], %) // MoveRelative
+|> bezierCurve({ control1: [3, -1], control2: [0.99, -0.33], to: [1.98, -0.66]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [3, -4], control2: [3, -1.99], to: [3, -2.98]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [8, -4], control2: [4.65, -4], to: [6.3, -4]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [13, -6], control2: [10.475, -4.99], to: [10.475, -4.99]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [13, -10], control2: [13, -7.32], to: [13, -8.64]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [7, -12], control2: [11.02, -10.66], to: [9.04, -11.32]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [3, -12], control2: [5.68, -12], to: [4.36, -12] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [0, -19], control2: [2.01, -14.31], to: [1.02, -16.62] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [-2, -18], control2: [-0.66, -18.67], to: [-1.32, -18.34] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [-3, -8], control2: [-2.383986, -14.672121], to: [-2.7150643, -11.337819] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [-4, -5], control2: [-3.33, -7.01], to: [-3.66, -6.02] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [-1, -5], control2: [-3.01, -5], to: [-2.02, -5]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [0, -0], control2: [-0.6699999999999999, -3.35], to: [-0.33999999999999997, -1.7000000000000002]}, %) // CubicBezierRelative
+
+|> lineTo([0, -0], %) // MoveRelative
+|> bezierCurve({ control1: [7, -0], control2: [2.31, -0], to: [4.62, -0]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [17, -5], control2: [12.3125, -2.3125], to: [12.3125, -2.3125]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [19, -8], control2: [17.99, -6.485], to: [17.99, -6.485]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [17, -14], control2: [18.333333, -10], to: [17.666667, -12]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [15, -14], control2: [16.34, -14], to: [15.68, -14]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [14, -9], control2: [14.67, -12.35], to: [14.34, -10.7] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [6, -8], control2: [11.36, -8.67], to: [8.72, -8.34] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [6, -6], control2: [6, -7.34], to: [6, -6.68] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [1, -5], control2: [4.35, -5.67], to: [2.7, -5.34] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [0, -0], control2: [0.67, -3.35], to: [0.34, -1.7] }, %) // CubicBezierAbsolute
+
+|> lineTo([-19.467588, -31.053017], %) // MoveRelative
+|> bezierCurve({ control1: [-12.467588, -32.053017], control2: [-17.157588, -31.383017], to: [-14.847587999999998, -31.713017]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [-10.467588, -34.053017], control2: [-11.807587999999999, -32.713016999999994], to: [-11.147587999999999, -33.373017]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [-10.467588, -39.053017], control2: [-10.467588, -35.703016999999996], to: [-10.467588, -37.353016999999994]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [-14.467588, -37.053017], control2: [-11.787588, -38.393017], to: [-13.107588, -37.733017]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [-14.467588, -40.053017], control2: [-14.467588, -38.043017], to: [-14.467588, -39.033016999999994]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [-26.467588, -40.053017], control2: [-18.427588, -40.053017], to: [-22.387588, -40.053017]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [-24.467588, -38.053017], control2: [-25.807588, -39.393017], to: [-25.147588, -38.733017]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [-17.467588, -36.053017], control2: [-22.157588, -37.393017], to: [-19.847588, -36.733017]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [-21.467588, -34.053017], control2: [-18.787588, -35.393017], to: [-20.107588, -34.733017]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [-21.467588, -32.053017], control2: [-21.467588, -33.393017], to: [-21.467588, -32.733017]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [-19.467588, -31.053016999999997], control2: [-20.807588, -31.723017], to: [-20.147588, -31.393016999999997]}, %) // CubicBezierRelative
+
+|> lineTo([0, -0], %) // MoveRelative
+|> bezierCurve({ control1: [16, -3], control2: [5.4494016, -0.77848594], to: [10.65681, -1.7240142]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [18, -4], control2: [16.66, -3.33], to: [17.32, -3.66]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [18, -6], control2: [18, -4.66], to: [18, -5.32]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [14, -8], control2: [16.02, -6.99], to: [16.02, -6.99] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [7, -7], control2: [11.69, -7.67], to: [9.38, -7.34] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [1, -3], control2: [5.02, -5.68], to: [3.04, -4.36] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [1, -8], control2: [1, -4.65], to: [1, -6.3] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [-3, -7], control2: [-0.32, -7.67], to: [-1.64, -7.34] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [-4, -3], control2: [-3.33, -5.68], to: [-3.66, -4.36] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [0, -0], control2: [-2.68, -2.01], to: [-1.36, -1.02] }, %) // CubicBezierAbsolute
+
+|> lineTo([0, -0], %) // MoveAbsolute
+|> bezierCurve({ control1: [7, -0], control2: [2.31, -0], to: [4.62, -0] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [7, -4], control2: [7, -1.32], to: [7, -2.64] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [9, -5], control2: [7.66, -4.33], to: [8.32, -4.66] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [5, -7], control2: [7.02, -5.99], to: [7.02, -5.99] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [8, -8], control2: [5.99, -7.33], to: [6.98, -7.66] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [5, -12], control2: [7.01, -9.32], to: [6.02, -10.64] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [6, -18], control2: [5.33, -13.98], to: [5.66, -15.96] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [2, -21], control2: [4.68, -18.99], to: [3.36, -19.98] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [0, -21], control2: [1.34, -21], to: [0.68, -21] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [2, -3], control2: [-0.18556857, -14.319532], to: [0.34378347, -9.6248661] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [0, -3], control2: [1.34, -3], to: [0.68, -3] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [0, -0], control2: [0, -2.01], to: [0, -1.02] }, %) // CubicBezierAbsolute
+
+|> lineTo([0, -0], %) // MoveRelative
+|> bezierCurve({ control1: [1, -4], control2: [0.33, -1.32], to: [0.66, -2.64]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [9, -4], control2: [3.64, -4], to: [6.28, -4]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [12, -1], control2: [9.99, -3.01], to: [10.98, -2.02]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [12, -3], control2: [12, -1.6600000000000001], to: [12, -2.3200000000000003]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [15, -4], control2: [12.99, -3.33], to: [13.98, -3.66]}, %) // CubicBezierRelative
+|> bezierCurve({ control1: [12, -6], control2: [14.01, -4.66], to: [13.02, -5.32] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [2, -7], control2: [8.6740937, -6.4007116], to: [5.3398344, -6.7397532] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [9, -11], control2: [5.465, -8.98], to: [5.465, -8.98] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [9, -12], control2: [9, -11.33], to: [9, -11.66] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [1, -11], control2: [6.36, -11.67], to: [3.72, -11.34] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [-2, -9], control2: [0.01, -10.34], to: [-0.98, -9.68] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [-2, -4], control2: [-2, -7.35], to: [-2, -5.7] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [-4, -3], control2: [-2.66, -3.67], to: [-3.32, -3.34] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [0, -2], control2: [-2.68, -2.67], to: [-1.36, -2.34] }, %) // CubicBezierAbsolute
+|> bezierCurve({ control1: [0, -0], control2: [0, -1.34], to: [0, -0.68] }, %) // CubicBezierAbsolute
+|> close(%);
+show(svg);

