point-position in question.

.github/workflows/integration.yaml

@@ -26,7 +26,7 @@ jobs:
       - name: Compile Typst to PDF
         uses: mkpoli/compile-typst-action@main
         with:
-          source_paths: "examples/exam-localization.typ examples/exam-minimal.typ"
+          source_paths: "examples/exam-localization.typ examples/exam-minimal.typ examples/exam-points-position.typ"
           root_path: '.' 
 
       - name: Upload PDF file

examples/exam-points-position.typ

@@ -0,0 +1,102 @@
+#import "../g-exam.typ": g-exam, g-question, g-subquestion
+#import "@preview/cetz:0.2.1"
+
+#show: g-exam.with()
+
+#g-question(point: 2, point-position: right)[Question 1]
+
+#v(5cm)
+
+#g-question[
+  Given the graphs of the following systems of linear equations,
+  Determines by the position of the lines the type of system according to the number of solutions. \
+
+#columns(2, gutter: 2cm)[
+    #g-subquestion(point: 0.5, point-position: left)[
+      #align(center, 
+      cetz.canvas(length: 0.7cm, {
+        cetz.plot.plot(
+          size: (10, 10),
+          axis-style: "school-book",
+          fill: "o" ,
+          fill-below: true,
+          x-domain: (-5.2, 5.2),
+          y-domain: (-5.2, 5.2),
+          x-max: 5.2,
+          x-min:-5.2,
+          y-max: 5.2,
+          y-min:-5.2,
+          x-grid: "both",
+          y-grid: "both",
+          x-tick-step: 1,
+          y-tick-step: 1,
+            {
+              cetz.plot.add(((0,0),), mark-size: 0,)
+
+              cetz.plot.add(
+                style: (stroke: blue + 2pt),
+                domain: (-5.2, 5.2), 
+                x=>x + 3
+              )
+
+              cetz.plot.add(
+                style: (stroke: olive + 2pt),
+                domain: (-5.2, 5.2), 
+                x=>x
+              )
+            }
+          )
+        }
+      )
+    )
+  ]
+  #colbreak()
+
+  #g-subquestion(point: 0.5, point-position: right)[
+      #align(center, 
+      cetz.canvas(length: 0.7cm, {
+        cetz.plot.plot(
+          size: (10, 10),
+          axis-style: "school-book",
+          fill: "o" ,
+          fill-below: true,
+          x-domain: (-5.2, 5.2),
+          y-domain: (-5.2, 5.2),
+          x-max: 5.2,
+          x-min:-5.2,
+          y-max: 5.2,
+          y-min:-5.2,
+          x-grid: "both",
+          y-grid: "both",
+          x-tick-step: 1,
+          y-tick-step: 1,
+            {
+              cetz.plot.add(((0,0),), mark-size: 0,)
+
+              cetz.plot.add(
+                style: (stroke: blue + 2pt),
+                domain: (-5.2, 5.2), 
+                x=>-x - 4
+              )
+
+              cetz.plot.add(
+                style: (stroke: olive + 2pt),
+                domain: (-5.2, 5.2), 
+                x=>3
+              )
+            }
+          )
+        }
+      )
+    )
+  ]
+]
+]
+
+#pagebreak()
+
+#g-question(point: 1)[Question 2]
+
+#g-question(point: 1.5, point-position: left)[Question 3]
+
+#g-question()[Question 4]

g-exam.typ

@@ -119,7 +119,14 @@
   }
 }
 
-#let g-question(point: none, body) = {
+#let g-question(
+    point: none, 
+    point-position: none, 
+    body) = {
+  assert(point-position in (none, left, right),
+      message: "Invalid point position")
+  let __g-question-point-position = state("__g-question-point-position", none)
+
   __g-question-number.step(level: 1) 
 
   [#hide[]<end-g-question-localization>]
@@ -130,9 +137,19 @@
     })
 
   locate(loc => {
-    let __g-question-point-position = __g-question-point-position-state.final(loc)
+    if __g-question-point-position == none {
+      __g-question-point-position.push(__g-question-point-position-state.final(loc))
+    }
+    if point != 0 and __g-question-point-position == none {
+      __g-question-point-position.push(left)
+
+      [kddffddekk #__g-question-point-position -----]
+    }
+
+    [kkk #__g-question-point-position -----]
 
     if __g-question-point-position == left {
+      [bb]
       v(0.1em)
       {
         __g-question-number.display(__g-question-numbering) 
@@ -155,24 +172,39 @@
       body
     }
     else {
-      v(0.1em)
+      [ccc]
+      v(0.1em) 
       __g-question-number.display(__g-question-numbering) 
       body 
     }
   })
 }
 
-#let g-subquestion(point: none, body) = {
+#let g-subquestion(
+    point: none, 
+    point-position: none, 
+    body) = {
+
+  assert(point-position in (none, left, right),
+      message: "Invalid point position")
+  let __g-question-point-position = point-position
+
   __g-question-number.step(level: 2)
 
   let subg-question-point = 0
   if point != none { subg-question-point = point }
   __g-question-point.update(p => p + subg-question-point )
 
+
   locate(loc => {
-      let g-question-point-position = __g-question-point-position-state.final(loc)
-
-      if g-question-point-position == left {
+      if __g-question-point-position == none {
+        let __g-question-point-position = __g-question-point-position-state.final(loc)
+      }
+      if point != 0 and __g-question-point-position == none {
+        let __g-question-point-position = left  
+      }
+
+      if __g-question-point-position == left {
         v(0.1em)
         {
           h(0.7em) 
@@ -184,7 +216,7 @@
         }
         body
       }
-      else if g-question-point-position == right {
+      else if __g-question-point-position == right {
         v(0.1em)
         if(point != none) {
           place(right,