sync

isotest/bits/el_stone.v

@@ -5,7 +5,7 @@ fn new_stone_bit() &Object {
 	//println("new_stone_bit")
 	
 	mut ob := new_object()
-	ob.elem = bits_ctx.elem_lib["stone"]
+	//ob.elem = bits_ctx.elem_lib["stone"]
 
 	return ob
 }

isotest/bits/main.v

@@ -125,7 +125,7 @@ pub fn bits_main() {
 
 	println("new bits volume: ${ob.bits_volume()}")
 	println("new volume: ${ob.volume()}")
-	println("new elem name: ${ob.elem.name}")
+	//println("new elem name: ${ob.elem.name}")
 
 	//e4.generic_processor0 = gcp
 
@@ -157,7 +157,7 @@ pub fn bits_main() {
 
 	mut ob2 := new_object()
 	ob2.name = "pipe" // Reinforced-concrete pipe, a 3d object
-	ob2.elem = e_concrete
+	//ob2.elem = e_concrete
 
 	println("done")
 }

isotest/bits/material.v

@@ -54,7 +54,8 @@ fn (mi &MaterialInfo) get_elem_name(elem_name string) &MaterialElem {
 	return me
 }
 
-fn (mut mi MaterialInfo) add_elem_from_size(size [3]f32, elem &Elem) {
+//fn (mut mi MaterialInfo) add_elem_from_size(size [3]f32, elem &Elem) {
+fn (mut mi MaterialInfo) add_elem_from_size(size []f32, elem &Elem) {
 	mx := size[0]
 	my := size[1]
 	mz := size[2]
@@ -65,4 +66,15 @@ fn (mut mi MaterialInfo) add_elem_from_size(size [3]f32, elem &Elem) {
 	println("vol: $vol, vol_bits: $vol_bits")
 
 	mi.add_elem(vol_bits, elem)
-}
+}
+
+
+fn (mi &MaterialInfo) elems_list() []&MaterialElem {
+	mut ret := []&MaterialElem
+	for k in mi.elems.keys() {
+		v := mi.elems[k]
+		ret << v
+	}
+	
+	return ret
+}

isotest/bits/processor.v

@@ -28,19 +28,28 @@ fn (p &Processor) process(mut o Object) {
 	println("processor process")
 
 	new_elem := p.out_elem
-	new_bits_size := int(o.bits_size * p.output_factor)
 
 	if isnil(new_elem) {
 		println("error: new_elem cannot be nil")
 		exit(2)
 	}
 
-	println("new_elem: ${isnil(new_elem)}")
-	println("new_elem: $new_elem")
-	println("new_bits_size: $new_bits_size")
+	// Process all elems
+	for me in o.mat_info.elems_list() {
 
-	o.elem = new_elem
-	o.bits_size = new_bits_size
+		if me.elem == p.in_elem {
+			println("process for ${me.elem}")
+
+			new_bits_size := int(me.bits_size * p.output_factor)
+
+			println("new_elem: ${isnil(new_elem)}")
+			println("new_elem: $new_elem")
+			println("new_bits_size: $new_bits_size")
+			
+			me.elem = new_elem
+			me.bits_size = new_bits_size
+		}
+	}
 
 	println("done processing")
 }

isotest/run.sh

@@ -10,4 +10,5 @@ echo -n > log
 #v run main.v
 #v run .
 #v --enable-globals -g -cg run . |& tee log
-stdbuf -o 0 v --enable-globals -g -cg run . 2>&1 | tee log
+#stdbuf -o 0 v --enable-globals -g -cg run . 2>&1 | tee log
+unbuffer v --enable-globals -g -cg run . 2>&1 | tee log