real vec2_polarOffset_return_x277
real vec2_polarOffset_return_y729
real angle_toVec_return_x796
real angle_toVec_return_y139
real vec2_op_plus_return_x934
real vec2_op_plus_return_y207




function initGlobals153() { 
}


function main178() { 
    initGlobals153();
    init_test104();
}


function config745() { 
}


function init_test104() { 
    local real tuple_temp139
    local real tuple_temp712
    tuple_temp_139 = vec2_polarOffset304(1., 2., 1.5708, 10.);
    tuple_temp_712 = vec2_polarOffset_return_y_729;
    if ((((tuple_temp_139 >= 0.99) and (tuple_temp_139 <= 1.01)) and (tuple_temp_712 >= 11.99)) and (tuple_temp_712 <= 12.01)) {
        testSuccess166();
    } else {
    };
}


function angle_toVec214(real this_radians199, real len642) returns real { 
    angle_toVec_return_x_796 = (Cos109(this_radians_199) * len_642);
    angle_toVec_return_y_139 = (Sin120(this_radians_199) * len_642);
    return angle_toVec_return_x_796;
}


IS_NATIVE IS_EXTERN @extern function Cos109(real x167) returns real { 
}


IS_NATIVE IS_EXTERN @extern function Sin120(real x212) returns real { 
}


function vec2_op_plus100(real this_x619, real this_y543, real v_x494, real v_y195) returns real { 
    vec2_op_plus_return_x_934 = (this_x_619 + v_x_494);
    vec2_op_plus_return_y_207 = (this_y_543 + v_y_195);
    return vec2_op_plus_return_x_934;
}


function vec2_polarOffset304(real this_x884, real this_y183, real ang_radians764, real dist183) returns real { 
    vec2_polarOffset_return_x_277 = vec2_op_plus100(this_x_884, this_y_183, angle_toVec214(ang_radians_764, dist_183), angle_toVec_return_y_139);
    vec2_polarOffset_return_y_729 = vec2_op_plus_return_y_207;
    return vec2_polarOffset_return_x_277;
}


IS_NATIVE function testSuccess166() { 
}