src/wasm-lib/tests/executor/main.rs

@@ -85,6 +85,25 @@ show(fnBox)"#;
     twenty_twenty::assert_image("tests/executor/outputs/function_sketch.png", &result, 1.0);
 }
 
+#[tokio::test(flavor = "multi_thread")]
+async fn serial_test_execute_with_function_sketch_with_position() {
+    let code = r#"fn box = (p, h, l, w) => {
+ const myBox = startSketchAt(p)
+    |> line([0, l], %)
+    |> line([w, 0], %)
+    |> line([0, -l], %)
+    |> close(%)
+    |> extrude(h, %)
+
+  return myBox
+}
+
+show(box([0,0], 3, 6, 10))"#;
+
+    let result = execute_and_snapshot(code).await.unwrap();
+    twenty_twenty::assert_image("tests/executor/outputs/function_sketch_with_position.png", &result, 1.0);
+}
+
 #[tokio::test(flavor = "multi_thread")]
 async fn serial_test_execute_with_angled_line() {
     let code = r#"const part001 = startSketchAt([4.83, 12.56])
@@ -145,3 +164,12 @@ async fn serial_test_execute_engine_error_return() {
         r#"engine: KclErrorDetails { source_ranges: [SourceRange([193, 206])], message: "Modeling command failed: Some([ApiError { error_code: BadRequest, message: \"The path is not closed.  Solid2D construction requires a closed path!\" }])" }"#,
     );
 }
+
+#[tokio::test(flavor = "multi_thread")]
+#[ignore] // ignore until more stack fixes
+async fn serial_test_execute_pipes_on_pipes() {
+    let code = include_str!("inputs/pipes_on_pipes.kcl");
+
+    let result = execute_and_snapshot(code).await.unwrap();
+    twenty_twenty::assert_image("tests/executor/outputs/pipes_on_pipes.png", &result, 1.0);
+}