added dlocate + updated README and TODO list

.pnotes/TODO.md

@@ -0,0 +1,9 @@
+TODO:
+- make example for "dlocate()".
+- add "dmenu()" function
+- make dlimage more fancier in some way, idk
+- start CG version
+- make a colour version for Graph 90+E/CG-50.
+
+DONE:
+- "dlimage()", "dlocate()" and "dbar()" (examples are available in the folder)

.pnotes/gint++.md

@@ -1,8 +0,0 @@
-TODO:
-- add "dmenu()" and "dlocate()" functions
-- make dlimage more fancier in some way, idk
-- start CG version
-- make a colour version for Graph 90+E/CG-50.
-
-DONE:
-- "dlimage()" and "dbar()" (examples are available in the folder)

GINTPP.py

@@ -53,4 +53,19 @@ def dlimage(x,y,lit,col1):
 def dbar(x,y,l,p):
   drect_border(x,y,x+l,y+2,C_WHITE,1,C_BLACK)
   f = int(p/100*l)
-  dline(x,y+1,x+f,y+1,C_BLACK)
+  dline(x,y+1,x+f,y+1,C_BLACK)
+
+def dlocate(x,y,t):
+    if x==1 and y==1:
+      dtext(x,y,C_BLACK,t)
+    elif x==1:
+      dtext(x,y*8,C_BLACK,t)
+    elif y==1:
+      dtext(int(x*5.8),y,C_BLACK,t)
+    else:
+      dtext(int(x*5.8),y*8,C_BLACK,t)
+    
+    if x<1 or x>21:
+      x=1
+    if y<1 or y>7:
+      y=1

README.md

@@ -2,4 +2,13 @@
 
 Gint++ is a module that uses gint by Lephe'. It can help you for your add-ins or for your python programs (using Python Extra).
 
+#How to use it?
 
+It's fairly simple! just add these lines in the begenning of your code:
+[code]from gintpp import * //for python
+#include <gintpp.c> // for C/C++[/code]
+and you're all good to go!
+
+#What's next?
+
+you can look my next plans in the .pnotes folder and look in the TODO.md file.

examples/english/Python/dlimage.py

@@ -1,7 +1,7 @@
-from gintpp import * // importing the module
+from gintpp import * # importing the module
 
-x = 13 // create the x coordinate variable
-y = 47 // create the y coordinate variable
+x = 13 # create the x coordinate variable
+y = 47 # create the y coordinate variable
 
 img =[
 " ###### ",
@@ -11,6 +11,6 @@ img =[
 "# #  # #",
 "#  ##  #",
 "#      #",
-" ###### "] // create the image list
+" ###### "] # create the image list
 
-dlimage(x,y,img) // draw the image
+dlimage(x,y,img) # draw the image