msgid "Move the <a object|titan>titanium cube</a> on the finishing pad. You do not know the position of the titanium, but we can tell you the position of the finishing pad x=10 and y=-60."
"The winged bot can get across obstacles. The instruction <code><a cbot|goto>goto</a></code>, if performed on a winged bot, will automatically perform a flying move, with a take-off at the beginning, and a landing at the end.\n"
"This instruction can actually receive a second parameter, which is not compulsory: the flying altitude. If no second parameter is given, the flying altitude will be set to the default value of 10m."
msgid "Use the instruction <c/><a cbot|radar>radar</a>(Titanium);<n/> in order to find the titanium cube. Then test if a titanium cube has actually been found. In this exercise, this line is not very useful, because we know that there is a titanium cube somewhere. However, it is better to take the habit of testing whatever your radar returns:"
msgid "The variable <code>item</code> is of type <code><a cbot|object>object</a></code>. In order to know the exact location of the object described by the variable, just write <code>item.position</code>."
"We know the coordinates of the finishing pad: x=10 et y=-60. You must declare a <a cbot|var>variable</a> of the type <a cbot|point>point</a>, then fill it with the right coordinates. Then you can give this variable as a parameter to the instruction <code><a cbot|goto>goto</a></code>.\n"
"Remark: You do not have to take care of the <code>z</code> coordinate in the case of a bot that can not fly."
