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Add hexadecimal toggle for player and camera angle
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@PiKeyAr
PiKeyAr committed Nov 5, 2021
1 parent 7e83d9a commit dafbee1
Showing 1 changed file with 32 additions and 7 deletions.
39 changes: 32 additions & 7 deletions sadx-debug-mode/mod.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -32,6 +32,7 @@ bool EnableFontScaling = false;
signed char DeathPlanesEnabled = -1;
int DisplaySoundIDMode = 0;
int CurTexList_Current = 0;
bool AngleHexadecimal = false;
int VoiceID = -1;
bool FreezeFrame_Pressed = false;
int FreezeFrame_Mode = 0;
Expand Down Expand Up @@ -215,9 +216,18 @@ void PlayerDebug()
DisplayDebugStringFormatted(NJM_LOCATION(3, 3), "X: %.2f", EntityData1Ptrs[0]->Position.x);
DisplayDebugStringFormatted(NJM_LOCATION(3, 4), "Y: %.2f", EntityData1Ptrs[0]->Position.y);
DisplayDebugStringFormatted(NJM_LOCATION(3, 5), "Z: %.2f", EntityData1Ptrs[0]->Position.z);
DisplayDebugStringFormatted(NJM_LOCATION(3, 7), "ANG X: %06d / %03.0f", (Uint16)EntityData1Ptrs[0]->Rotation.x, (360.0f / 65535.0f) *(Uint16)EntityData1Ptrs[0]->Rotation.x);
DisplayDebugStringFormatted(NJM_LOCATION(3, 8), "ANG Y: %06d / %03.0f", (Uint16)EntityData1Ptrs[0]->Rotation.y, (360.0f / 65535.0f) *(Uint16)EntityData1Ptrs[0]->Rotation.y);
DisplayDebugStringFormatted(NJM_LOCATION(3, 9), "ANG Z: %06d / %03.0f", (Uint16)EntityData1Ptrs[0]->Rotation.z, (360.0f / 65535.0f) *(Uint16)EntityData1Ptrs[0]->Rotation.z);
if (AngleHexadecimal)
{
DisplayDebugStringFormatted(NJM_LOCATION(3, 7), "ANG X: %04X / %03.0f", (Uint16)EntityData1Ptrs[0]->Rotation.x, (360.0f / 65535.0f) * (Uint16)EntityData1Ptrs[0]->Rotation.x);
DisplayDebugStringFormatted(NJM_LOCATION(3, 8), "ANG Y: %04X / %03.0f", (Uint16)EntityData1Ptrs[0]->Rotation.y, (360.0f / 65535.0f) * (Uint16)EntityData1Ptrs[0]->Rotation.y);
DisplayDebugStringFormatted(NJM_LOCATION(3, 9), "ANG Z: %04X / %03.0f", (Uint16)EntityData1Ptrs[0]->Rotation.z, (360.0f / 65535.0f) * (Uint16)EntityData1Ptrs[0]->Rotation.z);
}
else
{
DisplayDebugStringFormatted(NJM_LOCATION(3, 7), "ANG X: %06d / %03.0f", (Uint16)EntityData1Ptrs[0]->Rotation.x, (360.0f / 65535.0f) * (Uint16)EntityData1Ptrs[0]->Rotation.x);
DisplayDebugStringFormatted(NJM_LOCATION(3, 8), "ANG Y: %06d / %03.0f", (Uint16)EntityData1Ptrs[0]->Rotation.y, (360.0f / 65535.0f) * (Uint16)EntityData1Ptrs[0]->Rotation.y);
DisplayDebugStringFormatted(NJM_LOCATION(3, 9), "ANG Z: %06d / %03.0f", (Uint16)EntityData1Ptrs[0]->Rotation.z, (360.0f / 65535.0f) * (Uint16)EntityData1Ptrs[0]->Rotation.z);
}
DisplayDebugStringFormatted(NJM_LOCATION(3, 11), "ACTION: %03d", EntityData1Ptrs[0]->Action);
DisplayDebugStringFormatted(NJM_LOCATION(3, 12), "STATUS: %X", EntityData1Ptrs[0]->Status);
DisplayDebugStringFormatted(NJM_LOCATION(3, 13), "NEXT : %X", EntityData1Ptrs[0]->NextAction);
