line inversion fixes

src/components/CustomOrder.vue

@@ -26,7 +26,7 @@ import {useOrderStore} from "@/store/store";
 import LimitPrice from "@/components/LimitPrice.vue";
 import Order from "@/components/Order.vue";
 import {computed, ref} from "vue";
-import {applyLimit} from "@/orderbuild.js";
+import {applyLimitOld} from "@/orderbuild.js";
 import {validateRequired, validateTranches} from "@/validate.js";
 import {MAX_FRACTION, newTranche} from "@/blockchain/orderlib.js";
 
@@ -81,7 +81,7 @@ function buildTranches() {
     // todo optional deadline
     const fraction = Math.min(MAX_FRACTION, Math.ceil(MAX_FRACTION * fractions.value[i]) )
     const tranche = newTranche({fraction})
-    applyLimit(tranche, rungs.value[i])
+    applyLimitOld(tranche, rungs.value[i])
     ts.push(tranche)
   }
   return ts

src/components/LadderOrder.vue

@@ -29,7 +29,7 @@ import {useOrderStore} from "@/store/store";
 import LimitPrice from "@/components/LimitPrice.vue";
 import Order from "@/components/Order.vue";
 import {computed, ref} from "vue";
-import {applyLimit} from "@/orderbuild.js";
+import {applyLimitOld} from "@/orderbuild.js";
 import {validateRequired, validateTranches} from "@/validate.js";
 import {MAX_FRACTION, newTranche} from "@/blockchain/orderlib.js";
 
@@ -84,7 +84,7 @@ function buildTranches() {
     // todo optional deadline
     const fraction = Math.min(MAX_FRACTION, Math.ceil(MAX_FRACTION * fractions.value[i]) )
     const tranche = newTranche({fraction})
-    applyLimit(tranche, rungs.value[i])
+    applyLimitOld(tranche, rungs.value[i])
     ts.push(tranche)
   }
   return ts

src/components/TimedOrder.vue

@@ -10,7 +10,7 @@
 import {routeInverted, SingletonCoroutine, vAutoSelect} from "@/misc.js";
 import Order from "@/components/Order.vue";
 import LimitPrice from "@/components/LimitPrice.vue";
-import {timesliceTranches, applyLimit} from "@/orderbuild.js";
+import {timesliceTranches, applyLimitOld} from "@/orderbuild.js";
 import Tranches from "@/components/Tranches.vue";
 import {useOrderStore} from "@/store/store.js";
 
@@ -22,7 +22,7 @@ function buildTranches() {
   const price = os.limitPrice
   if( price )
     for( let i=0; i<ts.length; i++)
-      applyLimit(ts[i], price)
+      applyLimitOld(ts[i], price)
   return ts
 }
 

src/components/chart/DiagonalBuilder.vue

@@ -117,13 +117,23 @@ function buildTranches() {
   const la = _endpoints.value[0] // use the flatline format which is a vector of length 4, useful for vectorInterpolate()
   const lb = _endpoints.value[1]
   const ws = weights.value
+  const symbol = co.selectedSymbol
+  const inverted = symbol.inverted
+  const scale = 10 ** -symbol.decimals
+  const isMinimum = inverted === order.buy
   for (let i = 0; i < ws.length; i++) {
     const w = ws[i]
     const line = ws.length === 1 ? la : vectorInterpolate(la, lb, i/(ws.length-1))
+    if (inverted) {
+      // invert prices
+      line[1] = 1/line[1]
+      line[3] = 1/line[3]
+    }
+    // scale to pool decimals
+    line[1] *= scale
+    line[3] *= scale
     const t = newTranche({fraction: w * MAX_FRACTION})
-    const symbol = co.selectedSymbol
-    console.log('symbol', symbol)
-    applyLinePoints(t, order.buy, ...line, symbol.decimals, symbol.inverted)
+    applyLinePoints(t, isMinimum, ...line)
     tranches.push(t)
   }
   return tranches

src/components/chart/LimitBuilder.vue

@@ -81,16 +81,23 @@ function buildTranches() {
   console.log('buildTranches', builder, order, tranches)
   const ps = prices.value
   const ws = weights.value
+  const symbol = co.selectedSymbol
+  const scale = 10 ** -symbol.decimals
+  const inverted = symbol.inverted
+  const isMinimum = inverted === order.buy
   for(let i=0; i<ps.length; i++) {
-    const p = ps[i]
+    let p = ps[i]
+    if (inverted)
+      p = 1/p
+    p *= scale
     const w = ws[i]
     const t = newTranche({
       // todo start/end
       fraction: w * MAX_FRACTION,
     })
     const symbol = co.selectedSymbol
-    console.log('symbol', symbol)
-    applyLine(t, order.buy, p, 0, symbol.decimals, symbol.inverted)
+    console.log('symbol', symbol, isMinimum, p)
+    applyLine(t, isMinimum, p, 0)
     tranches.push(t)
   }
   return tranches