Expand Down Expand Up @@ -247,10 +257,20 @@ void CameraDebug()
DisplayDebugStringFormatted(NJM_LOCATION(3, 3), "X: %.2f", Camera_Data1->Position.x);
DisplayDebugStringFormatted(NJM_LOCATION(3, 4), "Y: %.2f", Camera_Data1->Position.y);
DisplayDebugStringFormatted(NJM_LOCATION(3, 5), "Z: %.2f", Camera_Data1->Position.z);
DisplayDebugStringFormatted(NJM_LOCATION(3, 7), "ANG X: %06d / %03.0f", (Uint16)Camera_Data1->Rotation.x, (360.0f / 65535.0f) *(Uint16)Camera_Data1->Rotation.x);
DisplayDebugStringFormatted(NJM_LOCATION(3, 8), "ANG Y: %06d / %03.0f", (Uint16)Camera_Data1->Rotation.y, (360.0f / 65535.0f) *(Uint16)Camera_Data1->Rotation.y);
DisplayDebugStringFormatted(NJM_LOCATION(3, 9), "ANG Z: %06d / %03.0f", (Uint16)Camera_Data1->Rotation.z, (360.0f / 65535.0f) *(Uint16)Camera_Data1->Rotation.z);
DisplayDebugStringFormatted(NJM_LOCATION(3, 10), "HZFOV: %06d / %03.0f", (Uint16)HorizontalFOV_BAMS, (360.0f / 65535.0f) *(Uint16)HorizontalFOV_BAMS);
if (AngleHexadecimal)
{
DisplayDebugStringFormatted(NJM_LOCATION(3, 7), "ANG X: %04X / %03.0f", (Uint16)Camera_Data1->Rotation.x, (360.0f / 65535.0f) * (Uint16)Camera_Data1->Rotation.x);
DisplayDebugStringFormatted(NJM_LOCATION(3, 8), "ANG Y: %04X / %03.0f", (Uint16)Camera_Data1->Rotation.y, (360.0f / 65535.0f) * (Uint16)Camera_Data1->Rotation.y);
DisplayDebugStringFormatted(NJM_LOCATION(3, 9), "ANG Z: %04X / %03.0f", (Uint16)Camera_Data1->Rotation.z, (360.0f / 65535.0f) * (Uint16)Camera_Data1->Rotation.z);
DisplayDebugStringFormatted(NJM_LOCATION(3, 10), "HZFOV: %04X / %03.0f", (Uint16)HorizontalFOV_BAMS, (360.0f / 65535.0f) * (Uint16)HorizontalFOV_BAMS);
}
else
{
DisplayDebugStringFormatted(NJM_LOCATION(3, 7), "ANG X: %06d / %03.0f", (Uint16)Camera_Data1->Rotation.x, (360.0f / 65535.0f) * (Uint16)Camera_Data1->Rotation.x);
DisplayDebugStringFormatted(NJM_LOCATION(3, 8), "ANG Y: %06d / %03.0f", (Uint16)Camera_Data1->Rotation.y, (360.0f / 65535.0f) * (Uint16)Camera_Data1->Rotation.y);
DisplayDebugStringFormatted(NJM_LOCATION(3, 9), "ANG Z: %06d / %03.0f", (Uint16)Camera_Data1->Rotation.z, (360.0f / 65535.0f) * (Uint16)Camera_Data1->Rotation.z);
DisplayDebugStringFormatted(NJM_LOCATION(3, 10), "HZFOV: %06d / %03.0f", (Uint16)HorizontalFOV_BAMS, (360.0f / 65535.0f) * (Uint16)HorizontalFOV_BAMS);
}
DisplayDebugStringFormatted(NJM_LOCATION(3, 12), "ACTION: %02d", Camera_Data1->Action);
DisplayDebugStringFormatted(NJM_LOCATION(3, 13), "FRAME: %.2f", Camera_CurrentActionFrame);
DisplayDebugStringFormatted(NJM_LOCATION(3, 15), "MODE: %d", CameraType[3]);
Expand Down Expand Up @@ -982,6 +1002,11 @@ extern "C"
// Update info panels
switch (DebugSetting)
{
// Player and camera
case 2:
case 3:
if (KeyboardKeys[KEY_H].pressed) AngleHexadecimal = !AngleHexadecimal;
break;
// Input
case 4:
UpdateKeys();
Expand Down

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